BONFIGLIOLI AS, AS 16, AS 35, AS 45, AS 30 User Manual

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INFORMAZIONI GENERALI

GENERAL INFORMATION

ALLGEMEINE INFORMATIONEN

INFORMATIONS GENERALES

Paragrafo

Heading

Abschnitt

Paragraphe

Descrizione Description Beschreibung Description

1 Simboli e unità di misura Symbols and units of measurement Symbole und maßeinheiten Symboles et unités de mesure 2 2 Coppia Torque Abtriebsmoment Couple 4 3 Potenza Power Leistung Puissance 4 4 Potenza termica Thermal capacity Thermische Grenzleistung Puissance thermique 5 5 Rendimento Efficiency Wirkungsgrad Rendement 6 6 Rapporto di riduzione Gear ratio Getriebeübersetzung Rapport de réduction 6 7 Velocità angolare Angular velocity Drehzahl Vitesse angulaire 7 8 Fattore di servizio Service factor Betriebsfaktor Facteur de service 7

9 Manutenzione Maintenance Wartung Entretien 9 10 Selezione Selection Antriebsauswahl Sélection 10 11 Verifiche Verification Prüfungen Vérifications 13 12 Installazione Installation Installation Installation 15 13 Stoccaggio Storage Lagerung Stockage 16 14 Condizioni di fornitura Conditions of supply Lieferbedingungen Conditions de livraison 16 15 Specifiche della vernice Paint specifications Angaben zu den Antrichstoffe Spécifications de la peinture 16

RIDUTTORI COASSIALI SERIE AS

HELICAL GEAR UNITS SERIES AS

STIRNRADGETRIEBE SERIE AS

MOTOREDUCTEURS COAXIAUX SERIE AS

16 Forme costruttive Versions Bauformen Formes de construction 17 17 Designazione Designation Bezeichnung Désignation 18 18 Lubrificazione Lubrication Schmierung Lubrification 21 19 Posizioni di montaggio e

orientamento morsettiera 20 Carichi radiali Overhung loads Radialkräfte Charges radiales 24 21 Carichi assiali Thrust loads Axialkräfte Charges axiales 25 22 Dati tecnici motoriduttori Gearmotor selection charts Getriebemotorenauswahltabellen Données techniques motoréducteurs 26 23 Tabelle dati tecnici riduttori Speed reducer rating charts Getriebe auswahltabellen Données techniques reducteurs 54 24 Predisposizioni possibili Motor availability Anbaumöglichkeiten Prédispositions possibles 69 25 Dimensioni Dimensions Abmessungen Dimensions 70

Mounting position and terminal box angular position

Einbaulagen und lage des klemmenkastens

Positions de montage et orientation boite a borne

Pagina

Page

Seite

Page

MOTORI ELETTRICI

ELECTRIC MOTORS

ELEKTROMOTOREN

MOTEURS ELECTRIQUES

Programma di produzione Production Planning Produktionsprogramm Programme de production 91

M1 M2 Normative Reference standards Normen Normes 91 M3 Tolleranze Tolerances Toleranzen Tolerances 93

Senso di rotazione Direction of rotation Drehrichtung Sens de rotation 94

Cuscinetti Bearings Lager Roulements 95

Operatività standard Standard operation Standardversorgung Conditiones operatives 95

Funzionamento a 60 Hz 60 Hz operation Betrieb bei a 60 Hz Fonctionnement a 60 Hz 97

M7 M8 Alimentazione da inverter Inverter control Frequenzumrichterbetrieb Alimentation par variateur 101

M9 Tipo di servizio Type of duty Betriebsarten Type de service 103 M10 Morsettiera motore Terminal box Motorklemmenkasten Bornier moteur 104 M11 Forme costruttive Design version Bauformen Formes de construction 106 M12 Ventilazione Ventilation Kühlung Ventilation 107 M13 Designazione motore Motor designation Motorbezeichnung Designation moteur 110 M14 Varianti e opzioni Variants and options Optionen Variantes et options 111 M15 Grado di protezione Degree of protection Schutzart Degre de protection 112 M16 Classe di isolamento Insulation class Isolationsklasse Classes d’isolation 114 M17 Protezioni termiche Thermal protective devices Thermische Wicklungsschutzeinricht Protections thermiques 115 M18 Dispositivi di retroazione Feedback units Encoder / Inkrementalgeber Dispositifs de retroaction 116 M19 Riscaldatori anticondensa Anti-condensation heaters Wicklungsheizung Rechauffeurs anticondensation 118 M20 Tropicalizzazione Tropicalization Tropenschutz Tropicalisation 118 M21 Esecuzioni albero motore Rotor shaft configurations Option der rotorwelle Executions arbre rotor 118 M22 Equilibratura rotore Rotor balancing Rotorauswuchtung Equilibrage du rotor 119 M23 Protezioni meccaniche esterne External mechanical protections Mechanische Schutzvorrichtunge Protections mecaniques exterieures 120 M24 Motori asincroni autofrenanti Asynchronous brake motors Drehstrombremsmotoren Moteurs frein asynchrones 121 M25 Motori autofrenanti in C.C., tipo

M26 Motori autofrenanti in C.A., tipo

M27 Motori autofrenanti in C.A., tipo

M28 Dati tecnici motori Motor rating charts Motorenauswahl Tabellen Données techniques des moteurs 141 M29 Dimensioni Dimensions Abmessungen Dimensions 153

Revisioni L’indice di revisione del catalogo è riportato a pag. 162. Al sito www.bonfiglioli.com sono disponibili i cataloghi con le revi sioni aggiornate.

BN_FD

BN_FA

BN_BA

DC brake motors type BN_FD Wechselstrom-Bremsmotoren

AC brake motors type BN_FA Wechselstrom-Bremsmotoren

AC brake motors type BN_BA Wechselstrom-Bremsmotoren

Revisions Refer to page 162 for the catalogue revision index. Visit www.bonfiglioli.com to search for catalogues with up-to-date revi

sions.

mit G.S.– Bremse Typ BN_ FD

mit W.S.– Bremse Typ BN_ FA

mit W.S.– Bremse Typ BN_ BA

Änderungen Das Revisionsverzeichnis des Ka talogs wird auf Seite 162 wieder gegeben. Auf unserer Website

www.bonfiglioli.com werden die Kataloge in ihrer letzten, überar beiteten Version angeboten.

Moteurs frein en C.C., type BN_FD 127

Moteurs frein en C.A., type BN_FA 133

Moteurs frein en C.A., type BN_BA 137

Révisions

Le sommaire de révision du cata

logue est indiqué à la page 162. Sur le site www.bonfiglioli.com des catalogues avec les dernières révi

sions sont disponibles.

1 - SIMBOLI E UNITÀ

DI MISURA

1 - SYMBOLS AND UNITS

OF MEASUREMENT

1 - SYMBOLE UND

MAßEINHEITEN

1 - SYMBOLES ET

UNITES DE MESURE

Simb. Symb.

U.m. Meße

Descrizione Description Beschreibung Description

inh.

[N] Carico assiale nominale Permissible axial force Nenn-Axialbelastung Charge axiale nominale

N1,2

– Fattore di servizio Service factor Betriebsfaktor Facteur de service

– Fattore termico Thermal factor Temperaturfaktor Facteur thermique

– Fattore di temperatura Temperature factor Wärmefaktor Facteur de température

i – Rapporto di trasmissione Gear ratio Übersetzung Rapport de rèduction

I – Rapporto di intermittenza Cyclic duration factor Relative Einschaltdauer Rapport d’intermittence

[Kgm2] Momento di inerzia carico Mass moment of inertia

to be driven

[Kgm2] Momento di inerzia motore Motor mass moment of

Massenträgheitsmoment

Moment d’inertie de la charge

der externen Massen

Motorträgheitsmoment Moment d’inertie du moteur

inertia

[Kgm2] Momento di inerzia riduttore Mass moment of inertia for

Getriebeträgheitsmoment Moment d’inertie du réducteur

the gear unit

K – Fattore di accelerazione

delle masse

– Costante di trasmissione Transmission element factor Belastungsfaktor der Radial-

Mass acceleration factor Massenbeschleunigungsfak-

tor

Facteur d’accélération des masses

Constante de transmission

last

[Nm] Coppia Torque Drehmoment Couple

1, 2

[Nm] Coppia di calcolo Calculated torque Berechnetes Drehmoment Couple de calcul

c1,2

[Nm] Coppia nominale Rated torque Nennmoment Couple nominal

n1,2

[Nm] Coppia richiesta Torque demand Benötigtes Drehmoment Couple nécessaire

r1,2

[min-1] Velocità angolare Rotational speed Abtriebsdrehzahl Vitesse

1, 2

[kW] Potenza Power Leistung Puissance

1, 2

[kW] Potenza nominale Rated power Nennleistung Puissance nominale

N1,2

[kW] Potenza richiesta Power demand Benötigte Leistung Puissance nécessaire

R1,2

[N] Carico radiale di calcolo Calculated radial force Berechnete Axialbelastung Charge radiale de calcul

C1,2

[N] Carico radiale nominale Permissible overhung load Zulässige Radialbelastung Charge radiale nominale

N1,2

S – Fattore di sicurezza Safety factor Sicherheitsfaktor Facteur de sécurité

[°C] Temperatura ambiente Ambient temperature Umgebungstemperatur Température ambiante

[min] Tempo di funzionamento

a carico costante

[min] Tempo di riposo Rest time Stillstandszeit Temps de repos

– Rendimento dinamico Dynamic efficiency Dynamischer Wirkungsgrad Rendement dynamique

Work time at constant load Betriebszeit während

nennbetrieb

Temps de fonctionnement à charge constante

– Rendimento statico Static efficiency Statischer Wirkungsgrad Rendement statique

1 valore riferito all'albero veloce

2 valore riferito all'albero lento

1 value applies to i/p shaft

2 value applies to o/p shaft

1 Werte beziehen sich auf die

Antriebswelle

2 Werte beziehen sich auf die

Abtriebswelle

1 valeurs pour l'arbre rapide

2 valeurs pour l'arbre lent

Questo simbolo riporta i riferi menti angolari per l’indicazione della direzione del carico radia le (l’albero è visto di fronte).

This symbol refers to the angle the overhung load applies (viewing from drive end).

Dieses Symbol gibt die Winkel bezugswerte für die Angabe der Richtung der Radialkräfte an (Stirnansicht der Welle).

Ce symbole présente les réfé

rences angulaires pour l’indica tion de la direction de la charge radiale (l’arbre est vu de face).

Simbolo riferito al peso dei riduttori e dei motoriduttori. I valori riportati nelle tabelle dei motoriduttori sono comprensivi sia del peso del motore a 4 poli sia del peso del lubrificante contenuto, qualora previsto da BONFIGLIOLI RIDUTTORI.

Il simbolo identifica la pagina alla quale può essere reperita l'informazione.

Motoriduttore con motore IEC.

Symbol refers to weight of gearmotors and speed reducers. Figure for gearmotors incorporates the weight of the 4-pole motor and for life lubricated units, where applicable, the weight of the oil.

The symbol shows the page the information can be sorted from.

Symbol für das Gewicht der Getriebe und der Getriebemotoren. Die in der Getriebemotoren-Tabelle genannten Werte schließen das Gewicht des vierpoligen Motors und die eingefüllte Schmierstoffmenge ein, sofern von BONFIGLIOLI RIDUTTORI vorgesehen.

Das Symbol Kennzeichnet die Seite, auf die die Information gefunden werden kann.

Symbole se référant aux poids des réducteurs et des motoréducteurs. Les valeurs indiquées dans les tableaux des motoréducteurs comprennent tant le poids du moteur à 4 pôles que le poids du lubrifiant contenu, lorsque prévu par BONFIGLIOLI RIDUTTORI.

Le symbole idendifie la page à laquelle l'on peut trover l'information.

Gearmotor with IEC motor. Getriebemotor mit IEC-Motor. Motoréducteur avec moteur

normalisé CEI.

Riduttore predisposto per accoppiamento a motore tipo IEC.

Riduttore dotato di albero velo ce cilindrico.

Gear unit with IEC motor interface.

Speed reducer with solid input shaft.

Getriebe vorbereitet für IEC-motor.

Getriebe mit cylindrischer An triebswelle.

Rèducteur prédisposé pour liaison a moteur IEC

Réducteur avec arbre rapide Cyllindrique.

INFORMAZIONI GENERALI

GENERAL INFORMATION

ALLGEMEINEINFORMATIONEN

INFORMATIONS GENERALES

I paragrafi che seguono riporta no una serie di informazioni su gli elementi indispensabili per la scelta e il corretto utilizzo dei motoriduttori.

2 - COPPIA

Coppia nominale M

[Nm]

È la coppia trasmissibile in uscita con carico continuo uniforme, riferita alla velocità in ingresso n

e a quella corrispondente in

uscita n

È calcolata in base ad un fattore di servizio f

=1.

Coppia richiesta M

[Nm]

The following headings contain

information on essential ele ments for selection and correct use of gearmotors.

2 - TORQUE

Rated torque

[Nm]

Torque transmissible through output shaft, under uniform loading and based on service factor f

=1. Rating refers to specific n

input speeds.

Required torque M

[Nm]

Die folgenden Abschnitte ent halten eine Reihe von Informa

tionen über die Aspekte, die in Hinblick auf die Wahl und den sachgemäßen Betrieb von Ge triebemotoren unbedingt zu berücksichtigen sind.

2 - ABTRIEBSMOMENT

Nenn-Drehmoment M

[Nm]

Dies ist das an der Abtriebswelle übertragbare Drehmoment bei gleichförmiger Dauerbelastung bezogen auf die Antriebsdreh-

zahl n Abtriebsdrehzahl n

und die entsprechende

Das Drehmoment wird auf Grundlage eines Betriebsfaktor f

= 1 berechnet.

Verlangtes Drehmont M

[Nm]

Les paragraphes qui suivent

présentent une série d’informa

tions sur les éléments indispen sables pour le choix et l’utilisation correcte des motoré

ducteurs.

2 - COUPLE

Couple nominal

[Nm]

C’est le couple transmissible en sortie avec une charge continue uniforme se référant à la vitesse en entrée n

et à celle

correspondante en sortie n Il est calculé sur la base d’un facteur de service f

=1.

Couple requis M

[Nm]

Rappresenta la coppia richiesta dall’applicazione e dovrà sempre essere uguale o inferiore alla coppia in uscita nominale M

del riduttore scelto.

Coppia di calcolo M

[Nm]

È il valore di coppia da utilizzare per la selezione del riduttore considerando la coppia richiesta M

e il fattore di servizio f

ed è dato dalla formula:

3 - POTENZA

Potenza nominale in entrata P

[kW]

Torque corresponding to application requirements. It must always be equal to or less than rated output torque M

gearbox under study.

Calculated torque M

[Nm]

Torque value to be used when selecting the gearbox, considering required torque M vice factor f

, and is obtained

through the equation:

3 - POWER

Input rated power P

[kW]

Dies ist das von der Anwendung verlangte Drehmoment, das stets kleiner oder gleich dem

for the

Nenn-Abtriebsmoment M gewählten Getriebes sein muß.

Soll-Drehmoment

[Nm]

Dies ist das bei der Wahl des Getriebes zugrundezulegende

and ser-

Drehmoment, wobei das übertragene Drehmoment M Betriebsfaktor f gen sind; das Soll-Drehmoment wird mit folgender Gleichung berechnet:

Mc2=Mr2·fs£ M

3 - LEISTUNG

Leistung Antriebswelle P

[kW]

des

und der

zu berücksichti-

Il représente le couple requis par l’application et devra toujours être inférieur ou égal au couple en sortie nominal M

réducteur choisi.

Couple de calcul M

[Nm]

C’est la valeur de couple à utiliser pour la sélection du réducteur en considérant le couple requis M

et le facteur de ser-

vice fs et s’obtient avec la formule :

(1)

3 - PUISSANCE

Puissance en entrée

[kW]

Nelle tabelle di selezione dei ri duttori è la potenza applicabile in entrata riferita alla velocità n

considerando un fattore di

servizio f

=1.

In the gearbox selection charts this is the power applicable to input shaft, based on input speed n service factor f

and corresponding to

=1.

In den Tabellen für die Wahl der Getriebe ist die an der An triebswelle übertragbare Lei stung auf die Drehzahl n

bezo gen und es wurde ein Betriebs faktor f

= 1 angenommen.

Dans les tableaux de sélection

des réducteurs, c’est la puis

sance applicable en entrée se rapportant à la vitesse n

considérant un facteur de ser vice f

=1.

et en

4 - POTENZA TERMICA

[kW]

4 - THERMAL CAPACITY

[kW]

4 - THERMISCHE GRENZ-

LEISTUNG P

[kW]

4 - PUISSANCE THERMIQUE

[kW]

è il valore che indica il limite

termico del riduttore e rappre senta la potenza trasmissibile in servizio continuo, e alla tempe ratura ambiente t

= 20 °C, sen

za che si producano danneg giamenti negli organi del ridutto re o degradamenti del lubrifi cante. Vedi tab. (A1). Nel caso di servizio intermittente, o di temperatura ambiente inferiore a 20 °C, il valore di P deve essere corretto per mezzo del fattore f bella (A2), ossia P

, espresso dalla ta-

’=Ptxft.

Infine, per riduttori con più di due riduzioni e/o con rapportoi>45 la verifica della potenza termica non è necessaria in quanto quest’ultima è certamente superiore alla potenza meccanica trasmissibile.

(A1)

is the power that can be

transmitted through the gear

unit, under a continuous duty and an ambient temperature of

20 °C, without resulting into

damage of the inner parts or

degradation of the lubricant

properties. Refer to chart (A1)

for specific kW ratings. In case of intermittent duty, or an operating ambient temperature other than the rated 20 °C,

the

value should be adjusted

through the factor

, obtained

from chart (A2), as per the following equation:

Pt’=P

Gear units featuring more than 2 reductions and/or a gear ratio larger thani>45donotnormally require the thermal limit to be checked as in these cases the thermal rating usually exceeds the mechanical rating.

steht für den Wert der Wär

megrenzleistung des Getriebes und gibt die im Dauerbetrieb und bei einer Umgebungstem peratur t

=20 °C übertragbare

Leistung an, ohne daß sich da raus Schäden an den Getriebe organen oder ein Verfall des Schmiermittels ergeben. Siehe Tab. (A1). Bei einem Aussetzbetrieb oder einer unter 20°C liegenden Umgebungstemperatur muß der Wert P tor f

korrigiert werden, der in der

über den Fak-

Tabelle (A2) aufgeführt wird

x f

bzw. P

‘=Ptxft.

Bei Getrieben mit mehr als zwei Untersetzungsstufen und/oder einem Verhältnis voni>45ist die Kontrolle der thermischen Leistung nicht erforderlich, da sie sicher oben der mechanisch übertragbaren Leistung liegt.

est la valeur qui indique la li

mite thermique du réducteur et représente la puissance trans missible en service continu, et à

une température ambiante

=20 °C, sans apparition de

dommages au niveau des orga

nes du réducteur ou de dégra dations du lubrifiant. Voir tab. (A1). En cas de service intermittent ou de température ambiante inférieure à 20°C, la valeur de P au moyen du facteur f

doit être corrigée

, exprimé

dans le tableau (A2), à savoir: P

‘=Ptxft.

Enfin, pour les réducteurs ayant plus de deux réductions et/ou un rapport i > 45, la vérification de la puissance thermique n’est pas nécessaire car elle est certainement supérieure à la puissance mécanique transmissible.

[kW] 20 °C

= 1400 min

-1

n1= 2800 min

-1

AS 16 3.3 2.2

AS 20 4.7 3.3

AS 25 6.0 4.2

AS 30 7.8 5.5

AS 35 10.8 7.5

AS 45 13.9 9.8

AS 55 20.8 15.6

AS 60 31 23

AS 80 43 31

AS 90 59 42

(A2)

Servizio intermittente / Intermittent duty / Aussetzbetrieb / Service intermittent

Grado di intermittenza / Degree of intermittence / Relative Einschaltdauer / Degrè d’intermittence

(I)

ta[°C]

Servizio continuo

Continuous duty

Dauerbetrieb

Service continu

80% 60% 40% 20%

40 0.80 1.1 1.3 1.5 1.6 30 0.85 1.3 1.5 1.6 1.8 20 1.0 1.5 1.6 1.8 2.0 10 1.15 1.6 1.8 2.0 2.3

Il grado di intermittenza (I)% è dato dal rapporto fra il tempo di

Where cyclic duration factor (I)% is the relationship of oper

Wobei die Einschaltdauer (I)%

von dem Verhältnis zwischen

Où le degré d’intermittence (I)% est fourni par le rapport entre le

funzionamento a carico tfeil tempo totale (t

), espresso in

f+tr

percentuale.

ating time under load t tal time (t

) expressed as a

f+tr

percentage.

and to

Betriebszeit unter Last tf und der

Gesamtbetriebszeit (t gedrückt in Prozenten, gegeben wird.

t+t

100

f+tr

), aus

temps de fonction en charge et le temps total (tf+tr) exprimé en

pourcentage.

(2)

La condizione da verificare è: The condition to verify is: Die durchzuführende Kontrolle

ist:

5 - RENDIMENTO « h »

È dato dal rapporto fra la potenza in uscita P ta P

secondo la relazione:

e quella in entra-

Pr1£ Pt´ f

5 - EFFICIENCY « h »

Obtained from the relationship of output power P power P

according to the fol-

to input

5 - WIRKUNGSGRAD « h »

Er ist gegeben durch das Verhältnis der Abtriebsleistung P zur Antriebsleistung P1:

lowing equation:

h =

100 [%]

(A3)

2x 3x

h 95% 93%

La vérification à faire sera la suivante :

(3)

5 - RENDEMENT « h »

Il est donné par le rapport entre la puissance en sortie P

celle en entrée P

(4)

6 - RAPPORTO DI RIDUZIONE

«i»

Il valore del rapporto di riduzione della velocità, identificato con il simbolo[i],èespresso tramite il rapporto fra le velocità all’albero veloce e lento del riduttore e riassunto nell’espressione:

Il rapporto di riduzione è solita mente un numero decimale che viene rappresentato nel catalogo con una sola cifra decimale, o nessuna nel caso di i > 1000. Se si è interessati a conoscere il nu mero in tutte le componenti deci mali consultare il Servizio Tecni co di Bonfiglioli Riduttori.

6 - GEAR RATIO

«i»

The value for the gear ratio is referred to with the letter[i] and calculated through the relationship of the input speed n the output speed n

The gear ratio is usually a deci

mal fraction which in this cata logue is truncated at one digit after the comma (no decimals for i > 1000). If interested in knowing the complete figure

please consult Bonfiglioli’s

Technical Service.

6 - GETRIEBEÜBERSETZUNG

«i»

Die Übersetzung des Getriebes wird mit dem Buchstaben[i] bezeichnet und ist folgendermaßen definiert:

In diesem Katalog wird die

Übersetzung mit einer Stelle

hinter dem Komma angegeben, bei Übersetzungen > 1000 ohne Dezimalstelle. Wenn genaue Angaben zur Übersetzung benötigt werden, wenden sie sich bitte an den technischen Service von Bonfi glioli Riduttori.

6 - RAPPORT DE REDUCTION

«i»

Le rapport de réduction est identifiée par la lettre[i]etson calcul s’effectue à partir de la vitesse d’entrée n tesse de sortie n

et de la vi-

en utilisant la

relation suivante :

(5)

Dans le catalogue, le rapport de réduction a une précision d’un chiffre après la virgule (sauf pour i > 1000). Si une plus grande précision est néces saire, contacter le Service Technique de Bonfiglioli.

7 - VELOCITÀ ANGOLARE

7 - ANGULAR VELOCITY

7 - DREHZAHL

7 - VITESSE ANGULAIRE

Velocità in entrata n

[min-1]

È la velocità relativa al tipo di motorizzazione scelta; i valori di catalogo si riferiscono alle velo cità dei motori elettrici comune mente usati a singola e doppia polarità. Se il riduttore riceve il moto da una trasmissione in entrata, è sempre preferibile adottare velocità inferiori a 1400 min

-1

fine di garantire condizioni ottimali di funzionamento. Velocità in entrata superiori sono ammesse considerando il naturale declassamento della coppia nominale M

del ridut-

tore.

Velocità in uscita n

[min-1]

È in funzione della velocità in entrata n

e del rapporto di ri-

duzione i secondo la relazione:

Input speed n

[min-1]

Speed is related to the prime mover selected. Catalogue val

ues refer to speed of either sin

gle or double speed motors that are common in the industry. If the gearbox is driven by an external transmission it is recommended to operate it with a speed of 1400 min order to optimise operating con-

-1

or lower in

ditions and lifetime. Higher input speeds are permitted, however in this case consider that torque rating M is affected adversely. Please consult a Bonfiglioli representative.

Output speed n

[min-1]

The output speed n

lated from the relationship of input speed n

to the gear ratio i,

as per the following equation:

is calcu-

Drehzahl Antriebswelle n

[min-1]

Dies ist die vom gewählten Mo

tortyp abhängige Drehzahl. Die Katalogangaben beziehen sich

auf die Drehzahl von allge meinüblichen eintourigen Elek tromotoren oder von polumschaltbaren Elektromotoren. Um optimale Betriebsbedingungen zu gewährleisten, ist stets eine Antriebsdrehzahl unter 1400 min

-1

zu empfehlen. Höhere Antriebsdrehzahlen sind zulässig, wobei die zwangsläufige Herabsetzung des Nenn-Ab-

triebsdrehmoments M

triebes zu berücksichtigen ist.

Abtriebsdrehzahl n

[min-1]

Sie ist abhängig von der Antriebsdrehzahl n

und dem Über-

setzungs i nach folgender Gleichung:

des Ge-

Vitesse d' entrée n

[min-1]

C’est la vitesse relative au type

de motorisation choisie. Les va leurs de catalogue se réfèrent aux vitesses des moteurs élec

triques à simple et double pola

rité communément utilisés. Si le réducteur reçoit le mouvement d’une transmission en entrée, il est toujours préférable d’adopter des vitesses inférieures à 1400 min

-1

afin de garantir des conditions optimales de fonctionnement. Des vitesses d’ entrée supérieures sont admises en considérant le déclassement naturel du couple nominal M

ducteur.

Vitesse en sortie n

[min-1]

Elle varie en fonction de la vitesse d’entrée n

et du rapport

de reduction i selon l’équation :

du ré-

8 - FATTORE DI SERVIZIO

«f

Il fattore di servizio è il parame-

tro che traduce in un valore numerico la gravosità del servizio che il riduttore è chiamato a svolgere, tenendo conto, benché con inevitabile approssimazione, del funzionamento giornaliero, della variabilità del carico e di eventuali sovraccarichi, connessi con la specifica applicazione del riduttore. Nel grafico (A4) più sotto ripor tato il fattore di servizio si rica va, dopo aver selezionato la co lonna relativa alle ore di funzio namento giornaliere, per inter sezione fra il numero di avvia menti orari e una fra le curve K1, K2 e K3. Le curve K_ sono associate alla natura del servizio (approssi mativamente: uniforme, medio e pesante) tramite il fattore di

8 - SERVICE FACTOR

«f

This factor is the numeric value describing reducer service duty. It takes into consideration, with unavoidable approximation, daily operating conditions, load variations and overloads connected with reducer application. In diagram (A4) here below, after selecting proper “daily working hours” column, the service factor is given by intersect ing the number of starts per

hour and one of the K1, K2 or

K3 curves.

K_ curves are linked with the

service nature (approximately:

uniform, medium and heavy)

through the acceleration factor of masses K, connected to the ratio between driven masses and motor inertia values.

Regardless of the value given for the service factor, we would

8 - BETRIEBSFAKTOR

«f

Beim Betriebsfaktor handelt es sich um den Parameter, der die Betriebsbelastung, die das Getriebe aushalten muss, in einem Wert ausdrückt. Dabei berücksichtigt er, auch wenn nur mit einer unvermeidbaren Annäherung, den täglichen Einsatz, die unterschiedlichen Belastungen und eventuelle Überbelastun-

gen, die mit der spezifischen Applikation des Getriebes ver bunden sind. Der nachstehenden Grafik (A4) kann, nach der Wahl der ent sprechenden Spalte mit der An gabe der täglichen Betriebsstun den der Betriebsfaktor entnom men werden, indem man die Schnittstelle zwischen der stündlichen Schaltungen und ei ner der Kurven K1, K2 und K3 sucht. Die mit K_ gekennzeich

(6)

8 - FACTEUR DE SERVICE

«f

Le facteur de service est le paramètre qui traduit en une valeur numérique la difficulté du service que le réducteur est appelé à effectuer en tenant compte, avec une approximation inévitable, du fonctionnement journalier, de la variabilité de la charge et des éventuelles surcharges liées à l’application spécifique du réducteur.

Sur le graphique (A4) ci-des sous, le facteur de service peut être trouvé, après avoir sélec

tionné la colonne relative aux

heures de fonctionnement jour

nalier, à l’intersection entre le

nombre de démarrages horai res et l’une des courbes K1, K2 et K3.

Les courbes K_ sont associées à la nature du service (approxi

mativement : uniforme, moyen

accelerazione delle masse K, legato al rapporto fra le inerzie delle masse condotte e del mo tore. Indipendentemente dal valore così ricavato del fattore di servi zio, segnaliamo che esistono applicazioni fra le quali, a puro titolo di esempio i sollevamenti, per le quali il cedimento di un organo del riduttore potrebbe esporre il personale che opera nelle immediate vicinanze a rischio di ferimento. Se esistono dubbi che l’applicazione possa presentare questa criticità vi invitiamo a consultare preventivamente il ns. Servizio Tecnico.

(A4)

like to remind that in some ap plications, which for example in volve lifting of parts, failure of

the reducer may expose the op erators to the risk of injuries. If in doubt, please contact our

Technical Service.

neten Kurven sind über den Be

schleunigungsfaktor der Massen

K an die Betriebsart gekoppelt (annähernd: gleichmäßige, mitt

lere oder starke Belastung), der wiederum an das Verhältnis zwi schen Trägheitsmoment der an getriebenen Massen und dem des Motors gebunden ist. Unab hängig von dem so erhaltenen Betriebsfaktor, möchten wir Sie darauf hinweisen, dass es Applikationen gibt, unter denen beispielsweise auch die Hebefunktionen zu finden sind, bei denen das Nachgeben eines Getriebeorgans, das in dessen Nähe arbeitende Personal einer Verletzungsgefahr aussetzen könnte. Sollten daher Zweifel darüber bestehen, ob die entsprechende Applikation sich in diesem Bezug als kritisch erweist, bitten wir Sie sich zuvor mit unseren Technischen Kundendienst in Verbindung zu setzen.

et difficile) au moyen du facteur

d’accélération des masses K, lié au rapport entre les inerties des masses conduites et le mo

teur. Indépendamment de la valeur

du facteur de service ainsi

trouvée, nous signalons qu’il existe des applications parmi

lesquelles, à titre d’exemple, les levages, pour lesquels la rup ture d’un organe du réducteur pourrait exposer le personne opérant à proximité immédiate à des risques de lésion. En cas de doute concernant les risques éventuels de l’application, nous vous conseillons de contacter préalablement notre Service Technique.

h / d

1.9

1.8

1.7

1.6

1.5

1.4

1.3

1.2

1.1

1.0

1.8

1.7

1.6

1.5

1.4

1.3

1.2

1.1

1.0

0.9

0.8

50 75

2.0

1.9

1.8

1.7

1.6

1.5

1.4

1.3

1.2

avviamenti / ora - starts per hour

Schaltungen / Stunde - démarrages / heure

100 125 150 175 200 225 250 275 300

Fattore di accelerazione delle masse, K

Il parametro serve a seleziona re la curva relativa al particolare

Acceleration factor of masses, K

This parameter serves for se lecting the right curve for the

Beschleunigungsfaktor der Massen, K

Dieser Parameter dient der Wahl der Kurve, die sich auf die

Facteur d’accélération des masses, K

Le paramètre sert à sélection ner la courbe relative au type

tipo di carico. Il valore è dato dal rapporto:

type of load. The value is given by the following ratio:

jeweilige Belastungsart bezieht. Der Wert ergibt sich aus folgen der Formel:

de charge particulier. La valeur est obtenue par l’équation :

(7)

dove:

momento d’inerzia delle

masse comandate, riferito all’albero del motore

momento d’inerzia del motore

K £ 0.25 – curva K1

carico uniforme

0.25 < K £ 3 – curva K2

carico con urti moderati

3 < K £ 10 – curva K3

carico con forti urti

Per valori di K > 10 invitiamo a consultare il nostro Servizio Tecnico.

9 - MANUTENZIONE

where:

moment of inertia of driven

masses referred to motor driving shaft

moment of inertia of motor

K £ 0.25 – curve K1

uniform load

0.25 < K £ 3 – curve K2

moderate shock load

3 < K £ 10 – curve K3

heavy shock load

For K values > 10, please contact our Technical Service.

9 - MAINTENANCE

wobei:

Trägheitsmoment der ange-

triebenen Massen, bezogen auf die Motorwelle

Trägheitsmoment des Motors

K £ 0.25 – Kurve K1

Gleichmäßige Belastung

0.25 < K £ 3 – Kurve K2

Belastung mit mäßigen Stößen

3 < K £ 10 – Kurve K3

Belastung mit starken Stößen

Bei Werten K > 10 bitten wir Sie, sich mit unseren Technischen Kundendienst in Verbindung zu setzen.

9 - WARTUNG

où:

moment d’inertie des mas-

ses commandées se référant à l’arbre du moteur.

moment d’inertie du moteur

K £ 0.25 – courbe K1

charge uniforme

0.25 < K £ 3 – courbe K2

charge avec chocs modérés

3 < K £ 10 – courbe K3

charge avec chocs importants

Pour des valeurs de K > 10, nous vous conseillons de contacter notre Service Technique.

9 - ENTRETIEN

I riduttori forniti con lubrificazione permanente non necessitano di sostituzioni periodiche dell’olio. Per gli altri si consiglia di effettuare una prima sostituzione del lubrificante dopo circa 300 ore di funzionamento provvedendo ad un accurato lavaggio interno del gruppo con adeguati detergenti. Evitare di miscelare olii a base minerale con olii sintetici. Controllare periodicamente il livello del lubrificante effettuando la sostituzione indicativamente agli intervalli riportati nella tabella (A5).

(A5)

Temperatura olio / Oil temperature

Öltemperatur / Température huile

[°C]

< 65 8000 25000

65 - 80 4000 15000

80 - 95 2000 12500

Life lubricated gearboxes do not require any periodical oil changes. For other types of gearboxes, the first oil change must take place after about 300 hours of operation, carefully flushing the gear unit using suitable detergents. Do not mix mineral oils with synthetic oils. Check oil level regularly and change oil at the intervals shown in the table (A5).

olio minerale/ mineral oil

Mineralöl / huile minérale

Die mit Dauerschmierung gelieferten Getriebe bedürfen periodische Ölwechsel. Bei den übrigen Getrieben wird ein erster Ölwechsel nach ca. 300 Betriebsstunden empfohlen, wobei das Innere der Gruppe sorgfältig mit einem geeigneten Reinigungsmittel zu waschen ist. Mineralöle nicht mit Syntheseölen mischen. Den Ölstand regelmäßig kontrollieren. Die Ölwechsel in den in der Tabelle (A5) angegebenen Fristen durchführen.

Les réducteurs fournis avec lubrification permanente n’ont besoin d’aucun remplacement périodique de huile. Pour les autres, nous conseillons d’effectuer une première vidange du lubrifiant après les 300 premières heures de fonctionnement en réalisant un lavage soigné à l’intérieur du groupe avec des produits détergents appropriés. Eviter de mélanger les huiles à base minérale avec des huiles synthétiques. Contrôler périodiquement le niveau du lubrifiant en effectuant les vidanges conformèment aux intervalles indiqués dans le tableau (A5).

Intervallo di lubrificazione / Oil change interval

Schmierfrist / Intervalle de lubrification

[h]

olio sintetico / synthetic oil

Syntheseöl / huile synthétique

10 - SELEZIONE

10 - SELECTION

10 - ANTRIEBSAUSWAHL

10 - SELECTION

Per selezionare correttamente un riduttore o un motoriduttore, è necessario disporre di alcuni dati fondamentali che sono sin tetizzati nella tabella (A6). In particolare, essa potrà essere compilata ed inviata in copia al ns. Servizio Tecnico che prov vederà alla ricerca della motoriz zazione più idonea alla applicazione indicata.

Some fundamental data are necessary to assist the correct selection of a gearbox or

gearmotor. The table below (A6) briefly sums up this infor mation. To simplify selection, fill in the

table and send a copy to our

Technical Service which will se lect the most suitable drive unit for your application.

(A6)

Tipo di applicazione

Type of application

Anwendung

Type d'application

Pr2Potenza in uscita a n2max

Output power at n

Abtriebsleistung bei n

Puissance en sortie à n

‘ Potenza in uscita a n2min

Output power at n

Abtriebsleistung bei n

Puissance en sortie à n

Momento torcente in uscita a n2max

Output torque at n

Abtriebsdrehmoment bei n

Moment de torsion en sortie à n

Velocità di rotazione in uscita max

Max.output speed

Abtriebsdrehzahl max

Vitesse de rotation maxi en sortie ....................min

n2‘ Velocità di rotazione in uscita min

Min.output speed

Abtriebsdrehzahl min

Vitesse de rotation mini en sortie ....................min

n1Velocità di rotazione in entrata max

Max.input speed

Antriebsdrehzahl max

Vitesse de rotation maxi en entrée ....................min

n1‘ Velocità di rotazione in entrata min

Min.input speed

Antriebsdrehzahl min

Vitesse de rotation mini en entrée ....................min

Rc2Carico radiale su albero in uscita

Radial load on output shaft

Radialkraft auf Abtriebswelle

Charge radiale sur arbre de sortie ....................N

Distanza di applicazione del carico (*)

Load application distance (*)

Abstand des Kraftangriffspunktes (*)

Distance d’application de la charge (*) ....................mm

Orientamento del carico in uscita

Load orientation at output

Orientierung der Last am Abtrieb

Orientation de la charge en sortie ...........

Senso di rotazione albero uscita (O-AO) (**)

Output shaft rotation direction (CW-CCW) (**)

Drehrichtung der Abtriebswelle (U-GU) (**)

Sens de rotation arbre sortie (H-AH) (**) ....................

Carico radiale su albero in entrata

Radial load on input shaft

Radialkraft auf Antriebswelle

Charge radiale sur arbre d’ entrée ....................N

Distanza di applicazione del carico (*)

Load application distance (*)

Abstand des Kraftangriffspunktes (*)

Distance d’application de la charge (*) ....................mm

Orientamento del carico in entrata

Load orientation at input

Orientierung der Last am Antrieb

Orientation de la charge en entrée ..........

max

maxi ....................kW

min

mini ....................kW

max

maxi ....................Nm

Um die Getriebe und Getriebe motoren richtig auszuwählen zu können, muß man über einige grundlegende Daten verfügen, die wir in der Tabelle (A6) zu

sammengefaßt haben. Eine Kopie dieser vom Kunden ausgefüllten Tabelle kann an unseren Technischen Kunden

dienst geschickt werden, der dann die für die gewünschte Anwendung geeignete Auslegung wählt.

Senso di rotazione albero entrata (O-AO) (**)

Input shaft rotation direction (CW-CCW) (**)

Drehrichtung der Antriebswelle (U-GU) (**)

Sens de rotation arbre entrée (H-AH) (

Ac1Carico assiale su albero in uscita (+/–)(

Thrust load on output shaft (+/–)(

Axialkraft auf Abtriebswelle (+/–)(

Charge axiale sur arbre de sortie (+/–)(

Carico assiale su albero in entrata (+/–)(

Thrust load on input shaft (+/–)(

Axialkraft auf Antriebswelle (+/–)(

Charge axiale sur arbre d’ entrée (+/–)(

Jc Momento d’ inerzia del carico

Moment of inertia of the load

-1

Trägheitsmoment der Last

Moment d’inertie de la charg .................Kgm

taTemperatura ambiente

Ambient temperature

Umgebungstemperatur

-1

Température ambiante ...................C°

Altitudine sul livello del mare

Altitude above sea level

Höhe ü.d.M.

-1

Altitude au-dessus du niveau de la mer ...................m

Tipo di servizio in accordo a CEI

Duty type to IEC norms

Relative Einschaltdauer gemäß CEI

-1

Type de service selon CE S........../......%

Z Frequenza di avviamento

Starting frequency

Schaltungshäufigkeit

Fréquence de démarrage ...................1/h

Tensione di alimentazione motore

Motor voltage

Nennspannung des Motors

Tension de alimentation moteur ...................V

Tensione di alimentazione freno

Brake voltage

Nennspannung der Bremse

Tension de alimentation frein ...................V

Frequenza

Frequency

Frequenz

Fréquence ...................Hz

Coppia frenante

Brake torque

Bremsmoment

Couple de freinag ...................Nm

Grado di protezione motore

Motor protection degree

Schutzart des Motors

Degré de protection moteur IP..................

Classe di isolamento

Insulation class

Isolierstoffklasse

Classe d’isolation ......................

Pour sélectionner correctement un réducteur ou un motoréduc teur, il est nécessaire de dispo ser de certaines données

fondamentales que nous avons résumé dans le tableau (A6). En particulier, ce dernier pourra être rempli et retourné à notre

service technique qui recher chera la motorisation la plus appropriée à l’application indiquée.

)

***

)

***

)

***

) ...................N

***

)

***

)

***

)

***

) ...................N

***

...................A

(

) La distanza x

compresa fra il punto di appli cazione della forza e la battuta dell’albero (se non indicata, si considererà la forza agente sulla mezzeria della sporgenza dell’albero).

) O = orario

(

AO = antiorario

) + = compressione

(

***

– = trazione

1-2

è quella

(*) Distance x

application point and shaft shoul der (if not indicated the force acting at mid-point of the shaft extension will be considered).

) CW = clockwise;

(

CCW = counterclockwise

) + = push

(

***

– = pull

is between force

1-2

(

) Der Abstand x

vom Kraftangriffspunkt zum Wellenansatz (wenn nicht an ders angegeben, wird davon ausgegangen, daß die Kraft auf der Mitte des Wellenendes an greift).

) U = Uhrzeigersinn;

(

GU = Gegenuhrzeigersinn

) + = Druck

(

***

– = Zug

ist der Abstand

1-2

(

) La distance x

prise entre le point d’application de la force et l’épaulement de l’arbre (si non precisée l’on considerera la force agissant au milieu de la saillie de l’arbre).

) H = sens horaire;

(

AH = sens antihoraire

) + = compression

(

***

– = traction

est celle com

1-2

Scelta dei motoriduttori

Selecting a gearmotor

Wahl des Getriebemotors

Sélection des motoréducteurs

a) Determinare il fattore di ser

in funzione del tipo di

vizio f

carico (fattore K), del numero di inserzioni/ora Z

e del nu

mero di ore di funziona mento.

b) Dalla coppia M

e il rendimento h, rica

do n

, conoscen

vare la potenza in entrata.

Il valore di h per lo specifico riduttore può essere ricavato dal paragrafo 5.

c) Ricercare fra le tabelle dei

dati tecnici motoriduttori quella corrispondente ad una potenza normalizzata P

tale che:

a) Determine service factor f

according to type of duty (factor K), number of starts per hour Z

eration.

b) From values of torque Mr

speed n

and hours of op

and efficiency h the

required input power can be calculated from the equation:

Value of h for the captioned worm gear can be sorted out from paragraph 5.

c) Consult the gearmotor se-

lection charts and locate the table corresponding to normalised power P

a) Den Betriebsfaktor f

hängigkeit von der Bela stungsart (Faktor K), den Schaltungen /Stunde Z

den Betriebs stunden be stimmen.

b) Aus dem Drehmoment M

mit ilfe der bekannten Wer te für n

und dem Wirkungs

grad h die Antriebsleistung ableiten.

•

r2 2

9550

[kW]

•

Für das spezifische Getriebe kann der Wert h unter Paragraph 5 erhoben werden.

c) Unter den Tabellen mit

den Technischen Daten der Getriebemotoren die Tabelle auswählen, die folgender Leistung entspricht:

³ P

in Ab

a) Déterminer le facteur de

service f

type decharge (facteur K),

und

du nombre d’insertions/heure

et du nombre d’heures

de fonctionnement.

b) A partir du couple M

connaissant n

dement h , calculer la puis

sance en entrée.

(8)

Il valeur de h pour le réducteur spécifique peut être calculée d’après les indications du paragraphe 5.

c) Rechercher parmi les ta-

bleaux des caractéristiques

techniques des motoréduc-

teurs celui correspondant à

une puissance :

(9)

en fonction du

,en

et le ren

Se non diversamente indicato, la potenza P

dei motori

riportata a catalogo si riferisce al servizio continuo S1. Per i motori utilizzati in condizioni diverse da S1, sarà necessario identificare il tipo di servizio previsto con riferimento alle Norme CEI 2-3/IEC 60034-1. In particolare, per i servizi da S2 a S8 e per le grandezze motore uguali o inferiori a 132, è possibile ottenere una maggiorazione della potenza rispetto a quella prevista per il servizio continuo, pertanto la condizione da soddisfare sarà:

Il fattore di maggiorazione f ricavabile dalla tabella (A7).

Unless otherwise specified, power P cated in the catalogue refers to continuous duty S1. For motors used in conditions other than S1, the type of duty required by reference to CEI 2-3/IEC 60034-1 Standards must be mentioned. For duties from S2 to S8 in particular and for motor frame 132 or smaller, extra power output can be obtained with respect to continuous duty. Accordingly the following condition must be satisfied:

The adjusting factor f

obtained from table (A7).

of motors indi-

can be

Wenn nicht anders angegeben, bezieht sich die im Katalog angegebene Leistung P der Motoren auf Dauerbetrieb S1. Bei Motoren, die unter anderen Bedingungen als S1 eingesetzt werden, muß die vorgesehen Betriebsart unter Bezug auf die CEI-Normen 2-3/IEC 60034-1 bestimmt werden. Insbesondere kann man für die Betriebsarten S2 bis S8 (und für Motorbaugrößen gleich oder niedriger als 132) eine Überdimensionierung der Leistung relativ zu der für den Dauerbetrieb vorgesehenen Leistung erhalten; die zu erfüllende Bedingung ist dann:

Der Überdimensionierungsfak tor f

kann der Tabelle (A7) ent

nommen werden.

Sauf indication contraire la

puissance P

diquée dans le catalogue se

des moteurs in-

réfère à un service continu

S1.

Pour les moteurs utilisés dans

des conditions différentes du

service S1, il sera nécessaire

d’identifier le type de service

prévu en se référant aux nor-

mes CEI 2-3/IEC 60034-1.

En particulier, pour les servi-

ces de type S2 à S8 ou pour

les tailles de moteurs égales

ou inférieures à 132 il est pos-

sible d’obtenir une majoration

de la puissance par rapport à

celle prévue pour le service

continu. Par conséquent, la

condition à satisfaire sera:

(10)

Le facteur de majoration f

être obtenu en consultant le ta bleau (A7).

peut

Rapporto di intermittenza

=tempo di funzionamento a

carico costante

=tempo di riposo

Intermittence ratio

=work time at constant load

= rest time

Relative Einschaltdauer

t+t

100

= Betriebszeit mit konstanter

Belastung

= Aussetzzeit

Rapport d’intermittence

(11)

= temps de fonctionneent

à charge constante

= temps de repos

(A7)

Durata del ciclo / Cycle duration [min]

Zyklusdauer / Durée du cycle [min]

10 30 60 25% 40% 60%

1.35 1.15 1.05 1.25 1.15 1.1

S2 S3* S4 - S8

SERVIZIO / DUTY / BETRIEB / SERVICE

Rapporto di intermittenza / Cyclic duration factor (I)

Relative Einschaltdauer / Rapport d’intermittence (l)

Interpellarci

Please contact us

Rückfrage

Nous contacter

* La durata del ciclo dovrà co munque essere uguale o infe riore a 10 minuti; se superiore interpellare il Servizio Tecnico di Bonfiglioli Riduttori.

Nella sezione relativa alla potenza installata P

selezionare

infine il motoriduttore che sviluppa la velocità di funzionamento più prossima alla velocità n

desiderata e per il quale il

fattore di sicurezza S sia uguale, o superiore, al fattore di servizio f

Il fattore di sicurezza è così definito:

Nelle tabelle di selezione motoriduttori gli abbinamenti sono sviluppati con motori a 2,4e6 poli alimentati a 50 Hz. Per velocità di comando diverse da queste, effettuare la selezione con riferimento ai dati nominali forniti per i riduttori.

* Cycle duration, in any event,

must be 10 minutes or less.

If it is longer, please contact our Technical Service.

Next, refer to the appropriate P section within the gearmotor selection charts and locate the unit that features the desired output speed n

, or closest to,

along with a safety factor S that meets or exceeds the applicable service factor f

The safety factor is so defined:

As standard, gear and motor combinations are implemented with 2, 4 and 6 pole motors, 50 Hz supplied. Should the drive speed be different from 2800, 1400 or 900 min-1, base the selection on the gear unit nominal rating.

* Die Zyklusdauer muß in je dem Fall kleiner oder gleich 10 min sein; wenn sie darüber liegt, unseren Technisch en Kundendienst zu Rate ziehen.

Als nächstes wählen Sie an-

hand der Getriebemotoren auswahltabellen den Abschnitt mit der entsprechenden P chen die gewünschte Abtriebsdrehzahl n

, oder die nächst-

mögliche Drehzahl, zusammen mit dem Sicherheitsfaktor S, der den zutreffenden Betriebsfaktor

erreicht oder überschreitet.

Der Sicherheitsfaktor wird wie folgt berechnet:

Standardmäßig stehen Getriebemotorenkombinationen mit 2, 4 und 6 poligen Motoren für eine Frequenz von 50 Hz zur Verfügung. Sollten die Antriebsdrehzahlen abweichend von 2800, 1400 oder 900 min-1 sein, dann stützen Sie die Auslegung des Getriebes auf die Getriebenenndaten.

und su-

* La durée du cycle devra être

égale ou inférieure à 10 minu tes. Si supérieure, contacter notre Service Technique.

Dans la section relative à la puissance installée P

sélectionner en-

fin le motoréducteur qui développe la vitesse de fonctionnement la plus proche à la vitesse n et pour lequel le facteur de sécurité S soit pareil, ou supérieur, au facteur de service f

Le facteur de sécurité est défini ainsi :

(12)

Dans les tableaux de sélection des motoréducteurs les accouplements sont développés avec moteurs à 2, 4 et 6 poles alimentés à 50 Hz. Pour vitesses de commande différentes à celles-ci, sélectionner suite aux données nominales fournies par les réducteurs.

désirée

Scelta dei riduttori e dei riduttori predisposti per motori IEC

a) Determinare il fattore di ser-

vizio f

b) Conoscendo la coppia M

di uscita richiesta dalla applicazione, si procede alla definizione della coppia di calcolo:

c) In base alla velocità in

uscita n in entrata n

richiesta, e a quella

disponibile, si

calcola il rapporto di ridu zione:

Disponendo dei dati M

ei,

si ricercherà nelle tabelle corrispondenti alla velocità

Selecting a speed reducer or a gear unit with IEC motor adapter

a) Determine service factor f

b) Assuming the required out-

put torque for the application

is known, the calcula-

tion torque can be then defined as:

c) The gear ratio is calculated

according to requested out

and input

put speed n speed n

Once values for M are known consult the rating charts under the appropriate

Mc2= Mr2·f

and i

Wahl des Getriebes und Getriebe für IEC-motoren

a) Den Betriebsfaktor f

be-

stimmen.

b) Anhand des bekannten von

der Anwendung geforderten Abtriebsdrehmoments M das Soll-Drehmoment bestimmen:

c) Auf Grundlage der verlang

ten Abtriebsdrehzahl n

und

der verfügbaren Antriebs drehzahl n

die Überset

zungs berechnen:

Anhand der Werte für M und i in den Tabellen für die Drehzahl n

das Getriebe

Sélection des réducteurs et des réducteurs CEI

a) Déterminer le facteur de

service f

b) En connaissant le couple

de sortie requis par l’ap-

plication, l’on procède à la

définition du couple de cal-

cul :

(13)

c) Suivant la vitesse en sortie

requise et celle en

entrée n

disponible, l’on

calcule le rapport de réduc

tion :

(14)

En disposant des données

et i, l’on recherchera

dans les tableaux correspon

n1il riduttore che, in funzio ne del rapporto [i] più pros simo a quello calcolato, pro ponga una coppia nominale:

input speed n1and locate the

gear unit that features the

gear ratio closest to [i] and at

same time offers a rated torque value M

so that:

auswählen, das in Abhängig keit von einer Übersetzung [i], die dem Sollwert mög lichst nahe ist, folgendes Nenn-Drehmoment erlaubt:

dant à la vitesse n

teur qui, en fonction du

rapport [i] le plus proche de

celui calculé, propose un

couple nominal :

le réduc

Se al riduttore scelto dovrà essere applicato un motore elettrico verificarne l’applicabilità consultando la tabella delle predisposizioni possibili paragrafo 24.

11 - VERIFICHE

Effettuata la corretta selezione delle motorizzazioni, si consiglia di procedere alle seguenti verifiche:

a) Potenza termica

Assicurarsi che la potenza termica del riduttore, abbia un valore uguale o maggiore alla potenza richiesta dall’applicazione secondo la relazione (3) a pag. 6, in caso contrario selezionare un riduttore di grandezza superiore oppure provvedere ad applicare un sistema di raffreddamento forzato.

b) Coppia massima

Generalmente la coppia massima (intesa come punta di carico istantaneo) applicabile al riduttore non deve superare il 200% della coppia nominale M

; verificare per-

tanto che tale limite non venga superato adottando, se necessario, opportuni dispositivi per la limitazione della coppia. Per i motori trifase a doppia polarità è necessario rivolgere particolare attenzione alla coppia di commutazione istantanea che viene generata durante la commutazione dall’alta velocità alla bassa in quanto può essere de cisamente più elevata della coppia massima stessa. Un metodo semplice ed eco nomico per ridurre tale cop pia è quello di alimentare solo due fasi del motore du rante la commutazione (il tempo di alimentazione a due fasi può essere regolato mediante un relè a tempo):

If a IEC normalized motor must be fitted check geo metrical compatibility with the gear unit at paragraph 24 - Motor availability.

11 - VERIFICATION

After selection is complete it may be worth checking on the following:

a) Thermal capacity

Make sure that the thermal capacity of the gearbox is equal to or greater than the power required by the application according to equation (3) on page 6. If this condition is not verified, select a larger gearbox or apply a forced cooling system.

b) Maximum torque

The maximum torque (intended as momentary peak load) applicable to the gearbox must not, in general, exceed 200% of rated torque M

. Therefore, check that

this limit is not exceeded, using suitable torque limiting devices, if necessary. For three-phase double speed motors, it is important to pay attention to the switching torque which is generated when switching from high to low speed, because it could be significantly higher than maximum torque. A simple, economical way to

minimize overloading is to power only two phases of the motor during switch-over

(power-up time on two

phases can be controlled with a time-relay):

Mn2³ M

Wenn das Getriebe mit ei nem Elektromotor verbun

den werden soll, die Verträglichkeit anhand der Tabelle der möglichen Anbaumöglichkeiten sicherstellen.

11 - PRÜFUNGEN

Nach Wahl des Getriebemotors folgende Prüfungen ausführen:

a) Thernische Grenzleistung

Sicherstellen, daß die Wärmeleistung des Getriebes größer oder gleich der verlangten Leistung ist, die von der Anwendung nach Gleichung (3) auf S. 6 verlangt wird. Andernfalls ein größer dimensioniertes Getriebe wählen bzw. ein Zwangskühlsystem vorsehen.

b) Max. Drehmoment

Im allgemeinen darf das max. Drehmoment (verstanden als mom entane Lastspitze), das auf das Getriebe aufgebracht werden kann, 200 % des Nenndrehmoments M überschreiten. Sicherstellen, daß dieser Grenzwert nicht überschritten wird, und nötigenfalls die entsprechenden Vorrichtungen zur Begrenzung des Drehmoments vorsehen. Bei polumschaltbaren Drehstrommotoren muss dem Umschaltdrehmoment, das beim Umschalten von der hohen auf die niedrige Drehzahl erzeugt wird, besondere Aufmerksamkeit geschenkt wer den, da es entschieden grö ßer sein kann als das Nenn-Drehmoment. Eine ein fache und kostengünstige Me thode zum Senken dieses Drehmoments besteht darin, daß nur zwei Phasen des Mo tors während des Umschal tens gespeist werden (die Dauer der Speisung von nur 2 Phasen kann durch ein Zeitre lais gesteuert werden):

(15)

Au cas où il serait nécessaire

d’appliquer un moteur élec

trique normalisé au réducteur choisi, en vérifier la possible adaptation en consultant le tableau des prédispositions possibles présenté.

11 - VERIFICATIONS

Après avoir effectué une sélection correcte des motorisations, nous conseillons de proceder aux vérifications suivantes :

a) Puissance thermique

S’assurer que la puissance thermique du réducteur ait une valeur supérieure ou égale à la puissance requise par l’application selon l’équation (3) page 6. Dans le cas contraire, sélectionner un réducteur de taille supérieure ou bien prevoir un système de refroidissement forcé.

b) Couple maximum

Généralement, le couple maximum (à considerer comme une pointe de charge instantanée) applicable au réducteur ne doit pas dépasser

nicht

les 200% du couple nominal M

. Verifier par conséquent

que cette limite ne soit pas dépassée en adoptant, si nécessaire, des dispositifs adaptés pour limiter le couple. Pour les moteurs triphasés à double polarité, il est nécessaire de prêter une attention particulière au couple de commutation instantané qui est généré lors du passage de la grande à la petite vitesse

étant donné qu’il peut être

considérablement plus élevé que le couple maximum lui

même.

Une méthode simple et éco nomique pour réduire ce couple consiste à alimenter

seulement deux phases du

moteur pendant la commuta tion (la durée d’alimentation sur deux phases peut être

réglée au moyen d’un relais temporisateur) :

=0.5·M

Mg2= Coppia di commutazione

alimentando 2 fasi

Mg3= Coppia di commutazione

alimentando 3 fasi

Suggeriamo comunque di contattare il ns. Servizio Tecnico.

c) Carichi radiali

Verificare che i carichi radiali agenti sugli alberi di entrata e/o uscita rientrino nei valori di catalogo ammessi. Se superiori, aumentare la grandezza del riduttore oppure modificare la supportazione del carico. Ricordiamo che tutti i valori indicati nel catalogo si riferiscono a carichi agenti sulla mezzeria della sporgenza dell’albero in esame per cui, in fase di verifica, è indispensabile tenere conto di questa condizione provvedendo, se necessario, a determinare con le apposite formule il carico ammissibile alla distanza x

1-2

rata. A tale proposito si rimanda ai paragrafi relativi ai carichi radiali.

d) Carichi assiali

Anche gli eventuali carichi assiali dovranno essere confrontati con i valori ammissibili. Se si è in presenza di carichi assiali molto elevati o combinati con carichi radiali, si consiglia di interpellare il ns. Servizio Tecnico.

e) Avviamenti orari

Per servizi diversi da S1, con un numero rilevante di inserzioni/ora si dovrà tener conto di un fattore Z (determinabile con le indicazioni riportate nel capitolo dei motori) il quale definisce il numero max. di avviamenti specifico per l’applicazione in oggetto.

deside-

=0.5·M

Mg2= Switching torque with two-

phase power-up

Mg3= Switching torque with

three-phase power-up

We advise you, in any

event, to contact our Techni cal Service.

c) Radial loads

Make sure that radial forces applying on input and/or output shaft are within permittend catalogue values. If they were higher consider designing a different bearing arrangement before switching to a larger gear unit. Catalogue values for rated overhung loads refer to mid-point of shaft under study. Should application point of the overhung load be localised further out the revised loading capability must be adjusted as per instructions given in this manual. See paragraph 22.

d) Thrust loads

Actual thrust load must be found within 20% of the equivalent overhung load capacity. Should an extremely high, or a combination of radial and axial load apply, consult Bonfiglioli Technical Service.

e) Starts per hour

For duties featuring a high number of switches the actual starting capability in loaded condition [Z] must be calculated. Actual number of starts per hour must be lower than value so calculated.

Mg2=0.5·M Mg2=Umschaltdrehmoment bei

Speisung von 2 Phasen;

Mg3=Umschaltdrehmoment

bei Speisung von 3 Phasen.

Wir empfehlen jedoch in je dem Fall, unseren Techni

schen Kundendienst zu Rate zu ziehen.

c) Radialkräfte

Sicherstellen, daß die auf die Antriebswellen und/oder Abtriebswellen wirkenden Radialkräfte innerhalb der zulässigen Katalogwerte liegen. Wenn sie höher sind, das Getriebe größer dimensionieren bzw. die Abstützung der Last verändern. Wir erinnern daran, daß alle im Katalog angegebenen Werte sich auf Kräfte beziehen, die auf die Mitte des Wellenendes wirken. Diese Tatsache muß bei der Prüfung unbedingt berücksichtigt werden und nötigenfalls muß mit Hilfe der geeigneten Formeln die zulässige Kraft beim gewünschten Abstand x

bestimmt werden.

1-2

Siehe hierzu die Erläuterungen zu den Radialkräften in diesem Katalog.

d) Axialkräfte

Auch die eventuell vorhandenen Axialkräfte müssen mit den im Katalog angegebenen zulässigen Werten verglichen werden. Wenn sehr hohe Axialkräfte wirken oder Axialkräfte in Kombination mit Radialkräften, bitte unseren Technischen Kundendienst zu Rate ziehen.

e) Schaltungen/Stunde

Bei anderen Betriebsarten als S1 mit einem hohen Wert für die Schaltungen/Stunde muß der Faktor Z berücksichtigt werden (er kann mit Hilfe der Angaben im Kapitel Motoren bestimmt werden), der die max. zulässige Anzahl von Schalten für eine bestimmte Anwen dung definiert.

=0.5·M

Mg2= Couple de commutation en

alimentant deux phases

Mg3= Couple de commutation

en alimentant trois phases

Nous suggérons cependant

de contacter notre Service

Technique.

c) Charges radiales

Vérifier que les charges radiales agissant sur les arbres d’entrée et/ou de sortie se situent dans les valeurs de catalogue admises. Si elles sont supérieures, choisir la taille du réducteur superieure ou modifier la reprise de charge. Rappelons que toutes les valeurs indiquées dans le catalogue se réfèrent à des charges agissant au milieu de la longueur disponible de l’arbre contrôlé. Par conséquent, en phase de vérification, il est indispensable de prendre en considération cette condition en déterminant, si nécessaire, avec les formules appropriées, la charge admissible à la distance x

désirée. Se

1-2

rapporter à ce propos aux paragraphes relatifs aux charges radiales.

d) Charges axiales

Les éventuelles charges axiales devront être comparées avec les valeurs admissibles. Si l’on est en présence de charges axiales très élevées ou combinées avec des charges radiales, nous conseillons d’interpeller notre Service Technique.

e) Démarrages/heure

Pour les services différents de S1, avec un nombre important d’insertions/heure, il faudra prendre en considération un facteur Z (déterminé à l’aide des informations reportées dans le chapitre des moteurs) qui définit le nombre maximum de démarrages

spécifique pour l’application concernée.

12 - INSTALLAZIONE

È molto importante, per l’installazione del riduttore, attenersi alle seguenti norme:

a) Assicurarsi che il fissaggio

del riduttore, sia stabile onde evitare qualsiasi vibrazione. Installare (se si prevedono

12 - INSTALLATION

The following installation in structions must be observed:

a) Make sure that the gear

box is correctly secured to

avoid vibrations.

If shocks or overloads are

12 - INSTALLATION

Für die Installation des Getriebes

ist es äußerst wichtig, daß fol gende Normen beachtet werden:

a) Sicherstellen, daß die Befes

tigung des Getriebes stabil ist, damit keine Schwingun gen entstehen. Wenn es

12 - INSTALLATION

Il est très important, pour l’ins tallation du réducteur, de se

conformer aux règles suivantes:

a) S’assurer que la fixation

du réducteur soit stable afin d’éviter toute vibration.

Installer (en cas de chocs,

urti, sovraccarichi prolungati o possibili bloccaggi) giunti idraulici, frizioni, limitatori di coppia, ecc.

b) Durante la verniciatura si do

vrànno proteggere i piani la vorati e il bordo esterno de gli anelli di tenuta per evitare che la vernice ne essichi la gomma, pregiudicando la tenuta del paraolio stesso.

c) Gli organi che vanno calettati

sugli alberi di uscita del riduttore devono essere lavorati con tolleranza ISO H7 per evitare accoppiamenti troppo bloccati che, in fase di montaggio potrebbero danneggiare irreparabilmente il riduttore stesso. Inoltre, per il montaggio e lo smontaggio di tali organi si consiglia l’uso di adeguati tiranti ed estrattori utilizzando il foro filettato posto in testa alle estremità degli alberi.

d) Le superfici di contatto do-

vranno essere pulite e trattate con adeguati protettivi prima del montaggio, onde evitare l’ossidazione e il conseguente bloccaggio delle parti.

e) Prima della messa in servizo

del riduttore accertarsi che la macchina che lo incorpora sia in regola con le disposizioni della Direttiva Macchine 89/392 e successivi aggiornamenti.

f) Prima della messa in funzione

della macchina, accertarsi che la posizione del livello del lubrificante sia conforme alla posizione di montaggio del riduttore e che la viscosità sia adeguata al tipo del carico (vedi tabella A3).

g) Nel caso di istallazione al-

l'aperto prevede adeguate protezioni e/o carterature allo scopo di evitare l'esposizio ne diretta agli agenti atmo sferici e alla radiazione sola re.

expected, install hydraulic

couplings, clutches, torque

limiters, etc.

b) Before being paint coated,

the machined surfaces and

the outer face of the oil

seals must be protected to

prevent paint drying out the

rubber and jeopardising the

sealing properties.

c) Parts fitted on the gearbox

output shaft must be ma-

chined to ISO H7 tolerance

to prevent interference fits

that could damage the gear-

box itself. Further, to mount

or remove such parts, use

suitable pullers or extraction

devices using the tapped

hole located at the top of the

shaft extension.

d) Mating surfaces must be

cleaned and treated with

suitable protective products

before mounting to avoid

oxidation and, as a result,

seizure of parts.

e) Prior to putting the gear unit

into operation make sure

that the equipment that in-

corporates the same com-

plies with the current

revision of the Machines Di-

rective 89/392.

f) Before starting up the ma-

chine, make sure that oil

level conforms to the mount-

ing position specified for the

gear unit.

g) For outdoor installation pro

vide adequate guards in or

der to protect the drive from

rainfalls as well as direct

sun radiation.

voraussichtlich zu Stößen, längerdauernden Überlasten oder zu Blockierungen kom men kann, sind entspre chende Schutzelemente wie hydraulische Kupplungen, Kupplungen, Rut- schkupp lungen usw. zu installieren.

b) Beim Lackieren die bearbei

teten Flächen und die Dicht ringe schützen, damit der An strichstoff nicht dem Kunststoff angreift und somit die Dichtigkeit der Ölabdichtungen in Frage gestellt wird.

c) Die Organe, die mit einer

Keilverbindung auf der Abtriebswelle des Getriebes befestigt werden, müssen mit einer Toleranz ISO H7 gearbeitet sein, um allzu fest blockierte Verbindungen zu vermeiden, die eventuell zu einer irreparablen Beschädigung des Getriebes während des Einbaus führen könnten. Außerdem sind beim Einund Ausbau dieser Organe geeignete Zugstangen und Abzieher zu verwenden, wobei die Gewindebohrung an den Kopfen der Wellen zu verwenden ist.

d) Die Berührungsflächen müs-

sen sauber sein und vor der Montage mit einem geeigneten Schutzmittel behandelt werden, um Oxidierung und die daraus folgende Blockierung der Teile zu verhindern.

e) Bevor das Getriebe im Be-

trieb zu setzen, muß man sich vergewissern daß die das Getriebe einbauende Maschine gemäß den aktuellen Regelungen der Maschine Richtlinie 89/392 ist.

f) Vor Inbetriebnahme der Ma-

schine sicherstellen, daß die Anordnung der Füllstandschraube der Einbaulage angemessen ist, und die Viskosität des Schmiermittels der Belastungsart entspricht (siehe Tabelle A3).

g) Bei Inbetriebnahme in Frein,

muß man geeigneten Schutz

geräte vorsehen, um das An trieb gegen Regen und direk te Sonnenstrahlung zu schut zen.

de surcharges prolongées ou de blocages) des cou pleurs hydrauliques, des em

brayages, des limiteurs de

couple etc...

b) En phase de peinture, il fau

dra protéger les plans usinés

et le bord extérieur des ba

gues d’étanchéité pour éviter que la peinture ne dessèche le caoutchouc, ce qui risque de nuire à l’efficacité du joint.

c) Les organes qui sont calés

sur les arbres de sortie du réducteur doivent être réalisés avec une tolérance ISO H7 pour éviter les accouplements trop serrés qui, en phase de montage, pourraient endommager irrémédiablement le réducteur. En outre, pour le montage et le démontage de ces organes, nous conseillons d’utiliser un outillage et des extracteurs appropriés en utilisant le trou taraudé situé en extremité d’arbre.

d) Les surfaces de contact de-

vront être propres et traitées avec des produits de protections appropriés avant le montage afin d’éviter l’oxydation et par suite le blocage des pièces.

e) Avant la mise en service du

réducteur, vérifier que la machine où il est monté est conforme aux normes de la Directive Machines 89/392 et ses mises à jour.

f) Avant la mise en marche de la

machine, s’assurer que la position du niveau du lubrifiant soit conforme à la position de montage du réducteur et que la viscosité soit appropriée au type de charge (voir tableau A3).

g) En cas d’installation en plein

air, il est nécessaire d’appli

quer des protections et/ou

des caches appropriés de fa

çon à éviter l’exposition di

recte aux agents atmosphéri ques et aux rayonnements solaires.

13 - STOCCAGGIO

Il corretto stoccaggio dei prodotti ricevuti richiede l’esecuzione delle seguenti attività:

a) Escludere aree all’aperto,

zone esposte alle intemperie o con eccessiva umidità.

b) Interporre sempre tra il pavi-

mento ed i prodotti, pianali lignei o di altra natura, atti ad impedire il diretto contatto col suolo.

c) Per periodi di stoccaggio e so-

ste prolungate le superfici interessate agli accoppiamenti quali flange, alberi e giunti devono essere protette con idoneo prodotto antiossidante (Mobilarma 248 o equivalente). In questo caso i riduttori dovranno essere posizionati con il tappo di sfiato nella posizione più alta e riempiti interamente d’olio. Prima della loro messa in servizio nei riduttori dovrà essere ripristinata la corretta quantità, e il tipo di lubrificante.

13 - STORAGE

Observe the following instruc tions to ensure correct storage of the products:

a) Do not store outdoors, in ar

eas exposed to weather or with excessive humidity.

b) Always place wooden boards

or other material underneath the product, to avoid the direct contact with the floor.

c) In case of long-term storage

all machined surfaces such as flanges, shafts and couplings must be coated with a suitable rust inhibiting product (Mobilarma 248 or equivalent). Furthermore gear units must be placed with the fill plug in the highest position and filled up with oil. Before putting the units into operation the appropriate quantity, and type, of oil must be restored.

13 - LAGERUNG

Die korrekte Lagerung der An triebe erfordert folgende Vor kehrungen:

a) Die Produkte nicht im Freien

lagern und nicht in Räumen, die der Witterung ausgesetzt sind, oder eine hohe Feuch tigkeit aufweisen.

b) Die Produkte nie direkt auf

dem Boden, sondern auf Unterlagen aus Holz oder einem anderen Material lagern.

c) Bei anhaltenden Lager-und

Haltszeiten müssen die Oberflächen für die Verbindung, wie Flansche, Wellen oder Kupplungen mit einem geeigneten Oxidationsschutzmittel behandelt werden (Mobilarma 248 oder ein äquivalentes Mittel). Übrigens müssen die Getriebe mit nach oben gehrichteter Entlüftungsschraube gelagert und mit Öl gefüllt werden. Die Getriebe müssen vor ihrer Verwendung mit der angegeben Menge des vorgesehenen Schmiermittels gefüllt werden.

13 - STOCKAGE

Un correct stockage des pro

duits reçus nécessite de res

pecter les règles suivantes :

a) Exclure les zones à ciel ou

vert, les zones exposées aux intempéries ou avec humidi té excessive.

b) Interposer dans tous les cas

entre le plancher et les produits des planches de bois ou des supports d’autre nature empêchant le contact direct avec le sol.

c) Pour une stockage de long

durée il faut protéger les surfaces d‘accouplement (brides, arbres, manchon d‘accouplement) avec produit anti oxydant (Mobilarma 248 ou equivalent). Dans ce cas les réducteurs devront être placés avec bouchon reniflard vers le haut et complétement repli d‘huile. Avant de la mise en service du réducteur, la bon quantité d‘huile devrà etre rétabli selon la quantité indiqué sur le catalogue.

14 - CONDIZIONI DI FORNITURA

I riduttori e i variatori vengono forniti come segue:

a) già predisposti per essere in-

stallati nella posizione di montaggio come definito in fase di ordine;

b) collaudati secondo specifiche

interne;

c) le superfici di accoppiamento

non sono verniciate;

d) provvisti di dadi e bulloni per

montaggio motori per la versione IEC;

e) dotati di protezioni in plastica

sugli alberi;

f) provvisti di golfare di solleva

mento (dove previsto).

15 - SPECIFICHE DELLA

VERNICE

Le specifiche della vernice ap plicata sui riduttori (dove previ sto) potranno essere richieste alle filiali o ai distributori che hanno fornito i gruppi.

14 - CONDITIONS OF SUPPLY

Gear units are supplied as follows:

a) configured for installation in

the mounting position specified when ordering;

b) tested to factory specifica-

tions;

c) mating machined surfaces

unpainted;

d) nuts and bolts for mounting

motors are provided;

e) shafts are protected;

f) supplied with lifting lug

(where applicable).

15 - PAINT

SPECIFICATIONS

Coating specifications for paint

applied to gearboxes (where

applicable) may be obtained from the branches or dealers that supplied the units.

14 - LIEFERBEDINGUNGEN

Die Getriebe und Verstellgetriebe werden in folgendem Zustand geliefert:

a) schon bereit für die Montage

in der bei Bestellung festgelegten Einbaulage;

b) nach werksinternen Spezifi-

kationen geprüft;

c) die Verbindungsflächen sind

nicht lackiert;

d) ausgestattet mit Schrauben

und Muttern für die Montage der Motoren (Version mit Adapter für IEC-Motoren);

e) alle Getriebe werden mit

Kunststoffschutz auf den Wellen geliefert;

f) mit Transportierring zum An

heben (falls vorgesehen).

15 - ANGABEN ZU DEN

ANSTRICHSTOFFE

Die Spezifikationen des Lackes, der auf den Getriebe (wo erfor derlich) verwendet wurde, können bei den Filialen oder Verkaufsstel len, die die Gruppen geliefert ha ben, angefordert werden.

14 - CONDITIONS DE LIVRAISON

Les réducteurs et les variateurs sont livrés comme suit :

a) déjà prédisposés pour être

installés dans la position de montage comme défini en phase de commande ;

b) testés selon les spécifica-

tions internes ;

c) les surfaces de liaison ne

sont pas peintes ;

d) équipés d’écrous et de bou-

lons pour le montage des moteurs normalisés pour la version CEI ;

e) embouts de protections en

plastique sur les arbres ;

f) dotés d’un crochet de levage

(quand cela est prévu).

15 - SPECIFICATIONS DE

LA PEINTURE

Les spécification de la peinture appliquée sur les réducteurs

pourront, le cas échéant, être demandées aux filiales ou aux

distributeurs ayant fourni les

groupes.

16 - FORME COSTRUTTIVE

16 - VERSIONS 16 - BAUFORMEN 16 - FORMES DE

CONSTRUCTION

Piedi integrali

Foot mount

Mit integrierten Füßen

Carter à pattes monobloc

AS 16...AS 90

Flangia integrale

Flange mount

Mit integriertem Flansch

Carter à bride monobloc

AS 16...AS 90

PR, R: Le forme costruttive PR

ed R garantiscono supportazioni radiali sull'albero lento maggiorate rispetto alle corrispon denti forme P ed F. Per informazioni sui va lori puntuali contattare il Servizio Tecnico di Bonfiglioli.

PR, R: The PR and R designs

provide greater overhung load capacity at the output shaft end

than their P and F equivalents. Please contact Bonfiglioli Technical Service for precise values.

Con piedi e cuscinetti rinforzati

Footed version with reinforced bearings

Mit verstärktem Füßen und Lagern

Avec pattes et roulements renforcés

Flangia dimensioni ridotte e cuscinetti rinforzati

Flange reduced in diametre and reinforced bearings

Kleiner Flansch und verstärkte Lager

Bride dimensions réduites et roulements renforcés

PR, R: Durch die Konstruktions-

formen PR und R werden Radialkräfte auf der Abtriebswelle gewähr leistet, die im Vergleich zu den entsprechenden Formen P und F höher sind. Für Informationen hinsichtlich der genauen Werte setzen Sie sich bitte mit dem Techni schen Kundenservice von Bonfiglioli in Verbin dung.

PR, R: Les formes de construc-

AS 25...AS 30

tion PR et R garantissent des caractéristi ques de supports ra diaux sur l’arbre de sortie majorés par rap port aux formes P et F correspondantes. Pour de plus amples informations concer nant les valeurs exac tes, contacter le Ser vice Technique de Bonfiglioli.

17 - BEZEICHNUNG17 - DESIGNAZIONE 17 - DESIGNATION17 - DESIGNATION

RIDUTTORE / GEAR UNIT

GETRIEBE / REDUCTEUR

AS 30 D P 65.80 _ 080 B5 B3 .....

POSIZIONE DI MONTAGGIO / MOUNTING POSITION EINBAULAGEN / POSITION DE MONTAGE

AS_P B3 (default); B6; B7; B8; V5; V6 AS_F B5 (default); B51; B53; B52; V1; V3

FLANGIA ATTACCO MOTORE / MOTOR MOUNTING MOTOR BAUFORM / BRIDE MOTEUR

DESIGNAZIONE INGRESSO / INPUT CONFIGURATION BEZEICHNUNG DER ANTRIEBSSEITE / DESIGNATION ENTREE

063 132 071 160 080 180 090 200 100 225 112

OPZIONI / OPTIONS OPTIONEN / OPTIONS

LO (AS 45 … AS 90) PV (AS 16 … AS 90)

Ø ALBERO / SHAFT / ANTRIEBSWELLE / ARBRE (solo / only / nur für / seulement AS 16)

— (Ø16 default) D14 (Ø14 option)

RAPPORTO / GEAR RATIO ÜBERSETZUNG / RAPPORT DE REDUCTION

FORMA COSTRUTTIVA / VERSION / BAUFORM / FORME DE CONSTRUCTION

(AS16…AS90)(AS16…AS90) (AS25-AS30)

(AS25-AS35)

RIDUZIONI / REDUCTIONS / GETRIEBESTUFEN / ETAGES DE REDUCTION

–

GRANDEZZA / FRAME SIZE / BAUGRÖSSE / TAILLE

16, 20, 25, 30, 35, 45, 55, 60, 80, 90

SERIE / GEARBOX TYPE / GETRIEBETYP / TYPE DU REDUCTEUR

Motor bezeichnungMotor designation Designation moteurDesignazione motore

MOTORE / MOTOR MOTOR / MOTEUR

FRENO / BRAKE

BREMSE / FREIN

BN 80B 4 230/400-50 CLF B5 FD 10 R SB 220SA .....

OPZIONI

OPTIONS

OPTIONEN

OPTIONS

ALIMENTAZ. FRENO

BRAKE SUPPLY

BREMSVERSORGUNG

ALIMENTATION FREIN

TIPO ALIMENTATORE

RECTIFIER TYPE

GLEICHRICHTERTYP

TYPE ALIMENTATEUR

NB, SB, NBR, SBR

LEVA DI SBLOCCO FRENO

BRAKE HAND RELEASE

BREMSENTHANDLÜFTUNG

LEVIER DE DEBLOCAGE FREIN

R, RM

124

129

122

COPPIA FRENANTE / BRAKE TORQUE BREMSMOMENT/ COUPLE FREIN

TIPO FRENO / BRAKE TYPE BREMSENTYP / TYPE DE FREIN

FD, FA, BA

FORMA COSTRUTTIVA / MOTOR MOUNTING BAUFORM / FORM DE CONSTRUCTION

CLASSE ISOLAMENTO / INSULATION CLASS ISOLIERUNGSKLASSE / CLASSE ISOLATION

CL F standard CL H option

TENSIONE - FREQUENZA / VOLTAGE - FREQUENCY SPANNUNG - FREQUENZ / TENSION - FREQUENCE

NUMERO DI POLI / POLE NUMBER / POLZAHL / N.bre POLES

2, 4, 6, 2/4, 2/6, 2/8, 2/12, 4/6, 4/8

139

135131

GRANDEZZA MOTORE / MOTOR SIZE / MOTOR-BAUGRÖSSE / TAILLE MOTEUR

63A...280M

TIPO MOTORE / MOTOR TYPE / MOTORTYP / TYPE MOTEUR

Opzioni riduttori LO

I riduttori AS45, AS55, AS60, AS80, AS90 solitamente sprov visti di lubrificante, sono richie sti con olio sintetico del tipo cor rentemente utilizzato da BONFIGLIOLI RIDUTTORI e riempiti in accordo alla posizione di montaggio richiesta.

Tutti gli anelli di tenuta in Viton

Gearbox options LO

Gearboxes AS45, AS55, AS60, AS80, AS90 usually supplied

without oil, to be supplied with

synthetic oil currently used by

BONFIGLIOLI RIDUTTORI and filled according to the mounting position specified.

Both input and output shafts

feature Viton

oil seals.

Getriebe Optionen LO

Für Getriebe AS45, AS55, AS60, AS80, AS90 die gewöhn lich ohne Schmiermittel geliefert werden, in Übereinstimmung mit der Einbaulage gefüllt mit dem normalerweise von BONFIGLIOLI RIDUTTORI verwendeten synthetischen Schmierstoff.

Alle Wellendichtringe aus Viton

Options réducteurs LO

Les réducteurs AS45, AS55, AS60, AS80, AS90 habituellement dé

pourvus de lubrifiants, sont deman dés avec huile synthétique du type couramment utilisé par BONFIGLIOLI RIDUTTORI et remplis conformément à la position de montage demandée.

Toutes les bagues d’étanchéité en Viton

Opzioni motori AA, AC, AD

Posizione angolare leva di sblocco freno rispetto alla posizione morsettiera visto lato ventola. Posizione standard = 90° orari. AA = 0°, AC = 180°, AD = 90° antiorari.

Filtro capacitivo.

No. 3 sonde bimetalliche.

No. 3 termistori per motori a singola polarità e doppia polarità (in accordo alla classe di isolamento).

Volano per avviamento progressivo.

Riscaldatori anticondensa. Alimentazione standard 230V ± 10%.

Potenza a 60 Hz corrispondente alla potenza normalizzata a 50 Hz.

Doppia estremità d’albero (esclude opzione RC e U1).

Tettuccio parapioggia (esclude opzione PS).

Bilanciamento rotore in grado di vibrazione R.

La variante del tettuccio tipo TC è da specificare quando il moto re è installato in ambienti dell'in dustria tessile. L'opzione esclude le varianti

Motor options

AA, AC, AD

Mutual position of the brake release lever and terminal box. View is from the fan side. Standard position = 90° clockwise. AA = 0°, AC = 180°, AD = 90° counterclockwise.

Capacitive filter.

3 nos bimetallic thermostats.

3 nos thermistors for single and double speed motors (according to the isolation class).

Flywheel for soft start and stop.

Anti condensate heaters. Standard voltage 230V± 10%.

60 Hz power corresponding to the normalized 50 Hz power.

Double shaft extention (barring RC and U1 options).

Drip cover (barring option PS).

Rotor balancing in vibration class R.

Option TC is a rain canopy vari ant for textile industry environ

ments.

This option is not compatible with variants EN1, EN2, EN3

Optionen Motoren AA, AC, AD

geben die Lage des Bremslüfterhebels zum Klemmenkasten an. Standard ist 90° im Uhrzeigersinn beim Ansehen der Lüfterradseite. AA = 0°, AC = 180°, AD = 90° entgegen dem Uhrzeigersinn.

Kapazitive filter.

3 Bimetallfühler.

3 Kaltleiterthermistoren für eintourige Motoren und polumschaltbaren Motoren (gemäß der Isolierstoffklasse).

Schwungrad zum sanften Anfahren.

Wicklungsheizung Standardspannung 230 V± 10%

Die 60 Hz-Leistung wird an der 50 Hz-Normleistung ausgegliechen.

Zweites Wellenende (schließt die Optionen RC und U1 aus).

Schutzdach (schließt Option PS aus).

Läufer in Vibrationsgrad R aus gewuchtet.

Bei dieser Option handelt es sich

um ein Schutzdachs mit einem

Textilnetz, dessen Einsatz emp fohlen wird wenn der Motor in Be reichen der Textilindustrie instal

Options moteurs AA, AC, AD

Position angulaire du levier de déblocage du frein par rapport à la position de la boîte à borne en regardant du côté du ventilateur. Position standard =90° sens horaire. AA = 0°, AC = 180°, AD = 90° sens anti-horaire.

Filtre capacitif.

3 sondes bimétalliques.

3 thérmistances pour moteurs à simple polarité ou double polarité (selon les classes d’isolation).

Volant pour démarrage progressif.

Réchauffeurs anticondensation. Alimentation standard 230V ± 10%.

Puissance à 60 Hz correspondante à la puissance normalisée à 50 Hz.

Double extremité d’arbre (à l’exclusion de l’option RC et U1).

Capot protection antipluie (op tion PS exclue).

Equilibrage rotor avec degré de

vibration R.

La variante du capot type TC est à spécifier lorsque le moteur est installé dans des sites de

l’industrie textile.

L’option exclue les variantes

EN1, EN2, EN3 e non è applica bile ai motori con freno tipo BA.

Tropicalizzazione.

Servoventilazione (esclude op zioni PS e CUS).

Servoventilatore privo di scatola morsettiera, dotato di cavi precablati internamente. Esclude le opzioni PS e CUS.. Disponibile per motori: BN 71 … BN 132.

and will not fit motors equipped with a BA brake.

Tropicalization.

Forced cooling (barring options

PS and CUS).

Separate supply forced ventilation without terminal box. Cables are pre-wired.Configuration is not compatible with options PS and CUS. Available on motors; BN 71 … BN 132.

liert wird. Diese Option schließt die Möglichkeit der Optionen EN1, EN2, EN3 aus und kann bei Bremsemotoren vom Typ BN_BA nicht montiert werden.

Tropenfestigkeit.

Fremdbelüftung (Nicht anwend bare Gesamtheit an den Optio nen PS und CUS).

Servoventilator ohne Klemmenkasten, bereits intern verkabelt. Nicht anwendbare Gesamtheit an den Optionen PS und CUS. Verfügbar für folgende Motoren: BN 71 … BN 132.

EN1, EN2, EN3 et n’est pas ap plicable aux moteurs avec frein type BA.

Tropicalisation.

Servo-ventilateur (Pas appli

cable ensemble aux options PS et CUS).

Servoventilateur sans boîte à bornes, doté de câbles précâblés à l’intérieur. Pas applicable ensemble aux options PS et CUS. Disponible pour moteurs : BN 71 … BN 132.

18 - LUBRIFICAZIONE

I riduttori AS delle grandezze 16, 20, 25, 30 e 35 sono riempiti in fabbrica con carica di lubrificante sintetico "a vita" del tipo SHELL Tivela S 320. Non sono pertanto richiesti interventi periodici di sostituzione del lubrificante. I riduttori sono allestiti in esecuzione sigillata e pertanto privi di tappi di carico, scarico e livello. La quantità di olio è tale da consentire l'installazione di questi gruppi in qualsiasi posizione di montaggio. Il funzionamento dei riduttori è ammesso per temperature ambiente comprese fra -20°C e +40°C. Per temperature ambiente comprese fra -20°C e

-10°C l’avviamento del riduttore potrà avvenire solo dopo aver effettuato un pre-riscaldamento progressivo ed omogeneo del gruppo, oppure con funzionamento “a vuoto”, senza carico collegato. Il carico potrà poi essere appli cato all’albero del riduttore quando la temperatura dello stesso avrà raggiunto la tempe ratura di -10°C, o superiore.

Se, per qualsiasi motivo, si do vesse procedere alla completa sostituzione della carica origi naria di lubrificante, la tabella seguente fornisce le quantità da immettere.

18 - LUBRICATION

The AS speed reducers sizes 16, 20, 25, 30 and 35 are factory filled with long-life synthetic lubricant, SHELL Tivela S 320. There is no need for periodical lubricant changes. The reducers are sealed, therefore they feature no fill, drain and level plugs. Oil quantity allows any mounting position. Operation of gear units is permitted at ambient temperatures between -20°C and +40°C. However, for temperatures between -20°C and -10°C unit may only start up after it has been progressively and evenly pre-heated, or otherwise initially operated unloaded. Load may then be connected to the output shaft when the gear unit has reached the temperature of -10°C, or higher. Should you carry out, for any reason, the complete change of the original lubricant, the following table indicates quantity to be used.

18 - SCHMIERUNG

Die Getriebe der Serie AS in den Baugrößen 16, 20, 25, 30 und 35 sind bereits auf Lebenszeit „long life“ ab Werk mit einem synthetischen Schmiermittel von Typ SHELL Tivela S 320 gefüllt. Daher sind keinerlei regelmäßige Auswechseleingriffe des Schmiermittels erforderlich. Die Getriebe sind versiegelt und verfügen über keinerlei Einfüll-, Ablass und Pegelstandsschrauben. Die Ölmenge ist so ausgelegt, dass diese Gruppen in allen Einbaulagen installiert werden können. Die Getriebe dürfen bei einer Umgebungstemperatur von

-20°C bis +40°C betrieben werden. Allerdings darf ein Start unter Last bei -20°C bis -10°C erst nach stufenweiser und gleichmäßiger Vorwärmung erfolgen. Anderfalls muss das Anfahren ohne Last erfolgen. Die Last darf erst zugeschaltet werden, wenn die Getriebeein heit eine Temperatur von min destens -10° oder höher er reicht hat. Sollte es aus irgendeinem Grund erforderlich sein die ge samte ursprüngliche Schmier mittelfüllung auswechseln zu müssen, bitten wir Sie dabei Bezug auf die nachstehende Tabelle zu nehmen.

18 - LUBRIFICATION

Pour les réducteurs AS des tailles 16, 20, 25, 30 et 35 le premier remplissage est effectué par les établissements Bonfiglioli avec du lubrifiant synthétique du type “long life”, SHELL Tivela S 320. Le lubrifiant particulier adopté de série ne nécessite aucune vidange périodique. Les réducteurs sont scellés, par conséquent, ne sont pas équipés de bouchons de remplissage, vidange et niveau. La quantité d’huile utilisée permet d’installer ces groupes dans toute position de montage. Le fonctionnement des réducteurs est admis pour des températures ambiantes comprises entre -20°C et +40°C. Pour des températures ambiantes comprises entre -20°C et

-10°C le démarrage du réducteur est admis seulement après un préchauffage progressif et homogène, ou avec un fonctionnement « à vide », sans

charge appliquée. La charge

pourra être ensuite appliquée à

l’arbre du réducteur quand ce lui-ci aura atteint une tempéra ture de -10°C, ou supérieure.

Si, pour une raison quelconque,

il est nécessaire de vidanger complètement la charge de lu brifiant, vérifier dans le tableau qui suit les quantités à utiliser pour le remplissage.

(A8)

AS 16 AS 20 AS 25 AS 30 AS 35

[I]

0.36

0.60

0.75

1.50

I riduttori delle grandezze 45, 55, 60, 80 e 90 sono invece dotati di tappi per il carico, scarico e controllo del livello dell'olio e sono normalmente forniti privi di lubrificante. Sarà quindi cura del Cliente immettere nel riduttore il corretto quantitativo di lubrificante, prima della sua messa in servizio. La tabella che segue fornisce la quantità indicativa da inserire nel riduttore, in funzione della sua posizione di montaggio. Il livello corretto è comunque sempre rappresentato dalla mezzeria del vetro-spia presente sul riduttore.

N.B. Specificare sempre nell'ordine la posizione di montaggio del riduttore.

Sizes 45, 55, 60, 80 and 90 are equipped with fill, drain and level plugs. The speed reducer is supplied unlubricated and the oil shall be filled by the Customer before start-up. The table below indicates the approximate quantity to be filled in the reducer, according to its mounting position. Correct level is at mid height of the sight glass.

NOTE: When ordering, always indicate the reducer mounting position.

Die Getriebe in den Baugrößen 45, 55, 60, 80 und 90 sind dagegen mit Einfüll-, Ablass und Pegelstandschrauben ausgestattet und werden normalerweise ohne Schmiermittelfüllung geliefert. Der Kunde muss daher vor einer Inbetriebnahme die korrekte Schmiermittelmenge in diese Getriebe füllen. In der nachstehenden Tabelle werden Anhaltsmengen angegeben, die je nach entsprechender Einbaulage, in die Getriebe zu füllen sind. Der korrekt Schmiermittelpegel ist jedoch dann erreicht, wenn er die Mitte am Schauglas des Pegelstands des Getriebes erreicht hat.

HINWEIS: Im Auftrag immer die Einbaulage des Getriebes angeben.

Dans les tailles 45, 55, 60, 80 et 90, le réducteur est livré sans huile et est doté de bouchons de service pour le remplissage, la vidange et le niveau de lubrifiant. L’utilisateur doit se charger de le remplir en huile avant la mise en service. Le tableau qui suit indique la quantité indicative à introduire dans le réducteur, selon la position de montage. Pour un remplissage correct, prendre comme référence la moitié de l’hublot transparent.

N.B. : Dans la commande, toujours spécifier la position de montage du réducteur.

(A9)

AS 45

AS 55

AS 60

AS 80

AS 90

B3 B5

B51

B53

B52

V5 V1

V6 V3

2.4 2.2 2.2 1.8 2.7 3.6

2.9 2.8 2.8 3.8 6.0 5.5

5.5 6.0 6.0 6.5 9.0 8.0

9.3 11.3 11.3 11.4 17.8 17.2

15.5 17.3 17.3 17.3 29 26.2

19 - POSIZIONI DI

MONTAGGIO E ORIENTAMENTO MORSETTIERA

19 - MOUNTING POSITION

AND TERMINAL BOX ANGULAR POSITION

19 - EINBAULAGEN UND

LAGE DES KLEMMENKASTENS

19 - POSITIONS DE

MONTAGE ET ORIENTATION BOITE A BORNE

Gli orientamenti delle morsettie re dei motori sono identificati osservando il motore dal lato ventola; l’orientamento stan dard è evidenziato in nero (W), come indicato nella tabella (A10).

(A10)

P PR

Location of motor terminal

boxes can be specified by view ing the motor from the fan side; standard location is highlighted

in bold (W), as in table (A10).

Die Angaben zur Lage des Klemmenkastens beziehen sich

auf das von der Lüfterseite her betrachtete Getriebe. Die Stan dardorientierung ist schwarz hervorgehoben (W), wie in Ab bildung (A10) angegeben.

Les orientations des boîtes à bornes des moteurs sont défi nies en regardant le moteur du

côté ventilateur. L’orientation standard est indiquée en noir

(W), comme d’après le tableau (A10).

F R

B51

B52

B53

V5 V6

V1 V3

Posizione angolare leva di sblocco freno.

Nei motori autofrenanti, la leva di sblocco freno (se richie sta) ha l’orientamento standard a 90° rispetto alla morset tiera (posizione AB); specificare con relative opzioni qua lora l’orienta- mento desiderato sia diverso.

Angular position of the brake release lever.

In brake motors the brake release lever (if requested) is 90° standard orientated with respect to the terminal box (position AB); different orientations must be specified when ordering by means of the proper option.

Winkellage des Handlüfterhebels.

Bei Bremsmotoren wird der Handlüfterhebel (auf Anfrage)

standardmäßig auf 90° gegenüber des Klemmkastens (AB-An

ordnung) geliefert; wird eine andere Anordnung verlangt, muß dies bei der Bestellung durch das geeignete Option angegeben werden.

Position angulaire levier déblocage frein.

Dans les moteurs freins, ce levier (si requis) aura l’orientation standard de 90° par rapport à la boîte à bornes (position AB); spécifier avec options relatives si l’orientation desirée est diffé

20 - CARICHI RADIALI

20 - OVERHUNG LOADS

20 - RADIALKRÄFTE

20 - CHARGES RADIALES

Organi di trasmissione calettati sugli alberi di ingresso e/o di uscita del riduttore generano forze la cui risultante agisce in senso radiale sull’albero stesso. L’entità di questi carichi deve essere compatibile con la capa cità di sopportazione del siste ma albero-cuscinetti del riduttore, in particolare il valore assoluto del carico applicato (Rc per albero di ingresso, Rc2per albero di uscita) deve essere inferiore al valore nominale (Rn per albero di ingresso, Rn2per albero di uscita) riportato nelle tabelle dati tecnici.

Nelle formule che seguono l’indice (1) si riferisce a grandezze relative all’albero veloce, l’indice (2) all’albero lento. Il carico generato da una trasmissione esterna può essere calcolato, con buona approssimazione, tramite la formula seguente:

External transmissions keyed onto input and/or output shaft generate loads that act radially onto same shaft. Resulting shaft loading must be compati ble with both the bearing and the shaft capacity. Namely

shaft loading (Rc

shaft, Rc

for output shaft),

for input

must be equal to or lower than admissible overhung load ca-

pacity for shaft under study (Rn

for input shaft, Rn2for out-

put shaft). OHL capability listed

in the rating chart section.

In the formulas given below, index (1) applies to parameters relating to input shaft, whereas index (2) refers to output shaft. The load generated by an external transmission can be calculated with close approximation through the following equations:

Die mit den Antriebs- und/oder Abtriebswellen des Getriebes verbundenen Antriebsorgane bilden Kräfte, die in radiale Richtung auf die Welle selbst

wirken. Das Ausmaß dieser Kräfte muß mit der Festigkeit des Systems aus Getriebewel le/-lager kompatibel sein, insbesondere muß der absolute Wert der angetragenen Belastung (Rc

für Antriebswelle und Rc

für Abtriebswelle) unter dem in den Tabellen der Technischen Daten angegebenen Nennwert (Rn

für Antriebswelle und Rn

für Abtriebswelle) liegen.

In den nachstehenden Formeln bezieht sich die Angabe (1) auf die Maße der Antriebswelle, die Angabe (2) auf die Abtriebswelle. Die von einem externen Antrieb erzeugte Kraft kann, recht genau, anhand der nachstehenden Formel berechnet werden:

Les organes de transmission ca lés sur les arbres d’entrée et/ou de sortie du réducteur génèrent des forces dont la résultante agit sur l’arbre dans le sens radial. L’entité de ces charges doit être compatible avec la capacité

d’endurance du système arbre-roulements du réducteur. Plus particulièrement, la valeur absolue de la charge appliquée (Rc

pour l’arbre d’entrée, Rc

pour l’arbre de sortie) doit être inférieure à la valeur nominale (Rn

pour l’arbre d’entrée, Rn

pour l’arbre de sortie) indiquée

dans les tableaux des données techniques.

Dans les formules qui suivent, l’indice (1) se réfère à des tailles relatives à l’arbre rapide, l’indice (2) concerne l’arbre lent. La charge générée par une transmission extérieure peut être calculée, avec une bonne approximation, au moyen de la formule suivante :

dove: M

[Nm] = coppia applicata

1-2

all’albero

d [mm] = diametro primitivo

organo calettato

= 1 trasmissione con

catena

= 1.25 trasmissione ad in-

granaggio

= 1.5-2.0 trasmissione a cin-

ghia

Il carico precedentemente calco lato si dovrà confrontare con il corrispondente valore nominale esposto a catalogo e dovrà veri ficarsi:

2000 M Nm K

´´

[]

dmm

[]

where:

[Nm] = torque applied to

1-2

shaft

d [mm] = pitch diameter of

part keyed on to shaft

= 1 chain transmission

= 1.25 gear transmission

= 1.5-2.0 belt transmission

A comparison of shaft loading with catalogue OHL ratings should verify the following con

dition:

;

2000 M Nm K

[]

dabei: M

[Nm]= Drehmoment an

1-2

der Welle

d [mm]= Teilkreisdurchmes

ser des aufgekeilten Organs

= 1 Kettenantrieb

= 1.25 Zahnradantrieb

= 1.5-2.0 Antrieb über Keil-

riemen

Der zuvor errechnete Wert muß mit dem im Katalog angegebe

nen Nennwert verglichen wer den. Es muß sich folgendes er geben:

´´

[]

dmm

[]

où:

[Nm] = couple appliqué à

1-2

d [mm] = diamètre primitif

= 1 transmission avec

= 1.25 transmission à en-

= 1.5-2.0 transmission à

La charge précédemment calcu lée doit être comparée avec la

valeur nominale correspondante

indiquée dans le catalogue, on

doit vérifier :

(16)

l’arbre

organe calé

chaîne

grenage

courroie

£ Rn1[albero veloce]

oppure

£ Rn2[albero lento]

£ Rn1[input shaft]

£ Rn2[output shaft]

£ Rn1[Antriebswelle]

oder

£ Rn2[Abtriebswelle]

£ Rn1[arbre rapide]

£ Rn2[arbre lent]

21 - CARICHI ASSIALI,

n1,An2

I valori di carico assiale ammis sibile sugli alberi veloce [A lento [A

] si possono ricavare

con riferimento al corrispon dente valore di carico radiale

]e[Rn2] tramite le espres

sioni che seguono:

21 - THRUST LOADS,

n1,An2

Permissible thrust loads on in

] and output [An2] shafts

put [A

are obtained from the radial loading for the shaft under con

sideration [R through the following equation:

] and [Rn2]

21 - AXIALKRÄFTE,

Die Werte der zulässigen, auf

die Antriebswelle [A die Abtriebswelle [A kenden Axialkräfte können un

ter Bezugnahme auf den jewei ligen Wert der Radialkraft [R und [R henden Angaben berechnet werden:

An1=Rn1´ 0.2

=Rn2´ 0.2

n1,An2

] und auf

] einwir

] anhand der nachste

21 - CHARGES AXIALES,

n1,An2

Les valeurs de charge axiale admissible sur les arbres rapi

des [A

être calculées, en se référant à

la valeur de charge radiale cor

]

respondante [R

moyen des formules suivantes :

] et lent [An2] peuvent

]et[Rn2]au

(17)

I valori di carico assiale ammissibile così calcolati si riferiscono al caso di forze assiali agenti contemporaneamente ai carichi radiali nominali. Nel solo caso in cui il valore del carico radiale agente sull’albero del riduttore sia nullo, si può considerare il carico assiale ammissibile [A

] pari al 50% del

valore di carico radiale ammissi-

] sullo stesso albero.

bile [R

In presenza di carichi assiali eccedenti il valore ammissibile, o di forze assiali fortemente prevalenti sui carichi radiali, è consigliabile contattare il Servizio Tecnico di Bonfiglioli Riduttori per una verifica puntuale.

The thrust loads calculated through these formulas apply to thrust forces occurring simultaneously to time as rated radial loads. In the only case that no overhung load acts on the shaft the value of the admissible thrust load [A rated OHL[R

] amounts to 50% of

] on same shaft.

Where thrust loads exceed permissible value or largely prevail over radial loads, contact Bonfiglioli Riduttori for an in-depth analysis of the application.

Die so errechneten Werte der zulässigen Axialkräfte beziehen sich auf den Fall, in dem die Axialkräfte gleichzeitig mit den Nennradialkräften einwirken. Nur im Fall, es keine Radialbelastung auf die Getriebewelle gibt, ist der Wert der zulässigen Axialbelastung [A

] gleich zu

50% der zulässigen Radialbelastung [R

] auf die gleiche Welle.

In Anwesenheit von übermäßigen Axialkräften, oder stark auf die Radialkräfte einwirkende Kräfte, wird im Hinblick auf eine genaue Kontrolle empfohlen, sich mit dem Technischen Kundendienst der Bonfiglioli Riduttori in Verbindung zu setzen.

Les valeurs de charge axiale admissible ainsi calculées se réfèrent au cas de forces axiales agissant en même temps que les charges radiales nominales. Dans le seul cas la valeure de la charge radiale agissant sur l’arbre soit nul, l’on peut considerer la charge axiale admissible [A

] egale à 50% de la va-

leure de la charge radiale admissible [R

] sur le même

arbre. En présence de charges axiales excédant la valeur admissible, ou de forces axiales fortement supérieures aux charges radiales, il est conseillé de contacter le Service Technique Bonfiglioli Riduttori pour une vérification.

22 - DATI TECNICI

MOTORIDUTTORI

22 - GEARMOTOR SELECTION

CHARTS

0.09 kW

22 - GETRIEBEMOTORENAUS-

WAHLTABELLEN

22 - DONNEES TECHNIQUES

MOTOREDUCTEURS

-1

min

4.7 169 1.2 192.1 3200 AS 25 D_063 B5 BN 63A 6 74

5.8 139 1.4 157.9 3200 AS 25 D_063 B5 BN 63A 6 74

6.3 127 1.6 144.4 3200 AS 25 D_063 B5 BN 63A 6 74

7.4 108 1.9 122.5 3200 AS 25 D_063 B5 BN 63A 6 74

7.6 105 0.9 120.1 2800 AS 20 D_063 B5 BN 63A 6 72

8.3 96 2.1 109.1 3200 AS 25 D_063 B5 BN 63A 6 74

8.4 95 1.1 108.1 2800 AS 20 D_063 B5 BN 63A 6 72

9.3 86 1.2 97.7 2800 AS 20 D_063 B5 BN 63A 6 72

10.1 79 2.5 89.7 3200 AS 25 D_063 B5 BN 63A 6 74

11.1 72 2.8 82 3200 AS 25 D_063 B5 BN 63A 6 74

11.2 72 1.4 81.4 2800 AS 20 D_063 B5 BN 63A 6 72

13.1 61 3.3 69.6 3200 AS 25 D_063 B5 BN 63A 6 74

13.1 61 1.6 69.2 2800 AS 20 D_063 B5 BN 63A 6 72

14.2 56 1.8 64.3 2800 AS 20 D_063 B5 BN 63A 6 72

15.7 51 2.0 58.1 2800 AS 20 D_063 B5 BN 63A 6 72

18.4 44 2.0 49.52 2800 AS 20_ 063 B5 BN 63A 6 72

20.3 40 2.2 44.77 2800 AS 20_ 063 B5 BN 63A 6 72

20.3 40 1.1 44.73 1170 AS 16_ 063 B5 BN 63A 6 70

22.6 36 1.2 40.32 1150 AS 16_ 063 B5 BN 63A 6 70

24.4 33 2.7 37.31 2800 AS 20_ 063 B5 BN 63A 6 72

25.0 33 1.4 36.36 1140 AS 16_ 063 B5 BN 63A 6 70

27.8 29 1.5 32.78 1110 AS 16_ 063 B5 BN 63A 6 70

28.7 28 3.2 31.71 2790 AS 20_ 063 B5 BN 63A 6 72 32 25 3.6 28.13 2710 AS 20_ 063 B5 BN 63A 6 72 34 24 1.8 27.14 1070 AS 16_ 063 B5 BN 63A 6 70

36 23 3.9 25.43 2630 AS 20_ 063 B5 BN 63A 6 72 43 19 2.4 20.96 1020 AS 16_ 063 B5 BN 63A 6 70 48 17 2.7 18.89 1000 AS 16_ 063 B5 BN 63A 6 70 58 14 3.2 15.64 950 AS 16_ 063 B5 BN 63A 6 70 73 11 4.0 12.47 900 AS 16_ 063 B5 BN 63A 6 70

81 10 4.5 11.24 880 AS 16_ 063 B5 BN 63A 6 70

98 8 5.4 9.31 830 AS 16_ 063 B5 BN 63A 6 70 123 7 6.8 7.41 780 AS 16_ 063 B5 BN 63A 6 70 136 6 7.5 6.68 760 AS 16_ 063 B5 BN 63A 6 70 164 5 9.1 5.53 720 AS 16_ 063 B5 BN 63A 6 70

SiRn

0.12 kW

5.8 185 1.1 157.9 3200 AS 25 D_063 B5 BN 63B 6 74

6.3 169 1.2 144.4 3200 AS 25 D_063 B5 BN 63B 6 74

7.3 146 1.2 192.1 3200 AS 25 D_063 B5 BN 63A 4 74

7.4 144 1.4 122.5 3200 AS 25 D_063 B5 BN 63B 6 74

8.3 128 1.6 109.1 3200 AS 25 D_063 B5 BN 63B 6 74

8.9 120 1.5 157.9 3200 AS 25 D_063 B5 BN 63A 4 74

9.7 110 1.6 144.4 3200 AS 25 D_063 B5 BN 63A 4 74

10.1 105 1.9 89.7 3200 AS 25 D_063 B5 BN 63B 6 74

11.1 96 2.1 82 3200 AS 25 D_063 B5 BN 63B 6 74

11.2 95 1.0 81.4 2800 AS 20 D_063 B5 BN 63B 6 72

11.4 93 1.9 122.5 3200 AS 25 D_063 B5 BN 63A 4 74

11.7 91 1.0 120.1 2800 AS 20 D_063 B5 BN 63A 4 72

12.8 83 2.2 109.1 3200 AS 25 D_063 B5 BN 63A 4 74

13.0 82 1.1 108.1 2800 AS 20 D_063 B5 BN 63A 4 72

13.1 82 2.5 69.6 3200 AS 25 D_063 B5 BN 63B 6 74

13.1 81 1.2 69.2 2800 AS 20 D_063 B5 BN 63B 6 72

14.2 75 1.3 64.3 2800 AS 20 D_063 B5 BN 63B 6 72

0.12 kW

-1

min

14.3 74 1.2 97.7 2800 AS 20 D_063 B5 BN 63A 4 72

15.6 68 2.6 89.7 3200 AS 25 D_063 B5 BN 63A 4 74

17.1 62 2.9 82 3200 AS 25 D_063 B5 BN 63A 4 74

17.2 62 1.5 81.4 2800 AS 20 D_063 B5 BN 63A 4 72

20.1 53 3.4 69.6 3200 AS 25 D_063 B5 BN 63A 4 74

20.2 53 1.7 69.2 2800 AS 20 D_063 B5 BN 63A 4 72

21.8 49 1.8 64.3 2800 AS 20 D_063 B5 BN 63A 4 72

24.1 44 2.0 58.1 2800 AS 20 D_063 B5 BN 63A 4 72

28.3 39 2.1 49.52 2740 AS 20_ 063 B5 BN 63A 4 72

31 35 2.3 44.77 2660 AS 20_ 063 B5 BN 63A 4 72

31 35 1.3 44.73 1010 AS 16_ 063 B5 BN 63A 4 70

35 31 1.4 40.32 990 AS 16_ 063 B5 BN 63A 4 70

38 29 2.8 37.31 2530 AS 20_ 063 B5 BN 63A 4 72

39 28 1.6 36.36 980 AS 16_ 063 B5 BN 63A 4 70

43 25 1.8 32.78 960 AS 16_ 063 B5 BN 63A 4 70

44 25 3.2 31.71 2420 AS 20_ 063 B5 BN 63A 4 72

52 21 2.1 27.14 930 AS 16_ 063 B5 BN 63A 4 70

67 16 2.8 20.96 890 AS 16_ 063 B5 BN 63A 4 70

74 15 2.7 18.89 860 AS 16_ 063 B5 BN 63A 4 70

89 12 3.3 15.64 820 AS 16_ 063 B5 BN 63A 4 70 112 10 4.1 12.47 780 AS 16_ 063 B5 BN 63A 4 70

125 9 4.6 11.24 760 AS 16_ 063 B5 BN 63A 4 70 150 7 4.1 9.31 720 AS 16_ 063 B5 BN 63A 4 70 189 6 5.2 7.41 680 AS 16_ 063 B5 BN 63A 4 70 210 5 5.8 6.68 660 AS 16_ 063 B5 BN 63A 4 70

253 4 7.0 5.53 620 AS 16_ 063 B5 BN 63A 4 70

SiRn

0.18 kW

4.5 359 2.2 202.1 9500 AS 45 D_071 B5 BN 71A 6 80

5.0 321 2.5 180.7 9500 AS 45 D_071 B5 BN 71A 6 80

5.5 289 2.8 162.7 9500 AS 45 D_071 B5 BN 71A 6 80

6.0 268 1.3 151.1 5500 AS 30 D_071 B5 BN 71A 6 76

6.0 268 2.0 151.1 7200 AS 35 D_071 B5 BN 71A 6 78

6.1 261 3.1 147.2 9500 AS 45 D_071 B5 BN 71A 6 80

6.7 239 1.5 134.7 5500 AS 30 D_071 B5 BN 71A 6 76

6.7 239 2.2 134.7 7200 AS 35 D_071 B5 BN 71A 6 78

7.3 218 0.9 122.5 3200 AS 25 D_071 B5 BN 71A 6 74

7.4 215 1.6 120.9 5500 AS 30 D_071 B5 BN 71A 6 76

7.4 215 2.5 120.9 7200 AS 35 D_071 B5 BN 71A 6 78

8.2 194 1.0 109.1 3200 AS 25 D_071 B5 BN 71A 6 74

8.8 182 1.0 157.9 3200 AS 25 D_063 B5 BN 63B 4 74

9.1 176 2.0 99.3 5500 AS 30 D_071 B5 BN 71A 6 76

9.1 176 3.0 99.3 7200 AS 35 D_071 B5 BN 71A 6 78

9.6 166 1.1 144.4 3200 AS 25 D_063 B5 BN 63B 4 74

10.0 159 1.3 89.7 3200 AS 25 D_071 B5 BN 71A 6 74

10.9 146 2.4 82.2 5500 AS 30 D_071 B5 BN 71A 6 76

11.0 146 1.4 82 3200 AS 25 D_071 B5 BN 71A 6 74

11.3 141 1.3 122.5 3200 AS 25 D_063 B5 BN 63B 4 74

12.3 130 2.7 73.3 5500 AS 30 D_071 B5 BN 71A 6 76

12.7 126 1.4 109.1 3200 AS 25 D_063 B5 BN 63B 4 74

12.9 124 1.6 69.6 3200 AS 25 D_071 B5 BN 71A 6 74

13.7 117 3.0 65.8 5500 AS 30 D_071 B5 BN 71A 6 76

15.0 107 1.9 60.1 3200 AS 25 D_071 B5 BN 71A 6 74

15.5 103 1.7 89.7 3200 AS 25 D_063 B5 BN 63B 4 74

16.9 94 1.9 82 3200 AS 25 D_063 B5 BN 63B 4 74

17.1 94 1.0 81.4 2800 AS 20 D_063 B5 BN 63B 4 72

20.0 80 2.2 69.6 3200 AS 25 D_063 B5 BN 63B 4 74

20.1 80 1.1 69.2 2730 AS 20 D_063 B5 BN 63B 4 72

0.18 kW

-1

min

21.6 74 1.2 64.3 2730 AS 20 D_063 B5 BN 63B 4 72

23.1 69 2.6 60.1 3140 AS 25 D_063 B5 BN 63B 4 74

23.9 67 1.3 58.1 2680 AS 20 D_063 B5 BN 63B 4 72

28.1 58 1.4 49.52 2590 AS 20_ 063 B5 BN 63B 4 72

31 53 1.5 44.77 2520 AS 20_ 063 B5 BN 63B 4 72

34 47 1.0 40.32 850 AS 16_ 063 B5 BN 63B 4 70

37 44 1.8 37.31 2410 AS 20_ 063 B5 BN 63B 4 72

38 43 1.1 36.36 850 AS 16_ 063 B5 BN 63B 4 70

42 39 1.2 32.78 840 AS 16_ 063 B5 BN 63B 4 70

44 37 2.1 31.71 2310 AS 20_ 063 B5 BN 63B 4 72

49 33 2.4 28.13 2260 AS 20_ 063 B5 BN 63B 4 72

51 32 1.4 27.14 820 AS 16_ 063 B5 BN 63B 4 70

55 30 2.7 25.43 2200 AS 20_ 063 B5 BN 63B 4 72

66 25 3.2 21.19 2100 AS 20_ 063 B5 BN 63B 4 72

66 25 1.8 20.96 810 AS 16_ 063 B5 BN 63B 4 70

74 22 1.8 18.89 790 AS 16_ 063 B5 BN 63B 4 70

89 18 2.2 15.64 760 AS 16_ 063 B5 BN 63B 4 70 111 15 2.7 12.47 740 AS 16_ 063 B5 BN 63B 4 70 124 13 3.0 11.24 720 AS 16_ 063 B5 BN 63B 4 70 149 11 2.7 9.31 690 AS 16_ 063 B5 BN 63B 4 70

180 9 3.8 15.64 660 AS 16_ 063 B5 BN 63A 2 70 188 9 3.4 7.41 650 AS 16_ 063 B5 BN 63B 4 70 208 8 3.8 6.68 640 AS 16_ 063 B5 BN 63B 4 70 225 7 4.8 12.47 620 AS 16_ 063 B5 BN 63A 2 70 250 7 5.4 11.24 610 AS 16_ 063 B5 BN 63A 2 70

251 7 4.6 5.53 600 AS 16_ 063 B5 BN 63B 4 70 302 5 4.6 9.31 570 AS 16_ 063 B5 BN 63A 2 70 379 4 5.8 7.41 540 AS 16_ 063 B5 BN 63A 2 70 421 4 6.4 6.68 520 AS 16_ 063 B5 BN 63A 2 70 508 3 7.8 5.53 500 AS 16_ 063 B5 BN 63A 2 70

SiRn

0.25 kW

4.5 499 1.6 202.1 9500 AS 45 D_071 B5 BN 71B 6 80

5.0 446 1.8 180.7 9500 AS 45 D_071 B5 BN 71B 6 80

5.5 401 2.0 162.7 9500 AS 45 D_071 B5 BN 71B 6 80

6.0 373 0.9 151.1 5500 AS 30 D_071 B5 BN 71B 6 76

6.0 373 1.4 151.1 7200 AS 35 D_071 B5 BN 71B 6 78

6.1 363 2.2 147.2 9500 AS 45 D_071 B5 BN 71B 6 80

6.7 332 1.1 134.7 5500 AS 30 D_071 B5 BN 71B 6 76

6.7 332 1.6 134.7 7200 AS 35 D_071 B5 BN 71B 6 78

6.8 326 2.2 202.1 9500 AS 45 D_071 B5 BN 71A 4 80

7.4 298 1.2 120.9 5500 AS 30 D_071 B5 BN 71B 6 76

7.4 298 1.8 120.9 7200 AS 35 D_071 B5 BN 71B 6 78

7.6 292 2.5 180.7 9500 AS 45 D_071 B5 BN 71A 4 80

8.5 263 2.7 162.7 9500 AS 45 D_071 B5 BN 71A 4 80

8.5 260 3.1 105.5 9500 AS 45 D_071 B5 BN 71B 6 80

9.1 245 1.4 99.3 5500 AS 30 D_071 B5 BN 71B 6 76

9.1 245 2.2 99.3 7200 AS 35 D_071 B5 BN 71B 6 78

9.1 244 1.3 151.1 5500 AS 30 D_071 B5 BN 71A 4 76

9.1 244 2.0 151.1 7200 AS 35 D_071 B5 BN 71A 4 78

9.3 238 3.0 147.2 9500 AS 45 D_071 B5 BN 71A 4 80

9.5 233 3.4 94.3 9500 AS 45 D_071 B5 BN 71B 6 80

10.0 221 0.9 89.7 3200 AS 25 D_071 B5 BN 71B 6 74

10.2 217 1.5 134.7 5500 AS 30 D_071 B5 BN 71A 4 76

10.2 217 2.2 134.7 7200 AS 35 D_071 B5 BN 71A 4 78

10.9 203 1.7 82.2 5500 AS 30 D_071 B5 BN 71B 6 76

10.9 203 2.6 82.2 7200 AS 35 D_071 B5 BN 71B 6 78

0.25 kW

-1

min

11.0 202 1.0 82 3180 AS 25 D_071 B5 BN 71B 6 74

11.2 198 0.9 122.5 3140 AS 25 D_071 B5 BN 71A 4 74

11.4 195 1.6 120.9 5500 AS 30 D_071 B5 BN 71A 4 76

11.4 195 2.5 120.9 7200 AS 35 D_071 B5 BN 71A 4 78

12.3 181 1.9 73.3 5500 AS 30 D_071 B5 BN 71B 6 76

12.3 181 2.9 73.3 7200 AS 35 D_071 B5 BN 71B 6 78

12.6 176 1.0 109.1 3200 AS 25 D_071 B5 BN 71A 4 74

12.9 172 1.2 69.6 3120 AS 25 D_071 B5 BN 71B 6 74

13.7 162 2.2 65.8 5500 AS 30 D_071 B5 BN 71B 6 76

13.7 162 3.3 65.8 7200 AS 35 D_071 B5 BN 71B 6 78

13.8 160 2.0 99.3 5500 AS 30 D_071 B5 BN 71A 4 76

13.8 160 3.0 99.3 7200 AS 35 D_071 B5 BN 71A 4 78

15.0 148 1.3 60.1 3150 AS 25 D_071 B5 BN 71B 6 74

15.3 145 1.2 89.7 3120 AS 25 D_071 B5 BN 71A 4 74

16.7 133 2.4 82.2 5500 AS 30 D_071 B5 BN 71A 4 76

16.8 132 1.4 82 3070 AS 25 D_071 B5 BN 71A 4 74

18.8 118 2.7 73.3 5500 AS 30 D_071 B5 BN 71A 4 76

19.8 112 1.6 69.6 2980 AS 25 D_071 B5 BN 71A 4 74

20.9 106 3.0 65.8 5500 AS 30 D_071 B5 BN 71A 4 76

22.9 97 1.9 60.1 2960 AS 25 D_071 B5 BN 71A 4 74

23.7 94 1.0 58.1 2460 AS 20 D_071 B5 BN 71A 4 72

27.8 82 1.0 49.52 2400 AS 20_ 071 B5 BN 71A 4 72

28.0 81 2.0 49.04 2830 AS 25_ 071 B5 BN 71A 4 74

31 74 1.1 44.77 2360 AS 20_ 071 B5 BN 71A 4 72

34 66 2.4 40.29 2710 AS 25_ 071 B5 BN 71A 4 74

37 62 1.3 37.31 2270 AS 20_ 071 B5 BN 71A 4 72

37 61 2.6 36.86 2650 AS 25_ 071 B5 BN 71A 4 74

43 52 1.5 31.71 2190 AS 20_ 071 B5 BN 71A 4 72

44 52 3.1 31.27 2540 AS 25_ 071 B5 BN 71A 4 74

49 46 1.7 28.13 2160 AS 20_ 071 B5 BN 71A 4 72

51 45 1.0 27.14 700 AS 16_ 071 B5 BN 71A 4 70

54 42 1.9 25.43 2110 AS 20_ 071 B5 BN 71A 4 72

65 35 2.3 21.19 2020 AS 20_ 071 B5 BN 71A 4 72

66 35 1.3 20.96 720 AS 16_ 071 B5 BN 71A 4 70

73 31 1.3 18.89 710 AS 16_ 071 B5 BN 71A 4 70

76 30 2.7 18.01 1940 AS 20_ 071 B5 BN 71A 4 72

88 26 1.6 15.64 700 AS 16_ 071 B5 BN 71A 4 70

89 26 2.5 15.48 1880 AS 20_ 071 B5 BN 71A 4 72

98 23 2.8 14 1830 AS 20_ 071 B5 BN 71A 4 72 110 21 1.9 12.47 690 AS 16_ 071 B5 BN 71A 4 70

118 19 3.4 11.67 1730 AS 20_ 071 B5 BN 71A 4 72 122 19 2.2 11.24 670 AS 16_ 071 B5 BN 71A 4 70 148 15 2.0 9.31 650 AS 16_ 071 B5 BN 71A 4 70 180 13 2.8 15.64 620 AS 16_ 063 B5 BN 63B 2 70 185 12 2.5 7.41 620 AS 16_ 071 B5 BN 71A 4 70

206 11 2.7 6.68 610 AS 16_ 071 B5 BN 71A 4 70 225 10 3.5 12.47 600 AS 16_ 063 B5 BN 63B 2 70 249 9 3.3 5.53 580 AS 16_ 071 B5 BN 71A 4 70 250 9 3.9 11.24 580 AS 16_ 063 B5 BN 63B 2 70 302 8 3.3 9.31 550 AS 16_ 063 B5 BN 63B 2 70

379 6 4.2 7.41 530 AS 16_ 063 B5 BN 63B 2 70 421 5 4.6 6.68 510 AS 16_ 063 B5 BN 63B 2 70 508 4 5.6 5.53 480 AS 16_ 063 B5 BN 63B 2 70

SiRn

0.37 kW

-1

min

4.5 730 1.1 202.1 9500 AS 45 D_080 B5 BN 80A 6 80

4.8 687 2.0 190.3 15000 AS 55 D_080 B5 BN 80A 6 82

5.0 653 1.2 180.7 9500 AS 45 D_080 B5 BN 80A 6 80

5.4 608 2.2 168.4 15000 AS 55 D_080 B5 BN 80A 6 82

5.6 587 1.4 162.7 9500 AS 45 D_080 B5 BN 80A 6 80

6.0 546 1.0 151.1 7200 AS 35 D_080 B5 BN 80A 6 78

6.1 542 2.5 150.2 15000 AS 55 D_080 B5 BN 80A 6 82

6.2 531 1.5 147.2 9500 AS 45 D_080 B5 BN 80A 6 80

6.8 487 2.8 134.8 15000 AS 55 D_080 B5 BN 80A 6 82

6.8 486 1.1 134.7 7200 AS 35 D_080 B5 BN 80A 6 78

6.8 485 1.5 202.1 9500 AS 45 D_071 B5 BN 71B 4 80

7.4 443 3.0 122.7 15000 AS 55 D_080 B5 BN 80A 6 82

7.5 437 1.2 120.9 7200 AS 35 D_080 B5 BN 80A 6 78

7.6 434 1.7 180.7 9500 AS 45 D_071 B5 BN 71B 4 80

8.4 392 3.4 108.6 15000 AS 55 D_080 B5 BN 80A 6 82

8.4 390 1.8 162.7 9500 AS 45 D_071 B5 BN 71B 4 80

8.6 381 2.1 105.5 9500 AS 45 D_080 B5 BN 80A 6 80

9.1 363 1.3 151.1 7200 AS 35 D_071 B5 BN 71B 4 78

9.2 359 1.0 99.3 5500 AS 30 D_ 080 B5 BN 80A 6 76

9.2 359 1.5 99.3 7200 AS 35 D_ 080 B5 BN 80A 6 78

9.3 353 2.0 147.2 9500 AS 45 D_071 B5 BN 71B 4 80

9.6 341 2.3 94.3 9500 AS 45 D_ 080 B5 BN 80A 6 80

10.2 323 1.0 134.7 5500 AS 30 D_071 B5 BN 71B 4 76

10.2 323 1.5 134.7 7200 AS 35 D_071 B5 BN 71B 4 78

10.7 306 2.6 84.9 9500 AS 45 D_ 080 B5 BN 80A 6 80

11.1 297 1.2 82.2 5500 AS 30 D_ 080 B5 BN 80A 6 76

11.1 297 1.8 82.2 7200 AS 35 D_ 080 B5 BN 80A 6 78

11.3 290 1.1 120.9 5500 AS 30 D_071 B5 BN 71B 4 76

11.3 290 1.7 120.9 7200 AS 35 D_071 B5 BN 71B 4 78

11.9 277 2.9 76.8 9500 AS 45 D_ 080 B5 BN 80A 6 80

12.4 265 1.3 73.3 5500 AS 30 D_ 080 B5 BN 80A 6 76

12.4 265 2.0 73.3 7200 AS 35 D_ 080 B5 BN 80A 6 78

13.0 253 2.8 105.5 9500 AS 45 D_071 B5 BN 71B 4 80

13.8 238 1.3 99.3 5500 AS 30 D_ 071 B5 BN 71B 4 76

13.8 238 2.0 99.3 7200 AS 35 D_ 071 B5 BN 71B 4 78

13.8 238 1.5 65.8 5500 AS 30 D_ 080 B5 BN 80A 6 76

13.8 238 2.2 65.8 7200 AS 35 D_ 080 B5 BN 80A 6 78

14.5 226 3.2 94.3 9500 AS 45 D_ 071 B5 BN 71B 4 80

16.7 197 1.6 82.2 5500 AS 30 D_ 071 B5 BN 71B 4 76

16.7 197 2.4 82.2 7200 AS 35 D_ 071 B5 BN 71B 4 78

16.7 197 0.9 82 2610 AS 25 D_071 B5 BN 71B 4 74

18.7 176 1.8 73.3 5480 AS 30 D_ 071 B5 BN 71B 4 76

18.7 176 2.7 73.3 7200 AS 35 D_ 071 B5 BN 71B 4 78

19.7 167 1.1 69.6 2580 AS 25 D_ 071 B5 BN 71B 4 74

20.8 158 2.0 65.8 5340 AS 30 D_ 071 B5 BN 71B 4 76

20.8 158 3.0 65.8 7200 AS 35 D_ 071 B5 BN 71B 4 78

22.8 144 1.2 60.1 2630 AS 25 D_ 071 B5 BN 71B 4 74

25.4 130 2.5 54 5090 AS 30 D_071 B5 BN 71B 4 76

27.9 120 1.3 49.04 2560 AS 25_ 071 B5 BN 71B 4 74

29.6 111 2.9 46.2 4950 AS 30 D_ 071 B5 BN 71B 4 76

33 99 3.2 41.2 4800 AS 30 D_071 B5 BN 71B 4 76

34 99 1.6 40.29 2480 AS 25_ 071 B5 BN 71B 4 74

37 90 1.8 36.86 2440 AS 25_ 071 B5 BN 71B 4 74

43 78 1.0 31.71 1980 AS 20_ 071 B5 BN 71B 4 72

44 77 2.1 31.27 2360 AS 25_ 071 B5 BN 71B 4 74

49 69 1.2 28.13 1980 AS 20_ 071 B5 BN 71B 4 72

53 63 2.5 25.75 2310 AS 25_ 071 B5 BN 71B 4 74

54 62 1.3 25.43 1950 AS 20_ 071 B5 BN 71B 4 72

65 52 1.5 21.19 1880 AS 20_ 071 B5 BN 71B 4 72

65 52 3.1 21.16 2200 AS 25_ 071 B5 BN 71B 4 74

SiRn

0.37 kW

-1

min

71 47 3.4 19.35 2150 AS 25_ 071 B5 BN 71B 4 74

76 44 1.8 18.01 1810 AS 20_ 071 B5 BN 71B 4 72

88 38 1.0 15.64 580 AS 16_ 071 B5 BN 71B 4 70

88 38 1.7 15.48 1780 AS 20_ 071 B5 BN 71B 4 72

98 34 1.9 14 1740 AS 20_ 071 B5 BN 71B 4 72 110 31 1.3 12.47 600 AS 16_ 071 B5 BN 71B 4 70

117 29 2.3 11.67 1660 AS 20_ 071 B5 BN 71B 4 72

122 28 1.5 11.24 590 AS 16_ 071 B5 BN 71B 4 70 138 24 2.7 9.92 1590 AS 20_ 071 B5 BN 71B 4 72 147 23 1.3 9.31 580 AS 16_ 071 B5 BN 71B 4 70

160 21 2.9 8.57 1540 AS 20_ 071 B5 BN 71B 4 72 177 19 3.2 7.75 1500 AS 20_ 071 B5 BN 71B 4 72 180 19 1.9 15.64 560 AS 16_ 071 B5 BN 71A 2 70 181 18 3.0 15.48 1490 AS 20_ 071 B5 BN 71A 2 72 185 18 1.7 7.41 570 AS 16_ 071 B5 BN 71B 4 70

201 17 3.3 14 1450 AS 20_ 071 B5 BN 71A 2 72 205 16 1.8 6.68 560 AS 16_ 071 B5 BN 71B 4 70 225 15 2.3 12.47 550 AS 16_ 071 B5 BN 71A 2 70 248 14 2.2 5.53 540 AS 16_ 071 B5 BN 71B 4 70 250 13 2.6 11.24 540 AS 16_ 071 B5 BN 71A 2 70

302 11 2.2 9.31 520 AS 16_ 071 B5 BN 71A 2 70 379 9 2.8 7.41 500 AS 16_ 071 B5 BN 71A 2 70 421 8 3.1 6.68 490 AS 16_ 071 B5 BN 71A 2 70 508 7 3.8 5.53 460 AS 16_ 071 B5 BN 71A 2 70

SiRn

0.55 kW

4.8 1010 1.3 190.3 15000 AS 55 D_080 B5 BN 80B 6 82

5.5 894 1.5 168.4 15000 AS 55 D_080 B5 BN 80B 6 82

5.7 864 0.9 162.7 9500 AS 45 D_080 B5 BN 80B 6 80

6.1 798 1.7 150.2 15000 AS 55 D_080 B5 BN 80B 6 82

6.3 781 1.0 147.2 9500 AS 45 D_080 B5 BN 80B 6 80

6.8 716 1.9 134.8 15000 AS 55 D_080 B5 BN 80B 6 82

6.8 715 1.0 202.1 9500 AS 45 D_080 B5 BN 80A 4 80

7.3 674 1.8 190.3 15000 AS 55 D_080 B5 BN 80A 4 82

7.5 652 2.1 122.7 15000 AS 55 D_080 B5 BN 80B 6 82

7.6 640 1.1 180.7 9500 AS 45 D_080 B5 BN 80A 4 80

8.2 596 2.0 168.4 15000 AS 55 D_080 B5 BN 80A 4 82

8.5 577 2.3 108.6 15000 AS 55 D_080 B5 BN 80B 6 82

8.5 576 1.3 162.7 9500 AS 45 D_080 B5 BN 80A 4 80

8.7 560 1.4 105.5 9500 AS 45 D_080 B5 BN 80B 6 80

9.2 532 2.3 150.2 15000 AS 55 D_080 B5 BN 80A 4 82

9.3 527 1.0 99.3 7200 AS 35 D_080 B5 BN 80B 6 78

9.4 521 1.4 147.2 9500 AS 45 D_080 B5 BN 80A 4 80

9.5 514 2.6 96.9 15000 AS 55 D_ 080 B5 BN 80B 6 82

9.8 501 1.6 94.3 9500 AS 45 D_080 B5 BN 80B 6 80

10.2 477 2.5 134.8 15000 AS 55 D_080 B5 BN 80A 4 82

10.2 477 1.0 134.7 7200 AS 35 D_080 B5 BN 80A 4 78

10.6 462 2.9 87 15000 AS 55 D_ 080 B5 BN 80B 6 82

10.8 451 1.8 84.9 9500 AS 45 D_080 B5 BN 80B 6 80

11.2 437 1.2 82.2 7200 AS 35 D_080 B5 BN 80B 6 78

11.2 434 2.8 122.7 15000 AS 55 D_080 B5 BN 80A 4 82

11.4 428 1.1 120.9 7200 AS 35 D_080 B5 BN 80A 4 78

12.0 408 2.0 76.8 9500 AS 45 D_080 B5 BN 80B 6 80

12.6 389 1.4 73.3 7200 AS 35 D_080 B5 BN 80B 6 78

12.7 385 3.1 108.6 15000 AS 55 D_080 B5 BN 80A 4 82

13.1 373 1.9 105.5 9500 AS 45 D_080 B5 BN 80A 4 80

13.9 352 0.9 99.3 5000 AS 30 D_080 B5 BN 80A 4 76

0.55 kW

-1

min

13.9 352 1.4 99.3 7200 AS 35 D_080 B5 BN 80A 4 78

14.0 349 1.0 65.8 5080 AS 30 D_080 B5 BN 80B 6 76

14.0 349 1.5 65.8 7200 AS 35 D_080 B5 BN 80B 6 78

14.2 343 3.5 96.9 15000 AS 55 D_ 080 B5 BN 80A 4 82

14.6 334 2.2 94.3 9500 AS 45 D_080 B5 BN 80A 4 80

16.3 300 2.4 84.9 9500 AS 45 D_080 B5 BN 80A 4 80

16.8 291 1.1 82.2 5060 AS 30 D_080 B5 BN 80A 4 76

16.8 291 1.6 82.2 7200 AS 35 D_080 B5 BN 80A 4 78

18.0 272 2.6 76.8 9500 AS 45 D_080 B5 BN 80A 4 80

18.8 259 1.2 73.3 4970 AS 30 D_080 B5 BN 80A 4 76

18.8 259 1.9 73.3 7200 AS 35 D_080 B5 BN 80A 4 78

21.0 233 1.4 65.8 4870 AS 30 D_080 B5 BN 80A 4 76

21.0 233 2.1 65.8 7200 AS 35 D_080 B5 BN 80A 4 78

25.5 191 1.7 54 4680 AS 30 D_080 B5 BN 80A 4 76

25.5 191 2.5 54 7200 AS 35 D_080 B5 BN 80A 4 78

28.1 177 0.9 49.04 2150 AS 25_ 080 B5 BN 80A 4 74

29.8 164 2.0 46.2 4630 AS 30 D_080 B5 BN 80A 4 76

29.8 164 2.9 46.2 7200 AS 35 D_080 B5 BN 80A 4 78

34 146 2.2 41.2 4510 AS 30 D_080 B5 BN 80A 4 76

34 146 3.3 41.2 7200 AS 35 D_080 B5 BN 80A 4 78

34 146 1.1 40.29 2130 AS 25_ 080 B5 BN 80A 4 74

37 133 1.2 36.86 2120 AS 25_ 080 B5 BN 80A 4 74

37 133 2.4 36.82 4400 AS 30_ 080 B5 BN 80A 4 76

42 119 2.7 32.8 4280 AS 30_ 080 B5 BN 80A 4 76

44 113 1.4 31.27 2080 AS 25_ 080 B5 BN 80A 4 74

47 107 3.0 29.45 4160 AS 30_ 080 B5 BN 80A 4 76

54 93 1.7 25.75 2090 AS 25_ 080 B5 BN 80A 4 74

65 77 1.0 21.19 1660 AS 20_ 080 B5 BN 80A 4 72

65 77 2.1 21.16 2020 AS 25_ 080 B5 BN 80A 4 74

71 70 2.3 19.35 1980 AS 25_ 080 B5 BN 80A 4 74

77 65 1.2 18.01 1620 AS 20_ 080 B5 BN 80A 4 72

84 59 2.7 16.42 1920 AS 25_ 080 B5 BN 80A 4 74

89 56 1.2 15.48 1620 AS 20_ 080 B5 BN 80A 4 72

99 51 2.6 14.01 1880 AS 25_ 080 B5 BN 80A 4 74

99 51 1.3 14 1590 AS 20_ 080 B5 BN 80A 4 72 118 42 1.5 11.67 1540 AS 20_ 080 B5 BN 80A 4 72

120 42 3.1 11.51 1800 AS 25_ 080 B5 BN 80A 4 74 131 38 3.4 10.53 1760 AS 25_ 080 B5 BN 80A 4 74 139 36 1.8 9.92 1480 AS 20_ 080 B5 BN 80A 4 72 156 32 2.5 18.01 1450 AS 20_ 071 B5 BN 71B 2 72

161 31 1.9 8.57 1460 AS 20_ 080 B5 BN 80A 4 72 178 28 2.1 7.75 1420 AS 20_ 080 B5 BN 80A 4 72 180 28 1.3 15.64 480 AS 16_ 071 B5 BN 71B 2 70 181 27 2.0 15.48 1420 AS 20_ 071 B5 BN 71B 2 72 201 25 2.2 14 1380 AS 20_ 071 B5 BN 71B 2 72

214 23 2.6 6.46 1360 AS 20_ 080 B5 BN 80A 4 72 225 22 1.6 12.47 490 AS 16_ 071 B5 BN 71B 2 70 241 21 2.7 11.67 1320 AS 20_ 071 B5 BN 71B 2 72 250 20 1.8 11.24 480 AS 16_ 071 B5 BN 71B 2 70 251 20 3.0 5.49 1300 AS 20_ 080 B5 BN 80A 4 72

283 18 3.1 9.92 1260 AS 20_ 071 B5 BN 71B 2 72 302 17 1.5 9.31 470 AS 16_ 071 B5 BN 71B 2 70 328 15 3.3 8.57 1220 AS 20_ 071 B5 BN 71B 2 72 379 13 1.9 7.41 460 AS 16_ 071 B5 BN 71B 2 70 421 12 2.1 6.68 450 AS 16_ 071 B5 BN 71B 2 70

508 10 2.5 5.53 430 AS 16_ 071 B5 BN 71B 2 70

SiRn

0.75 kW

min

-1

4.8

4.9

5.5

6.1

6.7

6.8

7.4

7.5

7.6

8.3

8.5

8.6

8.7

9.3

9.4

9.5

9.8

10.4

10.6

10.8

11.4

11.9

12.0

12.6

12.9

13.3

13.4

14.0

14.1

14.4

14.7

14.8

15.0

16.1

16.5

17.0

18.2

19.1

21.3

25.9

1378 1.0 190.3 15000 1358 1.7 187.5 22000 1219 1.1 168.4 15000 1214 1.9 167.7 22000 1093 2.1 151 22000

1088 1.2 150.2 15000

989 2.3 136.6 22000 976 1.4 134.8 15000 905 1.3 190.3 15000 889 1.5 122.7 15000

876 2.6 121 22000 801 1.5 168.4 15000 787 1.7 108.6 15000 783 2.9 108.2 22000 774 0.9 162.7 9500

764 1.0 105.5 9500 715 1.7 150.2 15000 705 3.3 97.4 22000 702 1.9 96.9 15000 700 1.0 147.2 9500

683 1.2 94.3 9500 641 1.9 134.8 15000 630 2.1 87 15000 615 1.3 84.9 9500 584 2.1 122.7 15000

561 2.4 77.5 15000 556 1.4 76.8 9500 530 1.0 73.3 7200 517 2.3 108.6 15000 502 1.4 105.5 9500

497 2.7 68.6 15000 476 1.1 65.8 7200 473 1.0 99.3 7200 461 2.6 96.9 15000 454 1.8 62.7 9500

449 1.6 94.3 9500 443 3.0 61.2 15000 414 2.9 87 15000 404 1.8 84.9 9500 391 1.2 82.2 7200

365 2.0 76.8 9500 349 0.9 73.3 4400 349 1.4 73.3 7200 313 1.0 65.8 4360 313 1.5 65.8 7200

257 1.2 54 4240 257 1.9 54 7200 220 1.5 46.2 4270 220 2.2 46.2 7200 196 1.6 41.2 4180

196 2.4 41.2 7200 179 1.8 36.82 4100 179 2.7 36.82 7200 159 2.0 32.8 4010 159 3.0 32.8 7200

152 1.1 31.27 1780 143 2.2 29.45 3920 143 3.4 29.45 7200 125 1.3 25.75 1850

SiRn

AS 55 D_090 B5 BN 90S 6 AS 60 D_090 B5 BN 90S 6 AS 55 D_090 B5 BN 90S 6 AS 60 D_090 B5 BN 90S 6 AS 60 D_090 B5 BN 90S 6

AS 55 D_090 B5 BN 90S 6 AS 60 D_090 B5 BN 90S 6 AS 55 D_090 B5 BN 90S 6 AS 55 D_080 B5 BN 80B 4 AS 55 D_090 B5 BN 90S 6

AS 60 D_090 B5 BN 90S 6 AS 55 D_080 B5 BN 80B 4 AS 55 D_090 B5 BN 90S 6 AS 60 D_090 B5 BN 90S 6 AS 45 D_080 B5 BN 80B 4

AS 45 D_090 B5 BN 90S 6 AS 55 D_080 B5 BN 80B 4 AS 60 D_090 B5 BN 90S 6 AS 55 D_090 B5 BN 90S 6 AS 45 D_080 B5 BN 80B 4

AS 45 D_090 B5 BN 90S 6 AS 55 D_080 B5 BN 80B 4 AS 55 D_090 B5 BN 90S 6 AS 45 D_090 B5 BN 90S 6 AS 55 D_080 B5 BN 80B 4

AS 55 D_090 B5 BN 90S 6 AS 45 D_090 B5 BN 90S 6 AS 35 D_090 B5 BN 90S 6 AS 55 D_080 B5 BN 80B 4 AS 45 D_080 B5 BN 80B 4

AS 55 D_090 B5 BN 90S 6 AS 35 D_090 B5 BN 90S 6 AS 35 D_080 B5 BN 80B 4 AS 55 D_080 B5 BN 80B 4 AS 45 D_090 B5 BN 90S 6

AS 45 D_080 B5 BN 80B 4 AS 55 D_090 B5 BN 90S 6 AS 55 D_080 B5 BN 80B 4 AS 45 D_080 B5 BN 80B 4 AS 35 D_080 B5 BN 80B 4

AS 45 D_080 B5 BN 80B 4 AS 30 D_080 B5 BN 80B 4 AS 35 D_080 B5 BN 80B 4 AS 30 D_080 B5 BN 80B 4 AS 35 D_080 B5 BN 80B 4

AS 30 D_080 B5 BN 80B 4 AS 35 D_080 B5 BN 80B 4 AS 30 D_080 B5 BN 80B 4 AS 35 D_080 B5 BN 80B 4 AS 30 D_080 B5 BN 80B 4

AS 35 D_080 B5 BN 80B 4 AS 30_ 080 B5 BN 80B 4 AS 35_ 080 B5 BN 80B 4 AS 30_ 080 B5 BN 80B 4 AS 35_ 080 B5 BN 80B 4

AS 25_ 080 B5 BN 80B 4 AS 30_ 080 B5 BN 80B 4 AS 35_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4

82 84 82 84 84

82 84 82 82 82

84 82 82 84 80

80 82 84 82 80

80 82 82 80 82

82 80 78 82 80

82 78 78 82 80

80 82 82 80 78

80 76 78 76 78

76 78 76 78 76

78 76 78 76 78

74 76 78 74

0.75 kW

min

91 100 100

120 122 133 141 155

157 163 178 181 181

200 200 217 240 255

282 327 361 434

-1

118 2.7 24.19 3740 103 1.6 21.16 1820

94 1.7 19.35 1800 93 2.8 19.21 3600 88 0.9 18.01 1420

83 3.1 17.11 3500 80 2.0 16.42 1750 75 3.5 15.37 3400 68 1.9 14.01 1750 68 1.0 14 1440

57 1.1 11.67 1410 56 2.3 11.51 1680 51 2.5 10.53 1650 48 1.3 9.92 1370 44 1.8 18.01 1350

43 3.0 8.93 1590 42 1.4 8.57 1360 38 3.1 7.88 1570 38 1.6 7.75 1330 38 1.5 15.48 1340

34 3.2 14.01 1530 34 1.6 14 1310 31 1.9 6.46 1280 28 1.9 11.67 1260 27 2.2 5.49 1240

24 2.3 9.92 1210 21 2.4 8.57 1180 19 2.7 7.75 1150 16 3.2 6.46 1100

SiRn

AS 30_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4 AS 30_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80B 4

AS 30_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4 AS 30_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80B 4

AS 20_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80A 2

AS 25_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80B 4 AS 25_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80A 2

AS 25_ 080 B5 BN 80A 2 AS 20_ 080 B5 BN 80A 2 AS 20_ 080 B5 BN 80B 4 AS 20_ 080 B5 BN 80A 2 AS 20_ 080 B5 BN 80B 4

AS 20_ 080 B5 BN 80A 2 AS 20_ 080 B5 BN 80A 2 AS 20_ 080 B5 BN 80A 2 AS 20_ 080 B5 BN 80A 2

76 74 74 76 72

76 74 76 74 72

72 74 74 72 72

74 72 74 72 72

74 72 72 72 72

72 72 72 72

4.9

5.5

6.1

6.7

6.8

7.4

7.5

7.6

8.3

8.5

9.3

9.4

9.5

10.3

10.4

10.6

11.4

11.6

11.9

12.0

1.1 kW

1992 1.2 187.5 22000 1781 1.3 167.7 22000 1603 1.4 151 22000 1450 1.6 136.6 22000 1432 0.9 134.8 15000

1328 0.9 190.3 15000 1309 1.6 187.5 22000 1303 1.0 122.7 15000 1285 1.8 121 22000 1175 1.0 168.4 15000

1170 1.8 167.7 22000 1154 1.2 108.6 15000 1149 2.0 108.2 22000 1053 2.0 151 22000 1048 1.1 150.2 15000

1034 2.2 97.4 22000 1029 1.3 96.9 15000

953 2.2 136.6 22000 941 1.3 134.8 15000 936 2.5 88.1 22000

923 1.5 87 15000 857 1.4 122.7 15000 844 2.5 121 22000 823 1.6 77.5 15000 815 1.0 76.8 9500

AS 60 D_090 B5 BN 90L 6 AS 60 D_090 B5 BN 90L 6 AS 60 D_090 B5 BN 90L 6 AS 60 D_090 B5 BN 90L 6 AS 55 D_090 B5 BN 90L 6

AS 55 D_090 B5 BN 90S 4 AS 60 D_090 B5 BN 90S 4 AS 55 D_090 B5 BN 90L 6 AS 60 D_090 B5 BN 90L 6 AS 55 D_090 B5 BN 90S 4

AS 60 D_090 B5 BN 90S 4 AS 55 D_090 B5 BN 90L 6 AS 60 D_090 B5 BN 90L 6 AS 60 D_090 B5 BN 90S 4 AS 55 D_090 B5 BN 90S 4

AS 60 D_090 B5 BN 90L 6 AS 55 D_090 B5 BN 90L 6 AS 60 D_090 B5 BN 90S 4 AS 55 D_090 B5 BN 90S 4 AS 60 D_090 B5 BN 90L 6

AS 55 D_090 B5 BN 90L 6 AS 55 D_090 B5 BN 90S 4 AS 60 D_090 B5 BN 90S 4 AS 55 D_090 B5 BN 90L 6 AS 45 D_090 B5 BN 90L 6

84 84 84 84 82

82 84 82 84 82

84 82 84 84 82

84 82 84 82 84

82 82 84 82 80

1.1 kW

-1

min

12.9 758 1.6 108.6 15000 AS 55 D_090 B5 BN 90S 4 82

12.9 755 2.8 108.2 22000 AS 60 D_090 B5 BN 90S 4 84

13.3 736 1.0 105.5 9500 AS 45 D_090 B5 BN 90S 4 80

13.4 729 1.9 68.6 15000 AS 55 D_ 090 B5 BN 90L 6 82

14.4 680 3.1 97.4 22000 AS 60 D_ 090 B5 BN 90S 4 84

14.4 676 1.8 96.9 15000 AS 55 D_ 090 B5 BN 90S 4 82

14.7 666 1.2 62.7 9500 AS 45 D_090 B5 BN 90L 6 80

14.8 658 1.1 94.3 9500 AS 45 D_090 B5 BN 90S 4 80

15.0 650 2.1 61.2 15000 AS 55 D_ 090 B5 BN 90L 6 82

15.9 615 3.4 88.1 22000 AS 60 D_ 090 B5 BN 90S 4 84

16.1 607 2.0 87 15000 AS 55 D_ 090 B5 BN 90S 4 82

16.5 592 1.2 84.9 9500 AS 45 D_090 B5 BN 90S 4 80

18.1 541 2.2 77.5 15000 AS 55 D_ 090 B5 BN 90S 4 82

18.2 536 1.3 76.8 9500 AS 45 D_090 B5 BN 90S 4 80

19.1 511 0.9 73.3 7200 AS 35 D_090 B5 BN 90S 4 78

20.4 479 2.5 68.6 15000 AS 55 D_ 090 B5 BN 90S 4 82

21.3 459 1.0 65.8 7200 AS 35 D_090 B5 BN 90S 4 78

22.3 438 1.6 62.7 9500 AS 45 D_090 B5 BN 90S 4 80

22.9 427 2.8 61.2 15000 AS 55 D_ 090 B5 BN 90S 4 82

25.0 392 1.8 56.1 9500 AS 45 D_090 B5 BN 90S 4 80

25.5 383 3.1 54.9 15000 AS 55 D_ 090 B5 BN 90S 4 82

25.9 377 1.3 54 7200 AS 35 D_090 B5 BN 90S 4 78

27.7 352 2.0 50.5 9500 AS 45 D_090 B5 BN 90S 4 80

30 323 1.0 46.2 3670 AS 30 D_090 B5 BN 90S 4 76

30 323 1.5 46.2 7200 AS 35 D_090 B5 BN 90S 4 78

31 319 2.3 45.7 9500 AS 45 D_090 B5 BN 90S 4 80

33 298 2.4 42.7 9500 AS 45 D_090 B5 BN 90S 4 80

34 287 1.1 41.2 3640 AS 30 D_090 B5 BN 90S 4 76

34 287 1.7 41.2 7200 AS 35 D_090 B5 BN 90S 4 78

37 266 2.7 38.2 9500 AS 45 D_090 B5 BN 90S 4 80

38 262 1.2 36.82 3610 AS 30_ 090 B5 BN 90S 4 76

38 262 1.8 36.82 7200 AS 35_ 090 B5 BN 90S 4 78

41 240 3.0 34.4 9500 AS 45 D_090 B5 BN 90S 4 80

43 234 1.4 32.8 3560 AS 30_ 090 B5 BN 90S 4 76

43 234 2.1 32.8 7200 AS 35_ 090 B5 BN 90S 4 78

45 217 3.3 31.1 9500 AS 45 D_090 B5 BN 90S 4 80

48 210 1.5 29.45 3510 AS 30_ 090 B5 BN 90S 4 76

48 210 2.3 29.45 7200 AS 35_ 090 B5 BN 90S 4 78

58 172 1.9 24.19 3400 AS 30_ 090 B5 BN 90S 4 76

58 172 2.8 24.19 7200 AS 35_ 090 B5 BN 90S 4 78

66 151 1.1 21.16 1470 AS 25_ 090 B5 BN 90S 4 74

72 138 1.2 19.35 1480 AS 25_ 090 B5 BN 90S 4 74

73 137 1.9 19.21 3350 AS 30_ 090 B5 BN 90S 4 76

73 137 2.9 19.21 7200 AS 35_ 090 B5 BN 90S 4 78

82 122 2.1 17.11 3260 AS 30_ 090 B5 BN 90S 4 76

82 122 3.3 17.11 7200 AS 35_ 090 B5 BN 90S 4 78

85 117 1.4 16.42 1470 AS 25_ 090 B5 BN 90S 4 74

91 110 2.4 15.37 3190 AS 30_ 090 B5 BN 90S 4 76 100 100 1.3 14.01 1530 AS 25_ 090 B5 BN 90S 4 74 111 90 2.9 12.62 3040 AS 30_ 090 B5 BN 90S 4 76

122 82 1.6 11.51 1500 AS 25_ 090 B5 BN 90S 4 74 123 81 3.2 11.43 3010 AS 30_ 090 B5 BN 90S 4 76 133 75 1.7 10.53 1480 AS 25_ 090 B5 BN 90S 4 74 141 71 0.9 9.92 1170 AS 20_ 090 B5 BN 90S 4 72 155 64 1.2 18.01 1170 AS 20_ 080 B5 BN 80B 2 72

157 64 2.0 8.93 1440 AS 25_ 090 B5 BN 90S 4 74 163 61 1.0 8.57 1200 AS 20_ 090 B5 BN 90S 4 72 171 59 2.7 16.42 1430 AS 25_ 080 B5 BN 80B 2 74 178 56 2.1 7.88 1440 AS 25_ 090 B5 BN 90S 4 74 181 55 1.1 7.75 1190 AS 20_ 090 B5 BN 90S 4 72

SiRn

1.1 kW

min

181 181 200 200 216 217

236 240 243 255 266

279 282 313 327 361

434 510

10.3

10.5

10.7

10.8

11.0

11.5

11.7

12.1

12.3

13.0

13.7

13.8

14.5

14.6

16.0

16.2

18.2

-1

55 1.1 7.75 1190 55 1.0 15.48 1190 50 2.2 14.01 1420 50 1.1 14 1180 46 2.6 6.47 1390 46 1.3 6.46 1160

42 2.8 5.92 1360 42 1.3 11.67 1140 41 2.7 11.51 1360 39 1.5 5.49 1130 38 2.9 10.53 1330

36 3.4 5.02 1320 35 1.6 9.92 1110 32 3.5 8.93 1280 31 1.6 8.57 1100 28 1.8 7.75 1080

23 2.2 6.46 1030 20 2.6 5.49 990

SiRn

AS 20_ 090 B5 BN 90S 4 AS 20_ 080 B5 BN 80B 2 AS 25_ 080 B5 BN 80B 2 AS 20_ 080 B5 BN 80B 2 AS 25_ 090 B5 BN 90S 4 AS 20_ 090 B5 BN 90S 4

AS 25_ 090 B5 BN 90S 4 AS 20_ 080 B5 BN 80B 2 AS 25_ 080 B5 BN 80B 2 AS 20_ 090 B5 BN 90S 4 AS 25_ 080 B5 BN 80B 2

AS 25_ 090 B5 BN 90S 4 AS 20_ 080 B5 BN 80B 2 AS 25_ 080 B5 BN 80B 2 AS 20_ 080 B5 BN 80B 2 AS 20_ 080 B5 BN 80B 2

AS 20_ 080 B5 BN 80B 2 AS 20_ 080 B5 BN 80B 2

72 72 74 72 74 72

74 72 74 72 74

74 72 74 72 72

72 72

1.5 kW

5.4

5.5

5.6

6.1

6.2

6.7

6.8

6.9

7.5

7.8

8.4

8.7

8.8

9.3

9.7

9.9

2455 2.8 173.2 42000 2443 1.7 172.3 31000 2377 1.0 167.7 22000 2195 3.1 154.9 42000 2184 1.9 154.1 31000

2139 1.1 151 22000 1976 3.4 139.4 42000 1966 2.1 138.7 31000 1936 1.2 136.6 22000 1779 2.4 125.5 31000

1772 1.2 187.5 22000 1715 1.3 121 22000 1585 1.3 167.7 22000 1533 1.5 108.2 22000 1509 2.8 106.5 31000

1426 1.5 151 22000 1380 1.7 97.4 22000 1373 1.0 96.9 15000 1349 3.1 95.2 31000 1290 1.6 136.6 22000

1274 0.9 134.8 15000 1249 1.8 88.1 22000 1232 1.1 87 15000 1214 3.5 85.7 31000 1160 1.0 122.7 15000

1143 1.8 121 22000 1099 1.2 77.5 15000 1083 2.1 76.4 22000 1027 1.2 108.6 15000 1022 2.1 108.2 22000

972 1.4 68.6 15000 968 2.4 68.3 22000 920 2.3 97.4 22000 916 1.3 96.9 15000 832 2.5 88.1 22000

822 1.5 87 15000 732 1.6 77.5 15000

AS 90 D_100 B5 BN 100LA 6 AS 80 D_100 B5 BN 100LA 6 AS 60 D_100 B5 BN 100LA 6 AS 90 D_100 B5 BN 100LA 6 AS 80 D_100 B5 BN 100LA 6

AS 60 D_100 B5 BN 100LA 6 AS 90 D_100 B5 BN 100LA 6 AS 80 D_100 B5 BN 100LA 6 AS 60 D_100 B5 BN 100LA 6 AS 80 D_100 B5 BN 100LA 6

AS 60 D_090 B5 BN 90LA 4 AS 60 D_100 B5 BN 100LA 6 AS 60 D_090 B5 BN 90LA 4 AS 60 D_100 B5 BN 100LA 6 AS 80 D_100 B5 BN 100LA 6

AS 60 D_090 B5 BN 90LA 4 AS 60 D_100 B5 BN 100LA 6 AS 55 D_100 B5 BN 100LA 6 AS 80 D_100 B5 BN 100LA 6 AS 60 D_090 B5 BN 90LA 4

AS 55 D_090 B5 BN 90LA 4 AS 60 D_100 B5 BN 100LA 6 AS 55 D_100 B5 BN 100LA 6 AS 80 D_100 B5 BN 100LA 6 AS 55 D_090 B5 BN 90LA 4

AS 60 D_090 B5 BN 90LA 4 AS 55 D_100 B5 BN 100LA 6 AS 60 D_100 B5 BN 100LA 6 AS 55 D_090 B5 BN 90LA 4 AS 60 D_090 B5 BN 90LA 4

AS 55 D_100 B5 BN 100LA 6 AS 60 D_100 B5 BN 100LA 6 AS 60 D_090 B5 BN 90LA 4 AS 55 D_090 B5 BN 90LA 4 AS 60 D_090 B5 BN 90LA 4

AS 55 D_090 B5 BN 90LA 4 AS 55 D_090 B5 BN 90LA 4

88 86 84 88 86

84 88 86 84 86

84 84 84 84 86

84 84 82 86 84

82 84 82 86 82

84 82 84 82 84

82 84 84 82 84

82 82

1.5 kW

-1

min

18.4 726 1.0 76.8 9500 AS 45 D_090 B5 BN 90LA 4 80

20.5 648 1.9 68.6 15000 AS 55 D_ 090 B5 BN 90LA 4 82

22.5 593 1.2 62.7 9500 AS 45 D_090 B5 BN 90LA 4 80

23.0 578 2.1 61.2 15000 AS 55 D_ 090 B5 BN 90LA 4 82

25.7 519 2.3 54.9 15000 AS 55 D_ 090 B5 BN 90LA 4 82

26.1 511 0.9 54 7200 AS 35 D_090 B5 BN 90LA 4 78

27.9 477 1.5 50.5 9500 AS 45 D_090 B5 BN 90LA 4 80

30 437 1.1 46.2 7200 AS 35 D_090 B5 BN 90LA 4 78

31 432 1.7 45.7 9500 AS 45 D_090 B5 BN 90LA 4 80

33 403 1.8 42.7 9500 AS 45 D_090 B5 BN 90LA 4 80

34 398 3.0 42.1 15000 AS 55 D_ 090 B5 BN 90LA 4 82

34 389 1.2 41.2 7200 AS 35 D_090 B5 BN 90LA 4 78

37 361 2.0 38.2 9500 AS 45 D_090 B5 BN 90LA 4 80

38 352 3.4 37.2 15000 AS 55 D_ 090 B5 BN 90LA 4 82

38 355 0.9 36.82 3060 AS 30_ 090 B5 BN 90LA 4 76

38 355 1.4 36.82 7200 AS 35_ 090 B5 BN 90LA 4 78

41 325 2.2 34.4 9500 AS 45 D_090 B5 BN 90LA 4 80

43 317 1.0 32.8 3060 AS 30_ 090 B5 BN 90LA 4 76

43 317 1.5 32.8 7200 AS 35_ 090 B5 BN 90LA 4 78

45 294 2.5 31.1 9500 AS 45 D_090 B5 BN 90LA 4 80

48 284 1.1 29.45 3050 AS 30_ 090 B5 BN 90LA 4 76

48 284 1.7 29.45 7200 AS 35_ 090 B5 BN 90LA 4 78

51 265 2.7 27.45 9500 AS 45_ 090 B5 BN 90LA 4 80

57 237 3.0 24.55 9500 AS 45_ 090 B5 BN 90LA 4 80

58 234 1.4 24.19 3000 AS 30_ 090 B5 BN 90LA 4 76

58 234 2.1 24.19 7200 AS 35_ 090 B5 BN 90LA 4 78

64 213 3.4 22.09 9500 AS 45_ 090 B5 BN 90LA 4 80

73 185 1.4 19.21 3050 AS 30_ 090 B5 BN 90LA 4 76

73 185 2.2 19.21 7200 AS 35_ 090 B5 BN 90LA 4 78

82 165 1.6 17.11 3000 AS 30_ 090 B5 BN 90LA 4 76

82 165 2.4 17.11 7200 AS 35_ 090 B5 BN 90LA 4 78

86 158 1.0 16.42 1160 AS 25_ 090 B5 BN 90LA 4 74

92 148 1.8 15.37 2940 AS 30_ 090 B5 BN 90LA 4 76

92 148 2.7 15.37 7200 AS 35_ 090 B5 BN 90LA 4 78 101 135 1.0 14.01 1270 AS 25_ 090 B5 BN 90LA 4 74

112 122 2.1 12.62 2830 AS 30_ 090 B5 BN 90LA 4 76 112 122 3.3 12.62 7200 AS 35_ 090 B5 BN 90LA 4 78 122 111 1.2 11.51 1280 AS 25_ 090 B5 BN 90LA 4 74 123 110 2.4 11.43 2830 AS 30_ 090 B5 BN 90LA 4 76 134 102 1.3 10.53 1280 AS 25_ 090 B5 BN 90LA 4 74

138 98 2.6 10.18 2760 AS 30_ 090 B5 BN 90LA 4 76 154 88 2.9 9.14 2700 AS 30_ 090 B5 BN 90LA 4 76 155 88 0.9 18.01 970 AS 20_ 090 B5 BN 90SA 2 72 158 86 1.5 8.93 1270 AS 25_ 090 B5 BN 90LA 4 74 164 83 2.9 17.11 2670 AS 30_ 090 B5 BN 90SA 2 76

171 80 2.0 16.42 1270 AS 25_ 090 B5 BN 90SA 2 74 179 76 1.6 7.88 1300 AS 25_ 090 B5 BN 90LA 4 74 181 75 3.1 7.78 2620 AS 30_ 090 B5 BN 90LA 4 76 182 75 3.2 15.37 2600 AS 30_ 090 B5 BN 90SA 2 76 188 72 3.2 7.51 2570 AS 30_ 090 B5 BN 90LA 4 76

200 68 1.6 14.01 1290 AS 25_ 090 B5 BN 90SA 2 74 203 67 3.4 6.93 2550 AS 30_ 090 B5 BN 90LA 4 76 218 62 1.9 6.47 1270 AS 25_ 090 B5 BN 90LA 4 74 218 62 1.0 6.46 1020 AS 20_ 090 B5 BN 90LA 4 72 238 57 2.1 5.92 1250 AS 25_ 090 B5 BN 90LA 4 74

240 57 1.0 11.67 1020 AS 20_ 090 B5 BN 90SA 2 72 243 56 2.0 11.51 1250 AS 25_ 090 B5 BN 90SA 2 74 257 53 1.1 5.49 1000 AS 20_ 090 B5 BN 90LA 4 72 266 51 2.1 10.53 1230 AS 25_ 090 B5 BN 90SA 2 74 281 48 2.5 5.02 1220 AS 25_ 090 B5 BN 90LA 4 74

SiRn

1.5 kW

-1

min

282 48 1.1 9.92 1000 AS 20_ 090 B5 BN 90SA 2 72 313 43 2.5 8.93 1200 AS 25_ 090 B5 BN 90SA 2 74 327 42 1.2 8.57 1010 AS 20_ 090 B5 BN 90SA 2 72 355 38 2.6 7.88 1190 AS 25_ 090 B5 BN 90SA 2 74 361 38 1.3 7.75 990 AS 20_ 090 B5 BN 90SA 2 72

433 31 3.2 6.47 1140 AS 25_ 090 B5 BN 90SA 2 74 434 31 1.6 6.46 960 AS 20_ 090 B5 BN 90SA 2 72 473 29 3.5 5.92 1120 AS 25_ 090 B5 BN 90SA 2 74 510 27 1.9 5.49 930 AS 20_ 090 B5 BN 90SA 2 72

SiRn

2.2 kW

5.4 3639 1.9 173.2 42000 AS 90 D_112 B5 BN 112M 6 88

5.4 3621 1.2 172.3 31000 AS 80 D_112 B5 BN 112M 6 86

6.0 3254 2.1 154.9 42000 AS 90 D_112 B5 BN 112M 6 88

6.0 3238 1.3 154.1 31000 AS 80 D_112 B5 BN 112M 6 86

6.7 2929 2.3 139.4 42000 AS 90 D_112 B5 BN 112M 6 88

6.7 2915 1.4 138.7 31000 AS 80 D_112 B5 BN 112M 6 86

7.4 2650 2.6 126.1 42000 AS 90 D_112 B5 BN 112M 6 88

7.4 2637 1.6 125.5 31000 AS 80 D_112 B5 BN 112M 6 86

7.7 2542 0.9 121 22000 AS 60 D_112 B5 BN 112M 6 84

8.1 2400 2.6 173.2 42000 AS 90 D_100 B5 BN 100LA 4 88

8.2 2388 1.6 172.3 31000 AS 80 D_100 B5 BN 100LA 4 86

8.4 2324 0.9 167.7 22000 AS 60 D_100 B5 BN 100LA 4 84

8.6 2273 1.0 108.2 22000 AS 60 D_112 B5 BN 112M 6 84

8.7 2237 1.9 106.5 31000 AS 80 D_112 B5 BN 112M 6 86

8.7 2237 3.0 106.5 42000 AS 90 D_112 B5 BN 112M 6 88

9.1 2146 2.9 154.9 42000 AS 90 D_100 B5 BN 100LA 4 88

9.1 2136 1.8 154.1 31000 AS 80 D_100 B5 BN 100LA 4 86

9.3 2092 1.0 151 22000 AS 60 D_100 B5 BN 100LA 4 84

9.6 2046 1.1 97.4 22000 AS 60 D_112 B5 BN 112M 6 84

9.8 2000 2.1 95.2 31000 AS 80 D_112 B5 BN 112M 6 86

9.8 2000 3.4 95.2 42000 AS 90 D_112 B5 BN 112M 6 88

10.1 1932 3.2 139.4 42000 AS 90 D_100 B5 BN 100LA 4 88

10.2 1922 2.0 138.7 31000 AS 80 D_100 B5 BN 100LA 4 86

10.3 1893 1.1 136.6 22000 AS 60 D_100 B5 BN 100LA 4 84

10.6 1851 1.2 88.1 22000 AS 60 D_112 B5 BN 112M 6 84

10.9 1800 2.3 85.7 31000 AS 80 D_112 B5 BN 112M 6 86

11.2 1739 2.2 125.5 31000 AS 80 D_100 B5 BN 100LA 4 86

11.7 1677 1.3 121 22000 AS 60 D_100 B5 BN 100LA 4 84

12.0 1629 2.6 77.5 31000 AS 80 D_112 B5 BN 112M 6 86

12.2 1605 1.4 76.4 22000 AS 60 D_112 B5 BN 112M 6 84

13.0 1499 1.4 108.2 22000 AS 60 D_100 B5 BN 100LA 4 84

13.2 1475 2.6 106.5 31000 AS 80 D_100 B5 BN 100LA 4 86

13.6 1442 0.9 68.6 15000 AS 55 D_112 B5 BN 112M 6 82

13.6 1436 1.6 68.3 22000 AS 60 D_112 B5 BN 112M 6 84

14.5 1349 1.6 97.4 22000 AS 60 D_100 B5 BN 100LA 4 84

14.8 1319 2.9 95.2 31000 AS 80 D_100 B5 BN 100LA 4 86

16.0 1221 1.7 88.1 22000 AS 60 D_100 B5 BN 100LA 4 84

16.2 1205 1.0 87 15000 AS 55 D_ 100 B5 BN 100LA 4 82

16.5 1187 3.2 85.7 31000 AS 80 D_100 B5 BN 100LA 4 86

18.2 1074 1.1 77.5 15000 AS 55 D_100 B5 BN 100LA 4 82

18.5 1059 2.0 76.4 22000 AS 60 D_100 B5 BN 100LA 4 84

20.5 951 1.3 68.6 15000 AS 55 D_ 100 B5 BN 100LA 4 82

20.6 947 2.2 68.3 21500 AS 60 D_ 100 B5 BN 100LA 4 84

22.9 852 2.5 61.5 20900 AS 60 D_ 100 B5 BN 100LA 4 84

23.0 848 1.4 61.2 15000 AS 55 D_ 100 B5 BN 100LA 4 82

25.1 777 0.9 56.1 9500 AS 45 D_100 B5 BN 100LA 4 80

2.2 kW

-1

min

25.3 771 2.7 55.6 20400 AS 60 D_ 100 B5 BN 100LA 4 84

25.7 761 1.6 54.9 15000 AS 55 D_ 100 B5 BN 100LA 4 82

27.9 700 1.0 50.5 9500 AS 45 D_100 B5 BN 100LA 4 80

31 633 1.1 45.7 9500 AS 45 D_100 B5 BN 100LA 4 80

33 592 1.2 42.7 9500 AS 45 D_100 B5 BN 100LA 4 80

34 583 2.1 42.1 15000 AS 55 D_ 100 B5 BN 100LA 4 82

37 529 1.4 38.2 9500 AS 45 D_100 B5 BN 100LA 4 80

38 516 2.3 37.2 15000 AS 55 D_ 100 B5 BN 100LA 4 82

38 521 0.9 36.82 7200 AS 35_ 100 B5 BN 100LA 4 78

41 476 1.5 34.4 9500 AS 45 D_100 B5 BN 100LA 4 80

42 460 2.6 33.2 15000 AS 55 D_ 100 B5 BN 100LA 4 82

43 464 1.0 32.8 7200 AS 35_ 100 B5 BN 100LA 4 78

45 431 1.7 31.1 9500 AS 45 D_100 B5 BN 100LA 4 80

47 413 2.9 29.8 15000 AS 55 D_ 100 B5 BN 100LA 4 82

48 417 1.2 29.45 7200 AS 35_ 100 B5 BN 100LA 4 78

51 389 1.9 27.45 9500 AS 45_ 100 B5 BN 100LA 4 80

55 366 3.3 25.84 15000 AS 55_ 100 B5 BN 100LA 4 82

57 347 2.1 24.55 9500 AS 45_ 100 B5 BN 100LA 4 80

58 342 0.9 24.19 2320 AS 30_ 100 B5 BN 100LA 4 76

58 342 1.4 24.19 7200 AS 35_ 100 B5 BN 100LA 4 78

64 313 2.3 22.09 9410 AS 45_ 100 B5 BN 100LA 4 80

71 283 2.5 19.99 9210 AS 45_ 100 B5 BN 100LA 4 80

73 272 1.0 19.21 2540 AS 30_ 100 B5 BN 100LA 4 76

73 272 1.5 19.21 7200 AS 35_ 100 B5 BN 100LA 4 78

80 251 2.6 17.7 9050 AS 45_ 100 B5 BN 100LA 4 80

82 242 1.1 17.11 2540 AS 30_ 100 B5 BN 100LA 4 76

82 242 1.7 17.11 7200 AS 35_ 100 B5 BN 100LA 4 78

89 224 2.9 15.83 8820 AS 45_ 100 B5 BN 100LA 4 80

92 218 1.2 15.37 2520 AS 30_ 100 B5 BN 100LA 4 76

92 218 1.8 15.37 7200 AS 35_ 100 B5 BN 100LA 4 78

99 202 3.2 14.25 8600 AS 45_ 100 B5 BN 100LA 4 80 112 179 1.5 12.62 2480 AS 30_ 100 B5 BN 100LA 4 76 112 179 2.2 12.62 7200 AS 35_ 100 B5 BN 100LA 4 78 123 162 1.6 11.43 2530 AS 30_ 100 B5 BN 100LA 4 76 123 162 2.5 11.43 7200 AS 35_ 100 B5 BN 100LA 4 78

138 144 1.8 10.18 2490 AS 30_ 100 B5 BN 100LA 4 76 138 144 2.8 10.18 7110 AS 35_ 100 B5 BN 100LA 4 78 154 129 2.0 9.14 2450 AS 30_ 100 B5 BN 100LA 4 76 154 129 3.1 9.14 6920 AS 35_ 100 B5 BN 100LA 4 78 164 122 2.0 17.11 2440 AS 30_ 090 B5 BN 90L 2 76

164 122 3.0 17.11 6830 AS 35_ 090 B5 BN 90L 2 78 171 117 1.4 16.42 990 AS 25_ 090 B5 BN 90L 2 74 181 110 2.1 7.78 2420 AS 30_ 100 B5 BN 100LA 4 76 181 110 3.1 7.78 6690 AS 35_ 100 B5 BN 100LA 4 78 183 109 2.2 15.37 2390 AS 30_ 090 B5 BN 90L 2 76

183 109 3.3 15.37 6650 AS 35_ 090 B5 BN 90L 2 78 188 106 2.2 7.51 2360 AS 30_ 100 B5 BN 100LA 4 76 188 106 3.2 7.51 6590 AS 35_ 100 B5 BN 100LA 4 78 201 100 1.1 14.01 1070 AS 25_ 090 B5 BN 90L 2 74 203 98 2.3 6.93 2360 AS 30_ 100 B5 BN 100LA 4 76

203 98 3.5 6.93 6490 AS 35_ 100 B5 BN 100LA 4 78 223 90 2.7 12.62 2300 AS 30_ 090 B5 BN 90L 2 76 227 88 2.6 6.22 2310 AS 30_ 100 B5 BN 100LA 4 76 244 82 1.3 11.51 1070 AS 25_ 090 B5 BN 90L 2 74 246 81 2.6 11.43 2290 AS 30_ 090 B5 BN 90L 2 76

267 75 1.5 10.53 1060 AS 25_ 090 B5 BN 90L 2 74 276 72 3.2 5.11 2210 AS 30_ 100 B5 BN 100LA 4 76 276 72 2.9 10.18 2230 AS 30_ 090 B5 BN 90L 2 76 307 65 3.2 9.14 2170 AS 30_ 090 B5 BN 90L 2 76 315 63 1.7 8.93 1050 AS 25_ 090 B5 BN 90L 2 74

SiRn

2.2 kW

-1

min

357 56 1.8 7.88 1060 AS 25_ 090 B5 BN 90L 2 74 361 55 3.3 7.78 2110 AS 30_ 090 B5 BN 90L 2 76 363 55 0.9 7.75 850 AS 20_ 090 B5 BN 90L 2 72 374 53 3.4 7.51 2070 AS 30_ 090 B5 BN 90L 2 76 434 46 2.2 6.47 1030 AS 25_ 090 B5 BN 90L 2 74

435 46 1.1 6.46 840 AS 20_ 090 B5 BN 90L 2 72 475 42 2.4 5.92 1020 AS 25_ 090 B5 BN 90L 2 74 512 39 1.3 5.49 820 AS 20_ 090 B5 BN 90L 2 72 559 36 2.8 5.02 990 AS 25_ 090 B5 BN 90L 2 74

SiRn

3kW

5.4 4909 1.4 173.2 42000 AS 90 D_132 B5 BN 132S 6 88

6.1 4390 1.5 154.9 42000 AS 90 D_132 B5 BN 132S 6 88

6.1 4369 1.0 154.1 31000 AS 80 D_132 B5 BN 132S 6 86

6.7 3951 1.7 139.4 42000 AS 90 D_132 B5 BN 132S 6 88

6.8 3932 1.1 138.7 31000 AS 80 D_132 B5 BN 132S 6 86

7.5 3575 1.9 126.1 42000 AS 90 D_132 B5 BN 132S 6 88

7.5 3558 1.2 125.5 31000 AS 80 D_132 B5 BN 132S 6 86

8.1 3273 1.9 173.2 42000 AS 90 D_100 B5 BN 100LB 4 88

8.2 3257 1.2 172.3 31000 AS 80 D_100 B5 BN 100LB 4 86

8.8 3017 1.4 106.5 31000 AS 80 D_132 B5 BN 132S 6 86

8.8 3017 2.3 106.5 42000 AS 90 D_132 B5 BN 132S 6 88

9.1 2927 2.1 154.9 42000 AS 90 D_100 B5 BN 100LB 4 88

9.1 2913 1.3 154.1 31000 AS 80 D_100 B5 BN 100LB 4 86

9.9 2698 1.6 95.2 31000 AS 80 D_132 B5 BN 132S 6 86

9.9 2698 2.5 95.2 42000 AS 90 D_132 B5 BN 132S 6 88

10.1 2634 2.4 139.4 42000 AS 90 D_100 B5 BN 100LB 4 88

10.2 2621 1.4 138.7 31000 AS 80 D_100 B5 BN 100LB 4 86

10.7 2497 0.9 88.1 22000 AS 60 D_132 B5 BN 132S 6 84

11.0 2429 1.7 85.7 31000 AS 80 D_132 B5 BN 132S 6 86

11.0 2429 2.8 85.7 42000 AS 90 D_132 B5 BN 132S 6 88

11.2 2383 2.6 126.1 42000 AS 90 D_100 B5 BN 100LB 4 88

11.2 2372 1.6 125.5 31000 AS 80 D_100 B5 BN 100LB 4 86

11.7 2286 0.9 121 22000 AS 60 D_100 B5 BN 100LB 4 84

12.1 2197 1.9 77.5 31000 AS 80 D_132 B5 BN 132S 6 86

12.1 2197 3.1 77.5 42000 AS 90 D_132 B5 BN 132S 6 88

12.3 2166 1.1 76.4 22000 AS 60 D_132 B5 BN 132S 6 84

13.0 2045 1.0 108.2 21900 AS 60 D_100 B5 BN 100LB 4 84

13.2 2012 1.9 106.5 31000 AS 80 D_100 B5 BN 100LB 4 86

13.2 2012 3.1 106.5 42000 AS 90 D_100 B5 BN 100LB 4 88

13.7 1950 2.2 68.8 31000 AS 80 D_132 B5 BN 132S 6 86

13.7 1950 3.5 68.8 42000 AS 90 D_132 B5 BN 132S 6 88

13.8 1937 1.2 68.3 21800 AS 60 D_132 B5 BN 132S 6 84

14.5 1840 1.1 97.4 21500 AS 60 D_100 B5 BN 100LB 4 84

14.8 1799 2.1 95.2 31000 AS 80 D_100 B5 BN 100LB 4 86

14.8 1799 3.4 95.2 42000 AS 90 D_100 B5 BN 100LB 4 88

16.0 1665 1.3 88.1 21100 AS 60 D_100 B5 BN 100LB 4 84

16.5 1619 2.3 85.7 31000 AS 80 D_100 B5 BN 100LB 4 86

18.2 1465 2.6 77.5 31000 AS 80 D_100 B5 BN 100LB 4 86

18.5 1444 1.5 76.4 21000 AS 60 D_100 B5 BN 100LB 4 84

20.5 1297 0.9 68.6 15000 AS 55 D_100 B5 BN 100LB 4 82

20.6 1291 1.6 68.3 20500 AS 60 D_100 B5 BN 100LB 4 84

22.9 1162 1.8 61.5 20000 AS 60 D_100 B5 BN 100LB 4 84

23.0 1156 1.0 61.2 15000 AS 55 D_100 B5 BN 100LB 4 82

25.3 1051 2.0 55.6 19600 AS 60 D_100 B5 BN 100LB 4 84

25.7 1038 1.2 54.9 15000 AS 55 D_100 B5 BN 100LB 4 82

34 795 1.5 42.1 15000 AS 55 D_ 100 B5 BN 100LB 4 82

34 784 2.7 41.5 18600 AS 60 D_ 100 B5 BN 100LB 4 84

37 722 1.0 38.2 9500 AS 45 D_100 B5 BN 100LB 4 80

3kW

-1

min

38 704 1.7 37.2 15000 AS 55 D_ 100 B5 BN 100LB 4 82

38 701 3.0 37.1 18100 AS 60 D_ 100 B5 BN 100LB 4 84

41 649 1.1 34.4 9500 AS 45 D_100 B5 BN 100LB 4 80

42 631 3.3 33.4 17600 AS 60 D_ 100 B5 BN 100LB 4 84

42 628 1.9 33.2 15000 AS 55 D_ 100 B5 BN 100LB 4 82

45 588 1.2 31.1 9500 AS 45 D_100 B5 BN 100LB 4 80

47 563 2.1 29.8 15000 AS 55 D_ 100 B5 BN 100LB 4 82

51 530 1.4 27.45 9220 AS 45_ 100 B5 BN 100LB 4 80

55 499 2.4 25.84 15000 AS 55_ 100 B5 BN 100LB 4 82

57 474 1.5 24.55 9050 AS 45_ 100 B5 BN 100LB 4 80

58 467 1.0 24.19 7200 AS 35_ 100 B5 BN 100LB 4 78

62 442 2.7 22.87 15000 AS 55_ 100 B5 BN 100LB 4 82

64 426 1.7 22.09 8880 AS 45_ 100 B5 BN 100LB 4 80

69 394 3.0 20.4 15000 AS 55_ 100 B5 BN 100LB 4 82

71 386 1.9 19.99 8710 AS 45_ 100 B5 BN 100LB 4 80

73 371 1.1 19.21 7200 AS 35_ 100 B5 BN 100LB 4 78

77 353 3.4 18.31 15000 AS 55_ 100 B5 BN 100LB 4 82

80 342 1.9 17.7 8640 AS 45_ 100 B5 BN 100LB 4 80

82 330 1.2 17.11 7200 AS 35_ 100 B5 BN 100LB 4 78

89 306 2.1 15.83 8440 AS 45_ 100 B5 BN 100LB 4 80

92 297 1.3 15.37 7200 AS 35_ 100 B5 BN 100LB 4 78

99 275 2.4 14.25 8250 AS 45_ 100 B5 BN 100LB 4 80 109 249 2.6 12.89 8070 AS 45_ 100 B5 BN 100LB 4 80 112 244 1.1 12.62 2070 AS 30_ 100 B5 BN 100LB 4 76 112 244 1.6 12.62 7030 AS 35_ 100 B5 BN 100LB 4 78

123 221 1.2 11.43 2190 AS 30_ 100 B5 BN 100LB 4 76 123 221 1.8 11.43 6990 AS 35_ 100 B5 BN 100LB 4 78 126 216 3.0 11.18 7900 AS 45_ 100 B5 BN 100LB 4 80 138 197 1.3 10.18 2180 AS 30_ 100 B5 BN 100LB 4 76 138 197 2.0 10.18 6820 AS 35_ 100 B5 BN 100LB 4 78

141 193 3.4 10 7690 AS 45_ 100 B5 BN 100LB 4 80 154 176 1.5 9.14 2160 AS 30_ 100 B5 BN 100LB 4 76 154 176 2.3 9.14 6670 AS 35_ 100 B5 BN 100LB 4 78 167 163 1.5 17.11 2180 AS 30_ 100 B5 BN 100L 2 76 167 163 2.2 17.11 6570 AS 35_ 100 B5 BN 100L 2 78

181 150 1.5 7.78 2180 AS 30_ 100 B5 BN 100LB 4 76 181 150 2.3 7.78 6470 AS 35_ 100 B5 BN 100LB 4 78 186 146 1.6 15.37 2150 AS 30_ 100 B5 BN 100L 2 76 186 146 2.5 15.37 6410 AS 35_ 100 B5 BN 100L 2 78 188 145 1.6 7.51 2120 AS 30_ 100 B5 BN 100LB 4 76

188 145 2.3 7.51 6370 AS 35_ 100 B5 BN 100LB 4 78 203 134 1.7 6.93 2150 AS 30_ 100 B5 BN 100LB 4 76 203 134 2.5 6.93 6300 AS 35_ 100 B5 BN 100LB 4 78 227 120 2.0 12.62 2090 AS 30_ 100 B5 BN 100L 2 76 227 120 3.0 12.62 6120 AS 35_ 100 B5 BN 100L 2 78

227 120 1.9 6.22 2110 AS 30_ 100 B5 BN 100LB 4 76 227 120 2.8 6.22 6140 AS 35_ 100 B5 BN 100LB 4 78 250 109 1.9 11.43 2110 AS 30_ 100 B5 BN 100L 2 76 250 109 2.9 11.43 6020 AS 35_ 100 B5 BN 100L 2 78 276 99 2.3 5.11 2040 AS 30_ 100 B5 BN 100LB 4 76

276 99 3.4 5.11 5850 AS 35_ 100 B5 BN 100LB 4 78 281 97 2.2 10.18 2070 AS 30_ 100 B5 BN 100L 2 76 281 97 3.3 10.18 5850 AS 35_ 100 B5 BN 100L 2 78 313 87 2.4 9.14 2030 AS 30_ 100 B5 BN 100L 2 76 368 74 2.4 7.78 1980 AS 30_ 100 B5 BN 100L 2 76

381 71 2.5 7.51 1940 AS 30_ 100 B5 BN 100L 2 76 413 66 2.7 6.93 1930 AS 30_ 100 B5 BN 100L 2 76 460 59 3.0 6.22 1890 AS 30_ 100 B5 BN 100L 2 76 521 52 1.0 5.49 700 AS 20_ 100 B5 BN 100L 2 72

SiRn

4kW

-1

min

5.5 6477 1.0 173.2 42000 AS 90 D_132 B5 BN 132MA 6 88

6.1 5792 1.2 154.9 42000 AS 90 D_132 B5 BN 132MA 6 88

6.8 5213 1.3 139.4 42000 AS 90 D_132 B5 BN 132MA 6 88

7.5 4717 1.4 126.1 42000 AS 90 D_132 B5 BN 132MA 6 88

8.0 4427 1.4 173.2 42000 AS 90 D_112 B5 BN 112M 4 88

8.9 3981 1.1 106.5 31000 AS 80 D_132 B5 BN 132MA 6 86

8.9 3981 1.7 106.5 42000 AS 90 D_132 B5 BN 132MA 6 88

9.0 3959 1.6 154.9 42000 AS 90 D_112 B5 BN 112M 4 88

9.0 3939 1.0 154.1 31000 AS 80 D_112 B5 BN 112M 4 86

10.0 3563 1.7 139.4 42000 AS 90 D_112 B5 BN 112M 4 88

10.0 3560 1.2 95.2 31000 AS 80 D_132 B5 BN 132MA 6 86

10.0 3560 1.9 95.2 42000 AS 90 D_132 B5 BN 132MA 6 88

10.0 3545 1.1 138.7 31000 AS 80 D_112 B5 BN 112M 4 86

11.0 3224 1.9 126.1 42000 AS 90 D_112 B5 BN 112M 4 88

11.1 3208 1.2 125.5 31000 AS 80 D_112 B5 BN 112M 4 86

11.1 3204 1.3 85.7 31000 AS 80 D_132 B5 BN 132MA 6 86

11.1 3204 2.1 85.7 42000 AS 90 D_132 B5 BN 132MA 6 88

12.3 2899 1.4 77.5 31000 AS 80 D_132 B5 BN 132MA 6 86

12.3 2899 2.3 77.5 42000 AS 90 D_132 B5 BN 132MA 6 88

13.1 2721 1.4 106.5 31000 AS 80 D_112 B5 BN 112M 4 86

13.1 2721 2.3 106.5 42000 AS 90 D_112 B5 BN 112M 4 88

13.8 2573 1.6 68.8 31000 AS 80 D_132 B5 BN 132MA 6 86

13.8 2573 2.6 68.8 42000 AS 90 D_132 B5 BN 132MA 6 88

13.9 2555 0.9 68.3 20000 AS 60 D_132 B5 BN 132MA 6 84

14.6 2433 1.6 95.2 31000 AS 80 D_112 B5 BN 112M 4 86

14.6 2433 2.5 95.2 42000 AS 90 D_112 B5 BN 112M 4 88

15.8 2252 0.9 88.1 19500 AS 60 D_112 B5 BN 112M 4 84

16.2 2190 1.7 85.7 31000 AS 80 D_112 B5 BN 112M 4 86

16.2 2190 2.8 85.7 42000 AS 90 D_112 B5 BN 112M 4 88

17.9 1981 1.9 77.5 31000 AS 80 D_112 B5 BN 112M 4 86

17.9 1981 3.1 77.5 42000 AS 90 D_112 B5 BN 112M 4 88

18.2 1953 1.1 76.4 19700 AS 60 D_112 B5 BN 112M 4 84

20.3 1746 1.2 68.3 19300 AS 60 D_112 B5 BN 112M 4 84

22.6 1572 1.3 61.5 18900 AS 60 D_112 B5 BN 112M 4 84

25.0 1422 1.5 55.6 18600 AS 60 D_112 B5 BN 112M 4 84

33 1076 1.1 42.1 15000 AS 55 D_112 B5 BN 112M 4 82

34 1060 2.0 41.5 17900 AS 60 D_112 B5 BN 112M 4 84

37 952 1.3 37.2 15000 AS 55 D_ 112 B5 BN 112M 4 82

37 948 2.2 37.1 17500 AS 60 D_ 112 B5 BN 112M 4 84

42 853 2.5 33.4 17100 AS 60 D_ 112 B5 BN 112M 4 84

42 849 1.4 33.2 15000 AS 55 D_ 112 B5 BN 112M 4 82

45 795 0.9 31.1 9140 AS 45 D_112 B5 BN 112M 4 80

46 772 2.7 30.2 16700 AS 60 D_ 112 B5 BN 112M 4 84

47 762 1.6 29.8 15000 AS 55 D_ 112 B5 BN 112M 4 82

51 717 1.0 27.45 8420 AS 45_ 112 B5 BN 112M 4 80

54 675 1.8 25.84 15000 AS 55_ 112 B5 BN 112M 4 82

57 641 1.1 24.55 8320 AS 45_ 112 B5 BN 112M 4 80

61 597 2.0 22.87 15000 AS 55_ 112 B5 BN 112M 4 82

63 577 1.2 22.09 8220 AS 45_ 112 B5 BN 112M 4 80

68 533 2.3 20.4 15000 AS 55_ 112 B5 BN 112M 4 82

70 522 1.4 19.99 8100 AS 45_ 112 B5 BN 112M 4 80

76 478 2.5 18.31 15000 AS 55_ 112 B5 BN 112M 4 82

79 462 1.4 17.7 8140 AS 45_ 112 B5 BN 112M 4 80

87 417 2.6 15.96 15000 AS 55_ 112 B5 BN 112M 4 82

88 413 1.6 15.83 7980 AS 45_ 112 B5 BN 112M 4 80

90 401 1.0 15.37 6760 AS 35_ 112 B5 BN 112M 4 78

98 372 1.7 14.25 7830 AS 45_ 112 B5 BN 112M 4 80

98 369 3.0 14.13 14900 AS 55_ 112 B5 BN 112M 4 82 108 337 1.9 12.89 7680 AS 45_ 112 B5 BN 112M 4 80 110 330 1.2 12.62 6580 AS 35_ 112 B5 BN 112M 4 78

SiRn

4kW

-1

min

110 329 3.3 12.6 14500 AS 55_ 112 B5 BN 112M 4 82 122 298 1.3 11.43 6610 AS 35_ 112 B5 BN 112M 4 78 124 292 2.2 11.18 7590 AS 45_ 112 B5 BN 112M 4 80 137 266 1.0 10.18 1780 AS 30_ 112 B5 BN 112M 4 76 137 266 1.5 10.18 6480 AS 35_ 112 B5 BN 112M 4 78

139 261 2.5 10 7410 AS 45_ 112 B5 BN 112M 4 80 152 239 1.1 9.14 1800 AS 30_ 112 B5 BN 112M 4 76 152 239 1.7 9.14 6360 AS 35_ 112 B5 BN 112M 4 78 154 235 2.8 9 7250 AS 45_ 112 B5 BN 112M 4 80 162 224 2.6 17.7 7220 AS 45_ 100 B5 BN 100LB 2 80

168 216 1.1 17.11 1850 AS 30_ 100 B5 BN 100LB 2 76 168 216 1.7 17.11 6280 AS 35_ 100 B5 BN 100LB 2 78 171 213 3.1 8.14 7080 AS 45_ 112 B5 BN 112M 4 80 179 203 1.1 7.78 1890 AS 30_ 112 B5 BN 112M 4 76 179 203 1.7 7.78 6220 AS 35_ 112 B5 BN 112M 4 78

181 200 2.9 15.83 7040 AS 45_ 100 B5 BN 100LB 2 80 185 196 1.2 7.51 1810 AS 30_ 112 B5 BN 112M 4 76 185 196 1.7 7.51 6110 AS 35_ 112 B5 BN 112M 4 78 187 194 1.2 15.37 1850 AS 30_ 100 B5 BN 100LB 2 76 187 194 1.9 15.37 6140 AS 35_ 100 B5 BN 100LB 2 78

201 181 1.3 6.93 1880 AS 30_ 112 B5 BN 112M 4 76 201 181 1.9 6.93 6080 AS 35_ 112 B5 BN 112M 4 78 201 180 3.3 14.25 6860 AS 45_ 100 B5 BN 100LB 2 80 223 162 1.4 6.22 1870 AS 30_ 112 B5 BN 112M 4 76 223 162 2.1 6.22 5940 AS 35_ 112 B5 BN 112M 4 78

227 160 1.5 12.62 1840 AS 30_ 100 B5 BN 100LB 2 76 227 160 2.3 12.62 5890 AS 35_ 100 B5 BN 100LB 2 78 229 158 3.3 6.07 6700 AS 45_ 112 B5 BN 112M 4 80 251 145 1.5 11.43 1900 AS 30_ 100 B5 BN 100LB 2 76 251 145 2.2 11.43 5830 AS 35_ 100 B5 BN 100LB 2 78

272 133 1.7 5.11 1840 AS 30_ 112 B5 BN 112M 4 76 272 133 2.5 5.11 5680 AS 35_ 112 B5 BN 112M 4 78 282 129 1.6 10.18 1880 AS 30_ 100 B5 BN 100LB 2 76 282 129 2.5 10.18 5680 AS 35_ 100 B5 BN 100LB 2 78 314 116 1.8 9.14 1850 AS 30_ 100 B5 BN 100LB 2 76

314 116 2.8 9.14 5530 AS 35_ 100 B5 BN 100LB 2 78 369 98 1.8 7.78 1840 AS 30_ 100 B5 BN 100LB 2 76 369 98 2.7 7.78 5350 AS 35_ 100 B5 BN 100LB 2 78 382 95 1.9 7.51 1790 AS 30_ 100 B5 BN 100LB 2 76 382 95 2.8 7.51 5280 AS 35_ 100 B5 BN 100LB 2 78

414 88 2.1 6.93 1800 AS 30_ 100 B5 BN 100LB 2 76 414 88 3.1 6.93 5200 AS 35_ 100 B5 BN 100LB 2 78 461 79 2.3 6.22 1770 AS 30_ 100 B5 BN 100LB 2 76 461 79 3.4 6.22 5060 AS 35_ 100 B5 BN 100LB 2 78 562 65 2.8 5.11 1690 AS 30_ 100 B5 BN 100LB 2 76

SiRn

5.5 kW

6.8 7206 0.9 139.4 42000 AS 90 D_132 B5 BN 132MB 6 88

7.5 6520 1.0 126.1 42000 AS 90 D_132 B5 BN 132MB 6 88

8.3 5875 1.1 173.2 42000 AS 90 D_132 B5 BN 132S 4 88

8.9 5503 1.2 106.5 42000 AS 90 D_132 B5 BN 132MB 6 88

9.3 5254 1.2 154.9 42000 AS 90 D_132 B5 BN 132S 4 88

9.9 4921 1.4 95.2 42000 AS 90 D_132 B5 BN 132MB 6 88

10.3 4729 1.3 139.4 42000 AS 90 D_132 B5 BN 132S 4 88

11.0 4429 0.9 85.7 31000 AS 80 D_132 B5 BN 132MB 6 86

11.0 4429 1.5 85.7 42000 AS 90 D_132 B5 BN 132MB 6 88

11.4 4278 1.4 126.1 42000 AS 90 D_132 B5 BN 132S 4 88

12.2 4007 1.0 77.5 31000 AS 80 D_132 B5 BN 132MB 6 86

5.5 kW

-1

min

12.2 4007 1.7 77.5 42000 AS 90 D_132 B5 BN 132MB 6 88

13.5 3611 1.1 106.5 31000 AS 80 D_132 B5 BN 132S 4 86

13.5 3611 1.7 106.5 42000 AS 90 D_132 B5 BN 132S 4 88

13.7 3556 1.2 68.8 31000 AS 80 D_132 B5 BN 132MB 6 86

13.7 3556 1.9 68.8 42000 AS 90 D_132 B5 BN 132MB 6 88

15.1 3229 1.2 95.2 31000 AS 80 D_132 B5 BN 132S 4 86

15.1 3229 1.9 95.2 42000 AS 90 D_132 B5 BN 132S 4 88

16.8 2906 1.3 85.7 31000 AS 80 D_132 B5 BN 132S 4 86

16.8 2906 2.1 85.7 42000 AS 90 D_132 B5 BN 132S 4 88

18.6 2630 1.4 77.5 31000 AS 80 D_132 B5 BN 132S 4 86

18.6 2630 2.4 77.5 42000 AS 90 D_132 B5 BN 132S 4 88

20.9 2334 1.6 68.8 31000 AS 80 D_132 B5 BN 132S 4 86

20.9 2334 2.7 68.8 42000 AS 90 D_132 B5 BN 132S 4 88

21.1 2318 0.9 68.3 17400 AS 60 D_132 B5 BN 132S 4 84

23.4 2087 1.8 61.5 31000 AS 80 D_132 B5 BN 132S 4 86

23.4 2087 3.0 61.5 42000 AS 90 D_132 B5 BN 132S 4 88

23.4 2086 1.0 61.5 17200 AS 60 D_132 B5 BN 132S 4 84

25.9 1888 1.1 55.6 16900 AS 60 D_132 B5 BN 132S 4 84

26.0 1878 2.0 55.4 31000 AS 80 D_132 B5 BN 132S 4 86

26.0 1878 3.3 55.4 42000 AS 90 D_132 B5 BN 132S 4 88

28.7 1699 2.2 50.1 31000 AS 80 D_132 B5 BN 132S 4 86

34 1453 2.6 42.8 31000 AS 80 D_132 B5 BN 132S 4 86

35 1407 1.5 41.5 16800 AS 60 D_132 B5 BN 132S 4 84

38 1299 2.9 38.3 31000 AS 80 D_132 B5 BN 132S 4 86

39 1264 0.9 37.2 15000 AS 55 D_132 B5 BN 132S 4 82

39 1258 1.7 37.1 16400 AS 60 D_132 B5 BN 132S 4 84

42 1169 3.2 34.5 31000 AS 80 D_132 B5 BN 132S 4 86

43 1133 1.9 33.4 16100 AS 60 D_132 B5 BN 132S 4 84

43 1127 1.1 33.2 15000 AS 55 D_132 B5 BN 132S 4 82

48 1025 2.0 30.2 15700 AS 60 D_132 B5 BN 132S 4 84

48 1011 1.2 29.8 15000 AS 55 D_132 B5 BN 132S 4 82

56 895 1.3 25.84 15000 AS 55_ 132 B5 BN 132S 4 82

57 883 2.4 25.47 14800 AS 60_ 132 B5 BN 132S 4 84

63 793 1.5 22.87 15000 AS 55_ 132 B5 BN 132S 4 82

63 789 2.7 22.78 14400 AS 60_ 132 B5 BN 132S 4 84

65 765 0.9 22.09 7210 AS 45_ 132 B5 BN 132S 4 80

70 710 3.0 20.5 14100 AS 60_ 132 B5 BN 132S 4 84

71 707 1.7 20.4 15000 AS 55_ 132 B5 BN 132S 4 82

72 693 1.0 19.99 7170 AS 45_ 132 B5 BN 132S 4 80

78 643 3.3 18.55 13800 AS 60_ 132 B5 BN 132S 4 84

79 634 1.9 18.31 14700 AS 55_ 132 B5 BN 132S 4 82

81 613 1.1 17.7 7340 AS 45_ 132 B5 BN 132S 4 80

90 553 2.0 15.96 14500 AS 55_ 132 B5 BN 132S 4 82

91 549 1.2 15.83 7250 AS 45_ 132 B5 BN 132S 4 80 101 494 1.3 14.25 7160 AS 45_ 132 B5 BN 132S 4 80

102 490 2.2 14.13 14200 AS 55_ 132 B5 BN 132S 4 82 112 447 1.5 12.89 7060 AS 45_ 132 B5 BN 132S 4 80 114 437 2.5 12.6 13800 AS 55_ 132 B5 BN 132S 4 82 127 392 2.8 11.31 13500 AS 55_ 132 B5 BN 132S 4 82 129 387 1.7 11.18 7060 AS 45_ 132 B5 BN 132S 4 80

140 357 3.1 10.31 13300 AS 55_ 132 B5 BN 132S 4 82 144 347 1.9 10 6930 AS 45_ 132 B5 BN 132S 4 80 158 316 3.5 9.13 13000 AS 55_ 132 B5 BN 132S 4 82 160 312 2.1 9 6790 AS 45_ 132 B5 BN 132S 4 80 163 306 1.9 17.7 6830 AS 45_ 132 B5 BN 132SA 2 80

177 282 2.3 8.14 6660 AS 45_ 132 B5 BN 132S 4 80 183 273 2.2 15.83 6680 AS 45_ 132 B5 BN 132SA 2 80 203 246 2.4 14.25 6540 AS 45_ 132 B5 BN 132SA 2 80 224 223 2.7 12.89 6400 AS 45_ 132 B5 BN 132SA 2 80 237 210 2.5 6.07 6390 AS 45_ 132 B5 BN 132S 4 80

SiRn

5.5 kW

-1

min

258 193 2.7 11.18 6280 AS 45_ 132 B5 BN 132SA 2 80 265 188 2.8 5.43 6230 AS 45_ 132 B5 BN 132S 4 80 289 173 3.0 10 6120 AS 45_ 132 B5 BN 132SA 2 80 295 169 3.1 4.89 6080 AS 45_ 132 B5 BN 132S 4 80 321 155 3.3 9 5970 AS 45_ 132 B5 BN 132SA 2 80

326 153 3.4 4.42 5940 AS 45_ 132 B5 BN 132S 4 80

SiRn

7.5 kW

9.0 7425 0.9 106.5 42000 AS 90 D_160 B5 BN 160M 6 88

10.0 6640 1.0 95.2 42000 AS 90 D_160 B5 BN 160M 6 88

10.3 6448 1.0 139.4 42000 AS 90 D_132 B5 BN 132MA 4 88

11.1 5976 1.1 85.7 42000 AS 90 D_160 B5 BN 160M 6 88

11.4 5834 1.1 126.1 42000 AS 90 D_132 B5 BN 132MA 4 88

12.3 5407 1.3 77.5 42000 AS 90 D_160 B5 BN 160M 6 88

13.5 4924 1.3 106.5 42000 AS 90 D_132 B5 BN 132MA 4 88

13.9 4798 1.4 68.8 42000 AS 90 D_160 B5 BN 160M 6 88

15.1 4404 1.4 95.2 42000 AS 90 D_132 B5 BN 132MA 4 88

16.8 3963 1.0 85.7 31000 AS 80 D_132 B5 BN 132MA 4 86

16.8 3963 1.6 85.7 42000 AS 90 D_132 B5 BN 132MA 4 88

18.6 3586 1.1 77.5 31000 AS 80 D_132 B5 BN 132MA 4 86

18.6 3586 1.7 77.5 42000 AS 90 D_132 B5 BN 132MA 4 88

20.9 3182 1.2 68.8 31000 AS 80 D_132 B5 BN 132MA 4 86

20.9 3182 1.9 68.8 42000 AS 90 D_132 B5 BN 132MA 4 88

23.4 2846 1.3 61.5 31000 AS 80 D_132 B5 BN 132MA 4 86

23.4 2846 2.2 61.5 42000 AS 90 D_132 B5 BN 132MA 4 88

26.0 2561 1.5 55.4 31000 AS 80 D_132 B5 BN 132MA 4 86

26.0 2561 2.4 55.4 42000 AS 90 D_132 B5 BN 132MA 4 88

28.7 2317 1.6 50.1 31000 AS 80 D_132 B5 BN 132MA 4 86

28.7 2317 2.7 50.1 42000 AS 90 D_132 B5 BN 132MA 4 88

34 1981 1.9 42.8 31000 AS 80 D_132 B5 BN 132MA 4 86

35 1919 1.1 41.5 15300 AS 60 D_132 B5 BN 132MA 4 84

36 1876 3.3 40.6 42000 AS 90 D_132 B5 BN 132MA 4 88

38 1772 2.1 38.3 31000 AS 80 D_132 B5 BN 132MA 4 86

39 1716 1.2 37.1 15100 AS 60 D_132 B5 BN 132MA 4 84

42 1594 2.4 34.5 31000 AS 80 D_132 B5 BN 132MA 4 86

43 1544 1.4 33.4 14900 AS 60 D_132 B5 BN 132MA 4 84

46 1443 2.6 31.2 31000 AS 80 D_132 B5 BN 132MA 4 86

48 1397 1.5 30.2 14600 AS 60 D_132 B5 BN 132MA 4 84

56 1221 1.0 25.84 14100 AS 55_ 132 B5 BN 132MA 4 82

57 1204 1.7 25.47 13600 AS 60_ 132 B5 BN 132MA 4 84

63 1081 1.1 22.87 13900 AS 55_ 132 B5 BN 132MA 4 82

63 1076 2.0 22.78 13400 AS 60_ 132 B5 BN 132MA 4 84

70 969 2.2 20.5 13200 AS 60_ 132 B5 BN 132MA 4 84

71 964 1.2 20.4 13700 AS 55_ 132 B5 BN 132MA 4 82

78 876 2.4 18.55 13000 AS 60_ 132 B5 BN 132MA 4 84

79 865 1.4 18.31 13500 AS 55_ 132 B5 BN 132MA 4 82

90 754 1.5 15.96 13600 AS 55_ 132 B5 BN 132MA 4 82

92 740 2.6 15.65 12800 AS 60_ 132 B5 BN 132MA 4 84 101 673 1.0 14.25 6310 AS 45_ 132 B5 BN 132MA 4 80

102 668 1.6 14.13 13300 AS 55_ 132 B5 BN 132MA 4 82 103 662 2.9 14 12500 AS 60_ 132 B5 BN 132MA 4 84 112 609 1.1 12.89 6270 AS 45_ 132 B5 BN 132MA 4 80 114 595 1.8 12.6 13000 AS 55_ 132 B5 BN 132MA 4 82

114 595 3.2 12.6 12300 AS 60_ 132 B5 BN 132MA 4 84 127 534 2.1 11.31 12800 AS 55_ 132 B5 BN 132MA 4 82 129 528 1.2 11.18 6420 AS 45_ 132 B5 BN 132MA 4 80 140 487 2.3 10.31 12700 AS 55_ 132 B5 BN 132MA 4 82

7.5 kW

-1

min

144 473 1.4 10 6350 AS 45_ 132 B5 BN 132MA 4 80 158 431 2.5 9.13 12400 AS 55_ 132 B5 BN 132MA 4 82 158 430 2.8 18.31 12300 AS 55_ 132 B5 BN 132SB 2 82 160 425 1.5 9 6260 AS 45_ 132 B5 BN 132MA 4 80 164 415 1.4 17.7 6320 AS 45_ 132 B5 BN 132SB 2 80

177 385 1.7 8.14 6170 AS 45_ 132 B5 BN 132MA 4 80 177 385 2.9 8.14 12100 AS 55_ 132 B5 BN 132MA 4 82 182 374 2.7 15.96 12100 AS 55_ 132 B5 BN 132SB 2 82 183 372 1.6 15.83 6220 AS 45_ 132 B5 BN 132SB 2 80 197 345 3.2 7.31 11800 AS 55_ 132 B5 BN 132MA 4 82

204 334 1.8 14.25 6110 AS 45_ 132 B5 BN 132SB 2 80 205 331 3.0 14.13 11800 AS 55_ 132 B5 BN 132SB 2 82 224 303 2.6 6.42 11600 AS 55_ 132 B5 BN 132MA 4 82 225 303 2.0 12.89 6010 AS 45_ 132 B5 BN 132SB 2 80 230 296 3.4 12.6 11500 AS 55_ 132 B5 BN 132SB 2 82

237 287 1.8 6.07 6040 AS 45_ 132 B5 BN 132MA 4 80 253 269 3.0 5.68 11300 AS 55_ 132 B5 BN 132MA 4 82 259 262 2.0 11.18 5960 AS 45_ 132 B5 BN 132SB 2 80 265 257 2.0 5.43 5920 AS 45_ 132 B5 BN 132MA 4 80 284 240 3.3 5.07 11000 AS 55_ 132 B5 BN 132MA 4 82

290 235 2.2 10 5830 AS 45_ 132 B5 BN 132SB 2 80 295 231 2.3 4.89 5790 AS 45_ 132 B5 BN 132MA 4 80 322 211 2.5 9 5700 AS 45_ 132 B5 BN 132SB 2 80 326 209 2.5 4.42 5670 AS 45_ 132 B5 BN 132MA 4 80 356 191 2.7 8.14 5580 AS 45_ 132 B5 BN 132SB 2 80

478 142 2.9 6.07 5310 AS 45_ 132 B5 BN 132SB 2 80 534 127 3.3 5.43 5170 AS 45_ 132 B5 BN 132SB 2 80

SiRn

9.2 kW

13.5 6040 1.0 106.5 42000 AS 90 D_132 B5 BN 132MB 4 88

15.1 5402 1.1 95.2 42000 AS 90 D_132 B5 BN 132MB 4 88

16.8 4862 1.3 85.7 42000 AS 90 D_132 B5 BN 132MB 4 88

18.6 4399 1.4 77.5 42000 AS 90 D_132 B5 BN 132MB 4 88

20.9 3904 1.0 68.8 31000 AS 80 D_132 B5 BN 132MB 4 86

20.9 3904 1.6 68.8 42000 AS 90 D_132 B5 BN 132MB 4 88

23.4 3491 1.1 61.5 31000 AS 80 D_132 B5 BN 132MB 4 86

23.4 3491 1.8 61.5 42000 AS 90 D_132 B5 BN 132MB 4 88

26.0 3142 1.2 55.4 31000 AS 80 D_132 B5 BN 132MB 4 86

26.0 3142 2.0 55.4 42000 AS 90 D_132 B5 BN 132MB 4 88

28.7 2843 1.3 50.1 31000 AS 80 D_132 B5 BN 132MB 4 86

28.7 2843 2.2 50.1 42000 AS 90 D_132 B5 BN 132MB 4 88

34 2430 1.6 42.8 31000 AS 80 D_132 B5 BN 132MB 4 86

36 2301 2.7 40.6 42000 AS 90 D_132 B5 BN 132MB 4 88

38 2173 1.7 38.3 31000 AS 80 D_132 B5 BN 132MB 4 86

39 2105 1.0 37.1 14000 AS 60 D_132 B5 BN 132MB 4 84

40 2058 3.0 36.3 42000 AS 90 D_132 B5 BN 132MB 4 88

42 1956 1.9 34.5 31000 AS 80 D_132 B5 BN 132MB 4 86

43 1894 1.1 33.4 13800 AS 60 D_132 B5 BN 132MB 4 84

44 1852 3.3 32.6 42000 AS 90 D_132 B5 BN 132MB 4 88

46 1770 2.1 31.2 31000 AS 80 D_132 B5 BN 132MB 4 86

48 1714 1.2 30.2 13700 AS 60 D_132 B5 BN 132MB 4 84

57 1476 1.4 25.47 12700 AS 60_ 132 B5 BN 132MB 4 84

63 1326 0.9 22.87 12800 AS 55_ 132 B5 BN 132MB 4 82

63 1320 1.6 22.78 12600 AS 60_ 132 B5 BN 132MB 4 84

70 1188 1.8 20.5 12400 AS 60_ 132 B5 BN 132MB 4 84

71 1182 1.0 20.4 12700 AS 55_ 132 B5 BN 132MB 4 82

78 1075 2.0 18.55 12200 AS 60_ 132 B5 BN 132MB 4 84

9.2 kW

-1

min

79 1061 1.1 18.31 12500 AS 55_ 132 B5 BN 132MB 4 82

90 925 1.2 15.96 12800 AS 55_ 132 B5 BN 132MB 4 82

92 907 2.1 15.65 12200 AS 60_ 132 B5 BN 132MB 4 84 102 819 1.3 14.13 12600 AS 55_ 132 B5 BN 132MB 4 82 103 811 2.3 14 12000 AS 60_ 132 B5 BN 132MB 4 84

114 730 1.5 12.6 12400 AS 55_ 132 B5 BN 132MB 4 82 114 730 2.6 12.6 11800 AS 60_ 132 B5 BN 132MB 4 84 126 661 2.9 11.4 11600 AS 60_ 132 B5 BN 132MB 4 84 127 655 1.7 11.31 12200 AS 55_ 132 B5 BN 132MB 4 82 129 648 1.0 11.18 5880 AS 45_ 132 B5 BN 132MB 4 80

140 598 1.8 10.31 12200 AS 55_ 132 B5 BN 132MB 4 82 142 586 3.2 10.12 11500 AS 60_ 132 B5 BN 132MB 4 84 144 580 1.1 10 5850 AS 45_ 132 B5 BN 132MB 4 80 158 529 2.1 9.13 12000 AS 55_ 132 B5 BN 132MB 4 82 158 527 2.3 18.31 11800 AS 55_ 132 B5 BN 132M 2 82

160 522 1.2 9 5810 AS 45_ 132 B5 BN 132MB 4 80 164 510 1.2 17.7 5890 AS 45_ 132 B5 BN 132M 2 80 177 472 1.4 8.14 5750 AS 45_ 132 B5 BN 132MB 4 80 177 472 2.3 8.14 11700 AS 55_ 132 B5 BN 132MB 4 82 182 459 2.2 15.96 11700 AS 55_ 132 B5 BN 132M 2 82

183 456 1.3 15.83 5830 AS 45_ 132 B5 BN 132M 2 80 197 424 2.6 7.31 11400 AS 55_ 132 B5 BN 132MB 4 82 204 410 1.4 14.25 5760 AS 45_ 132 B5 BN 132M 2 80 205 407 2.5 14.13 11400 AS 55_ 132 B5 BN 132M 2 82 224 372 2.1 6.42 11300 AS 55_ 132 B5 BN 132MB 4 82

225 371 1.6 12.89 5680 AS 45_ 132 B5 BN 132M 2 80 230 363 2.8 12.6 11100 AS 55_ 132 B5 BN 132M 2 82 237 352 1.5 6.07 5750 AS 45_ 132 B5 BN 132MB 4 80 253 329 2.4 5.68 11000 AS 55_ 132 B5 BN 132MB 4 82 256 325 3.1 11.31 10900 AS 55_ 132 B5 BN 132M 2 82

259 322 1.6 11.18 5690 AS 45_ 132 B5 BN 132M 2 80 265 315 1.7 5.43 5650 AS 45_ 132 B5 BN 132MB 4 80 281 297 3.0 10.31 10800 AS 55_ 132 B5 BN 132M 2 82 284 294 2.7 5.07 10700 AS 55_ 132 B5 BN 132MB 4 82 290 288 1.8 10 5580 AS 45_ 132 B5 BN 132M 2 80

295 283 1.8 4.89 5550 AS 45_ 132 B5 BN 132MB 4 80 317 264 3.0 4.55 10400 AS 55_ 132 B5 BN 132MB 4 82 318 263 3.4 9.13 10500 AS 55_ 132 B5 BN 132M 2 82 322 259 2.0 9 5480 AS 45_ 132 B5 BN 132M 2 80 326 256 2.0 4.42 5440 AS 45_ 132 B5 BN 132MB 4 80

356 234 2.2 8.14 5370 AS 45_ 132 B5 BN 132M 2 80 452 185 3.5 6.42 9700 AS 55_ 132 B5 BN 132M 2 82 478 175 2.4 6.07 5160 AS 45_ 132 B5 BN 132M 2 80 534 156 2.7 5.43 5030 AS 45_ 132 B5 BN 132M 2 80 594 141 3.0 4.89 4910 AS 45_ 132 B5 BN 132M 2 80

656 127 3.3 4.42 4800 AS 45_ 132 B5 BN 132M 2 80

SiRn

11 kW

14.0 7001 1.0 68.8 42000 AS 90 D_160 B5 BN 160L 6 88

15.1 6459 1.0 95.2 42000 AS 90 D_160 B5 BN 160MR 4 88

16.8 5813 1.1 85.7 42000 AS 90 D_160 B5 BN 160MR 4 88

18.6 5259 1.2 77.5 42000 AS 90 D_160 B5 BN 160MR 4 88

20.9 4667 1.3 68.8 42000 AS 90 D_160 B5 BN 160MR 4 88

23.4 4174 0.9 61.5 31000 AS 80 D_160 B5 BN 160MR 4 86

23.4 4174 1.5 61.5 42000 AS 90 D_160 B5 BN 160MR 4 88

26.0 3757 1.0 55.4 31000 AS 80 D_160 B5 BN 160MR 4 86

26.0 3757 1.7 55.4 42000 AS 90 D_160 B5 BN 160MR 4 88

11 kW

-1

min

28.7 3399 1.1 50.1 31000 AS 80 D_160 B5 BN 160MR 4 86

28.7 3399 1.8 50.1 42000 AS 90 D_160 B5 BN 160MR 4 88

34 2905 1.3 42.8 31000 AS 80 D_160 B5 BN 160MR 4 86

36 2751 2.3 40.6 42000 AS 90 D_160 B5 BN 160MR 4 88

38 2598 1.5 38.3 31000 AS 80 D_160 B5 BN 160MR 4 86

40 2461 2.5 36.3 42000 AS 90 D_160 B5 BN 160MR 4 88

42 2339 1.6 34.5 31000 AS 80 D_160 B5 BN 160MR 4 86

44 2214 2.8 32.6 42000 AS 90 D_160 B5 BN 160MR 4 88

46 2116 1.8 31.2 31000 AS 80 D_160 B5 BN 160MR 4 86

49 2004 3.1 29.5 42000 AS 90 D_160 B5 BN 160MR 4 88

57 1765 1.2 25.47 11700 AS 60_ 160 B5 BN 160MR 4 84

57 1757 2.2 25.35 31000 AS 80_ 160 B5 BN 160MR 4 86

63 1579 1.3 22.78 11600 AS 60_ 160 B5 BN 160MR 4 84

64 1571 2.4 22.67 31000 AS 80_ 160 B5 BN 160MR 4 86

70 1421 1.5 20.5 11600 AS 60_ 160 B5 BN 160MR 4 84

71 1414 2.7 20.4 31000 AS 80_ 160 B5 BN 160MR 4 86

78 1285 1.6 18.55 11500 AS 60_ 160 B5 BN 160MR 4 84

78 1279 3.0 18.46 31000 AS 80_ 160 B5 BN 160MR 4 86

79 1269 0.9 18.31 11500 AS 55_ 160 B5 BN 160MR 4 82

90 1106 1.0 15.96 12000 AS 55_ 160 B5 BN 160MR 4 82

92 1085 1.8 15.65 11600 AS 60_ 160 B5 BN 160MR 4 84

92 1085 2.9 15.65 30900 AS 80_ 160 B5 BN 160MR 4 86 102 979 1.1 14.13 11800 AS 55_ 160 B5 BN 160MR 4 82 103 970 2.0 14 11400 AS 60_ 160 B5 BN 160MR 4 84 103 970 3.3 14 30100 AS 80_ 160 B5 BN 160MR 4 86

114 873 1.3 12.6 11700 AS 55_ 160 B5 BN 160MR 4 82 114 873 2.2 12.6 11300 AS 60_ 160 B5 BN 160MR 4 84 126 790 2.4 11.4 11100 AS 60_ 160 B5 BN 160MR 4 84 127 784 1.4 11.31 11500 AS 55_ 160 B5 BN 160MR 4 82 140 715 1.5 10.31 11700 AS 55_ 160 B5 BN 160MR 4 82

142 701 2.7 10.12 11100 AS 60_ 160 B5 BN 160MR 4 84 157 636 3.3 18.55 10800 AS 60_ 160 B5 BN 160MR 2 84 158 633 1.7 9.13 11500 AS 55_ 160 B5 BN 160MR 4 82 159 628 1.9 18.31 11300 AS 55_ 160 B5 BN 160MR 2 82 159 627 3.0 9.05 10800 AS 60_ 160 B5 BN 160MR 4 84

177 564 1.9 8.14 11200 AS 55_ 160 B5 BN 160MR 4 82 177 564 3.4 8.14 10600 AS 60_ 160 B5 BN 160MR 4 84 182 547 1.8 15.96 11300 AS 55_ 160 B5 BN 160MR 2 82 186 537 3.2 15.65 10600 AS 60_ 160 B5 BN 160MR 2 84 197 506 2.2 7.31 11000 AS 55_ 160 B5 BN 160MR 4 82

206 484 2.1 14.13 11000 AS 55_ 160 B5 BN 160MR 2 82 224 445 1.8 6.42 10900 AS 55_ 160 B5 BN 160MR 4 82 231 432 2.3 12.6 10800 AS 55_ 160 B5 BN 160MR 2 82 241 413 3.4 5.96 10100 AS 60_ 160 B5 BN 160MR 4 84 253 394 2.0 5.68 10700 AS 55_ 160 B5 BN 160MR 4 82

257 388 2.6 11.31 10600 AS 55_ 160 B5 BN 160MR 2 82 282 354 2.5 10.31 10500 AS 55_ 160 B5 BN 160MR 2 82 284 351 2.3 5.07 10400 AS 55_ 160 B5 BN 160MR 4 82 317 315 2.5 4.55 10200 AS 55_ 160 B5 BN 160MR 4 82 319 313 2.9 9.13 10200 AS 55_ 160 B5 BN 160MR 2 82

357 279 3.2 8.14 10000 AS 55_ 160 B5 BN 160MR 2 82 453 220 2.9 6.42 9550 AS 55_ 160 B5 BN 160MR 2 82 512 195 3.3 5.68 9270 AS 55_ 160 B5 BN 160MR 2 82

SiRn

15 kW

-1

min

21.2 6277 1.0 68.8 42000 AS 90 D_160 B5 BN 160L 4 88

23.7 5614 1.1 61.5 42000 AS 90 D_160 B5 BN 160L 4 88

26.4 5053 1.2 55.4 42000 AS 90 D_160 B5 BN 160L 4 88

29.1 4571 1.4 50.1 42000 AS 90 D_160 B5 BN 160L 4 88

34 3908 1.0 42.8 31000 AS 80 D_160 B5 BN 160L 4 86

36 3700 1.7 40.6 42000 AS 90 D_160 B5 BN 160L 4 88

38 3495 1.1 38.3 31000 AS 80 D_160 B5 BN 160L 4 86

40 3309 1.9 36.3 42000 AS 90 D_160 B5 BN 160L 4 88

42 3145 1.2 34.5 31000 AS 80 D_160 B5 BN 160L 4 86

45 2978 2.1 32.6 42000 AS 90 D_160 B5 BN 160L 4 88

47 2846 1.3 31.2 31000 AS 80 D_160 B5 BN 160L 4 86

49 2695 2.3 29.5 42000 AS 90 D_160 B5 BN 160L 4 88

58 2362 1.6 25.35 31000 AS 80_ 160 B5 BN 160L 4 86

64 2123 1.0 22.78 9680 AS 60_ 160 B5 BN 160L 4 84

64 2113 1.8 22.67 31000 AS 80_ 160 B5 BN 160L 4 86

71 1911 1.1 20.5 9760 AS 60_ 160 B5 BN 160L 4 84

72 1901 2.0 20.4 30500 AS 80_ 160 B5 BN 160L 4 86

79 1729 1.2 18.55 9790 AS 60_ 160 B5 BN 160L 4 84

79 1720 2.2 18.46 29900 AS 80_ 160 B5 BN 160L 4 86

93 1459 1.3 15.65 10300 AS 60_ 160 B5 BN 160L 4 84

93 1459 2.2 15.65 29500 AS 80_ 160 B5 BN 160L 4 86 104 1305 1.5 14 10200 AS 60_ 160 B5 BN 160L 4 84 104 1305 2.5 14 28800 AS 80_ 160 B5 BN 160L 4 86 116 1174 0.9 12.6 10200 AS 55_ 160 B5 BN 160L 4 82 116 1174 1.6 12.6 10100 AS 60_ 160 B5 BN 160L 4 84

116 1174 2.7 12.6 28100 AS 80_ 160 B5 BN 160L 4 86 128 1063 1.8 11.4 10000 AS 60_ 160 B5 BN 160L 4 84 128 1063 3.0 11.4 27400 AS 80_ 160 B5 BN 160L 4 86 129 1054 1.0 11.31 10100 AS 55_ 160 B5 BN 160L 4 82 142 961 1.1 10.31 10500 AS 55_ 160 B5 BN 160L 4 82

144 943 2.0 10.12 10200 AS 60_ 160 B5 BN 160L 4 84 158 861 2.4 18.55 9950 AS 60_ 160 B5 BN 160MB 2 84 160 851 1.3 9.13 10400 AS 55_ 160 B5 BN 160L 4 82 160 850 1.4 18.31 10200 AS 55_ 160 B5 BN 160MB 2 82 161 843 2.3 9.05 10000 AS 60_ 160 B5 BN 160L 4 84

179 759 1.4 8.14 10200 AS 55_ 160 B5 BN 160L 4 82 179 759 2.5 8.14 9890 AS 60_ 160 B5 BN 160L 4 84 184 741 1.3 15.96 10400 AS 55_ 160 B5 BN 160MB 2 82 187 727 2.3 15.65 9950 AS 60_ 160 B5 BN 160MB 2 84 198 687 2.8 7.37 9730 AS 60_ 160 B5 BN 160L 4 84

200 681 1.6 7.31 10100 AS 55_ 160 B5 BN 160L 4 82 207 656 1.5 14.13 10200 AS 55_ 160 B5 BN 160MB 2 82 209 650 2.6 14 9760 AS 60_ 160 B5 BN 160MB 2 84 227 598 1.3 6.42 10200 AS 55_ 160 B5 BN 160L 4 82 233 585 1.7 12.6 10000 AS 55_ 160 B5 BN 160MB 2 82

233 585 2.9 12.6 9570 AS 60_ 160 B5 BN 160MB 2 84 245 556 2.5 5.96 9580 AS 60_ 160 B5 BN 160L 4 84 257 530 1.5 5.68 10000 AS 55_ 160 B5 BN 160L 4 82 257 529 3.2 11.4 9390 AS 60_ 160 B5 BN 160MB 2 84 259 525 1.9 11.31 9890 AS 55_ 160 B5 BN 160MB 2 82

274 497 2.8 5.33 9370 AS 60_ 160 B5 BN 160L 4 84 284 479 1.9 10.31 9940 AS 55_ 160 B5 BN 160MB 2 82 288 472 1.7 5.07 9810 AS 55_ 160 B5 BN 160L 4 82 290 470 3.2 10.12 9310 AS 60_ 160 B5 BN 160MB 2 84 304 447 3.1 4.8 9170 AS 60_ 160 B5 BN 160L 4 84

321 424 2.1 9.13 9710 AS 55_ 160 B5 BN 160MB 2 82 321 424 1.9 4.55 9610 AS 55_ 160 B5 BN 160L 4 82 336 405 3.5 4.34 8970 AS 60_ 160 B5 BN 160L 4 84 360 378 2.4 8.14 9490 AS 55_ 160 B5 BN 160MB 2 82 401 339 2.7 7.31 9280 AS 55_ 160 B5 BN 160MB 2 82

SiRn

15 kW

-1

min

456 298 2.1 6.42 9160 AS 55_ 160 B5 BN 160MB 2 82 516 264 2.4 5.68 8920 AS 55_ 160 B5 BN 160MB 2 82 578 235 2.7 5.07 8680 AS 55_ 160 B5 BN 160MB 2 82 644 211 3.0 4.55 8460 AS 55_ 160 B5 BN 160MB 2 82

SiRn

18.5 kW

26.4 6231 1.0 55.4 42000 AS 90 D_180 B5 BN 180M 4 88

29.1 5638 1.1 50.1 42000 AS 90 D_180 B5 BN 180M 4 88

36 4564 1.4 40.6 42000 AS 90 D_180 B5 BN 180M 4 88

40 4081 1.5 36.3 42000 AS 90 D_180 B5 BN 180M 4 88

45 3673 1.7 32.6 42000 AS 90 D_180 B5 BN 180M 4 88

49 3323 1.9 29.5 42000 AS 90 D_180 B5 BN 180M 4 88

58 2914 1.3 25.35 29700 AS 80_ 180 B5 BN 180M 4 86

58 2914 2.1 25.35 42000 AS 90_ 180 B5 BN 180M 4 88

64 2606 1.5 22.67 29300 AS 80_ 180 B5 BN 180M 4 86

64 2606 2.4 22.67 42000 AS 90_ 180 B5 BN 180M 4 88

72 2345 1.6 20.4 28800 AS 80_ 180 B5 BN 180M 4 86

72 2345 2.6 20.4 41200 AS 90_ 180 B5 BN 180M 4 88

79 2132 1.0 18.55 8290 AS 60_ 180 B5 BN 180M 4 84

79 2122 1.8 18.46 28400 AS 80_ 180 B5 BN 180M 4 86

79 2122 2.9 18.46 40300 AS 90_ 180 B5 BN 180M 4 88

93 1800 1.1 15.65 9120 AS 60_ 180 B5 BN 180M 4 84

93 1800 1.8 15.65 28300 AS 80_ 180 B5 BN 180M 4 86

93 1800 2.9 15.65 39200 AS 90_ 180 B5 BN 180M 4 88 104 1609 1.2 14 9160 AS 60_ 180 B5 BN 180M 4 84 104 1609 2.0 14 27700 AS 80_ 180 B5 BN 180M 4 86

104 1609 3.3 14 38200 AS 90_ 180 B5 BN 180M 4 88 116 1448 1.3 12.6 9160 AS 60_ 180 B5 BN 180M 4 84 116 1448 2.2 12.6 27100 AS 80_ 180 B5 BN 180M 4 86 128 1311 1.4 11.4 9140 AS 60_ 180 B5 BN 180M 4 84 128 1311 2.4 11.4 26500 AS 80_ 180 B5 BN 180M 4 86

144 1163 1.6 10.12 9450 AS 60_ 180 B5 BN 180M 4 84 144 1163 2.8 10.12 26200 AS 80_ 180 B5 BN 180M 4 86 158 1062 2.0 18.55 9200 AS 60_ 160 B5 BN 160L 2 84 160 1049 1.1 18.31 9220 AS 55_ 160 B5 BN 160L 2 82 161 1040 1.8 9.05 9360 AS 60_ 180 B5 BN 180M 4 84

161 1040 3.1 9.05 25600 AS 80_ 180 B5 BN 180M 4 86 179 936 2.0 8.14 9250 AS 60_ 180 B5 BN 180M 4 84 179 936 3.4 8.14 25000 AS 80_ 180 B5 BN 180M 4 86 184 914 1.1 15.96 9610 AS 55_ 160 B5 BN 160L 2 82 187 897 1.9 15.65 9360 AS 60_ 160 B5 BN 160L 2 84

187 897 3.2 15.65 24900 AS 80_ 160 B5 BN 160L 2 86 198 847 2.2 7.37 9140 AS 60_ 180 B5 BN 180M 4 84 207 809 1.2 14.13 9520 AS 55_ 160 B5 BN 160L 2 82 209 802 2.1 14 9220 AS 60_ 160 B5 BN 160L 2 84 233 722 1.4 12.6 9400 AS 55_ 160 B5 BN 160L 2 82

233 722 2.4 12.6 9080 AS 60_ 160 B5 BN 160L 2 84 245 686 2.0 5.96 9130 AS 60_ 180 B5 BN 180M 4 84 257 653 2.6 11.4 8930 AS 60_ 160 B5 BN 160L 2 84 259 648 1.5 11.31 9280 AS 55_ 160 B5 BN 160L 2 82 274 613 2.3 5.33 8960 AS 60_ 180 B5 BN 180M 4 84

284 591 1.5 10.31 9420 AS 55_ 160 B5 BN 160L 2 82 290 580 2.6 10.12 8930 AS 60_ 160 B5 BN 160L 2 84 304 552 2.5 4.8 8790 AS 60_ 180 B5 BN 180M 4 84 321 523 1.7 9.13 9240 AS 55_ 160 B5 BN 160L 2 82 324 518 2.9 9.05 8750 AS 60_ 160 B5 BN 160L 2 84

336 499 2.8 4.34 8620 AS 60_ 180 B5 BN 180M 4 84

18.5 kW

-1

min

360 466 1.9 8.14 9060 AS 55_ 160 B5 BN 160L 2 82 360 466 3.2 8.14 8570 AS 60_ 160 B5 BN 160L 2 84 401 419 2.1 7.31 8880 AS 55_ 160 B5 BN 160L 2 82 456 368 1.7 6.42 8840 AS 55_ 160 B5 BN 160L 2 82 491 342 3.2 5.96 8160 AS 60_ 160 B5 BN 160L 2 84

516 326 2.0 5.68 8620 AS 55_ 160 B5 BN 160L 2 82 578 290 2.2 5.07 8420 AS 55_ 160 B5 BN 160L 2 82 644 261 2.5 4.55 8220 AS 55_ 160 B5 BN 160L 2 82

SiRn

22 kW

29.3 6659 0.9 50.1 42000 AS 90 D_180 B5 BN 180L 4 88

36 5390 1.2 40.6 42000 AS 90 D_180 B5 BN 180L 4 88

41 4821 1.3 36.3 42000 AS 90 D_180 B5 BN 180L 4 88

45 4339 1.4 32.6 42000 AS 90 D_180 B5 BN 180L 4 88

50 3925 1.6 29.5 42000 AS 90 D_180 B5 BN 180L 4 88

58 3441 1.1 25.35 27800 AS 80_ 180 B5 BN 180L 4 86

58 3441 1.8 25.35 41700 AS 90_ 180 B5 BN 180L 4 88

65 3078 1.2 22.67 27500 AS 80_ 180 B5 BN 180L 4 86

65 3078 2.0 22.67 40800 AS 90_ 180 B5 BN 180L 4 88

72 2770 1.4 20.4 27200 AS 80_ 180 B5 BN 180L 4 86

72 2770 2.2 20.4 39900 AS 90_ 180 B5 BN 180L 4 88

80 2506 1.5 18.46 26800 AS 80_ 180 B5 BN 180L 4 86

80 2506 2.5 18.46 39100 AS 90_ 180 B5 BN 180L 4 88

94 2126 1.5 15.65 27000 AS 80_ 180 B5 BN 180L 4 86

94 2126 2.5 15.65 38300 AS 90_ 180 B5 BN 180L 4 88 105 1901 1.0 14 8100 AS 60_ 180 B5 BN 180L 4 84

105 1901 1.7 14 26500 AS 80_ 180 B5 BN 180L 4 86 105 1901 2.8 14 37300 AS 90_ 180 B5 BN 180L 4 88 117 1711 1.1 12.6 8180 AS 60_ 180 B5 BN 180L 4 84 117 1711 1.9 12.6 26000 AS 80_ 180 B5 BN 180L 4 86

117 1711 3.1 12.6 36400 AS 90_ 180 B5 BN 180L 4 88 129 1548 1.2 11.4 8230 AS 60_ 180 B5 BN 180L 4 84 129 1548 2.1 11.4 25600 AS 80_ 180 B5 BN 180L 4 86 129 1548 3.4 11.4 35500 AS 90_ 180 B5 BN 180L 4 88 145 1374 1.4 10.12 8690 AS 60_ 180 B5 BN 180L 4 84

145 1374 2.3 10.12 25400 AS 80_ 180 B5 BN 180L 4 86 158 1263 1.7 18.55 8460 AS 60_ 180 B5 BN 180M 2 84 159 1257 3.0 18.46 24700 AS 80_ 180 B5 BN 180M 2 86 162 1228 1.5 9.05 8660 AS 60_ 180 B5 BN 180L 4 84 162 1228 2.6 9.05 24900 AS 80_ 180 B5 BN 180L 4 86

181 1106 1.7 8.14 8610 AS 60_ 180 B5 BN 180L 4 84 181 1106 2.9 8.14 24300 AS 80_ 180 B5 BN 180L 4 86 187 1066 1.6 15.65 8770 AS 60_ 180 B5 BN 180M 2 84 187 1066 2.7 15.65 24300 AS 80_ 180 B5 BN 180M 2 86 200 1000 1.9 7.37 8540 AS 60_ 180 B5 BN 180L 4 84

200 1000 3.2 7.37 23800 AS 80_ 180 B5 BN 180L 4 86 209 954 1.8 14 8690 AS 60_ 180 B5 BN 180M 2 84 209 954 3.0 14 23700 AS 80_ 180 B5 BN 180M 2 86 233 858 2.0 12.6 8590 AS 60_ 180 B5 BN 180M 2 84 233 858 3.4 12.6 23100 AS 80_ 180 B5 BN 180M 2 86

246 810 1.7 5.96 8670 AS 60_ 180 B5 BN 180L 4 84 246 810 3.0 5.96 23000 AS 80_ 180 B5 BN 180L 4 86 257 777 2.2 11.4 8480 AS 60_ 180 B5 BN 180M 2 84 276 724 1.9 5.33 8540 AS 60_ 180 B5 BN 180L 4 84 276 724 3.3 5.33 22400 AS 80_ 180 B5 BN 180L 4 86

290 689 2.2 10.12 8550 AS 60_ 180 B5 BN 180M 2 84 306 652 2.1 4.8 8410 AS 60_ 180 B5 BN 180L 4 84

22 kW

-1

min

324 616 2.4 9.05 8400 AS 60_ 180 B5 BN 180M 2 84 338 590 2.4 4.34 8270 AS 60_ 180 B5 BN 180L 4 84 360 555 2.7 8.14 8250 AS 60_ 180 B5 BN 180M 2 84 398 502 3.0 7.37 8100 AS 60_ 180 B5 BN 180M 2 84 491 406 2.7 5.96 7930 AS 60_ 180 B5 BN 180M 2 84

549 363 3.0 5.33 7750 AS 60_ 180 B5 BN 180M 2 84 610 327 3.4 4.8 7570 AS 60_ 180 B5 BN 180M 2 84

SiRn

30 kW

58 4693 1.3 25.35 38500 AS 90_ 200 B5 BN 200L 4 88

65 4197 0.9 22.67 23400 AS 80_ 200 B5 BN 200L 4 86

65 4197 1.5 22.67 37800 AS 90_ 200 B5 BN 200L 4 88

72 3777 1.0 20.4 23500 AS 80_ 200 B5 BN 200L 4 86

72 3777 1.6 20.4 37200 AS 90_ 200 B5 BN 200L 4 88

80 3417 1.1 18.46 23400 AS 80_ 200 B5 BN 200L 4 86

80 3417 1.8 18.46 36600 AS 90_ 200 B5 BN 200L 4 88

94 2898 1.1 15.65 24300 AS 80_ 200 B5 BN 200L 4 86

94 2898 1.8 15.65 36300 AS 90_ 200 B5 BN 200L 4 88 105 2592 1.2 14 24000 AS 80_ 200 B5 BN 200L 4 86

105 2592 2.0 14 35500 AS 90_ 200 B5 BN 200L 4 88 117 2333 1.4 12.6 23800 AS 80_ 200 B5 BN 200L 4 86 117 2333 2.3 12.6 34700 AS 90_ 200 B5 BN 200L 4 88 129 2111 1.5 11.4 23400 AS 80_ 200 B5 BN 200L 4 86 129 2111 2.5 11.4 34000 AS 90_ 200 B5 BN 200L 4 88

145 1873 1.7 10.12 23700 AS 80_ 200 B5 BN 200L 4 86 145 1873 2.8 10.12 33600 AS 90_ 200 B5 BN 200L 4 88 160 1703 2.2 18.46 23000 AS 80_ 200 B5 BN 200LA 2 86 162 1675 1.9 9.05 23200 AS 80_ 200 B5 BN 200L 4 86 162 1675 3.2 9.05 32700 AS 90_ 200 B5 BN 200L 4 88

181 1508 2.1 8.14 22800 AS 80_ 200 B5 BN 200L 4 86 188 1444 2.0 15.65 22900 AS 80_ 200 B5 BN 200LA 2 86 188 1444 3.3 15.65 31800 AS 90_ 200 B5 BN 200LA 2 88 200 1364 2.3 7.37 22400 AS 80_ 200 B5 BN 200L 4 86 211 1292 2.2 14 22400 AS 80_ 200 B5 BN 200LA 2 86

234 1163 2.5 12.6 22000 AS 80_ 200 B5 BN 200LA 2 86 246 1104 2.2 5.96 21900 AS 80_ 200 B5 BN 200L 4 86 259 1052 2.8 11.4 21500 AS 80_ 200 B5 BN 200LA 2 86 276 987 2.4 5.33 21400 AS 80_ 200 B5 BN 200L 4 86 292 933 2.8 10.12 21300 AS 80_ 200 B5 BN 200LA 2 86

306 889 2.7 4.8 20900 AS 80_ 200 B5 BN 200L 4 86 326 835 3.1 9.05 20700 AS 80_ 200 B5 BN 200LA 2 86 338 804 3.0 4.34 20500 AS 80_ 200 B5 BN 200L 4 86 362 751 3.5 8.14 20200 AS 80_ 200 B5 BN 200LA 2 86 495 550 3.5 5.96 19000 AS 80_ 200 B5 BN 200LA 2 86

37 kW

58 5749 1.1 25.35 35600 AS 90_ 225 B5 BN 225S 4 88

65 5141 1.2 22.67 35300 AS 90_ 225 B5 BN 225S 4 88

73 4627 1.3 20.4 34800 AS 90_ 225 B5 BN 225S 4 88

80 4186 1.5 18.46 34400 AS 90_ 225 B5 BN 225S 4 88

95 3551 1.5 15.65 34500 AS 90_ 225 B5 BN 225S 4 88 106 3175 1.0 14 21900 AS 80_ 225 B5 BN 225S 4 86

106 3175 1.7 14 33900 AS 90_ 225 B5 BN 225S 4 88 117 2858 1.9 12.6 33200 AS 90_ 225 B5 BN 225S 4 88 130 2586 2.0 11.4 32600 AS 90_ 225 B5 BN 225S 4 88

37 kW

-1

min

146 2295 2.3 10.12 32400 AS 90_ 225 B5 BN 225S 4 88 160 2093 1.8 18.46 21500 AS 80_ 200 B5 BN 200LB 2 86 160 2093 3.0 18.46 31500 AS 90_ 200 B5 BN 200LB 2 88 164 2052 2.6 9.05 31600 AS 90_ 225 B5 BN 225S 4 88 182 1847 2.9 8.14 30900 AS 90_ 225 B5 BN 225S 4 88

189 1775 1.6 15.65 21700 AS 80_ 200 B5 BN 200LB 2 86 189 1775 2.6 15.65 30900 AS 90_ 200 B5 BN 200LB 2 88 201 1671 3.2 7.37 30200 AS 90_ 225 B5 BN 225S 4 88 211 1588 1.8 14 21300 AS 80_ 200 B5 BN 200LB 2 86 211 1588 3.0 14 30100 AS 90_ 200 B5 BN 200LB 2 88

235 1429 2.0 12.6 20900 AS 80_ 200 B5 BN 200LB 2 86 235 1429 3.3 12.6 29400 AS 90_ 200 B5 BN 200LB 2 88 248 1353 3.0 5.96 29200 AS 90_ 225 B5 BN 225S 4 88 260 1293 2.2 11.4 20600 AS 80_ 200 B5 BN 200LB 2 86 278 1210 3.4 5.33 28400 AS 90_ 225 B5 BN 225S 4 88

293 1147 2.3 10.12 20500 AS 80_ 200 B5 BN 200LB 2 86 327 1026 2.5 9.05 20000 AS 80_ 200 B5 BN 200LB 2 86 364 923 2.8 8.14 19600 AS 80_ 200 B5 BN 200LB 2 86 402 836 3.1 7.37 19200 AS 80_ 200 B5 BN 200LB 2 86 496 676 2.8 5.96 18500 AS 80_ 200 B5 BN 200LB 2 86

555 605 3.1 5.33 18100 AS 80_ 200 B5 BN 200LB 2 86 617 544 3.5 4.8 17600 AS 80_ 200 B5 BN 200LB 2 86

SiRn

45 kW

65 6253 1.0 22.67 27000 AS 90_ 225 B5 BN 225M 4 88

73 5627 1.1 20.4 29400 AS 90_ 225 B5 BN 225M 4 88

80 5091 1.2 18.46 31200 AS 90_ 225 B5 BN 225M 4 88

95 4318 1.2 15.65 32500 AS 90_ 225 B5 BN 225M 4 88 106 3862 1.4 14 32100 AS 90_ 225 B5 BN 225M 4 88

117 3476 1.5 12.6 31600 AS 90_ 225 B5 BN 225M 4 88 130 3145 1.7 11.4 31100 AS 90_ 225 B5 BN 225M 4 88 146 2791 1.9 10.12 31100 AS 90_ 225 B5 BN 225M 4 88 160 2546 2.4 18.46 30300 AS 90_ 225 B5 BN 225M 2 88 164 2496 2.1 9.05 30500 AS 90_ 225 B5 BN 225M 4 88

182 2246 2.4 8.14 29800 AS 90_ 225 B5 BN 225M 4 88 189 2159 2.2 15.65 29900 AS 90_ 225 B5 BN 225M 2 88 201 2032 2.6 7.37 29200 AS 90_ 225 B5 BN 225M 4 88 211 1931 1.5 14 20100 AS 80_ 225 B5 BN 225M 2 86 211 1931 2.4 14 29200 AS 90_ 225 B5 BN 225M 2 88

235 1738 2.7 12.6 28600 AS 90_ 225 B5 BN 225M 2 88 248 1645 2.5 5.96 28400 AS 90_ 225 B5 BN 225M 4 88 260 1572 3.0 11.4 27900 AS 90_ 225 B5 BN 225M 2 88 278 1471 2.8 5.33 27700 AS 90_ 225 B5 BN 225M 4 88 293 1395 3.1 10.12 27500 AS 90_ 225 B5 BN 225M 2 88

308 1324 3.1 4.8 27100 AS 90_ 225 B5 BN 225M 4 88 327 1248 3.4 9.05 26800 AS 90_ 225 B5 BN 225M 2 88 341 1198 3.4 4.34 26400 AS 90_ 225 B5 BN 225M 4 88

AS 16

50 Nm

23 - TABELLE DATI TECNICI

RIDUTTORI

AS 16_ 5.53 506 25 1.4 330 290 253 30 0.84 330 380 AS 16_ 6.68 419 25 1.2 330 330 210 30 0.69 330 430 AS 16_ 7.41 378 25 1.0 330 350 189 30 0.62 330 460 AS 16_ 9.31 301 25 0.83 330 390 150 30 0.50 330 500 AS 16_ 11.24 249 35 0.96 330 340 125 40 0.55 330 470 AS 16_ 12.47 225 35 0.87 330 368 112 40 0.49 330 500 AS 16_ 15.64 179 35 0.69 330 410 90 40 0.39 330 550 AS 16_ 18.89 148 35 0.57 330 470 74 40 0.33 330 630 AS 16_ 20.96 134 45 0.66 330 410 67 45 0.33 330 620 AS 16_ 27.14 103 45 0.51 330 460 52 45 0.26 330 700 AS 16_ 32.78 85 45 0.42 330 530 43 45 0.21 330 780 AS 16_ 36.36 77 45 0.38 330 570 39 45 0.19 330 830 AS 16_ 40.32 69 45 0.34 330 600 35 45 0.17 330 870 AS 16_ 44.73 63 45 0.31 330 640 31 45 0.16 330 920

AS 16_ 5.53 163 45 0.81 330 340 90 50 0.50 330 450 AS 16_ 6.68 135 45 0.67 330 400 75 50 0.41 330 530 AS 16_ 7.41 121 45 0.60 330 430 67 50 0.37 330 570 AS 16_ 9.31 97 45 0.48 330 480 54 50 0.30 330 630 AS 16_ 11.24 80 45 0.40 330 550 44 50 0.24 330 720 AS 16_ 12.47 72 45 0.36 330 590 40 50 0.22 330 770 AS 16_ 15.64 58 45 0.29 330 660 32 50 0.18 330 840 AS 16_ 18.89 48 45 0.24 330 740 26 50 0.15 330 940 AS 16_ 20.96 43 45 0.21 330 790 24 50 0.13 330 1000 AS 16_ 27.14 33 45 0.16 330 870 18 50 0.10 330 1110 AS 16_ 32.78 27 45 0.14 330 970 15 50 0.08 330 1230 AS 16_ 36.36 25 45 0.12 330 1030 14 50 0.08 330 1290 AS 16_ 40.32 22 45 0.11 330 1070 12 50 0.07 330 1350 AS 16_ 44.73 20 45 0.10 330 1130 11 50 0.06 330 1420

23 - SPEED REDUCER RATING

CHARTS

= 2800 min

min

-1

n1= 900 min

-1

23 - GETRIEBE

AUSWAHLTABELLEN

min

-1

n1= 1400 min

n1= 500 min

23 - DONNEES TECHNIQUES

REDUCTEURS

-1

100 Nm

AS 20

= 2800 min

AS 20_ 5.49 510 50 2.8 600 730 255 60 1.7 600 950 AS 20_ 6.46 433 50 2.4 600 800 217 60 1.4 600 1040 AS 20_ 7.75 361 50 2.0 600 890 181 60 1.2 600 1150 AS 20_ 8.57 327 50 1.8 600 940 163 60 1.1 600 1210 AS 20_ 9.92 282 55 1.7 600 940 141 65 1.0 600 1220 AS 20_ 11.67 240 55 1.5 600 1030 120 65 0.86 600 1340 AS 20_ 14 200 55 1.2 600 1140 100 65 0.72 600 1470 AS 20_ 15.48 181 55 1.1 600 1200 90 65 0.65 600 1540 AS 20_ 18.01 155 80 1.4 600 1040 78 80 0.68 600 1490 AS 20_ 21.19 132 80 1.2 600 1150 66 80 0.58 600 1620 AS 20_ 25.43 110 80 0.97 600 1280 55 80 0.48 600 1780 AS 20_ 28.13 100 80 0.88 600 1350 50 80 0.44 600 1880 AS 20_ 31.71 88 80 0.78 600 1390 44 80 0.39 600 1940 AS 20_ 37.31 75 80 0.66 600 1530 38 80 0.33 600 2100 AS 20_ 44.77 63 80 0.55 600 1680 31 80 0.28 600 2290 AS 20_ 49.52 57 80 0.50 600 1770 28.3 80 0.25 600 2400

AS 20 D_ 58.1 48 90 0.49 330 1810 24.1 90 0.24 330 2476 AS 20 D_ 64.3 44 90 0.44 330 1910 21.8 90 0.22 330 2595 AS 20 D_ 69.2 40 90 0.41 330 1930 20.2 90 0.21 330 2632 AS 20 D_ 81.4 34 90 0.35 330 2100 17.2 90 0.17 330 2800 AS 20 D_ 97.7 28.7 90 0.29 330 2300 14.3 90 0.15 330 2800 AS 20 D_ 108.1 25.9 90 0.26 330 2410 13.0 90 0.13 330 2800 AS 20 D_ 120.1 23.3 90 0.24 330 2470 11.7 90 0.12 330 2800 AS 20 D_ 141.3 19.8 90 0.20 330 2680 9.9 90 0.10 330 2800 AS 20 D_ 169.5 16.5 90 0.17 330 2800 8.3 90 0.08 330 2800 AS 20 D_ 187.5 14.9 90 0.15 330 2800 7.5 90 0.08 330 2800

min

-1

min

-1

n1= 1400 min

-1

n1= 900 min

AS 20_ 5.49 164 90 1.6 600 920 91 100 1.0 600 1200 AS 20_ 6.46 139 90 1.4 600 1030 77 100 0.85 600 1340 AS 20_ 7.75 116 90 1.2 600 1160 65 100 0.71 600 1490 AS 20_ 8.57 105 90 1.0 600 1240 58 100 0.64 600 1580 AS 20_ 9.92 91 90 0.90 600 1290 50 100 0.55 600 1650 AS 20_ 11.67 77 90 0.76 600 1420 43 100 0.47 600 1810 AS 20_ 14.0 64 90 0.64 600 1580 36 100 0.39 600 2000 AS 20_ 15.48 58 90 0.58 600 1670 32 100 0.36 600 2100 AS 20_ 18.01 50 90 0.50 600 1740 27.8 100 0.31 600 2200 AS 20_ 21.19 42 90 0.42 600 1900 23.6 100 0.26 600 2400 AS 20_ 25.43 35 90 0.35 600 2090 19.7 100 0.22 600 2620 AS 20_ 28.13 32 90 0.32 600 2190 17.8 100 0.20 600 2750 AS 20_ 31.71 28.4 90 0.28 600 2270 15.8 100 0.17 600 2800 AS 20_ 37.31 24.1 90 0.24 600 2460 13.4 100 0.15 600 2800 AS 20_ 44.77 20.1 90 0.20 600 2680 11.2 100 0.12 600 2800 AS 20_ 49.52 18.2 90 0.18 600 2800 10.1 100 0.11 600 2800

AS 20 D_ 58.1 15.5 100 0.17 330 2800 8.6 100 0.10 330 2800 AS 20 D_ 64.3 14.0 100 0.16 330 2800 7.8 100 0.09 330 2800 AS 20 D_ 69.2 13.0 100 0.15 330 2800 7.2 100 0.08 330 2800 AS 20 D_ 81.4 11.1 100 0.12 330 2800 6.1 100 0.07 330 2800 AS 20 D_ 97.7 9.2 100 0.10 330 2800 5.1 100 0.06 330 2800 AS 20 D_ 108.1 8.3 100 0.09 330 2800 4.6 100 0.05 330 2800 AS 20 D_ 120.1 7.5 100 0.08 330 2800 4.2 100 0.05 330 2800 AS 20 D_ 141.3 6.4 100 0.07 330 2800 3.5 100 0.04 330 2800 AS 20 D_ 169.5 5.3 100 0.06 330 2800 2.9 100 0.03 330 2800 AS 20 D_ 187.5 4.8 100 0.05 330 2800 2.7 100 0.03 330 2800

-1

n1= 500 min

-1

AS 25

200 Nm

= 2800 min

AS 25_ 5.02 558 80 4.9 370 660 279 120 3.7 350 760 AS 25_ 5.92 473 90 4.7 410 670 236 120 3.1 450 800 AS 25_ 6.47 433 90 4.3 490 720 216 120 2.9 560 860 AS 25_ 7.88 355 100 3.9 570 760 178 120 2.3 760 1000 AS 25_ 8.93 314 100 3.5 380 780 157 130 2.2 440 950 AS 25_ 10.53 266 100 2.9 520 880 133 130 1.9 630 1080 AS 25_ 11.51 243 110 2.9 520 860 122 130 1.7 720 1150 AS 25_ 14.01 200 110 2.4 670 1000 100 130 1.4 830 1310 AS 25_ 16.42 171 140 2.6 200 820 85 160 1.5 380 1150 AS 25_ 19.35 145 150 2.4 300 880 72 160 1.3 580 1320 AS 25_ 21.16 132 150 2.2 390 950 66 160 1.2 670 1400 AS 25_ 25.75 109 160 1.9 510 1040 54 160 0.96 830 1600 AS 25_ 31.27 90 140 1.4 310 1270 45 160 0.79 510 1720 AS 25_ 36.86 76 150 1.3 410 1350 38 160 0.67 690 1910 AS 25_ 40.29 69 160 1.2 430 1360 35 160 0.61 780 2020 AS 25_ 49.04 57 160 1.0 590 1560 28.5 160 0.50 830 2260

AS 25 D_ 60.1 47 180 0.95 500 1607 23.3 180 0.47 500 3200 AS 25 D_ 69.6 40 180 0.82 420 1672 20.1 180 0.41 500 3200 AS 25 D_ 82.0 34 180 0.69 471 1875 17.1 180 0.35 500 3200 AS 25 D_ 89.7 31 180 0.63 496 1987 15.6 180 0.32 500 3200 AS 25 D_ 109.1 25.7 180 0.52 500 2239 12.8 180 0.26 500 3200 AS 25 D_ 122.5 22.9 180 0.46 450 2298 11.4 180 0.23 500 3200 AS 25 D_ 144.4 19.4 180 0.39 497 2537 9.7 180 0.20 500 3200 AS 25 D_ 157.9 17.7 180 0.36 500 2668 8.9 180 0.18 500 3200 AS 25 D_ 192.1 14.6 180 0.30 500 2967 7.3 180 0.15 500 3200

min

-1

min

-1

n1= 1400 min

-1

n1= 900 min

AS 25_ 5.02 179 130 2.6 380 860 100 160 1.8 440 1040 AS 25_ 5.92 152 150 2.5 410 840 84 190 1.8 420 970 AS 25_ 6.47 139 160 2.5 450 840 77 200 1.7 500 990 AS 25_ 7.88 114 180 2.3 560 860 63 200 1.4 830 1190 AS 25_ 8.93 101 160 1.8 420 1030 56 200 1.2 450 1210 AS 25_ 10.53 85 180 1.7 490 1040 47 200 1.0 750 1400 AS 25_ 11.51 78 180 1.5 610 1120 43 200 0.96 830 1500 AS 25_ 14.01 64 180 1.3 830 1320 36 200 0.79 830 1730 AS 25_ 16.42 55 180 1.1 490 1380 30.5 200 0.67 750 1820 AS 25_ 19.35 47 180 0.92 710 1560 25.8 200 0.57 830 2040 AS 25_ 21.16 43 180 0.84 820 1670 23.6 200 0.52 830 2160 AS 25_ 25.75 35 180 0.69 830 1900 19.4 200 0.43 830 2440 AS 25_ 31.27 28.8 180 0.57 640 2030 16.0 200 0.35 830 2610 AS 25_ 36.86 24.4 180 0.48 830 2250 13.6 200 0.30 830 2880 AS 25_ 40.29 22.3 180 0.44 830 2380 12.4 200 0.27 830 3030 AS 25_ 49.04 18.4 180 0.36 830 2650 10.2 200 0.22 830 3200

AS 25 D_ 60.1 15.0 200 0.34 500 2788 8.3 200 0.19 500 3200 AS 25 D_ 69.6 12.9 200 0.29 500 2910 7.2 200 0.16 500 3200 AS 25 D_ 82.0 11.0 200 0.25 500 3195 6.1 200 0.14 500 3200 AS 25 D_ 89.7 10.0 200 0.23 500 3200 5.6 200 0.13 500 3200 AS 25 D_ 109.1 8.2 200 0.19 500 3200 4.6 200 0.10 500 3200 AS 25 D_ 122.5 7.3 200 0.17 500 3200 4.1 200 0.09 500 3200 AS 25 D_ 144.4 6.2 200 0.14 500 3200 3.5 200 0.08 500 3200 AS 25 D_ 157.9 5.7 200 0.13 500 3200 3.2 200 0.07 500 3200 AS 25 D_ 192.1 4.7 200 0.11 500 3200 2.6 200 0.06 500 3200

-1

n1= 500 min

-1

350 Nm

AS 30

= 2800 min

AS 30_ 5.11 548 160 9.7 530 1100 274 230 6.9 550 1350 AS 30_ 6.22 450 180 8.9 710 1200 225 230 5.7 850 1500 AS 30_ 6.93 404 180 8.0 930 1300 202 230 5.1 1000 1600 AS 30_ 7.51 373 180 7.4 590 1300 186 230 4.7 700 1600 AS 30_ 7.78 360 180 7.1 1000 1400 180 230 4.6 1000 1750 AS 30_ 9.14 306 210 7.1 690 1300 153 260 4.4 920 1650 AS 30_ 10.18 275 210 6.4 910 1400 138 260 3.9 1000 1800 AS 30_ 11.43 245 210 5.7 1000 1550 122 260 3.5 1000 2000 AS 30_ 12.62 222 220 5.4 460 1500 111 260 3.2 770 2000 AS 30_ 15.37 182 240 4.8 710 1600 91 260 2.6 1000 2300 AS 30_ 17.11 164 240 4.3 930 1750 82 260 2.3 1000 2500 AS 30_ 19.21 146 240 3.9 1000 1900 73 260 2.1 1000 2600 AS 30_ 24.19 116 250 3.2 430 2000 58 320 2.0 490 2500 AS 30_ 29.45 95 300 3.1 460 2000 48 320 1.7 1000 2800 AS 30_ 32.8 85 320 3.0 560 2000 43 320 1.5 1000 3050 AS 30_ 36.82 76 320 2.7 810 2200 38 320 1.3 1000 3300

AS 30 D_ 41.2 68 320 2.5 660 2350 34 320 1.2 660 3500 AS 30 D_ 46.2 61 320 2.2 660 2550 30 320 1.1 660 3700 AS 30 D_ 54.0 52 320 1.9 660 2650 25.9 320 0.94 660 3900 AS 30 D_ 65.8 43 320 1.5 660 3050 21.3 320 0.77 660 4300 AS 30 D_ 73.6 38 320 1.4 660 3250 19.0 320 0.69 660 4600 AS 30 D_ 82.2 34 320 1.2 660 3500 17.0 320 0.62 660 4860 AS 30 D_ 99.3 28.2 320 1.0 660 3700 14.1 320 0.51 660 5200 AS 30 D_ 120.9 23.2 320 0.84 660 4150 11.6 320 0.42 660 5500 AS 30 D_ 134.7 20.8 320 0.75 660 4400 10.4 320 0.38 660 5500 AS 30 D_ 151.1 18.5 320 0.67 660 4700 9.3 320 0.33 660 5500

min

-1

min

-1

n1= 1400 min

-1

n1= 900 min

AS 30_ 5.11 176 320 6.2 400 1370 98 350 3.8 430 1590 AS 30_ 6.22 145 320 5.1 590 1230 80 350 3.1 900 1790 AS 30_ 6.93 130 320 4.6 740 1210 72 350 2.8 1000 2080 AS 30_ 7.51 120 320 4.2 530 1670 67 350 2.6 670 2080 AS 30_ 7.78 116 320 4.1 1000 1610 64 350 2.5 1000 2270 AS 30_ 9.14 98 320 3.5 870 1810 55 350 2.1 1000 2440 AS 30_ 10.18 88 320 3.1 1000 1980 49 350 1.9 1000 2650 AS 30_ 11.43 79 320 2.8 1000 2170 44 350 1.7 1000 2870 AS 30_ 12.62 71 320 2.5 680 2170 39.6 350 1.5 1000 2890 AS 30_ 15.37 59 320 2.1 1000 2520 32.5 350 1.3 1000 3310 AS 30_ 17.11 53 320 1.9 1000 2720 29.2 350 1.1 1000 3540 AS 30_ 19.21 47 320 1.7 1000 2930 26.0 350 1.0 1000 3800 AS 30_ 24.19 37.2 320 1.3 1000 3180 20.7 350 0.80 1000 4120 AS 30_ 29.45 30.6 320 1.1 1000 3600 17.0 350 0.65 1000 4620 AS 30_ 32.8 27.4 320 0.97 1000 3840 15.2 350 0.59 1000 4900 AS 30_ 36.82 24.4 320 0.86 1000 4090 13.6 350 0.52 1000 5210

AS 30 D_ 41.2 21.8 350 0.86 660 4100 12.1 350 0.48 660 5450 AS 30 D_ 46.2 19.5 350 0.77 660 4400 10.8 350 0.43 660 5500 AS 30 D_ 54.0 16.7 350 0.66 660 4600 9.3 350 0.37 660 5500 AS 30 D_ 65.8 13.7 350 0.54 660 5200 7.6 350 0.30 660 5500 AS 30 D_ 73.6 12.2 350 0.48 660 5450 6.8 350 0.27 660 5500 AS 30 D_ 82.2 10.9 350 0.43 660 5500 6.1 350 0.24 660 5500 AS 30 D_ 99.3 9.1 350 0.36 660 5500 5.0 350 0.20 660 5500 AS 30 D_ 120.9 7.4 350 0.29 660 5500 4.1 350 0.16 660 5500 AS 30 D_ 134.7 6.7 350 0.26 660 5500 3.7 350 0.15 660 5500 AS 30 D_ 151.1 6.0 350 0.24 660 5500 3.3 350 0.13 660 5500

-1

n1= 500 min

-1

AS 35

530 Nm

= 2800 min

AS 35_ 5.11 548 270 16.3 640 3690 274 340 10.3 900 4500 AS 35_ 6.22 450 270 13.4 850 4060 225 340 8.4 1050 4950 AS 35_ 6.93 404 270 12.0 910 4260 202 340 7.6 1140 5200 AS 35_ 7.51 373 270 11.1 830 4330 186 340 7.0 1050 5280 AS 35_ 7.78 360 270 10.7 960 4490 180 340 6.7 1200 5480 AS 35_ 9.14 306 320 10.8 850 4460 153 400 6.7 1100 5460 AS 35_ 10.18 275 320 9.7 910 4690 138 400 6.1 1150 5740 AS 35_ 11.43 245 320 8.6 960 4940 122 400 5.4 1150 6050 AS 35_ 12.62 222 360 8.8 660 4800 111 400 4.9 1050 6160 AS 35_ 15.37 182 360 7.2 880 5290 91 400 4.0 1150 6750 AS 35_ 17.11 164 360 6.5 940 5560 82 400 3.6 1150 7070 AS 35_ 19.21 146 360 5.8 990 5850 73 400 3.2 1150 7200 AS 35_ 24.19 116 480 6.1 370 5600 58 480 3.1 1150 7200 AS 35_ 29.45 95 480 5.0 700 6190 48 480 2.5 1150 7200 AS 35_ 32.8 85 480 4.5 860 6530 43 480 2.3 1150 7200 AS 35_ 36.82 76 480 4.0 920 6890 38 480 2.0 1150 7200

AS 35 D_ 41.2 68 480 3.7 700 7200 34 480 1.8 830 7200 AS 35 D_ 46.2 61 480 3.3 750 7200 30 480 1.6 830 7200 AS 35 D_ 54.0 52 480 2.8 650 7200 25.9 480 1.4 830 7200 AS 35 D_ 65.8 43 480 2.3 750 7200 21.3 480 1.2 830 7200 AS 35 D_ 73.6 38 480 2.1 830 7200 19.0 480 1.0 830 7200 AS 35 D_ 82.2 34 480 1.8 830 7200 17.0 480 0.92 830 7200 AS 35 D_ 99.3 28.2 480 1.5 750 7200 14.1 480 0.76 830 7200 AS 35 D_ 120.9 23.2 480 1.3 830 7200 11.6 480 0.63 830 7200 AS 35 D_ 134.7 20.8 480 1.1 830 7200 10.4 480 0.56 830 7200 AS 35 D_ 151.1 18.5 480 1.0 830 7200 9.3 480 0.50 830 7200

min

-1

min

-1

n1= 1400 min

-1

n1= 900 min

AS 35_ 5.11 176 480 9.3 590 4610 98 530 5.7 1110 5740 AS 35_ 6.22 145 480 7.6 1060 5150 80 530 4.7 1160 6380 AS 35_ 6.93 130 480 6.9 1160 5450 72 530 4.2 1160 6730 AS 35_ 7.51 120 480 6.3 970 5510 67 530 3.9 1160 6810 AS 35_ 7.78 116 480 6.1 1160 5770 64 530 3.8 1160 7110 AS 35_ 9.14 98 480 5.2 1160 6100 55 530 3.2 1160 7200 AS 35_ 10.18 88 480 4.7 1160 6430 49 530 2.9 1160 7200 AS 35_ 11.43 79 480 4.2 1160 6790 44 530 2.6 1160 7200 AS 35_ 12.62 71 480 3.8 1160 6900 40 530 2.3 1160 7200 AS 35_ 15.37 59 480 3.1 1160 7200 33 530 1.9 1160 7200 AS 35_ 17.11 53 480 2.8 1160 7200 29.2 530 1.7 1160 7200 AS 35_ 19.21 47 480 2.5 1160 7200 26.0 530 1.5 1160 7200 AS 35_ 24.19 37 480 2.0 1160 7200 20.7 530 1.2 1160 7200 AS 35_ 29.45 31 480 1.6 1160 7200 17.0 530 0.99 1160 7200 AS 35_ 32.8 27.4 480 1.5 1160 7200 15.2 530 0.89 1160 7200 AS 35_ 36.82 24.4 480 1.3 1160 7200 13.6 530 0.79 1160 7200

AS 35 D_ 41.2 21.8 530 1.3 830 7200 12.1 530 0.73 830 7200 AS 35 D_ 46.2 19.5 530 1.2 830 7200 10.8 530 0.65 830 7200 AS 35 D_ 54.0 16.7 530 1.0 830 7200 9.3 530 0.55 830 7200 AS 35 D_ 65.8 13.7 530 0.82 830 7200 7.6 530 0.45 830 7200 AS 35 D_ 73.6 12.2 530 0.73 830 7200 6.8 530 0.41 830 7200 AS 35 D_ 82.2 10.9 530 0.66 830 7200 6.1 530 0.36 830 7200 AS 35 D_ 99.3 9.1 530 0.54 830 7200 5.0 530 0.30 830 7200 AS 35 D_ 120.9 7.4 530 0.45 830 7200 4.1 530 0.25 830 7200 AS 35 D_ 134.7 6.7 530 0.40 830 7200 3.7 530 0.22 830 7200 AS 35 D_ 151.1 6.0 530 0.36 830 7200 3.3 530 0.20 830 7200

-1

n1= 500 min

-1

800 Nm

AS 45

= 2800 min

AS 45_ 4.42 633 420 29.3 1750 3500 317 520 18.1 1750 4250 AS 45_ 4.89 573 420 26.5 1750 3700 286 520 16.4 1750 4500 AS 45_ 5.43 516 420 23.8 1750 3900 258 520 14.8 1750 4800 AS 45_ 6.07 461 420 21.3 1750 4100 231 520 13.2 1750 5050 AS 45_ 8.14 344 520 19.7 1750 4100 172 650 12.3 1750 5000 AS 45_ 9.0 311 520 17.8 1750 4300 156 650 11.1 1750 5300 AS 45_ 10.0 280 520 16.0 1750 4600 140 650 10.0 1750 5600 AS 45_ 11.18 250 520 14.3 1750 4900 125 650 9.0 1750 6000 AS 45_ 12.89 217 590 14.1 1750 4700 109 650 7.8 1750 6200 AS 45_ 14.25 196 590 12.8 1750 5000 98 650 7.0 1750 6500 AS 45_ 15.83 177 590 11.5 1750 5300 88 650 6.3 1750 6900 AS 45_ 17.7 158 590 10.3 1750 5600 79 650 5.7 1750 7300 AS 45_ 19.99 140 720 11.1 1750 5200 70 720 5.6 1750 7200 AS 45_ 22.09 127 720 10.0 1750 5500 63 720 5.0 1750 7500 AS 45_ 24.55 114 720 9.0 1750 5800 57 720 4.5 1750 8000 AS 45_ 27.45 102 720 8.1 1750 6200 51 720 4.0 1750 8400

AS 45 D_ 31.1 90 720 7.3 1050 7150 45 720 3.7 1080 9400 AS 45 D_ 34.4 81 720 6.6 1080 7500 41 720 3.3 1080 9500 AS 45 D_ 38.2 73 720 6.0 1080 7900 37 720 3.0 1080 9500 AS 45 D_ 42.7 66 720 5.3 1080 8300 33 720 2.7 1080 9500 AS 45 D_ 45.7 61 720 5.0 1080 8350 31 720 2.5 1080 9500 AS 45 D_ 50.5 55 720 4.5 1080 8800 27.7 720 2.3 1080 9500 AS 45 D_ 56.1 50 720 4.1 1080 9200 25.0 720 2.0 1080 9500 AS 45 D_ 62.7 45 720 3.6 1080 9500 22.3 720 1.8 1080 9500 AS 45 D_ 76.8 36 720 3.0 1080 9500 18.2 720 1.5 1080 9500 AS 45 D_ 84.9 33 720 2.7 1080 9500 16.5 720 1.3 1080 9500 AS 45 D_ 94.3 29.7 720 2.4 1080 9500 14.8 720 1.2 1080 9500 AS 45 D_ 105.5 26.5 720 2.2 1080 9500 13.3 720 1.1 1080 9500 AS 45 D_ 147.2 19.0 720 1.5 1080 9500 9.5 720 0.77 1080 9500 AS 45 D_ 162.7 17.2 720 1.4 1080 9500 8.6 720 0.70 1080 9500 AS 45 D_ 180.7 15.5 720 1.3 1080 9500 7.7 720 0.63 1080 9500 AS 45 D_ 202.1 13.9 720 1.1 1080 9500 6.9 720 0.56 1080 9500

min

-1

min

-1

n1= 1400 min

-1

AS 45

800 Nm

= 900 min

AS 45_ 4.42 204 720 16.1 1750 4250 113 800 10.0 1750 5350 AS 45_ 4.89 184 720 14.6 1750 4600 102 800 9.0 1750 5700 AS 45_ 5.43 166 720 13.1 1750 4900 92 800 8.1 1750 6100 AS 45_ 6.07 148 720 11.8 1750 5200 82 800 7.3 1750 6500 AS 45_ 8.14 111 720 8.8 1750 5800 61 800 5.4 1750 7200 AS 45_ 9.0 100 720 7.9 1750 6200 56 800 4.9 1750 7600 AS 45_ 10.0 90 720 7.1 1750 6500 50 800 4.4 1750 8000 AS 45_ 11.18 81 720 6.4 1750 6900 45 800 3.9 1750 8500 AS 45_ 12.89 70 720 5.5 1750 7200 39 800 3.4 1750 8800 AS 45_ 14.25 63 720 5.0 1750 7600 35 800 3.1 1750 9300 AS 45_ 15.83 57 720 4.5 1750 8000 32 800 2.8 1750 9500 AS 45_ 17.7 51 720 4.0 1750 8400 28.2 800 2.5 1750 9500 AS 45_ 19.99 45 720 3.6 1750 8700 25.0 800 2.2 1750 9500 AS 45_ 22.09 41 720 3.2 1750 9100 22.6 800 2.0 1750 9500 AS 45_ 24.55 37 720 2.9 1750 9500 20.4 800 1.8 1750 9500 AS 45_ 27.45 33 720 2.6 1750 9500 18.2 800 1.6 1750 9500

AS 45 D_ 31.1 28.9 800 2.6 1080 9500 16.1 800 1.5 1080 9500 AS 45 D_ 34.4 26.2 800 2.4 1080 9500 14.5 800 1.3 1080 9500 AS 45 D_ 38.2 23.6 800 2.1 1080 9500 13.1 800 1.2 1080 9500 AS 45 D_ 42.7 21.1 800 1.9 1080 9500 11.7 800 1.1 1080 9500 AS 45 D_ 45.7 19.7 800 1.8 1080 9500 10.9 800 0.99 1080 9500 AS 45 D_ 50.5 17.8 800 1.6 1080 9500 9.9 800 0.89 1080 9500 AS 45 D_ 56.1 16.0 800 1.4 1080 9500 8.9 800 0.81 1080 9500 AS 45 D_ 62.7 14.4 800 1.3 1080 9500 8.0 800 0.72 1080 9500 AS 45 D_ 76.8 11.7 800 1.1 1080 9500 6.5 800 0.59 1080 9500 AS 45 D_ 84.9 10.6 800 0.96 1080 9500 5.9 800 0.53 1080 9500 AS 45 D_ 94.3 9.5 800 0.86 1080 9500 5.3 800 0.48 1080 9500 AS 45 D_ 105.5 8.5 800 0.77 1080 9500 4.7 800 0.43 1080 9500 AS 45 D_ 147.2 6.1 800 0.55 1080 9500 3.4 800 0.31 1080 9500 AS 45 D_ 162.7 5.5 800 0.50 1080 9500 3.1 800 0.28 1080 9500 AS 45 D_ 180.7 5.0 800 0.45 1080 9500 2.8 800 0.25 1080 9500 AS 45 D_ 202.1 4.5 800 0.40 1080 9500 2.5 800 0.22 1080 9500

min

-1

min

-1

n1= 500 min

-1

1350 Nm

AS 55

= 2800 min

AS 55_ 4.55 615 640 43 2350 6460 308 800 27 2500 7890 AS 55_ 5.07 552 640 39 2500 6850 276 800 24 2500 8400 AS 55_ 5.68 493 640 35 2500 7300 246 800 22 2500 8900 AS 55_ 6.42 436 640 31 2500 7720 218 800 19 2500 9450 AS 55_ 7.31 383 900 38 1230 6650 192 1100 23 1616 8200 AS 55_ 8.14 344 900 34 2240 7100 172 1100 21 2500 8800 AS 55_ 9.13 307 900 30 2420 7600 153 1100 18.6 2500 9400 AS 55_ 10.31 272 900 27 2500 8150 136 1100 16.4 2500 10100 AS 55_ 11.31 248 1000 27 1210 7700 124 1100 15.0 2500 10100 AS 55_ 12.6 222 1000 24 2250 8250 111 1100 13.5 2500 10800 AS 55_ 14.13 198 1000 22 2430 8800 99 1100 12.0 2500 11500 AS 55_ 15.96 175 1000 19.3 2500 9400 88 1100 10.6 2500 12200 AS 55_ 18.31 153 1100 18.5 1030 9150 76 1200 10.1 2500 12000 AS 55_ 20.4 137 1200 18.1 1270 9300 69 1200 9.1 2500 12800 AS 55_ 22.87 122 1200 16.2 2280 9950 61 1200 8.1 2500 13600 AS 55_ 25.84 108 1200 14.3 2470 10700 54 1200 7.2 2500 14400

AS 55 D_ 29.8 94 1200 12.7 1050 12100 47 1200 6.4 1600 15000 AS 55 D_ 33.2 84 1200 11.4 1300 12800 42 1200 5.7 1600 15000 AS 55 D_ 37.2 75 1200 10.2 1500 13500 38 1200 5.1 1600 15000 AS 55 D_ 42.1 67 1200 9.0 1600 14300 33 1200 4.5 1600 15000 AS 55 D_ 54.9 51 1200 6.9 1500 15000 26 1200 3.5 1600 15000 AS 55 D_ 61.2 46 1200 6.2 1600 15000 22.9 1200 3.1 1600 15000 AS 55 D_ 68.6 41 1200 5.5 1600 15000 20.4 1200 2.8 1600 15000 AS 55 D_ 77.5 36 1200 4.9 1600 15000 18.1 1200 2.4 1600 15000 AS 55 D_ 87.0 32 1200 4.4 1600 15000 16.1 1200 2.2 1600 15000 AS 55 D_ 96.9 29 1200 3.9 1600 15000 14.4 1200 2.0 1600 15000 AS 55 D_ 108.6 25.8 1200 3.5 1600 15000 12.9 1200 1.7 1600 15000 AS 55 D_ 122.7 22.8 1200 3.1 1600 15000 11.4 1200 1.5 1600 15000 AS 55 D_ 134.8 20.8 1200 2.8 1600 15000 10.4 1200 1.4 1600 15000 AS 55 D_ 150.2 18.6 1200 2.5 1600 15000 9.3 1200 1.3 1600 15000 AS 55 D_ 168.4 16.6 1200 2.3 1600 15000 8.3 1200 1.1 1600 15000 AS 55 D_ 190.3 14.7 1200 2.0 1600 15000 7.4 1200 1.0 1600 15000

min

-1

min

-1

n1= 1400 min

-1

AS 55

1350 Nm

= 900 min

AS 55_ 4.55 198 1200 26 1500 8080 110 1350 16.3 1250 10000 AS 55_ 5.07 178 1200 23 1800 8160 99 1350 14.7 2500 10000 AS 55_ 5.68 158 1200 21 2500 8790 88 1350 13.1 2500 11000 AS 55_ 6.42 140 1200 18.5 2500 9450 78 1350 11.6 2500 11700 AS 55_ 7.31 123 1200 16.3 2500 9650 68 1350 10.2 2500 11900 AS 55_ 8.14 111 1200 14.6 2500 10300 61 1350 9.1 2500 12700 AS 55_ 9.13 99 1200 13.0 2500 11000 55 1350 8.1 2500 13500 AS 55_ 10.31 87 1200 11.5 2500 11750 48 1350 7.2 2500 14400 AS 55_ 11.31 80 1200 10.5 2500 11840 44 1350 6.6 2500 14500 AS 55_ 12.6 71 1200 9.4 2500 12560 40 1350 5.9 2500 15000 AS 55_ 14.13 64 1200 8.4 2500 13340 35 1350 5.3 2500 15000 AS 55_ 15.96 56 1200 7.5 2500 14170 31.3 1350 4.7 2500 15000 AS 55_ 18.31 49 1200 6.5 2500 14610 27.3 1350 4.1 2500 15000 AS 55_ 20.4 44 1200 5.8 2500 15000 24.5 1350 3.6 2500 15000 AS 55_ 22.87 39 1200 5.2 2500 15000 21.9 1350 3.2 2500 15000 AS 55_ 25.84 35 1200 4.6 2500 15000 19.3 1350 2.9 2500 15000

AS 55 D_ 29.8 30.2 1350 4.6 1600 15000 16.8 1350 2.6 1600 15000 AS 55 D_ 33.2 27.1 1350 4.1 1600 15000 15.1 1350 2.3 1600 15000 AS 55 D_ 37.2 24.2 1350 3.7 1600 15000 13.4 1350 2.0 1600 15000 AS 55 D_ 42.1 21.4 1350 3.3 1600 15000 11.9 1350 1.8 1600 15000 AS 55 D_ 54.9 16.4 1350 2.5 1600 15000 9.1 1350 1.4 1600 15000 AS 55 D_ 61.2 14.7 1350 2.2 1600 15000 8.2 1350 1.2 1600 15000 AS 55 D_ 68.6 13.1 1350 2.0 1600 15000 7.3 1350 1.1 1600 15000 AS 55 D_ 77.5 11.6 1350 1.8 1600 15000 6.5 1350 0.98 1600 15000 AS 55 D_ 87.0 10.3 1350 1.6 1600 15000 5.7 1350 0.88 1600 15000 AS 55 D_ 96.9 9.3 1350 1.4 1600 15000 5.2 1350 0.79 1600 15000 AS 55 D_ 108.6 8.3 1350 1.3 1600 15000 4.6 1350 0.70 1600 15000 AS 55 D_ 122.7 7.3 1350 1.1 1600 15000 4.1 1350 0.62 1600 15000 AS 55 D_ 134.8 6.7 1350 1.0 1600 15000 3.7 1350 0.57 1600 15000 AS 55 D_ 150.2 6.0 1350 0.91 1600 15000 3.3 1350 0.51 1600 15000 AS 55 D_ 168.4 5.3 1350 0.81 1600 15000 3.0 1350 0.45 1600 15000 AS 55 D_ 190.3 4.7 1350 0.72 1600 15000 2.6 1350 0.40 1600 15000

min

-1

min

-1

n1= 500 min

-1

2300 Nm

AS 60

= 2800 min

AS 60_ 4.34 645 1100 78 1790 4540 323 1400 50 2230 5420 AS 60_ 4.8 583 1100 71 1980 4890 292 1400 45 2470 5850 AS 60_ 5.33 525 1100 64 2150 5260 263 1400 40 2690 6310 AS 60_ 5.96 470 1100 57 2320 5640 235 1400 36 2900 6790 AS 60_ 7.37 380 1500 63 1550 4160 190 1900 40 1940 4450 AS 60_ 8.14 344 1500 57 1760 4960 172 1900 36 2210 5830 AS 60_ 9.05 309 1500 51 1960 5410 155 1900 32 2450 6470 AS 60_ 10.12 277 1500 46 2140 5880 138 1900 29 2690 7050 AS 60_ 11.4 246 1700 46 1530 4860 123 1900 26 2240 7130 AS 60_ 12.6 222 1700 42 1740 5690 111 1900 23 2470 7710 AS 60_ 14.0 200 1700 37 1940 6200 100 1900 21 2690 8320 AS 60_ 15.65 179 1700 33 2120 6740 89 1900 18.7 2900 8960 AS 60_ 18.55 151 1900 32 1060 6280 75 2100 17.5 2120 8620 AS 60_ 20.5 137 2100 32 1060 5500 68 2100 15.8 2360 9180 AS 60_ 22.78 123 2100 28 1630 6700 61 2100 14.2 2590 9980 AS 60_ 25.47 110 2100 25 1850 7330 55 2100 12.7 2820 10700

AS 60 D_ 30.2 93 2100 22 1620 9160 46 2100 11.0 2210 12700 AS 60 D_ 33.4 84 2100 19.9 1680 9790 42 2100 9.9 2270 13500 AS 60 D_ 37.1 75 2100 17.9 1740 10500 38 2100 9.0 2330 14200 AS 60 D_ 41.5 67 2100 16.0 1800 11200 34 2100 8.0 2350 15100 AS 60 D_ 55.6 50 2100 11.9 1770 12300 25 2100 6.0 2350 16500 AS 60 D_ 61.5 46 2100 10.8 1810 13000 22.8 2100 5.4 2350 17400 AS 60 D_ 68.3 41 2100 9.7 1860 13800 20.5 2100 4.9 2350 18300 AS 60 D_ 76.4 37 2100 8.7 1900 14600 18.3 2100 4.3 2350 19300 AS 60 D_ 88.1 32 2100 7.5 1830 15000 15.9 2100 3.8 2350 19100 AS 60 D_ 97.4 29 2100 6.8 1870 15800 14.4 2100 3.4 2350 20900 AS 60 D_ 108.2 25.9 2100 6.1 1910 16700 12.9 2100 3.1 2350 21900 AS 60 D_ 121.0 23.1 2100 5.5 1950 17600 11.6 2100 2.7 2350 22000 AS 60 D_ 136.6 20.5 2100 4.9 1870 18000 10.2 2100 2.4 2350 22000 AS 60 D_ 151.0 18.5 2100 4.4 1900 18900 9.3 2100 2.2 2350 22000 AS 60 D_ 167.7 16.7 2100 4.0 1940 19800 8.3 2100 2.0 2350 22000 AS 60 D_ 187.5 14.9 2100 3.5 1980 20900 7.5 2100 1.8 1400 22000

min

-1

min

-1

n1= 1400 min

-1

AS 60

2300 Nm

= 900 min

AS 60_ 4.34 207 2100 48 1620 3680 115 2300 29 1610 3900 AS 60_ 4.8 188 2100 43 1620 2360 104 2300 26 2960 5700 AS 60_ 5.33 169 2100 39 2440 4130 94 2300 24 3330 7190 AS 60_ 5.96 151 2100 35 2750 5680 84 2300 21 3670 7880 AS 60_ 7.37 122 2100 28 2400 5950 68 2300 17.2 3290 8410 AS 60_ 8.14 111 2100 26 2690 7010 61 2300 15.6 3600 9100 AS 60_ 9.05 99 2100 23 2960 7630 55 2300 14.0 3680 9830 AS 60_ 10.12 89 2100 21 3220 8290 49 2300 12.5 3680 10610 AS 60_ 11.4 79 2100 18.3 2720 8400 44 2300 11.1 3640 10780 AS 60_ 12.6 71 2100 16.5 2980 9050 40 2300 10.0 3680 11540 AS 60_ 14.0 64 2100 14.9 3230 9740 36 2300 9.0 3680 12350 AS 60_ 15.65 58 2100 13.3 3460 10480 31.9 2300 8.1 3680 13210 AS 60_ 18.55 49 2100 11.2 2860 10940 27.0 2300 6.8 3680 13810 AS 60_ 20.5 44 2100 10.2 3110 11680 24.4 2300 6.2 3680 14670 AS 60_ 22.78 40 2100 9.1 3340 12450 21.9 2300 5.6 3680 15580 AS 60_ 25.47 35 2100 8.2 3560 13270 19.6 2300 5.0 3680 16550

AS 60 D_ 30.2 29.8 2300 7.7 2350 14810 16.6 2300 4.3 2350 18990 AS 60 D_ 33.4 26.9 2300 7.0 2350 15650 15.0 2300 3.9 2350 19950 AS 60 D_ 37.1 24.3 2300 6.3 2350 16530 13.5 2300 3.5 2350 20970 AS 60 D_ 41.5 21.7 2300 5.6 2350 17480 12.0 2300 3.1 2350 22000 AS 60 D_ 55.6 16.2 2300 4.2 2350 19170 9.0 2300 2.3 2350 22000 AS 60 D_ 61.5 14.6 2300 3.8 2350 20140 8.1 2300 2.1 2350 22000 AS 60 D_ 68.3 13.2 2300 3.4 2350 21170 7.3 2300 1.9 2350 22000 AS 60 D_ 76.4 11.8 2300 3.1 2350 22000 6.5 2300 1.7 2350 22000 AS 60 D_ 88.1 10.2 2300 2.7 2350 22000 5.7 2300 1.5 2350 22000 AS 60 D_ 97.4 9.2 2300 2.4 2350 22000 5.1 2300 1.3 2350 22000 AS 60 D_ 108.2 8.3 2300 2.2 2350 22000 4.6 2300 1.2 2350 22000 AS 60 D_ 121.0 7.4 2300 1.9 2350 22000 4.1 2300 1.1 2350 22000 AS 60 D_ 136.6 6.6 2300 1.7 2350 22000 3.7 2300 0.95 2350 22000 AS 60 D_ 151.0 6.0 2300 1.5 2350 22000 3.3 2300 0.86 2350 22000 AS 60 D_ 167.7 5.4 2300 1.4 2350 22000 3.0 2300 0.77 2350 22000 AS 60 D_ 187.5 4.8 2300 1.2 2350 22000 2.7 2300 0.69 2350 22000

min

-1

min

-1

n1= 500 min

-1

4200 Nm

AS 80

= 2800 min

AS 80_ 4.34 645 1900 135 3560 12200 323 2400 85 4380 14900 AS 80_ 4.8 583 1900 122 3790 12300 292 2400 77 4760 15800 AS 80_ 5.33 525 1900 110 4000 13800 263 2400 69 5000 16800 AS 80_ 5.96 470 1900 98 4200 14600 235 2400 62 5000 17800 AS 80_ 7.37 380 2600 109 1170 10500 190 3200 67 1450 13000 AS 80_ 8.14 344 2600 98 3340 12700 172 3200 61 4150 15700 AS 80_ 9.05 309 2600 89 3760 14800 155 3200 55 4800 18300 AS 80_ 10.12 277 2600 79 3990 15800 138 3200 49 5000 19500 AS 80_ 11.4 246 2900 78 1040 12900 123 3200 43 4200 19900 AS 80_ 12.6 222 2900 71 3230 15400 111 3200 39 4850 21100 AS 80_ 14.0 200 2900 64 3770 17100 100 3200 35 5000 22400 AS 80_ 15.65 179 2900 57 4000 18300 89 3200 32 5000 23800 AS 80_ 18.46 152 3000 50 2060 18600 76 3800 32 1750 22600 AS 80_ 20.4 137 3200 48 2830 19100 69 3800 29 4400 24000 AS 80_ 22.67 124 3800 52 1370 15000 62 3800 26 4900 25500 AS 80_ 25.35 110 3800 46 3620 18200 55 3800 23 5000 27200

AS 80 D_ 31.2 90 3800 39 1940 19000 45 3800 19.3 2800 29000 AS 80 D_ 34.5 81 3800 35 2070 21100 41 3800 17.4 2900 30500 AS 80 D_ 38.3 73 3800 31 2190 23600 37 3800 15.7 3000 31000 AS 80 D_ 42.8 65 3800 28 2300 25100 33 3800 14.0 3150 31000 AS 80 D_ 50.1 56 3800 24 2140 26100 27.9 3800 12.0 3000 31000 AS 80 D_ 55.4 51 3800 22 2250 27600 25.3 3800 10.8 3100 31000 AS 80 D_ 61.5 46 3800 19.5 2350 29300 22.8 3800 9.8 3200 31000 AS 80 D_ 68.8 41 3800 17.5 2440 31000 20.3 3800 8.7 3300 31000 AS 80 D_ 77.5 36 3800 15.5 2260 31000 18.1 3800 7.8 3100 31000 AS 80 D_ 85.7 33 3800 14.0 2350 31000 16.3 3800 7.0 3200 31000 AS 80 D_ 95.2 29.4 3800 12.6 2440 31000 14.7 3800 6.3 3300 31000 AS 80 D_ 106.5 26.3 3800 11.3 2530 31000 13.1 3800 5.6 3400 31000 AS 80 D_ 125.5 22.3 3800 9.6 2340 31000 11.2 3800 4.8 3200 31000 AS 80 D_ 138.7 20.2 3800 8.7 2430 31000 10.1 3800 4.3 3300 31000 AS 80 D_ 154.1 18.2 3800 7.8 2510 31000 9.1 3800 3.9 3400 31000 AS 80 D_ 172.3 16.3 3800 7.0 2590 31000 8.1 3800 3.5 3450 31000

min

-1

min

-1

n1= 1400 min

-1

AS 80

4200 Nm

= 900 min

AS 80_ 4.34 207 3800 87 2280 14200 115 4200 53 2500 31000 AS 80_ 4.8 188 3800 78 3380 14200 104 4200 48 2300 31000 AS 80_ 5.33 169 3800 71 3000 11900 94 4200 43 4380 31000 AS 80_ 5.96 151 3800 63 4720 12400 84 4200 39 5000 31000 AS 80_ 7.37 122 3800 51 2120 15500 68 4200 31 3360 31000 AS 80_ 8.14 111 3800 46 3540 16000 61 4200 28 5000 31000 AS 80_ 9.05 99 3800 42 5000 19300 55 4200 26 5000 31000 AS 80_ 10.12 89 3800 37 5000 21700 49 4200 23 5000 31000 AS 80_ 11.4 79 3800 33 3650 21800 44 4200 20 5000 31000 AS 80_ 12.6 71 3800 30 5000 23500 40 4200 18.4 5000 31000 AS 80_ 14.0 64 3800 27 5000 25000 36 4200 16.5 5000 31000 AS 80_ 15.65 58 3800 24 5000 26700 32 4200 14.8 5000 31000 AS 80_ 18.46 49 3800 20 5000 27800 27.1 4200 12.5 5000 31000 AS 80_ 20.4 44 3800 18.5 5000 29400 24.5 4200 11.3 5000 31000 AS 80_ 22.67 40 3800 16.6 5000 31000 22.1 4200 10.2 5000 31000 AS 80_ 25.35 36 3800 14.9 5000 31000 19.7 4200 9.1 5000 31000

AS 80 D_ 31.2 28.8 4200 13.7 3300 31000 16.0 4200 7.6 3680 31000 AS 80 D_ 34.5 26.1 4200 12.4 3438 31000 14.5 4200 6.9 3680 31000 AS 80 D_ 38.3 23.5 4200 11.1 3569 31000 13.1 4200 6.2 3680 31000 AS 80 D_ 42.8 21.0 4200 10.0 3680 31000 11.7 4200 5.5 3680 31000 AS 80 D_ 50.1 18.0 4200 8.5 3522 31000 10.0 4200 4.7 3680 31000 AS 80 D_ 55.4 16.2 4200 7.7 3638 31000 9.0 4200 4.3 3680 31000 AS 80 D_ 61.5 14.6 4200 6.9 3680 31000 8.1 4200 3.9 3680 31000 AS 80 D_ 68.8 13.1 4200 6.2 3680 31000 7.3 4200 3.4 3680 31000 AS 80 D_ 77.5 11.6 4200 5.5 3680 31000 6.5 4200 3.1 3680 31000 AS 80 D_ 85.7 10.5 4200 5.0 3680 31000 5.8 4200 2.8 3680 31000 AS 80 D_ 95.2 9.5 4200 4.5 3680 31000 5.3 4200 2.5 3680 31000 AS 80 D_ 106.5 8.5 4200 4.0 3680 31000 4.7 4200 2.2 3680 31000 AS 80 D_ 125.5 7.2 4200 3.4 3680 31000 4.0 4200 1.9 3680 31000 AS 80 D_ 138.7 6.5 4200 3.1 3680 31000 3.6 4200 1.7 3680 31000 AS 80 D_ 154.1 5.8 4200 2.8 3680 31000 3.2 4200 1.5 3680 31000 AS 80 D_ 172.3 5.2 4200 2.5 3680 31000 2.9 4200 1.4 3680 31000

min

-1

min

-1

n1= 500 min

-1

6800 Nm

AS 90

= 2800 min

AS 90_ 4.34 645 2800 199 1110 15900 323 3600 128 1640 17800 AS 90_ 4.8 583 3000 193 1400 15900 292 4100 132 1280 15000 AS 90_ 5.33 525 3200 185 1770 16000 263 4100 119 2490 18000 AS 90_ 5.96 470 3300 171 2460 17500 235 4100 106 3660 21100 AS 90_ 7.37 380 3300 138 1370 18400 190 4100 86 2350 22200 AS 90_ 8.14 344 3600 136 1490 17600 172 4500 85 2430 21000 AS 90_ 9.05 309 4000 136 1490 16100 155 5300 90 1760 15700 AS 90_ 10.12 277 4300 131 1840 15900 138 5300 81 3000 19500 AS 90_ 11.4 246 3800 103 1100 20500 123 4800 65 1840 23900 AS 90_ 12.6 222 4000 98 1550 21300 111 5300 65 1850 22000 AS 90_ 14.0 200 4500 99 1440 19000 100 5300 58 3010 25900 AS 90_ 15.65 179 4700 93 2040 20200 89 5300 52 4130 30100 AS 90_ 18.46 152 4000 67 1420 26900 76 5300 44 1690 30400 AS 90_ 20.4 137 4500 68 1260 25900 69 6000 45 1410 26800 AS 90_ 22.67 124 5000 68 1260 24100 62 6200 42 2250 29200 AS 90_ 25.35 110 5600 68 1250 21600 55 6200 38 3430 34000

AS 90 D_ 29.5 95 6200 66 1800 14300 47 6200 33 2670 33900 AS 90 D_ 32.6 86 6200 60 1950 18600 43 6200 30 2820 38700 AS 90 D_ 36.3 77 6200 54 2090 22900 39 6200 27 2970 40800 AS 90 D_ 40.6 69 6200 48 2230 27500 34 6200 24 3100 42000 AS 90 D_ 50.1 56 6200 39 2080 28900 27.9 6200 19.6 2950 42000 AS 90 D_ 55.4 51 6200 35 2200 33600 25.3 6200 17.7 3080 42000 AS 90 D_ 61.5 46 6200 32 2320 38100 22.8 6200 15.9 3190 42000 AS 90 D_ 68.8 41 6200 29 2430 40300 20.3 6200 14.3 3300 42000 AS 90 D_ 77.5 36 6200 25 2220 41300 18.1 6200 12.7 3090 42000 AS 90 D_ 85.7 33 6200 23 2330 42000 16.3 6200 11.4 3200 42000 AS 90 D_ 95.2 29.4 6200 21 2430 42000 14.7 6200 10.3 3310 42000 AS 90 D_ 106.5 26.3 6200 18 2530 42000 13.1 6200 9.2 3410 42000 AS 90 D_ 126.1 22.2 6200 16 2270 42000 11.1 6200 7.8 3150 42000 AS 90 D_ 139.4 20.1 6200 14 2380 42000 10.0 6200 7.0 3250 42000 AS 90 D_ 154.9 18.1 6200 13 2480 42000 9.0 6200 6.3 3350 42000 AS 90 D_ 173.2 16.2 6200 11 2570 42000 8.1 6200 5.7 3450 42000

min

-1

min

-1

n1= 1400 min

-1

AS 90

6800 Nm

= 900 min

AS 90_ 4.34 207 4300 98 1830 18200 115 5800 74 1010 14100 AS 90_ 4.8 188 4800 99 1690 15800 104 6200 71 1600 13600 AS 90_ 5.33 169 5300 99 1780 13800 94 6800 70 1820 11300 AS 90_ 5.96 151 5800 96 2070 12200 84 6800 63 3630 15900 AS 90_ 7.37 122 5300 71 1610 18300 68 6800 51 1620 16400 AS 90_ 8.14 111 5800 71 1740 16600 61 6800 46 3260 21100 AS 90_ 9.05 99 6200 68 2270 16300 55 6800 41 4840 25900 AS 90_ 10.12 89 6200 61 3670 20700 49 6800 37 6370 31000 AS 90_ 11.4 79 5800 50 1920 23600 44 6800 33 3470 29600 AS 90_ 12.6 71 6200 49 2370 23500 40 6800 30 4960 34600 AS 90_ 14.0 64 6200 44 3690 28000 36 6800 27 6390 39900 AS 90_ 15.65 58 6200 39 4970 32800 32 6800 24 7670 42000 AS 90_ 18.46 49 6200 33 2190 33000 27.1 6800 20 4760 42000 AS 90_ 20.4 44 6200 30 3460 37800 24.5 6800 18.4 6140 42000 AS 90_ 22.67 40 6200 27 4680 40400 22.1 6800 16.5 7470 42000 AS 90_ 25.35 36 6200 24 5870 42000 19.7 6800 14.8 8000 42000

AS 90 D_ 29.5 31 6800 23 3200 41900 16.9 6800 13.0 4260 42000 AS 90 D_ 32.6 27.6 6800 21 3360 42000 15.3 6800 11.8 4430 42000 AS 90 D_ 36.3 24.8 6800 19.0 3520 42000 13.8 6800 10.6 4580 42000 AS 90 D_ 40.6 22.2 6800 17.0 3670 42000 12.3 6800 9.5 4730 42000 AS 90 D_ 50.1 18.0 6800 13.8 3500 42000 10.0 6800 7.7 4570 42000 AS 90 D_ 55.4 16.2 6800 12.5 3640 42000 9.0 6800 6.9 4700 42000 AS 90 D_ 61.5 14.6 6800 11.2 3760 42000 8.1 6800 6.2 4830 42000 AS 90 D_ 68.8 13.1 6800 10.0 3890 42000 7.3 6800 5.6 4950 42000 AS 90 D_ 77.5 11.6 6800 8.9 3650 42000 6.5 6800 5.0 4720 42000 AS 90 D_ 85.7 10.5 6800 8.1 3770 42000 5.8 6800 4.5 4840 42000 AS 90 D_ 95.2 9.5 6800 7.3 3890 42000 5.3 6800 4.0 4950 42000 AS 90 D_ 106.5 8.5 6800 6.5 4000 42000 4.7 6800 3.6 5000 42000 AS 90 D_ 126.1 7.1 6800 5.5 3720 42000 4.0 6800 3.0 4780 42000 AS 90 D_ 139.4 6.5 6800 5.0 3830 42000 3.6 6800 2.8 4900 42000 AS 90 D_ 154.9 5.8 6800 4.5 3940 42000 3.2 6800 2.5 5000 42000 AS 90 D_ 173.2 5.2 6800 4.0 4040 42000 2.9 6800 2.2 5000 42000

min

-1

min

-1

n1= 500 min

-1

24 - PREDISPOSIZIONI

POSSIBILI

Nella tabella (A11) vengono ri portati gli abbinamenti motore possibili in termini puramente geometrici.

La scelta del motoriduttore deve essere effettuata se guendo le istruzioni specifi cate al paragrafo 10, rispet tando in particolare la condizione S ³ fs.

(A12)

63 71 80 90 100 112 132 160 180 200 225

AS 16

AS 20

AS 20 D

AS 25

AS 25 D

AS 30

AS 30 D

AS 35

AS 35 D

5.53 - 44.73

5.49 - 15.48

18.01 - 49.52

58.1 - 187.5

5.02 - 49.04

60.1 - 192.1

5.11 - 36.82

41.2 - 151.1

5.11 - 36.82

41.2 - 151.1

24 - MOTOR AVAILABILITY

Motor-gearbox combinations resulting from chart (A11) are purely based on geometrical compatibility.

When selecting a gearmotor,

refer to procedure specified

at para 10 and observe par

ticularly the condition S ³ fs.

24 - ANBAUMÖGLICHKEITEN

In den Tabelle (A11) werden die von den Größen her gese henen möglichen Passungen angegeben.

Die angemessene Getriebe wahl muss unter Befolgung der im Paragraph 10 gegebe

nen Anleitungen und auf der Grundlage der Auswahltabelle der technischen Daten erfolgen.

24 - PREDISPOSITIONS

POSSIBLES

Dans le tableau (A11) sont indi qués les accouplements possi

bles en termes de dimensions.

Le choix le plus approprié du réducteur à utiliser doit être

effectué selon les indications du paragraphe 10, ainsi qu’en

fonction des caractéristiques techniques des tableaux de sélection.

AS 45

AS 45 D

AS 55

AS 55 D

AS 60

AS 60 D

AS 80

AS 80 D

AS 90

AS 90 D

4.42 - 27.45

31.1 - 62.7

76.8 - 202.1

4.55 - 25.84

29.8 - 77.5

87 - 190.3

4.34 - 25.47

30.2 - 76.4

88.1 - 187.5

4.34 - 10.12

11.4 - 25.35

31.2 - 68.8

77.5 - 172.3

4.34 - 25.35

29.5 - 68.8

77.5 - 172.3

In questo caso, se il riduttore è installato in una qualsiasi posi zione di montaggio orizzontale è consigliabile che il motore sia nella forma costruttiva IM B35.

In this case, if the reducer is in

any horizontal mounting posi tion, it is recommended that the motor is IM B35 type.

In diesem Fall, wenn das Ge

triebe in irgendeiner waagrech ten Einlaulage installiert ist, wird empfohlen, einen Motor in der Bauform IM B35 zu verwen den.

Dans ce cas, si le réducteur est

monté dans toute position hori zontale, il est préconisé d’avoir un moteur du type IM B35.

AS 16...P(IEC)

25 - ABMESSUNGEN25 - DIMENSIONI 25 - DIMENSIONS25 - DIMENSIONS

305

B R

110

135

140 115

146

OUTPUT

INPUT

154 (P63)

DIN 332 DR

9.5

AS 16_063 AS 16_071

AS 16

MM1M2N

N2 N3 N4 X ...P

11 12.8 4 140 115 95 - M8x19 5 170 - - 3.4

14 16.3 5 160 130 110 - M8x16 5 170 - - 3.4

...F ...R LB AC LB

BN 63 BN 71

BN...

BN...FD BN...FA

184 121 249 121 219 138 280 138

AS 16...HS

OUTPUT

INPUT

D40

DIN 332 DR

F4 F3

146

110

135

140

115

9.5

DIN 332 DR

AS 16 P_HS AS 16 F_HS

AS 16

A D E F F1 F2 F3 F4 V S SP

206 126 40 16 18.8 5 5 30 M6 5 16 3.4 206 126 40 16 18.8 5 5 30 M6 5 16 3.4

AS 20...P(IEC)

110

305

20 h6

B R

130

155

160

130

173

100

OUTPUT

22.5

INPUT

154 (P63)

DIN 332 DR

AS 20_063 AS 20_071 AS 20_080 AS 20_090

3.5

6.5

9.5

AS 20

M M1 M2 N

N2 N3 N4 X ...P

11 12.8 4 140 115 95 - M8x19 5 195 195 - 6.4

14 16.3 5 160 130 110 - M8x16 5 195 195 - 6.4

19 21.8 6 200 165 130 - M10x12 5 200 200 - 6.4

24 27.3 8 200 165 130 - M10x12 5 200 200 - 6.4

...F ...R LB AC LB

BN 63 BN 71 BN 80 BN 90

BN...

BN...FD BN...FA

184 121 249 121 219 138 280 138 234 156 306 156 276 176 359 176

AS 20 D_063 AS 20 D_071

11 12.8 4 140 115 95 - M8x19 3.5 194 194 - 6

14 16.3 5 160 130 110 - M8x16 3.5 194 194 - 6

BN 63 BN 71

184 121 249 121 219 138 280 138

AS 20...HS

OUTPUT

22.5

INPUT

D40

DIN 332 DR

F4 F3

173

100

130

155

160

130

9.5

DIN 332 DR

AS 20 P_HS AS 20 DP_HS AS 20 F_HS AS 20 DF_HS

AS 20

A D E F F1 F2 F3 F4 V S SP

233 153 40 19 21.8 6 5 30 M6 5 16 6.4 230 153 40 16 21.8 5 5 30 M6 5 16 6 233 153 40 19 21.8 6 5 30 M6 5 16 6.4 230 153 40 16 18.8 5 5 30 M6 5 16 6

AS 25...P(IEC)

130

405

25 h6

105

405

B R

160

190

200

165

190

110

OUTPUT

DIN 332 DR

INPUT

25 h6

3.5

6.5

B R

154 (P63)

107

11.5

AS 25_071 AS 25_080 AS 25_090

405

130

3.5

6.5

B R

160

9.5

AS 25

MM1M2N

N2 N3 N4 X ...P

14 16.3 5 160 130 110 - M8x16 5 214 214 242 14

19 21.8 6 200 165 130 - M10x12 5 219 219 247 14

24 27.3 8 200 165 130 - M10x12 5 219 219 247 14

...F ...R LB AC LB

107

BN 71 BN 80 BN 90

BN...

BN...FD BN...FA

219 138 280 138 234 156 306 156 276 176 359 176

AS 25 D_063 AS 25 D_071

11 12.8 4 140 115 95 - M8x19 3.5 214 194 242 13.5

14 16.3 5 160 130 110 - M8x16 3.5 214 194 242 13.5

BN 63 BN 71

184 121 249 121 219 138 280 138

AS 25...HS

OUTPUT

INPUT

D50

DIN 332 DR

F4 F3

190

110

160

190

200

165

107

11.5

160

110

D50

DIN 332 DR

F4 F3

F h6

107

9.5

AS 25 P_HS AS 25 DP_HS AS 25 F_HS AS 25 DF_HS AS 25 R_HS AS 25 DR_HS

AS 25

A D E F F1 F2 F3 F4 V S SP

252 162 40 19 21.8 5 5 30 M6 5 16 14 250 160 40 16 18.8 5 5 30 M6 5 16 13.5 252 162 40 19 21.8 5 5 30 M6 5 16 14 250 160 40 16 18.8 5 5 30 M6 5 16 13.5 280 190 40 19 21.8 5 5 30 M6 5 16 14 278 188 40 16 18.8 5 5 30 M6 5 16 13.5

AS 30...P(IEC)

30 h6

180

505

105

143

505

B R

180

215

250

215

220

130

OUTPUT

7.5

M10

DIN 332 DR

INPUT

30 h6

B R

154 (P63)

127

AS 30_071 AS 30_080 AS 30_090 AS 30_100 AS 30_112

505

130

3.5

6.5

B R

200

165

AS 30

MM1M2N

N2 N3 N4 X ...P

14 16.3 5 160 130 110 - M8x16 5 284 284 - 23

19 21.8 6 200 165 130 - M10x12 4 284 284 311 23

24 27.3 8 200 165 130 - M10x12 4 284 284 311 23

28 31.3 8 250 215 180 - M12x16 5 284 284 311 23

...F ...R LB AC LB

127

BN 71 BN 80 BN 90 BN 100 BN 112

BN...

BN...FD BN...FA

219 138 280 138 234 156 306 156 276 176 359 176 307 195 398 195 325 219 424 219

AS 30 D_071 AS 30 D_080 AS 30 D_090

14 16.3 5 160 130 110 - M8x19 5 276 276 303 22.5

19 21.8 6 200 165 130 - M10x19 5 281 281 308 22.5

24 27.3 8 200 165 130 - M10x12 5 281 281 308 22.5

BN 71 BN 80 BN 90

219 138 280 138 234 156 306 156 276 176 359 176

AS 30...HS

OUTPUT

INPUT

D60

7.5

M10

DIN 332 DR

F4 F3

220

130

180

215

250

215

127

200

165

D60

DIN 332 DR

F4 F3

F h6

127

AS 30 P_HS AS 30 DP_HS AS 30 F_HS AS 30 DF_HS AS 30 R_HS AS 30 DR_HS

AS 30

A D E F F1 F2 F3 F4 V S SP

329 219 50 24 27.3 8 5 40 M8 6 19 23 314 214 40 19 21.8 6 5 30 M6 5 16 22.5 329 219 50 24 27.3 8 5 40 M8 6 19 24 314 214 40 19 21.8 6 5 30 M6 5 16 23.5 356 246 50 24 27.3 8 5 40 M8 6 19 22.5 341 241 40 19 21.8 6 5 30 M6 5 16 23.5

AS 35...P(IEC)

180

7 05

35 h6

105

143

7 05

B R

180

215

250

215

220

130

OUTPUT

7.5

M10

DIN 332 DR

INPUT

35 h6

B R

154 (P63)

127

AS 35_071 AS 35_080 AS 35_090 AS 35_100 AS 35_112

7 05

130

3.5

6.5

B R

200

165

AS 35

M M1 M2 N

N2 N3 N4 X ...P

14 16.3 5 160 130 110 - M8x16 5 304 304 - 24

19 21.8 6 200 165 130 - M10x12 4 304 304 331 24

24 27.3 8 200 165 130 - M10x12 4 304 304 331 24

28 31.3 8 250 215 180 - M12x16 5 304 304 - 24

...F ...R LB AC LB

127

BN 71 BN 80 BN 90 BN 100 BN 112

BN...

BN...FD BN...FA

219 138 280 138 234 156 306 156 276 176 359 176 307 195 398 195 325 219 424 219

AS 35 D_071 AS 35 D_080 AS 35 D_090

14 16.3 5 160 130 110 - M8x19 5 296 296 323 23.5

19 21.8 6 200 165 130 - M10x19 5 301 301 328 23.5

24 27.3 8 200 165 130 - M10x12 5 301 301 328 23.5

BN 71 BN 80 BN 90

219 138 280 138 234 156 306 156 276 176 359 176

AS 35...HS

OUTPUT

INPUT

D80

7.5

M10

DIN 332 DR

F4 F3

220

130

180

215

250

215

127

200

165

D80

DIN 332 DR

F4 F3

F h6

127

AS 35 P_HS AS 35 DP_HS AS 35 F_HS AS 35 DF_HS AS 35 R_HS AS 35 DR_HS

AS 35

A D E F F1 F2 F3 F4 V S SP

349 219 50 24 27.3 8 5 40 M8 6 19 24 334 214 40 19 21.8 6 5 30 M6 5 16 23.5 349 219 50 24 27.3 8 5 40 M8 6 19 24 334 214 40 19 21.8 6 5 30 M6 5 16 23.5 376 246 50 24 27.3 8 5 40 M8 6 19 23.5 361 241 40 19 21.8 6 5 30 M6 5 16 23

AS 45...P(IEC)

230

8 05

110

164

8 25

B R

225

270

300

265

155

OUTPUT

48.8

9.5

M12

DIN 332 DR

INPUT

45 h6

B R

154 (P63)

152

AS 45_090 AS 45_100 AS 45_112 AS 45_132

AS 45

M M1 M2 N

N2 N3 N4 X ...P

24 27.3 8 200 165 130 - M10x12 4 340 340 - 40

28 31.3 8 250 215 180 - M12x16 5 340 340 - 40

38 41.3 10 300 265 230 16 14 5 360 360 - 40

...F ...R LB AC LB

BN 90 BN 100 BN 112 BN 132

BN...

BN...FD BN...FA

276 176 359 176 307 195 398 195 325 219 424 219 413 258 523 258

AS 45 D_071 AS 45 D_080 AS 45 D_090 AS 45 D_100 AS 45 D_112

14 16.3 5 160 130 110 - M8x19 5 350 350 - 35

19 21.8 6 200 165 130 - M10x19 5 350 350 - 35

24 27.3 8 200 165 130 - M10x20 5 350 350 - 35

28 31.3 8 250 215 180 - M12x16 5 350 350 - 35

28 31.3 8 250 215 100 - M12x16 5 350 350 - 35

BN 71 BN 80 BN 90 BN 100 BN 112

219 138 280 138 234 156 306 156 276 176 359 176 307 195 398 195 325 219 424 219

AS 45...HS

OUTPUT

48.8

INPUT

9.5

M12

DIN 332 DR

D90

F4 F3

265

155

225

270

300

265

152

DIN 332 DR

AS 45 P_HS AS 45 DP_HS AS 45 F_HS AS 45 DF_HS

AS 45

A D E F F1 F2 F3 F4 V S SP

392 245 60 28 31.3 8 5 50 M10 7.5 22 40 395 255 50 24 27.3 8 5 40 M8 6 19 35 392 245 60 28 31.3 8 5 50 M10 7.5 22 40 395 255 50 24 27.3 8 5 40 M8 6 19 35

AS 55...P(IEC)

230

OUTPUT

59.3

M16

DIN 332 DR

110

9010

145

198

110

9010

B R

250

300

265

307

175

INPUT

55 h6

B R

154 (P63)

172

AS 55_100 AS 55_112 AS 55_132

AS 55_160

AS 55

MM1M2N

N2 N3 N4 X ...P

28 31.3 8 250 215 180 - M12x16 5 430 430 - 61

38 41.3 10 300 265 230 16 14 5 460 460 - 61

42 45.3 12 350 300 250 23 18 6 460 460 - 61

...F ...R LB AC LB

BN 100 BN 112 BN 132 BN 160MR BN 160M/L

BN...

BN...FD BN...FA

307 195 398 195 325 219 424 219 413 258 523 258 452 258 562 258 486 310 626 310

AS 55 D_080 AS 55 D_090 AS 55 D_100 AS 55 D_112 AS 55 D_132

19 21.8 6 200 165 130 - M10x19 4 418 418 - 56

24 27.3 8 200 165 130 - M10x20 4 418 418 - 56

28 31.3 8 250 215 180 - M12x16 5 418 418 - 56

28 31.3 8 250 215 180 - M12x16 5 438 438 - 56

38 41.3 10 300 265 230 16 14 5 438 438 - 56

BN 80 BN 90 BN 100 BN 112 BN 132

234 156 306 156 276 176 359 176 307 195 398 195 325 219 424 219 413 258 523 258

AS 55...HS

OUTPUT

59.3

INPUT

D110

110

M16

DIN 332 DR

F4 F3

307

175

250

300

265

172

DIN 332 DR

AS 55 P_HS AS 55 DP_HS AS 55 F_HS AS 55 DF_HS

AS 55

A D E F F1 F2 F3 F4 V S SP

505 315 80 38 41.3 10 10 60 M12 9.5 28 61 475 305 60 28 31.3 8 5 50 M10 7.5 22 56 505 315 80 38 41.3 10 10 60 M12 9.5 28 61 475 305 60 28 31.3 8 5 50 M10 7.5 22 56

AS 60...P(IEC)

250

OUTPUT

64.4

M16

DIN 332 DR

120

9015

165

224

120

9015

B R

300

350

300

360

210

INPUT

60 h6

B R

154 (P63)

207

AS 60_132

AS 60_160

AS 60_180

AS 60

MM1M2N

N2 N3 N4 X ...P

38 41.3 10 300 265 230 16 14 5 470 470 - 91

42 45.3 12 350 300 250 23 18 5 495 495 - 91

48 51.8 14 350 300 250 23 18 6 495 495 - 91

...F ...R LB AC LB

BN 132 BN 160MR BN 160M/L BN 180M BN 180L

BN...

BN...FD BN...FA

413 258 523 258 452 258 562 258 486 310 626 310 530 310 670 310 598 348 756 348

AS 60 D_080 AS 60 D_090 AS 60 D_100 AS 60 D_112 AS 60 D_132

19 21.8 6 200 165 130 - M10x19 4 457 457 - 86

24 27.3 8 200 165 130 - M10x20 4 457 457 - 86

28 31.3 8 250 215 180 - M12x16 5 457 457 - 86

38 41.3 10 300 265 230 16 14 5 477 477 - 86

BN 80 BN 90 BN 100 BN 112 BN 132

234 156 306 156 276 176 359 176 307 195 398 195 325 219 424 219 413 258 523 258

AS 60...HS

OUTPUT

64.4

INPUT

D120

120

M16

DIN 332 DR

F4 F3

360

210

300

350

300

207

DIN 332 DR

AS 60 P_HS AS 60 DP_HS AS 60 F_HS AS 60 DF_HS

AS 60

A D E F F1 F2 F3 F4 V S SP

575 345 110 42 45.3 12 10 90 M12 9.5 28 91 535 335 80 38 41.3 10 10 60 M12 9.5 28 86 575 345 110 42 45.3 12 10 90 M12 9.5 28 91 535 335 80 38 41.3 10 10 60 M12 9.5 28 86

AS 80...P(IEC)

300

OUTPUT

85.4

M20

DIN 332 DR

140

11015

210

290

140

11015

B R

370

440

400

350

425

250

INPUT

80 h6

B R

154 (P63)

245

AS 80_160

AS 80_180

AS 80_200

AS 80

MM1M2N

N2 N3 N4 X ...P

42 45.3 12 350 300 250 23 18 6 600 600 - 152

48 51.8 14 350 300 250 23 18 6 600 600 - 152

55 59.3 16 400 350 300 - M16x25 6 600 600 - 152

...F ...R LB AC LB

BN 160MR BN 160M/L BN 180M BN 180L BN 200L

BN...

BN...FD BN...FA

452 258 562 258 486 310 626 310 530 310 670 310 598 348 756 348 612 348 768 348

AS 80 D_100 AS 80 D_112 AS 80 D_132

AS 80 D_160

28 31.3 8 250 215 180 - M12x16 5 585 585 - 147

38 41.3 10 300 265 230 16 14 5 615 615 - 147

42 45.3 12 350 300 250 23 18 5 615 615 - 147

BN 100 BN 112 BN 132 BN 160MR BN 160M/L

307 195 398 195 325 219 424 219 413 258 523 258 452 258 562 258 486 310 626 310

AS 80...HS

OUTPUT

85.4

INPUT

D140

140

110

M20

DIN 332 DR

F4 F3

425

250

370

440

400

350

245

DIN 332 DR

AS 80 P_HS AS 80 DP_HS AS 80 F_HS AS 80 DF_HS

AS 80

A D E F F1 F2 F3 F4 V S SP

705 455 110 48 51.8 14 10 90 M16 12 36 152 690 440 110 42 45.3 12 10 90 M12 9.5 28 147 705 455 110 48 51.8 14 10 90 M16 12 36 152 690 440 110 42 45.3 12 10 90 M12 9.5 28 147

AS 90...P(IEC)

350

OUTPUT

95.4

M20

DIN 332 DR

170

14015

170

14015

250

340

B R

440

520

450

400

505

300

INPUT

90 h6

B R

154 (P63)

296

AS 90_180

AS 90_200 AS 90_225

AS 90 D_100 AS 90 D_112 AS 90 D_132

AS 90 D_160

AS 90 D_180

AS 90

MM1M2N

N2 N3 N4 X ...P

48 51.8 14 350 300 250 23 18 6 685 685 - 239

55 59.3 16 400 350 300 - M16x25 6 685 685 - 239

60 64.4 18 450 400 350 25 18 6 710 710 - 239

28 31.3 8 250 215 180 - M12x16 5 664 664 - 232

38 41.3 10 300 265 230 16 14 5 689 689 - 232

42 45.3 12 350 300 250 23 18 5 689 689 - 232

48 51.8 14 350 300 250 23 18 5 689 689 - 232

...F ...R LB AC LB

BN 180M BN 180L BN 200L

BN 100 BN 112 BN 132 BN 160MR BN 160M/L BN 180M BN 180L

BN...

BN...FD BN...FA

530 310 670 310 598 348 756 348 612 348 768 348

----

307 195 398 195 325 219 424 219 413 258 523 258 452 258 562 258 486 310 626 310 530 310 670 310 598 348 756 348

AS 90...HS

OUTPUT

95.4

INPUT

D170

170

140

M20

DIN 332 DR

F4 F3

505

300

440

520

450

400

296

DIN 332 DR

AS 90 P_HS AS 90 DP_HS AS 90 F_HS AS 90 DF_HS

AS 90

A D E F F1 F2 F3 F4 V S SP

787 507 110 55 59.3 16 10 90 M16 12 36 239 770 490 110 48 53.8 14 10 90 M16 12 36 232 787 507 110 55 59.3 16 10 90 M16 12 36 239 770 490 110 48 53.8 14 10 90 M16 12 36 232

SIMBOLOGIA E UNITÀ DI MISURA

SYMBOLS AND UNITS OF MEAUSURE

SYMBOLE UND MAßEINHEITEN

SYMBOLES ET UNITES DE MISURE

Simb. Symb.

cosj

max

U.m.

Descrizione Description Beschreibung Description

Einheit

–

Fattore di potenza Power factor Leistungsfaktor Facteur de puissance

– Rendimento Efficiency Wirkungsgrad Rendement

–

[A]

[Kgm2]

–

[Nm]

[min

Fattore correttivo della potenza

Rapporto di intermittenza Cyclic duration factor Relative Einschaltdauer Rapport d’intermittence

Corrente nominale Rated current Nennstrom Courant nominal

Corrente di spunto Locked rotor current Kurzschlußstrom Courant de démarrage

Momento di inerzia del carico

Momento di inerzia motore Moment of inertia Trägheitsmoment Moment d’inertie du moteur

Fattore di coppia Torque factor Drehmomentfaktor Facteur de couple

Fattore di carico Load factor Lastfaktor Facteur de charge

Fattore di inerzia Inertia factor Trägheitsfaktor Facteur d’inertie

Coppia accelerante media Mean breakaway torque Losbrechmoment Couple d’accélération

Coppia frenante Brake torque Bremsemoment Couple du frein

Coppia nominale Rated torque Nennmoment Couple nominal

Coppia resistente media Counter-torque during

Coppia di spunto Starting torque Startmoment Couple de démarrage

-1

] Velocità nominale Rated speed Nenndrehzahl Vitesse nominale

[W] Potenza assorbita dal freno

a 20°C

Power adjusting factor Leistungskorrekturfaktor Facteur de correction de la

puissance

Load moment of inertia Massenträgheitsmoment

der externen Massen

Moment d’inertie de la charge

moyen

Lastmoment Couple résistant moyen

acceleration

Power drawn by the brake at 20°C

Leistungsaufnahme der Bremse bei 20°C

Puissance absorbée par le frein à 20°C

[kW] Potenza nominale Motor rated power Nennleistung Puissance nominale

[kW] Potenza richiesta Required power Benötigte Leistung Puissance nécessaire

[ms] Ritardo di sblocco del freno

con alimentatore a semionda

Brake response time with one-way rectifier

Ansprechzeit Bremse mit Einweg-Gleichrichter

Temps de déblocage du frein avec alimentation à demi-onde

[ms] Tempo di sblocco del freno

con alimentatore a controllo elettronico

[ms] Ritardo di frenatura con

disgiunzione lato c.a.

Brake response time with electronic-controlled rectifier

Brake reaction time with a.c. disconnect

Ansprechzeit Bremse mit elektronisch gesteuertem Gleichrichter

Einfallzeit Bremse bei Unterbrechung der

Temps de déblocage du frein avec alimentation à contrôle électronique

Retard de freinage avec coupure coté c.a.

Stromversorgung WS

[ms] Ritardo di frenatura con

disgiunzione circuito c.a. e c.c.

Brake reaction time with a.c. and d.c. disconnect

Einfallzeit Bremse bei Unterbrechung der Stromversorgung WS und GS

Retard de freinage avec coupure coté c.a. et c.c.

[°C] Temperatura ambiente Ambient temperature Umgebungstemperatur Température ambiante

[min] Tempo di funzionamento a

carico costante

Work time at constant load Betriebsdauer unter

Nennbelastung

Temps de fonctionnement à charge constante

[min] Tempo di riposo Rest time Aussetzzeit Temps de repos

[J] Lavoro di frenatura accumula

to tra due regolazioni del tra ferro

[J] Energia massima per singola

frenatura

[1/h] N° di avviamenti ammissibili,

a carico

[1/h] N° di avviamenti ammissibili

a vuoto (I = 50%)

Braking work between

service

Maximum brake work for each braking

Permissible starting fre quency, loaded

Max. permissible no-load starting frequency (I = 50%)

Bremsenergie zwichen zwei Einstellungen

Max. Bremsarbeit pro Bremsvorgang

Schalthäufigkeit Nennbetrieb

Max. Schalthäufigkeit im Leerlauf (relative Einschalt dauer I = 50%)

Energie de freinage accu mulée entre deux réglages de l'entrefer

Energie maxi par freinage

Nombre de démarrages admissibles en charge

Nombre de démarrages

admissible à vide (I = 50%)

M1 - PROGRAMMA DI

PRODUZIONE

M1 - PRODUCTION

PLANNING

M1 - PRODUKTIONSPRO-

GRAMM

M1 - PROGRAMME DE

PRODUCTION

Questo catalogo descrive i motori asincroni trifase in bassa tensio ne di produzione BONFIGLIOLI RIDUTTORI. I motori sono del tipo chiuso con ventilazione esterna e rotore a gabbia per l'utilizzo in ambienti industriali.

M2 - NORMATIVE

I motori sono costruiti in accordo alle Norme CEI/EN ed IEC applicabili, riportate in tabella.

This catalogue discusses low-voltage three-phase asyn

chronous motors manufactured by BONFIGLIOLI RIDUTTORI. Motors are the enclosed type with outer fan and cage-type ro tor for use in industrial environ ments.

M2 - REFERENCE STANDARDS

Motors are manufactured in accordance with applicable CEI /EN and IEC standards, listed in the table.

(01)

Titolo / Title / Titel / Titre

Prescrizioni generali per macchine elettriche rotanti

General requirements for rotating electrical machines

Allgemeine Vorschriften für umlaufende elektrische Maschinen

Prescriptions générales pour machines électriques tournantes

In diesem Katalog werden die unter Niederspannung arbeiten

den asynchronen Drehstrom motoren der Produktion von BONFIGLIOLI RIDUTTORI nä

her beschrieben. Hierbei han

delt es sich um geschlossene Motoren mit Eigenbelüftung und einem Käfigrotor für den industriellen Einsatz.

M2 - NORMEN

Die Motoren wurden in entsprechend der Normen CEI /EN und IEC, die in der nachstehenden Tabelle angegeben sind, gefertigt:

Ce catalogue décrit les mo

teurs asynchrones triphasés en

basse tension produits par BONFIGLIOLI RIDUTTORI. Les moteurs sont du type fer

mé avec ventilation extérieure

et rotor à cage pour l’utilisation dans des milieux industriels.

M2 - NORMES

Les moteurs sont fabriqués dans le respect des Normes CEI /EN et IEC applicables indiquées dans le tableau.

CEI IEC

CEI EN 60034-1 IEC 60034-1

Marcatura dei terminali e senso di rotazione per macchine elettriche rotanti

Terminal markings and direction of rotation of rotating machines

Kennzeichnung der Anschlußklemmen und Drehrichtung von umlaufenden elektrischen Maschinen

Définitions des bornes et sens de rotation pour machines électriques tournantes

Metodi di raffreddamento delle macchine elettriche

Methods of cooling for electrical machines

Verfahren zur Kühlung von elektrischen Maschinen

Méthodes de refroidissement des machines électriques

Dimensioni e potenze nominali per macchine elettriche rotanti

Dimensions and output ratings for rotating electrical machines

Auslegung der Nennleistung von umlaufenden elektrischen Maschinen

Dimensions, puissances nominales pour machines électriques tournantes

Classificazione dei gradi di protezione delle macchine elettriche rotanti

Classification of degree of protection provided by enclosures for rotating machines

Klassifizierung der Schutzart von umlaufenden elektrischen Maschinen

Classification des degrés de protection des machines électriques tournantes

Limiti di rumorosità

Noise limits

Geräuschgrenzwerte

Limites de bruit

Sigle di designazione delle forme costruttive e dei tipi di installazione

Classification of type of construction and mounting arrangements

Abkürzungen zur Kennzeichnung der Bauform und der Einbaulagen

Sigles de dénomination des formes de construction et des types d’installation

Tensione nominale per i sistemi di distribuzione pubblica dell’energia elettrica a bassa tensione

Rated voltage for low voltage mains power

Nennspannung für öffentliche NS-Stromverteilungssysteme

Tension nominale pour les systèmes de distribution publique de l’énergie électrique en basse tension

CEI 2-8 IEC 60034-8

CEI EN 60034-6 IEC 60034-6

EN 50347 IEC 60072

CEI EN 60034-5 IEC 60034-5

CEI EN 60034-9 IEC 60034-9

CEI EN 60034-7 IEC 60034-7

CEI 8-6 IEC 60038

Grado di vibrazione delle macchine elettriche

Vibration level of electric machines

Schwingstärke bei elektrischen Maschinen

Degré de vibration des machines électriques

CEI EN 60034-14 IEC 60034-14

I motori corrispondono inoltre alle Norme straniere elencate qui di seguito:

(02)

Motors are also in compliance with the national Standards li sted below:

Die Motoren entsprechen darü

ber hinaus den nachstehend aufgelisteten ausländischen Nor m

en:

Les moteurs correspondent aussi aux Normes étrangères suivantes :

DIN VDE 0530

BS5000 / BS4999

AS 1359

NBNC 51-101

NEK - IEC 60034-1

NFC51

OEVE M 10

SEV 3009

NEN 3173

SS 426 01 01

Germania

Gran Bretagna

Australia

Belgio

Norvegia

Francia

Austria

Svizzera

Paesi Bassi

Svezia

Direttive CEE 73/23 (LVD) e CEE 89/336 (EMC)

I motori della serie BN sono conformi ai requisiti delle Direttive CEE 73/23 (Direttiva Bassa Tensione) e CEE 89/336 (Direttiva Compatibilità Eletromagnetica), e riportano in targa la marcatura CE. Per quanto riguarda la Direttiva EMC, la costruzione è in accordo alle Norme CEI EN 60034-1 sez. 12, EN 50081, EN

50082.

I motori con freno FD, se corredati dell'opportuno filtro capacitivo in ingresso al raddrizzatore (variante CF), rientrano nei limiti di emissione previsti dalla Norma EN 50081- "Compatibilità elettromagnetica - Norma Generica sull'emissione - Parte 1: Ambienti residenziali, commerciali e dell'industria leggera".

I motori soddisfano inoltre le prescrizioni della Norma CEI EN 60204-1 "Equipaggiamento elettrico delle macchine".

Germany Deutschland Allemagne

Great Britain Großbritannien Grande Bretagne

Australia Australien Australie

Belgium Belgien Belgique

Norway Norwegen Norvège

France Frankreich France

Austria Österreich Autriche

Switzerland Schweiz Suisse

Netherlands Niederlande Pays Bas

Sweden Schweden Suède

Directives 73/23/ EEC (LVD) and 89/336/ EEC (EMC)

BN motors meet the requirements of Directives 73/23/EEC (Low Voltage Directive) and 89/336/EEC (Electromagnetic Compatibility Directive) and their name plates bear the CE mark. As for the EMC Directive, construction is in accordance with standards CEI EN 60034-1 Sect. 12, EN 50081, EN 50082.

Motors with FD brakes, when fitted with the suitable capacitive filter at rectifier input (option CF), meet the emission limits required by Standard EN 50081-1 “Electromagnetic compatibility - Generic Emission Standard - Part 1: Residential, commercial and light industrial environment”.

Motors also meet the requirements of standard CEI EN 60204-1 “Electrical equipment of machines”.

Richtlinien EWG 73/23 (LVD) und EWG 89/336 (EMC)

Die Motoren der Serie BN entsprechen den Anforderungen der Richtlinien EWG 73/23 (Richtlinie - Niederspannung) und CEE 89/336 (Richtlinie – elektromagnetische Kompatibilität) und sind mit dem CE-Zeichen ausgestattet. Im Hinblick auf die Richtlinie EMC entspricht die Konstruktion den Normen CEI EN 60034-1, Abschn. 12, EN 50081, EN 50082. Die Motoren mit dem Bremstyp FD fallen, falls mit dem entsprechenden kapazitiven Filter am Eingang des Gleichrichters ausgestattet (Option CF), unter die Emissionsgrenzwerte, die von der Norm EN 50081-1 “ Elektromagnetische Kompatibilität – Allgemeine Norm für Emissionen – Teil 1: Wohngebiete, Handels- und Leichtindustriezonen” vorgesehen werden". Die Motoren entsprechen darüber hinaus den von der Norm CEI EN 60204-1 “Elektrische Maschinenausstattung” gege benen Vorschriften.

Directives CEE 73/23 (LVD) e CEE 89/336 (EMC)

Les moteurs de la série BN sont conformes aux conditions requises par les Directives CEE 73/23 (Directive Basse Tension) et CEE 89/336 (Directive Compatibilité Electromagnétique), et le marquage CE est indiqué sur la plaquette signalétique. En ce qui concerne la Directive EMC, la fabrication répond aux Normes CEI EN 60034-1 Sect. 12, EN 50081, EN 50082. Les moteurs avec frein FD, s’ils sont équipés du frein capacitif approprié en entrée du redresseur (option CF), rentrent dans les limites d’émission prévues par la Norme EN 50081-1 “Compatibilité électromagnétique - Norme Générique sur l’émission – Partie 1: Milieux résidentiels, commerciaux et de l’industrie légère”.

Les moteurs répondent aussi aux prescriptions de la Norme CEI EN 60204-1 “Equipement électrique des machines”.

È responsabilità del costrutto re o dell'assemblatore dell'apparecchiatura che incorpora i motori come componenti ga rantirelasicurezzaelacon formità alle direttive del pro dotto finale.

The responsibility for final product safety and compli ance with applicable direc

tives rests with the manufac

turer or the assembler who

incorporate the motors as component parts.

Es liegt in der Verantwortung des Herstellers oder des Mon

teurs der Anlage, in der die

Motoren als Komponenten

montiert werden, die Sicher heit und die Übereinstimmung mit den Richtlinien des End produkts zu gewährleisten.

Le fabricant ou le monteur de la machine qui comprend les

moteurs comme composant est responsable et doit se charger de garantir la sécuri

té et la conformité aux directi ves du produit final.

Rendimento – Accordo CEMEP

Con l’obbiettivo di ridurre signifi cativamente il consumo euro peo di energia elettrica median te la sensibilizzazione degli utenti all’uso di motori maggior mente efficienti, la Commissio ne Europea per l’Energia e il CEMEP hanno concordato le condizioni ricorrenti per la classificazione dei motori elettrici in classi di rendimento denominate, in senso decrescente, eff1, eff2 ed eff3. Oggetto di questo accordo sono solamente i motori trifase standard in c.a. a2e4poli,costruzione chiusa con rotore a gabbia di scoiattolo, ventilazione esterna e potenza all’albero compresa fra 1,1 e 90 kW, alimentazione a 400V - 50 Hz in servizio continuo S1. È facoltà dei costruttori di motori elettrici decidere di classificare volontariamente i propri prodotti in una delle tre classi di rendimento sopra citate. In questo caso essi devono apporre sulla targa il marchio relativo alla classe di rendimento applicabile ed inserire, fra i dati tecnici, i valori di rendimento a pieno carico ed a ¾ del carico nominale. I motori Bonfiglioli ricompresi nell’oggetto di questo accordo sono conformi alla classe di rendimento eff2 e sono pertanto chiaramente identificati in targa tramite il logo sotto riportato:

Efficiency – the CEMEP agreement

CEMEP, the European Commit

tee of Manufacturers of Electri

cal Machines and Power Elec

tronics hopes to reduce electri cal energy consumption in Eu

rope by informing users of the

efficiency of electrical motors. As a contribution in this direc tion, CEMEP has recently pub lished an agreement stating the specifications for electric motor energy efficiency classes eff1, eff2 and eff3 (listed in order of decreasing efficiency). The CEMEP agreement covers only standard, 2 and 4 pole, three phase, AC motors, of closed rotor and squirrel cage construction, with external ventilation and rated power at the output shaft of 1.1 to 90 kW, for use with a 400V - 50 Hz power supply under S1 continuous duty conditions. It is left up to individual electric motor manufacturers to classify their products in one of the three above classes. If they decide to do so, they must apply the relevant efficiency mark to the motor and include, together with all the other relevant technical specifications, the measured efficiency figures for full rated load and ¾ rated load. Under the terms of this agreement, Bonfiglioli’s electric motors conform to efficiency class eff2 and are clearly identified as such by the following mark on the data plate:

Wirkungsgrad - die CEMEP Vereinbarung

CEMEP, der europäische Herstel

lerverband von elektrischen Ma

schinen und Leistungs-Elektronik

hofft, den elektrischen Energiever

brauch in Europa, durch Informa

tionen über die Wirkungsgrade von elektrischen Motoren an die Benutzer, zu reduzieren.

Als Beitrag in dieser Richtung, hat

die CEMEP vor kurzem eine Vereinbarung veröffentlicht, die die Energie-Effizienz-Klassen eff1, eff2 und eff3 für Elektromotoren spezifiziert. (Aufgelistet nach abnehmendem Wirkungsgrad). Die CEMEP Vereinbarung beinhaltet nur 2 und 4 polige Drehstrommotoren mit geschlossenem Rotor als Kurzschlussläufer, integriertem Lüfter, Nennleistungen an der Abtriebswelle von 1.1 - 90 kW, mit einer Energieversorgung von 400V - 50Hz und der Betriebsart S1 (Dauerbetrieb). Es bleibt den einzelnen Elektromotoren Herstellern überlassen, ihre Produkte nach einer der drei oben benannten Effizienz-Klassen zu klassifizieren. Wenn sie sich dazu entscheiden, müssen sie die relevante Markierung auf dem Motor anbringen und zusammen mit all den anderen relevanten technischen Einzelheiten, die gemessenen Wirkungsgradangaben bei Voll- und Dreiviertellast ausweisen. Unter den Bedingungen dieser Vereinbarung entsprechen die elektrischen Motoren von Bonfiglioli der Effizienz-Klasse eff2 und werden als solche durch die folgende Markierung auf dem Typenschild deutlich gekennzeichnet:

Rendement – L’accord CEMEP

La Commission Européenne

sur l’Energie et le CEMEP (Eu

ropean Committee of Manufac turers of Electrical Machines

and Power Electronics), espère

réduire de façon sensible la consommation européenne d’é nergie électrique à travers l’in formation sur l’efficience des moteurs électriques. Pour ce faire, ils ont fixés une classification des moteurs électriques en « classes de rendement » appelée, en sens décroissant d’efficience : eff1, eff2 et eff3. Font partie de cet accord seulement les moteurs triphasés standard en c.a. à 2 et 4 pôles, de type fermé et rotor à cage, ventilation extérieure et puissance à l’arbre comprise entre 1,1 et 90 KW, alimentation à 400V- 50 Hz en service continue S1. C’est au choix de chaque constructeur de moteurs électriques de décider de classifier ces produits dans une des trois classes de rendement ci-dessus. Dans ce cas, le constructeur doit faire apparaîtrelelogodelaclassede rendement sur la plaque marque et introduire, dans les caractéristiques techniques, les valeurs de rendement à pleine charge et à ¾ de la charge nominale. Le moteurs Bonfiglioli concernées dans cet accord, sont conformes à la classe de rendement eff2 et de conséquence ils présentent, sur la plaque marque, le logo suivant :

M3 - TOLLERANZE

Secondo le Norme CEI EN 60034-1 sono ammesse le tol leranze qui indicate per le gran dezze garantite:

-0.15 (1 - h)P£ 50 kW Rendimento Efficiency Wirkungsgrad Rendement

-(1 - cosj)/6 ± 20% ( + 20% Corrente a rotore bloccato Locked rotor current Strom bei blockiertem Läufer Courant à rotor bloqué

-15% + 25% Coppia a rotore bloccato Locked rotor torque Drehmoment Couple à rotor bloqué

-10% Coppia max Max. torque Max. Drehmoment Couple max

(*) ± 30% per motori con Pn<1kW (*) ± 30% for motors with Pn<1kW (*) ± 30% für Motoren mit Pn<1kW

min 0.02 max 0.07 Fattore di potenza Power factor Leistungsfaktor Facteur de puissance

*) Scorrimento Slip Schlupf Glissement

M3 - TOLERANCES

Allowed tolerances for guaran-

teed parameters in accordance

with standards CEI EN 60034-1 are indicated in the table below:

M3 - TOLERANZEN

Den Normen CEI EN 60034-1 entsprechend sind für die ange gebenen Werte folgende Tole ranzen zulässig:

bei blockiertem Läufer

M3 - TOLERANCES

Selon les Normes CEI EN

60034-1 les tolérances indi

quées ci-dessous sont admises pour les tailles garanties :

(*) ± 30% pour moteurs avec P

<1kW

M3.1 - TOLLERANZE

GEOMETRICHE

M3.1 - GEOMETRIC

TOLERANCES

M3.1 - GEOMETRISCHE

TOLERANZEN

M3.1 - TOLERANCES

GEOMETRIQUES

L'estremità d'albero, la linguetta e la flangia hanno dimensioni e tolleranze secondo EN 50347, IEC 60072-1, CEI-UNEL 13501. Le estremità d'albero sono pre viste di foro filettato in testa se condo UNI 9321, DIN 332. I motori sono sempre forniti con linguetta inserita nella sede. La tabella seguente riporta le tolleranze previste per le diverse parti:

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Componente / Component Komponente / Composant

Estremità albero / Shaft end Wellenende / Extrémité arbre

Linguetta / Key Federkeil / Clavette

Flangia / Flange Flansch / Bride

Dimensions and tolerances of shaft end, key and flange are in accordance with EN 50347, IEC 60072-1, CEI-UNEL 13501. Shaft ends feature an axial

threaded hole in accordance

with UNI 3221, DIN 332 and a key inserted in the suitable keyway. The following table reports the tolerances for the different parts:

Die Wellenenden, der Federkeil und der Flansch entsprechen im Hinblick auf ihre Maße und Toleranzen den NormenrEN 50347, IEC 60072-1 und CEI-UNEL 13501. Die Wellen enden sind an ihrer Stirnseite mit einer Gewindebohrung ge mäß UNI 3221, DIN 332 versehen und werden mit einem in seinen Sitz eingefügten Federkeil geliefert.

In der nachste-

henden Tabelle werden für die verschiedenen Teile die entsprechenden Toleranzen angegeben

Dimensioni / Dimensions

Abmessungen / Dimensions

Æ 11-28

D-DA

Æ 38-48

Æ ³ 55

F-FA

Æ < 250

Æ ³ 250

L’extrémité de l’arbre, la cla vette et la bride présentent des dimensions et tolérances selon EN 50347, IEC 60072-1, CEI-UNEL 13501. Les extrémi

tés d’arbre sont dotées d’orifice fileté en tête, selon UNI 3221,

DIN 332 ainsi que la clavette in troduite dans le logement. Le tableau suivant indique les tolérances prévues pour les différentes pièces :

Tolleranza /

Tolerance

Toleranz / Tolérance

M3.2 - RUMOROSITÀ

I valori di rumorosità, rilevati secondo il metodo indicato dalle Norme ISO 1680, sono contenuti entro i livelli massimi previsti dalle Norme CEI EN 60034-9.

M4 - SENSO DI ROTAZIONE

È possibile il funzionamento dei motori in entrambi i versi di rota zione. Con collegamento dei morsetti U1, V1, W1 alle fasi di linea L1, L2, L3 si ottiene la ro tazione oraria, osservando l'albero dal lato accoppiamento. La marcia antioraria si ottiene scambiando fra loro due fasi.

M3.2 - NOISE LEVEL

Noise levels measured using the method specified by standard ISO 1680 are within the maximum limits required by standards CEI EN 60034-9.

M4 - DIRECTION OF ROTATION

Motors may operate in both di rections of rotation. When the

terminals U1, V1, W1 are con nected to the line phases L1, L2, L3, the motor will run in a

clockwise direction as viewed from the coupling end. Counter clockwise rotation is obtained by swapping two phases.

M3.2 - GERÄUSCHPEGEL

Der Geräuschpegel wurde entsprechend der in der Norm ISO 1680 angegeben Methode gemessen und liegt innerhalb der max. Werte, die von der Norm CEI EN 60034-9 vorgeschrieben werden.

M4 - DREHRICHTUNG

Die Motoenr können in beiden

Drehrichtungen betrieben wer den. Schließt man die Klemmen

U1, V1, W1 an die Phasen L1, L2, L3 an, dreht sich der Motor, mit Sicht auf die Motorwelle her betrachtet, im Uhrzeigersinn. Eine Drehrichtungsumkehr ge gen den Uhrzeigersinn erhält man durch das Wechseln von zwei Phasen.

M3.2 - NIVEAU DE BRUIT

Les valeurs du niveau de bruit, mesurées selon la méthode indiquées par les Normes ISO 1680 sont contenues dans les limites maximums prévues par les Normes CEI EN 60034-9.

M4 - SENS DE ROTATION

Le fonctionnement des moteurs dans les deux sens de rotation

est possible. Avec raccorde ment des bornes U1, V1, W1 aux phases de ligne L1, L2, L3 on obtient la rotation dans le sens des aiguilles d’une montre, en observant l’arbre côté accou

plement. Intervertir deux des phases pour obtenir la rotation dans le sens inverse des aiguil les d’une montre.

M5 - CUSCINETTI

M5 - BEARINGS

M5 - LAGER

M5 - ROULEMENTS

I cuscinetti previsti sono del tipo radiale a sfere, precaricati assi almente, e dotati di carica di grasso per lubrificazione perma nente. La durata nominale a fatica L in assenza di carichi esterni ap plicati all'albero e montaggio oriz zontale è superiore a 40.000 ore. I tipi utilizzati sono indicati nella tabella seguente:

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10h

BN 56

BN 63

BN 71

BN 80

BN 90

Axially pre-loaded radial ball

bearings, lubricated for life with the grease. Nominal fatigue life L

hours assuming no overhung load on the shaft, and mounting position horizontal.

The types of bearings in use

are listed in the table below:

10h

DE NDE

Tutti i motori / All motors

Alle Motoren / Tous les moteurs

6201 2Z C3 6201 2Z C3

6201 2Z C3 6201 2Z C3 6201 2RS C3

6202 2Z C3 6202 2Z C3 6202 2RS C3

6204 2Z C3 6204 2Z C3 6204 2RS C3

6205 2Z C3 6205 2Z C3 6205 2RS C3

~ 40,000

Bei den verwendeten Lagern handelt es sich um axial vorge spannte Radialkugellager mit einer für die Dauerschmierung ausgelegten Fettfüllung. Der Nennwert der Ermüdungs dauer L einwirkenden Kräften und bei horizontaler Montage liegt bei über 40.000 Stunden:

ohne auf die Welle

10h

BN_FD; BN_FA

Les roulements prévus sont du type radial à billes, préchargés

du point de vue axial et remplis de graisse pour une lubrifica tion permanente. La durée nominale à la fatigue

, en l’absence de charges

10h

externes appliquées à l’arbre et avec un montage horizontal, est supérieure à 40.000 heures :

—

BN 160MR

BN 160M/L

DE = lato comando NDE = lato opposto comando

M6 - OPERATIVITÀ

STANDARD

BN 100

BN 112

BN 132

BN 180M

BN 180L

BN 200L

DE = drive end NDE = non drive end

M6 - STANDARD OPERATION

6206 2Z C3 6206 2Z C3 6206 2RS C3

6306 2Z C3 6306 2Z C3 6306 2RS C3

6308 2Z C3 6308 2Z C3 6308 2RS C3

6309 2Z C3 6308 2Z C3 6308 2RS C3

6309 2Z C3 6309 2Z C3 6309 2RS C3

6310 2Z C3 6309 2Z C3 6309 2RS C3

6310 2Z C3 6310 2Z C3 6310 2RS C3

6312 2Z C3 6310 2Z C3 6310 2RS C3

DE = Wellenseite NDE = Lüfterseite

M6 - STANDARDVERSOR-

GUNG

DE = sortie arbre NDE = côté ventilateur

M6 - CONDITIONES

OPERATIVES

M6.1 - TENSIONE

I motori a singola polarità sono previsti, nell'esecuzione stan dard, per tensione nominale 230/400V D/Y (o 400/690 V D/Y per le grandezze da BN160 e BN 200) 50 Hz con tolleranza ± 10% (Eurotensione).

M6.1 - VOLTAGE

Standard single-speed motors

are designed to operate from a rated voltage 230/400V D/Y (or 400/690V D/Y for frame sizes BN 160 through BN 200) 50 Hz, with ± 10% tolerance (Eurovoltage).

M6.1 - SPANNUNG

Die einpoligen Motoren sind in der Standardausführung für eine Nennspannung von 230/400V D/Y (oder 400/690V D/Y für die Bau größen von BN 160 bis BN 200) 50 Hz, mit einer Toleranz ± 10% (Euro-Spannung) ausgelegt. Die

M6.1 - TENSION

Les moteurs à simple polarité sont prévus, dans l’exécution standard, pour une tension nomi

nale de 230/400V D/Y (ou 400/690V D/Y pour les tailles de BN 160 à BN 200) 50 Hz, avec

une tolérance de ± 10% (Euroten

I motori sono idonei per funzio namento sulla rete di distribu zione europea con tensione in accordo alla pubblicazione IEC

60038. In targa sono indicati oltre alla tensione nominale, i campi di funzionamento consentiti, p.e. 220-240V D /380-415V Y, 50 Hz. In accordo alla Norma CEI EN 60034-1, i motori possono fun zionare alle tensioni sopra indicate con tolleranza del ± 5% (Zona A). Per funzionamento ai limiti della tolleranza la temperatura può superare di 10 K il limite previsto dalla classe di isolamento adottata.

Motors are suitable for opera

tion with European power mains

with voltage in accordance with publication IEC 60038. Besides rated voltage, the name plate reports allowed op erating ranges, e.g. 220-240V D /380-415V Y, 50Hz. In accor dance with standard CEI EN 60034-1, motors may operate at the above mentioned voltages

with ± 5% tolerance (Zone A). In operation at tolerance limits, temperature may exceed the temperature limit required by the adopted insulation class by 10 K.

se Motoren eignen sich für einen

Betrieb im Europäischen Versor gungsnetz mit einer Spannung, die den in der Veröffentlichung IEC 60038 angegebenen Werten entspricht. Auf dem Typenschild

werden über die Nennspannung hinaus, auch die zulässigen Toler

anzbereiche angegeben, z.B. 220-240V D/380-415V Y, 50 Hz. In Übereinstimmung mit der Norm CEI EN 60034-1 können die Motoren unter den o.g. Spannungswerten mit einer Toleranz von ± 5% (Bereich A) arbeiten. Bei einem Betrieb an den Toleranzgrenzen kann die Temperatur die vorgesehene Isolationsklasse um 10 K überschreiten.

sion). Les moteurs sont adaptés pour fonctionner sur le réseau de

distribution européen avec une tension correspondant aux indica tions de la norme CEI 60038. Sur la plaque signalétique sont indiquées, outre la tension nomi nale, les plages de fonctionne

ment autorisées, par ex. 220-240V D/380-415V Y, 50 Hz. En accord avec la norme CEI EN 60034-1, les moteurs peuvent fonctionner aux tensions susmentionnées avec une tolérance de ± 5% (Zone A). Pour un fonctionnement aux limites de la tolérance, la température peut dépasser de 10 K la limite prévue pour la classe d’isolation adoptée.

(05)

BN 56 ... BN 132

BN 160 ... BN 200

BN 100 ... BN 132

I motori a doppia polartà sono previsti per alimentazione standard 400V / 50 Hz; tolleranze applicabili secondo CEI EN 60034-1. Nella tabella (06) sono indicati i collegamenti previsti in funzione della polarità:

(06)

± 10%

mot

230/400 V D /Y

460VY

400/690 V D /Y

460 V D

400/690 V D /Y

460 V D

Switch-pole motors are designed to operate from 400V 50 Hz standard power supply. Applicable tolerances are in accordance with standard CEI EN 60034-1. The table (06) reports

the required connections depending on the number of poles:

Poli

Number of poles

Polzahl

Nombre de poles

Esecuzione

Configuration

Ausführung

Execution

50 Hz 60 Hz

A richiesta, senza sovrapprezzo 50 Hz 60 Hz

At request, carries no extra charge

Auf Anfrage, ohne Aufpreis

Sur demande, sans majoration de prix

Standard

Die polumschaltbaren Motoren sind für eine Standardversorgung von 400V – 50 Hz ausgelegt; Toleranzen gelten gemäß CEI EN 60034-1. In der Tabelle (06) werden in Abhängigkeit von den jeweiligen Polzahlen die Wicklungsanschlüsse angegeben:

Collegamento avvolgimento

Winding connection

Wicklungsanschluß

Connexion du bobinage

Les moteurs à double polarité sont prévus pour une alimentation standard 400V – 50 Hz ; tolérances applicables selon la norme CEI EN 60034-1. Les branchements prévus en fonction de la polarité sont indiqués sur le tableau (06) :

BN 63 … BN 200

M6.2 - FREQUENZA

I motori della serie BN sono pre visti per essere normalmente utilizzati su reti a 50 Hz o 60 Hz.

2/6, 2/8, 2/12, 4/6

M6.2 - FREQUENCY

The motors of the BN series may operate under 50 or 60 Hz supply.

2,4,6,8 D /Y

2/4, 4/8 D / YY (Dahlander)

Y / Y (due avvolgimenti

Two windings

Zwei wicklungen

Deux bobinage)

M6.2 - FREQUENZ

Die Motoren der Serie BN kön nen mit 50 Hz oder 60 Hz be

trieben werden.

M6.2 - FREQUENCE

Les moteurs de la série BN peu vent être normalement utilisés sur des réseaux en 50 Hz ou 60 Hz.

M6.3 - TEMPERATURA

AMBIENTE

M6.3 - AMBIENT

TEMPERATURE

M6.3 - UMGEBUNGSTEMPE-

RATUR

M6.3 - TEMPERATURE

AMBIANTE

Le tabelle dati tecnici del catalo go riportano le caratteristiche funzionali a 50Hz, per le condi zioni di installazione previste dalle Norme CEI EN 60034-1 (temperatura compresa tra -15 °C e +40 °C ed altitudine £ 1000 m s.l.m.). I motori possono essere impiegati con temperature comprese tra 40 °C e 60 °C applicando i declassamenti di potenza indicati nella tabella (07):

(07)

Temperatura ambiente / Ambient temperature Umgebungstemperatur / Température ambiante

Potenza ammissibile in % della potenza nominale

Permitted power asa%ofrated power

Zulässige Leistung in % der Nennleistung

Puissance admissible en % de la puissance nominale

Quando è richiesto un declassamento del motore superiore al 15%, contattare il ns. Servizio Tecnico.

Catalog rating charts report op

erating characteristics at 50 Hz, under installation conditions as

specified by standards CEI EN 60034-1 (temperature between

-15 °C and + 40 °C and altitude above sea level £ 1000 m). Motors may be used at ambient temperatures between 40°C and 60°C as long as the derating factors listed in the table (07) are applied:

When the applicable derating factor for the motor exceeds 15%, please contact our Technical Service Dept.

Die im Katalog enthaltenen Ta

bellen geben die Betriebsdaten bei 50 Hz für die Einbaubedin gungen gemäß den Normen CEI EN 60034-1 (Temperatur zwischen -15 °C und + 40 °C und Höhe £ 1000 m ü. M.) an. Die Motoren können auch bei Temperaturen zwischen 40°C und 60°C eingesetzt werden, in diesem Fall müssen jedoch die in der Tabelle (07) angegebenen Leistungsreduzierungen beachtet werden:

[°C]

40° 45° 50° 55° 60°

100% 95% 90% 85% 80%

Ist eine Rückstufung des Motors von mehr als 15% erforderlich, setzen sie sich bitte mit unserem Technischen Kundendienst in Verbindung.

Les tableaux des caractéristi

ques techniques du catalogue indiquent les caractéristiques

de fonctionnement à 50 Hz, pour les conditions d’installation prévues par les normes CEI EN 60034-1 (température comprise entre -15 °C et + 40 °C à une altitude de £ 1000 m ). Les moteurs peuvent être utilisés à des températures comprises entre 40°C et 60°C en appliquant les déclassemen

ts de puissance

indiqués dans le tableau (07)

En cas de nécessité d’un déclassement du moteur supérieur à 15%, contacter notre Service Technique.

M7 - FUNZIONAMENTO

A60Hz

I motori della serie BN possono essere normalmente utilizzati anche su reti a 60 Hz. Ad esclusione dei motori autofrenanti in c.c., tipo BN_FD, nella targa dei motori, oltre alle tensioni a 50 Hz, sono riportati i valori corrispondenti al funzionamento a 460 V - 60Hz, ed il relativo campo di tensione 440-480V.

In corrispondenza dell' alimen tazione 460V-60 Hz la targa del motore riporta valori di potenza aumentata di circa il 20% (non applicabile ai motori autofrenan ti con freno in c.c., tipo BN_FD).

M7 - 60 Hz OPERATION

BN motors may also operate with 60 Hz power mains. Except for DC brake motors type BN_FD, motor name plate reports 50 Hz voltage ratings, as well as the values for operation at 460 V - 60Hz and the corresponding voltage range 440-480V.

For 460V-60 Hz power supply, the power ratings reported in the motor name plate are about 20% higher (does not apply to

DC brake motors type BN_FD). Name plate rated power for op

M7 - BETRIEB BEI A 60 Hz

Die Motoren der Serie BN können normalerweise auch in Stromnetzen mit 60 Hz Frequenz eingesetzt werden. Mit Ausnahme der Bremsmotoren mit Gleichstromes vom Typ BN_FD, werden auf dem Typenschild der Motoren über die Angabe der Spannungen bei 50 Hz auch die Werte angegeben, die einem Betrieb bei 460 V - 60Hz entsprechen. Darüber hinaus kann man diesem Schild den entsprechenden Spannungsbe reich 440-480V entnehmen.

Bei einer Spannungsversor gung mit 460V-60 Hz werden auf dem Typenschild etwa 20% höhere Leistungswerte angege ben (gilt nicht für die Bremsmo toren mit Gleichstrombremse

M7 - FONCTIONNEMENT

A60Hz

Les moteurs de la série BN peuvent aussi être normalement utilisés sur des réseaux à 60 Hz. A l’exception des moteurs frein en c.c., type BN_FD, sur la plaque signalétique des moteurs, outre la tension à 50 Hz, sont indiqués les valeurs correspondant au fonctionnement à 460 V - 60Hz ainsi que la plage de tension relative 440-480V.

En face de l’alimentation

460V-60 Hz la plaque signalé tique du moteur indiquent les valeurs de puissance majorée

d’environ 20% (non applicable

aux moteurs frein avec frein en

La potenza nominale di targa, a 60 Hz, è quella riportata nella tabella (08) seguente:

eration with 60 Hz power mains is as reported in the table below (08):

vom Typ BN_FD). Der nachste henden Tabelle (08) können Sie die auf dem Typenschild ange gebene Nennleistung bei 60 Hz entnehmen:

c.c., type BN_FD). La puissance nominale in

diquée sur la plaque, à 60 Hz, est celle figurant dans le ta bleau (08) suivant :

(08)

56A 56B 63A 63B 63C 71A 71B 71C 80A 80B 80C 90S 90SA 90SB 90L 90LA 90LB 100L 100LA 100LB 112M 132S 132SA 132SB 132M 132MA 132MB

Pn [kW]

2p 4p 6p 8p

— 0.07 — —

— 0.10 — —

0.21 0.14 0.10 —

0.30 0.21 0.14 —

0.45 0.30 — —

0.45 0.30 0.21 0.10

0.65 0.45 0.30 0.14

0.90 0.65 0.45 —

0.90 0.65 0.45 0.21

1.30 0.90 0.65 0.30

1.80 1.3 0.90 —

— 1.3 0.90 0.45

1.8 — — —

2.2 — — —

2.5 — 1.3 0.65

— 1.8 — —

— 2.2 — —

3.5 — — —

— 2.5 1.8 0.85

4.7 3.5 2.2 1.3

4.7 4.7 2.5 1.8

— 6.5 3.5 2.5

6.5 — — —

8.7 — — —

11 — — 3.5

— 8.7 4.6 —

— 11 6.5 —

160MR 160MB

160M 160L 180M

180L 200L

12.5

17.5

— — 8.6 —

21.5 17.5 12.6 —

24.5 —

34 34 22 —

12.5 —

21.5

25.3

— —

—

17.5

— —

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