BONFIGLIOLI HDP 80 2, HDP 80 3, HDP 90 3, HDP 90 2, HDP 100 3 Series Manual

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SUMMARY

ZUSAMMENFASSUNG

Paragrafo

Chapter

Abschnitt

SOMMARIO

Descrizione Description Beschreibung

1 INFORMAZIONI GENERALI GENERAL INFORMATION ALLGEMEINE INFORMATIONEN 2

1.1

1.2 CARATTERISTICHE COSTRUTTIVE PRODUCT FEATURES BAULICHE EIGENSCHAFTEN 3

1.3 INSTALLAZIONE INSTALLATION INSTALLATION 4

1.4 MANUTENZIONE MAINTENANCE WARTUNG 5

1.5 STOCCAGGIO STORAGE LAGERUNG 6

1.6 CONDIZIONI DI FORNITURA CONDITIONS OF SUPPLY LIEFERBEDINGUNGEN 6

1.7 VERNICIATURA PAINT COATING LACKIERUNG 6

1.8 FATTORE DI SERVIZIO SERVICE FACTOR BETRIEBSFAKTOR 7

1.9

2 SELEZIONE DEL RIDUTTORE SELECTING THE GEAR UNIT WAHL DES GETRIEBES 13

2.1 DIMENSIONAMENTO ENGINEERING SELECTION BEMESSUNG 13

2.2 VERIFICHE VERIFICATIONS KONTROLLEN 14

2.3 CASO APPLICATIVO SAMPLE APPLICATION ANWENDUNGSFALL 21

3 CONFIGURAZIONI PRODOTTO PRODUCT CONFIGURATIONS PRODUKTKONFIGURATIONEN 22

3.1 VARIANTI BASE BASE VARIANTS

3.2 VARIANTI OPZIONALI OPTIONAL VARIANTS OPTIONALE VARIANTEN 23

3.3 POSIZIONI DI MONTAGGIO MOUNTING POSITION

SIMBOLOGIA E UNITÀ DI MISURA SYMBOLS AND UNITS OF MEASUREMENT SYMBOLE UND MASSEINHEITEN 2

LUBRIFICAZIONE LUBRICATION SCHMIERUNG 11

BASISVARIANTEN 22

EINBAULAGEN 24

3.4 CONFIGURAZIONE LATO INGRESSO

3.5 PREDISPOSIZIONI MOTORE MOTOR AVAILABILITY MOTORAUSLEGUNGEN 27

3.6 VARIANTI OPZIONALI OPTIONAL VARIANTS OPTIONALE VARIANTEN 28

4 COPPIA MASSIMA TRASMISSIBILE MAXIMUM TRANSMISSIBLE TORQUE ÜBERSETZBARES MAXIMALES

4.1 POTENZA TERMICA E DATI TECNICI THERMAL CAPACITY AND RATING

4.2 CARICHI RADIALI ALBERO LENTO PERMITTED OVERHUNG LOADS ON

4.3 CARICHI ASSIALI ALBERO LENTO PERMITTED THRUST LOAD ON OUTPUT

4.4 MOMENTO D’INERZIA MASS MOMENT OF INERTIA TRÄGHEITSMOMENT 144

4.5 RAPPORTI ESATTI EXACT RATIOS EXAKTE ÜBERSETZUNG 145

5 DIMENSIONI E PESI DIMENSIONS AND WEIGHT ABMESSUNGEN UND GEWICHTE 146

5.1 PREDISPOSIZIONE ATTACCO MOTORE

5.2 FLANGIA DI FISSAGGIO MOUNTING FLANGE BEFESTIGUNGSFLANSCH 171

5.3 FLANGIA A MANICOTTO MANIFOLD FLANGE AUFSTECKFLANSCH 171

5.4 PERNO MACCHINA CUSTOMER’S SHAFT MASCHINENZAPFEN 172

E USCITA

CON CAMPANA E GIUNTO ELASTICO

INPUT AND OUTPUT CONFIGURATION KONFIGURATION ANTRIEBS UND

CHARTS

OUTPUT SHAFT

SHAFT

MOTOR MOUNTING WITH BELL HOUSING AND FLEXIBLE COUPLING

ABTRIEBSSEITE

DREHMOMENT

WARMELEISTUNG UND AUSWAHLTABELLEN

RADIALKRÄFTE ABTRIEBSWELLE 118

AXIALKRÄFTE ABTRIEBSWELLE 131

AUSLEGUNG FÜR MOTORANSCHLUSS MIT GLOCKE UND ELASTISCHER KUPPLUNG

168

Revisioni L’indice di revisione del catalogo è riportato a pag. 174. Al sito www.bonfiglioli.com sono dispo nibili i cataloghi con le revisioni aggiornate.

Revisions Refer to page 174 for the catalogue revision in

dex. Visit www.bonfiglioli.com to search for cata logues with up-to-date revisions.

Änderungen Das Revisionsverzeichnis des Katalogs wird auf

Seite 174 wiedergegeben. Auf unserer Website

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

1 - INFORMAZIONI GENERALI

1 - GENERAL INFORMATION

1 - ALLGEMEINE INFORMATIONEN

1.1 - SIMBOLOGIA E UNITÀ DI MISURA

1.1 - SYMBOLS AND UNITS OF MEASUREMENT

1.1 - SYMBOLE UND MASSEINHEITEN

Descrizione Description Beschreibung

1,2

[kN] Carico assiale nominale Permissible axial force Nominale Axialkraft

- Fattore di servizio Service factor Betriebsfaktor

i - Rapporto di trasmissione Gear ratio Übersetzung

I - Rapporto di intermittenza Cyclic duration factor Relative Einschaltdauer

J [Kgm2] Momento di inerzia Mass moment of inertia Trägheitsmoment

1,2

[Nm] Coppia Torque Drehmoment

[Nm] Coppia di calcolo Calculated torque Rechnerisches Drehmoment

1,2

[Nm] Coppia nominale Rated torque Nennmoment

[Nm] Coppia richiesta Torque demand Benötigtes Drehmoment

[min-1] Velocità Speed Drehzahl

[kW] Potenza Power Leistung

[kW] Potenza nominale Rated power Nennleistung

[kW] Potenza richiesta Power demand Benötigte Leistung

[kN] Carico radiale di calcolo Calculated radial force Rechnerische Radialkraft

[kN] Carico radiale nominale Permissible overhung load Nominale Radialkraft

- Rendimento Efficiency Wirkungsgrad



valore riferito all’albero veloce



valore riferito all’albero lento



value applies to input shaft



value applies to output shaft



Auf die Antriebswelle bezogener

Wert



Auf die Abtriebswelle bezogener

Wert

1.2 - CARATTERISTICHE COSTRUTTIVE

1.2 - PRODUCT FEATURES

1.2 - BAULICHE EIGENSCHAFTEN

I riduttori della serie HDP sfruttano tec niche progettuali all’avanguardia ed of frono pertanto:

Elevate coppie specifiche

•

Rendimenti superiori

•

Vibrazione e rumorosità ridotte

•

Robustezza e affidabilità assolute

•

Calcoli di vita secondo le Norme ISO

•

e AGMA applicabili Ampia personalizzazione tramite la

•

vasta gamma di opzioni offerte a catalogo

Le principali caratteristiche costruttive della serie di riduttori ad assi paralleli HDP sono:

grandezze da HDP 60 a HDP 90 a 2

•

e 3 stadi di riduzione grandezze da HDP 100 a HDP 160 a

•

2, 3 e 4 stadi di riduzione Valori di coppia nominale con distri-

•

buzione favorevole su tutto l’arco dei rapporti

Rapporti di trasmissione con progres-

•

sione costante del 12%.

•

HDP 60 ... HDP 120: Cassa monoblocco in ghisa sferoidale, rigida, resistente e precisa, verniciata internamente ed esternamente. Design moderno e privo di recessi a garanzia di una pulizia facilitata. Fissaggio universale grazie alle numerose superfici lavorate e forate. Forme e spessori ottimizzati mediante l’analisi FEM garantiscono elevata rigidezza strutturale e ridotte emissioni acustiche.

•

HDP 130 ... HDP 160: Cassa in ghisa sferoidale realizzata in due semigusci, con piano di separazione complanare agli assi. L’architettura consente di realizzare interventi di manutenzione in maniera efficace ed economica. Forme e spessori ottimizzati mediante l’analisi FEM garantiscono elevata rigidezza strutturale e ridotte emissioni acustiche.

•

Ingranaggi elicoidali in acciaio legato, cementati e temprati, con correzione del profilo per:

- ridurre la rumorosità e favorire la re golarità della trasmissione degli ingra naggi veloci

- massimizzare la coppia trasmissibile delle riduzioni finali

•

Alberi veloci generalmente cementati e rettificati e alberi lenti in acciaio da bonifica di elevata rigidezza.

Gear units of the HDP series make opti

mum use of advanced design features,

to offer:

Top torque density

•

Superior performance

•

Silent and vibration-free operation

•

Total ruggedness and reliability

•

Lifetime calculation in accordance

•

with the applicable ISO and AGMA standards

Extensive customisation through a

•

wide range of options offered in the catalogue

The main construction features of the HDP parallel shaft gear unit range are:

sizes from HDP 60 to HDP 90 with

•

double and triple reduction

sizes from HDP 100 to HDP 160 with

•

double, triple and quadruple reduction.

Favourable distribution of rated torque

•

values across the entire ratio range.

Gear ratios in a 12% progression be-

•

tween consecutive values.

•

HDP 60 ... HDP 120: Mo n o bloc housing in rigid, spheroidal cast iron, paint coated both internally and externally. A modern design without recesses for facilitated cleaning. Universal mounting thanks to the many machined surfaces. Profiles and dimensions optimised by FEM analysis for superior structural rigidity and low acoustic emissions.

•

HDP 130 ... HDP 160: housing in spheroidal cast iron, horizontally split. This design makes maintenance quick and economical. Profiles and dimensions optimised by FEM analysis for superior structural rigidity and low acoustic emissions.

•

Casehardened and hardened alloy steel helical gears ground finished and with profile corrected for:

- more silent operation and smoother transmission of high speed input gears

- maximum transmissible torque of the lower speed output gear reductions

•

Input shafts generally casehardened and

ground finished on outer diametre. Output shafts from hardened and tem pered alloy steel.

•

Input shaft configurations:

- HDP 60 ... HDP 160: solid, single or double-sided shaft with dimensions to UNI/ISO 775-88 (extended length)

Die Getriebe der Serie HDP nutzen mo

dernste Entwicklungstechniken und bie ten daher:

Hohe spezifische Drehmomente

•

Hohe Wirkungsgrade

•

Reduzierte Vibration und Geräusch-

•

entwicklung Robuste Bauweise und absolute Zu-

•

verlässigkeit Lebensdauerberechnung gemäß den

•

einschlägigen ISO- und AGMA-Normen Kundenspezifische Anpassung dank

•

einer großen Auswahl an Optionen im Katalog

Die wichtigsten baulichen Merkmale der Parallelwellengetriebe HDP sind:

Baugrößen HDP 60 bis HDP 90 mit 2

•

und 3 Untersetzungsstufen. Baugrößen HDP 100 bis HDP 160 mit

•

2, 3 und 4 Untersetzungsstufen. Nennmomentwerte mit günstiger Ver-

•

teilung auf den gesamten Übersetzungsbereich.

Übersetzungsverhältnisse mit konstan-

•

tem Stufensprung von 12%.

•

HDP 60 ... HDP 120: Starres, widerstandsfähiges und präzises Monoblockgehäuse aus Sphäroguss, innen und außen lackiert. Modernes Design ohne Einbuchtungen für eine einfache Reinigung. Universalbefestigung dank den zahlreichen bearbeiteten Oberflächen. Mittels FEM-Analysen optimierte Formen und Abmessungen garantieren hohe Struktursteifheit und reduzierte Schallemissionen.

•

HDP 130 ... HDP 160: Aus zwei Halbschalen gefertigtes Sphäroguss-Gehäuse mit direkt an den Achsen anliegender Trennfläche. Dank entsprechender Konstruktion können Wartungsarbeiten wirksam und ökonomisch ausgeführt werden. Mittels FEM-Analysen optimierte Formen und Abmessungen garantieren hohe Struktursteifheit und reduzierte Schallemissionen.

•

Einsatzgehärtete Schrägzahnräder aus legiertem Stahl mit geschliffener Ver zahnung, optimiert um:

- die Geräuschentwicklung zu verringern und eine gleichmäßigere Übertragung zwischen den Zahnrädern zu erzielen

- das übertragbare Drehmoment der Enduntersetzungen auf ein Höchstmaß zu steigern

•

Die Antriebswellen sind generell ein satzgehärtet und geschliffen. Ab

Configurazioni alberi veloci:

•

- HDP 60 ... HDP 160: albero cilindri co, a semplice o doppia sporgenza, con estremità secondo UNI/ISO 775-88 (serie lunga)

- HDP 60 ... HDP 90: predisposizione per attacco diretto al motore oppure tramite giunto elastico di collegamento.

- HDP 100 ... HDP 160: predisposizio ne motore mediante campana di collegamento e giunto elastico.

Configurazioni alberi lenti:

•

- albero cilindrico integrale, a singola o doppia sporgenza, con estremità secondo UNI/ISO 775-88 (serie lunga)

- albero cavo con sede per linguetta

- albero cavo con calettatore Cuscinetti delle primarie marche del

•

tipo a rulli conici oppure orientabili a rulli largamente dimensionati e idonei a sopportare elevati carichi esterni.

Numerose possibilità di personalizza-

•

zione del riduttore tramite le opzioni a richiesta, fra le quali:

- dispositivi termici di raffreddamento / riscaldamento ausiliari

- sistemi di lubrificazione forzata

- dispositivo antiretro

- flangie di fissaggio, o a manicotto

- cuscinetti per sopportazione radiale maggiorata (solo per HDP 60 ... HDP 90)

- tenute e guarnizioni di diverso tipo e materiale

- sensori

- dispositivo dry-well per installazioni con albero verticale

- organi di fissaggio

- HDP 60 ... HDP 90: direct motor mounting or lantern housing and flexi

ble coupling provision.

- HDP 100 ... HDP 160: motor mount ing with bell and housing and flexible coupling.

Output shaft configurations:

•

- solid, single or double-sided shaft

with dimensions to UNI/ISO 775-88 (extended length)

- hollow shaft with keyway

- hollow shaft with shrink disc

Heavy duty taper roller bearings or ex-

•

tra large self-aligning roller bearings from the most reputed brands for unparalleled overhung load capacity.

A wide range of customisation options

•

are available upon request, including:

- auxiliary cooling/heating devices

- forced lubrication systems

- backstop device

- mounting or manifold flanges

- bearings for increased overhung load capacity (only for HDP 60 ... HDP 90)

- seals and gaskets in various types and materials

- sensors

- dry-well device for vertical shaft installations

- fixing elements

triebswellen aus Vergütungsstahl mit

hoher Festigkeit. Konfigurationen der Antriebswellen:

•

- HDP 60 ... HDP 160: Zylindrische Passfederwelle mit ein- oder zweifa chem Wellenzapfen. Wellenende ge mäß UNI/ISO 775-88 (lange Serie)

- HDP 60 ... HDP 90: Vorbereitung für Direktmontage des Motors oder über elastische Kupplung.

- HDP 100 ... HDP 160: Motoradaption mittels Verbindungsglocke und elastischer Kupplung.

Konfigurationen der Abtriebswellen:

•

- Zylindrische Passfederwelle mit einoder zweifachem Wellenzapfen. Wellenende gemäß UNI/ISO 775-88 (lange Serie)

- Hohlwelle mit Passfedernut

- Hohlwelle mit Schrumpfscheibenverbindung.

Großzügig bemessene Kegelrollenla-

•

ger oder Pendelrollenlager führender Hersteller, geeignet, um hohen externen Krafteinwirkung standzuhalten

Zahlreiche Möglichkeiten der kunden-

•

spezifische Anpassung des Getriebes mit den auf Anfrage erhältlichen Optionen, unter anderem:

- Thermische Vorrichtung zur Kühlung/Wärmung der Getriebe

- Systeme zur Zwangsschmierung

- Rücklaufsperre

- Montageflansche oder Aufsteckflansche

- Lager für erhöhte radiale Widerstandskraft (nur für HDP 60 ... HDP 90)

- Verschiedene Arten von Dichtungen aus unterschiedlichen Materialien

- Sensoren

- Vorrichtung Drywell für Installationen mit senkrechter Welle

- Befestigungselemente

1.3 - INSTALLAZIONE

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

•

Assicurarsi che il fissaggio del riduttore sia stabile onde evitare qualsiasi vibrazione. Installare (se si prevedono urti, sovraccarichi prolungati o possi bili bloccaggi) giunti idraulici, frizioni, limitatori di coppia, ecc.

•

Durante la verniciatura si dovranno pro teggere i piani lavorati e il bordo ester no degli anelli di tenuta per evitare che la vernice ne essichi la gomma, pregiu dicando la tenuta del paraolio stesso.

•

Si consiglia di lavorare gli organi che vanno calettati sugli alberi di uscita

1.3 - INSTALLATION

The following installation instructions must be observed:

•

Make sure that the gearbox is correctly secured to avoid vibrations. If shocks or overloads are expected,

install hydraulic couplings, clutches, torque limiters, etc.

•

Before being painted, the machined

surfaces and the outer face of the

oilseals must be protected to prevent paint drying out the rubber and jeop

ardising the oil-seal function.

•

Components to be keyed on to the gearbox output shafts should be ma chined to ISO H7 tolerances to pre

1.3 - INSTALLATION

Beim Einbau des Getriebes sind folgende Vorschriften strikt zu befolgen:

•

Um Vibration zu vermeiden sicherstellen, dass die Getriebe korrekt befestigt sind. Wenn Stöße, anhaltende Überlasten oder mögliche Blockierun gen erwartet werden, Strömungs kupplungen, Kupplungen, Drehmo mentbegrenzer usw. installieren.

•

Während der Lackierung müssen die

bearbeiteten Flächen und die Außen kante der Dichtringe geschützt wer den, damit der Lack nicht das Gummi austrocknet, und somit die Funktion

des Dichtrings.

del riduttore con tolleranza ISO H7 per evitare accoppiamenti troppo bloccati che, in fase di montaggio po trebbero danneggiare irreparabilmen te il riduttore stesso. Inoltre, per il montaggio e lo smontaggio di tali or gani si consiglia l’uso di adeguati ti ranti ed estrattori utilizzando il foro fi lettato posto in testa alle estremità degli alberi.

Le superfici di contatto dovranno es-

•

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

Prima della messa in servizo del ri-

•

duttore accertarsi che la macchina che lo incorpora sia in regola con le disposizioni della Direttiva Macchine 2006/42/CE e successivi aggiornamenti.

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 di applicazione.

Nel caso di istallazione all’aperto pre-

•

vedere adeguate protezioni e/o carterature allo scopo di evitare l’esposizione diretta agli agenti atmosferici e alla radiazione solare.

vent mating surfaces jamming and causing irreparable damage to the gearbox during installation. Suitable

pullers and extractors should also be

used to fit and remove such compo nents. These should be properly se

cured to the threaded hole at the end

of the shafts.

Mating surfaces must be cleaned and

•

treated with suitable protective products before mounting to avoid oxidation and, as a result, seizure of parts.

Prior to putting the gear unit into oper-

•

ation make sure that the equipment that incorporates the same complies with the current revision of the Machines Directive 2006/42/CE.

Before starting up the machine, make

•

sure that oil level conforms to the mounting position specified for the gear unit and viscosity is suitable for the specific application.

For outdoor installation provide ade-

•

quate guards in order to protect the drive from rainfalls as well as direct sun radiation.

Die Komponenten, die auf die Ab

•

triebswellen des Getriebes aufgezo gen werden, sollten die Toleranz ISO H7 aufweisen, damit zu fest sitzende

Verbindungen vermieden werden,

durch die das Getriebe bei der Monta ge irreparabel beschädigt werden könnte. Für den Ein- und Ausbau die ser Elemente wird außerdem die Ver wendung geeigneter Zugstreben oder Abzieher empfohlen, die an der Gewindebohrung an der Stirnseite am Wellenende angesetzt werden.

Die Kontaktflächen müssen vor der

•

Montage gesäubert und mit geeigneten Schutzprodukten behandelt werden, um eine Oxidation und folglich die Blockierung der Teile, zu verhindern.

Vor Inbetriebnahme des Getriebes si-

•

cherstellen, dass die Maschine, in die es eingebaut wird, die Vorschriften der Maschinenrichtlinie 2006/42/CE in gültiger Fassung erfüllt.

Vor Inbetriebnahme der Maschine

•

muss sichergestellt werden, dass der Schmiermittelstand der Einbaulage des Getriebes entspricht und die Viskosität für die Art der Applikation geeignet ist.

Bei Installation im Freien müssen ge-

•

eignete Schutzvorrichtungen und/oder Schutzgehäuse vorgesehen werden, um die Getriebe vor direkten Witterungseinflüssen und Sonneneinstrahlung zu schützen.

1.4 - MANUTENZIONE

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 oli di tipo e/o marca differente. Controllare periodicamente il livello del lubrificante effettuando la sostituzione indicativamente agli intervalli riportati nella tabella.

Temperatura olio / Oil temperature

Öltemperatur

[°C]

t < 65 8000 25000

65<t<80 4000 15000

80<t<95 2000 12500

1.4 - MAINTENANCE

It is advisable to change the lubricant after the initial 300 hours of operation and thoroughly clean the interior of the unit with a suitable detergent. Do not mix different types and/or brands of oil. Periodically check the oil level, and replace at the intervals given in the chart.

Intervallo di lubrificazione / Oil change interval

Schmierintervall

olio minerale / mineral oil

Mineralöl

1.4 - WARTUNG

Es wird empfohlen, das Schmiermittel erstmalig nach 300 Betriebsstunden zu ersetzen, und den Getriebeinnenraum mit einem angemessenen Reinigungsmittel sorgfältig zu säubern. Schmieröle unterschiedlicher Art und/ oder Marke nicht mischen. Regelmäßig den Schmiermittelstand kontrollieren und nach den Angaben der nachfolgenden Tabelle wechseln.

[h]

olio sintetic / synthetic oil

Synthetiköl

1.5 - STOCCAGGIO

1.5 - STORAGE

1.5 - LAGERUNG

Il corretto stoccaggio dei prodotti richie de l’esecuzione delle seguenti attività:

Escludere aree all’aperto, zone espo

•

ste alle intemperie o con eccessiva umidità.

Interporre sempre tra il pavimento ed i

•

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

Per periodi di stoccaggio e soste pro-

•

lungate le superfici interessate agli accoppiamenti quali flange, alberi e giunti devono essere protette con idoneo prodotto antiossidante (Tectile 506 EH 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.

1.6 - CONDIZIONI DI FORNITURA

Observe the following instructions to en

sure correct storage of the products:

Do not store outdoors, in areas ex

•

posed to weather or with excessive humidity.

Always place boards, wood or other

•

material between the products and the floor. The gearboxes should not have direct contact with the floor.

In case of long-term storage all ma-

•

chined surfaces such as flanges, shafts and couplings must be coated with a suitable rust inhibiting product (Tectile 506 EH 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.

1.6 - CONDITIONS OF SUPPLY

Befolgen Sie die nachstehenden Punkte

um eine korrekte Lagerung der Produkte sicherzustellen:

Die Getriebe dürfen nicht im Freien

•

sowie an Orten mit hoher Luftfeuchtig keit gelagert werden.

Die Produkte nicht direkt auf den Bo-

•

den, sondern auf Paletten aus Holz oder sonstigem Material stellen.

Im Falle einer längeren Lagerung bzw.

•

bei längerem Stillstand müssen die Kontaktflächen wie Flansche, Wellen und Kupplungen mit Antioxidationsmittel (Tectile 506 EH oder gleichwertig) geschützt werden. In diesem Fall müssen die Getriebe so aufgestellt werden, dass die Entlüftungsschraube an der höchsten Position ist. Anschließend muss das Getriebe vollständig mit Öl befüllt werden. Vor Inbetriebnahme müssen die Getriebe wieder mit der richtigen Schmiermittelmenge und -art befüllt werden.

1.6 - LIEFERBEDINGUNGEN

I riduttori vengono forniti come segue:

• già predisposti per essere installati

nella posizione di montaggio come definito in fase di ordine;

•

collaudati secondo specifiche interne;

•

superfici di accoppiamento non verniciate

•

provvisti di bulloneria per la flangiatura del motore (se la predisposizione a standard IEC è specificata).

1.7 - VERNICIATURA

La verniciatura esterna ed interna dei gruppi HDP delle grandezze da 60 a 90 è realizzata con polvere termoindurente a base di resine epossidiche e poliestere dotata di elevato indice di protezione dalla corrosione ed idonea all’installazione anche in ambienti esterni - colore grigio RAL 7042, spessore complessivo 60-80 µm. Può essere in seguito sovraverniciata con vernici sintetiche.

I gruppi HDP 100 ... HDP 160 sono ver niciati a spruzzo con mano di primer epossidico sia internamente che ester namente, seguita da una verniciatura esterna a riduttore finito - colore grigio RAL 7042. Spessore complessivo all'e sterno 130-180 µm. Spessore comples sivo all’interno 80-100 µm.

Gear units are supplied as follows:

• configured for installation in the

mounting position specified when ordering;

•

tested to manufacturer specifications;

•

mating machined surfaces come unpainted;

•

nuts and bolts for mounting motors are provided if a flanged motor input is specified.

1.7 - PAINT COATING

HDP gearboxes in sizes 60 to 90 are externally and internally painted in oven hardened epoxy resin and polyester powder paint that provides an excellent level of protection against corrosion and is suitable for outdoor installations. The colour is RAL 7042 grey. A synthetic top coat may also be applied.

HDP gearboxes in sizes 100 to 160 are internally and externally spray painted with an epoxy primer, and then finished

with an epoxy top coating for a total thickness of 130-180 µm. The colour is

RAL 7042 grey. Total thickness of internal coating is 80-100 µm.

Die Getriebe werden wie folgt geliefert:

• ausgelegt für die Installation in der bei

Auftragserteilung angegebenen Einbaulage;

•

abgenommen gemäß den firmeninternen Spezifikationen;

•

die Kontaktflächen sind nicht lackiert;

•

Schrauben und Muttern für das Anflanschen des Motors beiliegend (falls die Auslegung nach IEC-Standard spezifiziert ist).

1.7 - LACKIERUNG

Die Innen- und Außenlackierung der Getriebe HDP der Baugrößen 60 bis 90 erfolgt mit wärmehärtendem Pulver auf Epoxydharz- und Polyester-Basis mit hohem Korrosionsschutz und Eignung auch für die Installation im Freien - Farbe Grau RAL 7042. Kann nachträglich mit Synthetiklacken überlackiert werden.

Die HDP Getriebe der Baugrößen 100 bis 160 sind innen und außen mit Epoxydharzgrundierung spritzbeschic htet und nachträglich, nach der Montage von Getrieben, mit Epoxydharzanstrich überlackiert. Gesamtstärke der Außen schicht 130–180 µm. Farbe Grau RAL

7042. Gesamtstärke der Innenschicht 80–100 µm.

1.8 - FATTORE DI SERVIZIO

1.8 - SERVICE FACTOR

1.8 - BETRIEBSFAKTOR

I fattori di servizio elencati qui di seguito sono valori empirici basati su specifiche emesse dalle Norme ISO e AGMA e dal la conoscenza maturata dal costruttore in lunghi anni di attività nell’industria. Essi sono applicabili per macchine pro gettate e realizzate secondo lo stato del l’arte e operanti in condizioni di funzionamento normali.

Service factors listed here under are empirical values based on AGMA and ISO specifications as well as our experi

ence for use in common applications. They apply for state of the art-designed driven machines and normal operating

conditions.

Die nachstehend aufgeführten Betriebs faktoren sind empirische Werte, die auf

Spezifikationen der ISO- und AGMA-Nor men und auf der langjährigen Erfahrung des Herstellers in der Industrie beruhen. Sie gelten für Maschinen, die nach dem Stand der Technik konzipiert wurden und unter normalen Betriebsbedingungen arbeiten.

Applicazione Application Applikation

AGITATORI, MESCOLATORI AGITATORS, MIXERS RÜHRWERKE, MISCHER

Liquidi a densità costante Liquidi con solidi in sospensione Liquidi a densità variabile

SOFFIANTI BLOWERS GEBLÄSE

Centrifughe A lobi A palette

CHIARIFICATORI CLARIFIERS KLÄRBECKEN MACCHINE PER LAVORAZIONE DELL'ARGILLA

Presse per laterizi Presse per formatura piastrelle Impastatrici

COMPATTATORI COMPACTORS KOMPAKTOREN COMPRESSORI COMPRESSORS VERDICHTER

Centrifughi A lobi Alternativi, pluricilindrici Alternativi, monocilindrici

TRASPORTATORI - USO GENERALE CONVEYORS - GENERAL PURPOSE FÖRDERER - ALLGEMEINE VERWENDUNG

Carico uniformemente distribuito

- Servizio pesante Carico non uniformemente distribuito

- Alternativi o a scosse

GRU (*) CRANES (*) KRANE (*) Bacino di carenaggio Dry dock Reparaturdock

Paranco principale Paranco ausiliario Paranco a braccio Azionamento rotazione Azionamento traslazione

Carrello Trolley Drive Wagen

Traslazione portale Azionamento traslazione

Impiego industriale Industrial duty Industrieller Einsatz

Paranco principale Paranco ausiliario Ponte e Traslazione carrello

FRANTUMATORI CRUSHER BRECHER

Pietre o minerali

Pure liquids Liquids and solids Liquids - variable density

Centrifugal Lobe Vane

CLAY WORKING MACHINERY MASCHINEN FÜR DIE TONBEARBEITUNG

Brick press Briquette machine Pug mill

Centrifugal Lobe Reciprocating, multi-cylinder Reciprocating, single-cylinder

Uniformly loaded or fed

- Heavy duty Not uniformly fed

- Reciprocating or shaker

Main hoist Auxiliary hoist Boom hoist Slewing Drive Traction Drive

Gantry Drive Traction Drive

Main hoist Auxiliary hoist Bridge and Trolley travel

Stone or ore

Flüssigkeiten mit konstanter Dichte 1.25 1.50 Flüssigkeiten mit Schwebstoffen 1.25 1.50 Flüssigkeiten mit variabler Dichte 1.50 1.75

Zentrifugalgebläse 1.00 1.25 Drehkolbengebläse 1.25 1.50 Drehschiebergebläse 1.25 1.50

Ziegelpressen 1.75 2.00 Fliesenpressen 1.75 2.00 Knetmaschinen 1.25 1.50

Zentrifugalverdichter 1.25 1.50 Drehkolbenverdichter 1.25 1.50 Mehrzylinder-Hubkolbenverdichter 1.50 1.75 Einzelzylinder-Hubkolbenverdichter 1.75 2.00

Gleichmäßig verteilte Last 1.15 1.25

- Schwerer Betrieb Ungleichmäßig verteilte Last 1.25 1.50

- Schwing- oder Rüttelförderer 1.75 2.00

Hauptrollenzug 2.50 2.50 Hilfsrollenzug 2.50 3.00 Armrollenzug 2.50 3.00 Drehantrieb 2.50 3.00 Fahrantrieb 3.00 3.00

Fahrantrieb Kranportal 3.00 3.00 Fahrantrieb 2.00 2.00

Hauptrollenzug 2.50 3.00 Hilfsrollenzug 2.50 3.00 Brückenkran 3.00 3.00 Fahrantrieb Kranwagen 3.00 3.00

Steine oder Minerale 2.00 2.00

£ 10 > 10

ore/giorno

hours/day

Std./Tag

ore/giorno

hours/day

Std./Tag

1.00 1.25

2.00 2.00

(*) - L’indicazione del fattore di servizio in fun

zione della classificazione FEM è disponibile su richiesta. Consultare il Servizio Tecnico Bonfiglioli.

- Argani per sollevamento di persone: i valori in tabella non sono applicabili. Consultare il Servizio Tecnico Bonfiglioli.

(*) - Indication of service factor based on FEM

1.001 classification available upon request. Consult factory.

- Hoists for passengers lift: charted values not applicable. Consult factory.

(*) - Die Angabe des Betriebsfaktors in Abhän

gigkeit von der FEM-Einstufung ist auf Anfra ge verfügbar. Bitte wenden Sie sich an den technischen Kundendienst von Bonfiglioli.

- Aufzugswinden für Personenaufzüge: Die Tabellenwerte sind nicht anwendbar bei Aufzugswinden von Personenaufzügen. Bitte wenden Sie sich an den technischen Kun dendienst von Bonfiglioli.

Applicazione Application Applikation

DRAGHE DREDGES SCHWIMMBAGGER

Trasportatori Azionamenti teste portafrese Vagli Accatastatori Argani

ELEVATORI ELEVATORS ELEVATOREN

A tazze A scarico centrifugo Scale mobili Carico Scarico per gravità

ESTRUSORI EXTRUDERS STRANGPRESSEN

Generalità

Plastica Plastics Kunststoff

Funzionamento a velocità variabile Funzionamento a velocità fissa

Gomma Rubber Gummi

Funzionamento vite continuo Funzionamento vite intermittente

VENTILATORI FANS VENTILATOREN

A centrifuga Torri di raffreddamento Tiraggio forzato Tiraggio indotto Industriali e ad uso minerario

ALIMENTATORI FEEDERS BESCHICKER

A piastre A cinghia A tavola Alternativi A vite

INDUSTRIA ALIMENTARE FOOD INDUSTRY NAHRUNGSMITTELINDUSTRIE

Impastatrici Tritacarne Affettatrici

GENERATORI DI CORRENTE GENERATORS AND EXCITERS STROMERZEUGER MOLINI A MARTELLO HAMMER MILLS HAMMERMÜHLEN ARGANI (*) HOISTS (*) AUFZUGSWINDEN (*)

Servizio pesante Servizio medio Argani a cassetta

INDUSTRIA DEL LEGNO LUMBER INDUSTRY HOLZINDUSTRIE

Scortecciatrici - avanzamento del mandrino Azionamento principale

Trasportatori - bruciatori Conveyors - burner Förderer - Brenner

Servizio principale o pesante Tronco principale Risegatura, giostra

Trasportatori Conveyors Förderer

Lastra Trasferimento

Catene Chains Ketten

Pavimento Non stagionato

(*) - L’indicazione del fattore di servizio in fun

zione della classificazione FEM è disponibile su richiesta. Consultare il Servizio Tecnico Bonfiglioli.

- Argani per sollevamento di persone: i valori in tabella non sono applicabili. Consultare il Servizio Tecnico Bonfiglioli.

Conveyors Cutter head drives Screen drives Stackers Winches

Bucket Centrifugal discharge Escalators Freight Gravity discharge

General

Variable speed drive Fixed speed drive

Continuous screw operation Intermittent screw operation

Centrifugal Cooling towers Forced draft Induced draft Industrial and mine

Apron Belt Disc Reciprocating Screw

Dough mixer Meat grinders Slicers

Heavy duty Medium duty Skip hoist

Barkers - spindle feed Main drive

Main or heavy duty Main log Re-saw, merry-go-round

Slab Transfer

Floor Green

(*) - Indication of service factor based on FEM

Förderer 1.25 1.50 Antriebe Fräsköpfe 2.00 2.00 Siebe 1.75 2.00 Stapler 1.25 1.50 Aufzugswinden 1.25 1.50

Becherwerke 1.25 1.50 Mit Zentrifugalentleerung 1.15 1.25 Rolltreppen 1.15 1.25 Beladung 1.25 1.50 Schwerkraftentleerung 1.15 1.25

Allgemein 1.50 1.50

Betrieb bei variabler Drehzahl 1.50 1.50 Betrieb bei unveränderlicher Drehzahl 1.75 1.75

Dauer-Schneckenbetrieb 1.75 1.75 Aussetzender Schneckenbetrieb 1.75 1.75

Zentrifugalventilatoren 1.00 1.25 Kühltürme 2.00 2.00 Druckbelüftet 1.25 1.25 Saugzug-Gegenstrom 1.50 1.50 Industriell und Verwendung Untertage 1.50 1.50

Plattenbandbeschicker 1.25 1.50 Gurtbeschicker 1.15 1.50 Tischbeschicker 1.00 1.25 Schwenkbeschicker 1.75 2.00 Schneckenbeschicker 1.25 1.50

Knetmaschinen 1.25 1.50 Fleischwölfe 1.25 1.50 Aufschnittmaschinen 1.25 1.50

Schwerer Betrieb 1.75 2.00 Mittlerer Betrieb 1.25 1.50 Schrägaufzüge 1.25 1.50

Entrindungsmaschinen - Spindelvorschub 1.25 1.50 Hauptantrieb 1.75 1.75

Haupt- oder schwerer Betrieb 1.50 1.50 Hauptstamm 1.75 2.00 Sägearbeiten, Karussell 1.25 1.50

Platte 1.75 2.00 Transfer 1.25 1.50

Boden 1.50 1.50 Grünes Holz 1.50 1.75

1.001 classification available upon request. Consult factory.

- Hoists for passengers lift: charted values not applicable. Consult factory.

(*) - Die Angabe des Betriebsfaktors in Abhän

gigkeit von der FEM-Einstufung ist auf Anfra ge verfügbar. Bitte wenden Sie sich an den technischen Kundendienst von Bonfiglioli.

- Aufzugswinden für Personenaufzüge: Die Tabellenwerte sind nicht anwendbar bei Aufzugswinden von Personenaufzügen. Bitte wenden Sie sich an den technischen Kun dendienst von Bonfiglioli.

£ 10 > 10

ore/giorno

hours/day

Std./Tag

ore/giorno

hours/day

Std./Tag

1.00 1.25

1.75 2.00

1.25 1.50

Applicazione Application Applikation

Segatrici Cut-off saws Handsägen

Catena Trascinamento Cilindri di scortecciatura

Avanzamenti Feeds Vorschübe

Rifilatrice Lame multiple Taglierina Tronchi in pila Convogliatori di tronchi - rampa - a ruote Dispositivi ribaltamento tronchi Avanzamento piallatrice Paranchi ribaltamento tronchi A rulli Tavola di selezione Paranco con piano ribaltabile

Trasbordatori Transfers Verschiebebühnen

Catena Vie di corsa Azionamento vassoi Azionamento torni piallacci

STABILIMENTI METALLURGICI METAL MILLS METALLURGISCHE WERKE

Spintori lastre Trance Trafilatura Bobinatrice

MULINI, TIPO ROTANTE MILLS, ROTARY TYPE DREHMÜHLEN

Palla e barra Corona dentata cilindrica Corona dentata elicoidale Collegamento diretto Forni da cemento Essiccatori e refrigeratori

MESCOLATORI MIXERS MISCHER

Calcestruzzo

CARTIERE PAPER MILLS PAPIERFABRIKEN

Agitatore (impastatore) Agitatore per liscivia pura Cilindri di scortecciatura Scortecciatrici - meccaniche Raffinatore Sfilacciatore Calandra Sminuzzatrice Alimentatore trucioli Cilindri di patinatura

Trasportatori Conveyors Förderer

Truciolo, corteccia, sostanze chimiche Tronco (tavola inclusa) Presse manicotto Fresa Stampi cilindrici

Essiccatori Dryers Trockner

Macchina continua Tipo a convogliatori Goffratrice Estrusore Macchina per raffinare la polpa Azionamento forno Rotoli di carta Piatto Presse - feltro e aspirazione Impastatrici Pompe - a vuoto

Chain Drag Debarking drums

Edger Gang Trimmer Log deck Log hauls - incline - weel type Log turning devices Planer feed Planer tilting hoists Rolls - live-off brg. - roll cases Sorting table Tipple hoist

Chain Craneways Tray drives Veneer lathe drives

Slab pushers Shears Wire drawing Wire winding machine

Ball and rod Spur ring gear Helical ring gear Direct connected Cement kilns Dryers and coolers

Concrete

Agitator (mixer) Agitator for pure liquors Barking drums Barkers - mechanical Beater Breaker stack Calendar Chipper Chip feeder Coating rolls

Chip, bark, chemical Log (including slab) Couch rolls Cutter Cylinder molds

Paper machine Conveyors type Embosser Extruder Jordan Kiln drive Paper rolls Platter Presses - felt and suction Pulper Pumps - vacuum

Kette 1.50 1.75 Mitnehmer 1.50 1.75 Schälzylinder 1.75 2.00

Beschneidemaschine 1.25 1.50 Mehrfachklingen 1.75 1.75 Cutter 1.25 1.50 Gestapelte Stämme 1.75 1.75 Stammförderer - Rampe - mit Rädern 1.75 1.75 Stamm-Kippvorrichtungen 1.75 1.75 Vorschub Hobelmaschine 1.25 1.50 Stamm-Kipprollenzüge 1.50 1.50 Mit Rollen 1.75 1.75 Selektiertisch 1.25 1.50 Rollenzug mit Kipptisch 1.25 1.50

Kette 1.50 1.75 Laufbahnen 1.50 1.75 Tablettantrieb 1.25 1.50 Antrieb Furnierdrehmaschinen 1.25 1.50

Plattenschieber 1.50 1.50 Scheren 2.00 2.00 Drahtziehmaschinen 1.25 1.50 Spulmaschine 1.50 1.50

Kugel- und Stabmühlen 2.00 2.00 Zylindrischer Zahnkranz 2.00 2.00 Schrauben-Zahnkranz 1.50 1.50 Direktverbindung 2.00 2.00 Zementöfen 1.50 1.50 Trockner und Kühler 1.50 1.50

Beton 1.50 1.75

Rührwerk (Kneter) 1.50 1.50 Rührwerk für reine Lauge 1.25 1.25 Schälzylinder 2.00 2.00 Entrindungsmaschinen - mechanisch 2.00 2.00 Refiner 1.50 1.50 Reißwolf 1.25 1.25 Kalander 1.25 1.25 Shredder 2.00 2.00 Spänebeschicker 1.50 1.50 Patinierzylinder 1.25 1.25

Späne, Rinde, Chemikalien 1.25 1.25 Stamm (einschl, Tafel) 2.00 2.00 Muffenpressen 1.25 1.25 Fräse 2.00 2.00 Zylindrische Werkzeuge 1.25 1.25

Papiermaschine 1.25 1.25 Mit Förderern 1.25 1.25 Gaufriermaschine 1.25 1.25 Strangpresse 1.50 1.50 Halbstoff-Refiner 1.50 1.50 Ofenantrieb 1.50 1.50 Papierrollen 1.25 1.25 Teller 1.50 1.50 Pressen - Filz und Absaugung 1.25 1.25 Knetmaschinen 2.00 2.00 Vakuumpumpen 1.50 1.50

£ 10 > 10

ore/giorno

hours/day

Std./Tag

ore/giorno

hours/day

Std./Tag

Applicazione Application Applikation

Bobina (tipo superficiale)

Setacci Screens Siebe

Trucioli Rotanti Vibranti Pressa a misura Supercalandra Addensatore (motore CA) Addensatore (motore CC) Lavatrice (motore CA) Lavatrice (motore CC) Supporto di avvolgimento e svolgimento Incannatoi (tipo superficiale) Essiccatoi Yankee

INDUSTRIA DELLA PLASTICA PLASTICS INDUSTRY KUNSTSTOFFINDUSTRIE

Impastatori lotti Miscelatori continui Impianto di mescolatura Calandre

Lavorazione secondaria Secondary processing Sekundärbearbeitung

Impianti di soffiatura Rivestimento Pellicola Pre-masticatori Barre Lastra Tubi

POMPE PUMPS PUMPEN

Centrifughe

A moto alternativo Reciprocating Hubkolbenpumpen

A effetto semplice, tre o più cilindri A doppio effetto, due o più cilindri

Rotanti Rotary Drehpumpen

Tipo a ingranaggi A lobi A pale

INDUSTRIA DELLA GOMMA RUBBER INDUSTRY GUMMIINDUSTRIE Impastatori interni intensivi Intensive internal mixer Interne Intensivkneter

Impastatori lotti Miscelatori continui Raffinatore - due cilindri Calandre

MOLAZZA PER SABBIA SAND MULLER MAHLGANG FÜR SAND DISPOSITIVI SMALTIMENTO LIQUAMI SEWAGE DISPOSAL EQUIPMENT VORRICHTUNGEN FÜR DIE

Aeratori Alimentatori sostanze chimiche Vagli di disidratazione Frangi scorie Mescolatori lenti o rapidi Collettori di fanghi Addensatori Filtri a vuoto

SETACCI SCREENS SIEBE

Lavaggio aria Rotanti - pietra o ghiaia Mobili entrata acqua

INDUSTRIA DELLO ZUCCHERO SUGAR INDUSTRY ZUCKERINDUSTRIE

Pelabarbabietole Lame per canne Frantoi Mulini (estremità a bassa velocità)

MACCHINARIO TESSILE TEXTILE MACHINERY TEXTILMASCHINEN

Reel (surface type)

Chip Rotary Vibrating Size press Super calendar Thickener (AC motor) Thickener (DC motor) Washer (AC motor) Washer (DC motor) Wind and unwind stand Winders (surface type) Yankee dryers

Batch mixers Continuous mixers Compounding mill Calendars

Blow molders Coating Film Pre-plasticizers Rods Sheet Tubing

Centrifugal

Single acting, three or more cylinders Double acting, two or more cylinders

Gear type Lobe Vane

Batch mixers Continuous mixers Refiner - two rolls Calendars

Aerators Chemical feeders Dewatering screens Scum breakers Slow or rapid mixers Sludge collectors Thickeners Vacuum filters

Air washing Rotary - stone or gravel Travelling water intake

Beet slicer Cane knives Crushers Mills (low speed end)

Flächenspule 1.25 1.25

Späne 1.50 1.50 Drehsiebe 1.50 1.50 Rüttelsiebe 2.00 2.00 Leimpresse 1.25 1.25 Superkalander 1.25 1.25 Eindicker (AC-Motor) 1.50 1.50 Eindicker (DC-Motor) 1.25 1.25 Waschmaschine (AC-Motor) 1.50 1.50 Waschmaschine (DC-Motor) 1.25 1.25 Auf- und Abwickelhalter 1.25 1.50 Flächenspulmaschinen 1.25 1.25 Yankee-Trockner 1.25 1.25

Chargenkneter 1.75 1.75 Dauermischer 1.50 1.50 Mischanlagen 1.25 1.25 Kalander 1.50 1.50

Gebläseanlagen 1.50 1.50 Beschichtung 1.25 1.25 Folien 1.25 1.25 Vor-Zerkleinerer 1.50 1.50 Stäbe 1.25 1.25 Platten 1.25 1.25 Rohre 1.25 1.50

Kreiselpumpen 1.15 1.25

Einfachwirkend, drei oder mehr Zylinder 1.25 1.50 Doppeltwirkend, zwei oder mehr Zylinder 1.25 1.50

Zahnradpumpen 1.15 1.25 Drehkolbenpumpen 1.15 1.25 Flügelpumpen 1.15 1.25

Chargenkneter 1.75 1.75 Dauermischer 1.50 1.50 Refiner - zwei Zylinder 1.50 1.50 Kalander 1.50 1.50

ABWASSERENTSORGUNG

Belüfter 2.00 2.00 Beschicker von chemischen Substanzen 1.25 1.25 Dehydratisierungssiebe 1.50 1.50 Schlackenbrecher 1.50 1.50 Langsame oder schnelle Mischer 1.50 1.50 Schlammsammler 1.25 1.25 Schlammverdichter 1.50 1.50 Vakuumfilter 1.50 1.50

Luftwäsche 1.00 1.25 Drehsiebe - Stein oder Kies 1.25 1.50 Mobile Siebe Wassereintritt 1.00 1.25

Rübenschälmaschinen 2.00 2.00 Zuckerrohrmesser 1.50 1.50 Ölmühlen 1.50 1.50 Mühlen (mit niedriger Geschwindigkeit) 1.75 1.75

£ 10 > 10

ore/giorno

hours/day

Std./Tag

ore/giorno

hours/day

Std./Tag

1.25 1.50

1.9 - LUBRIFICAZIONE

]

1.9 - LUBRICATION

1.9 - SCHMIERUNG

Gli organi interni dei riduttori HDP sono lubrificati con un sistema misto di immer sione e sbattimento dell’olio. Per velocità di comando inferiori a 500 min riori a 1500 min

-1

, consultare preventiva

-1

o supe

mente il Servizio Tecnico di Bonfiglioli. Nella posizione di montaggio V5 i cusci netti superiori dei gruppi da HDP 60 a HDP 90 sono lubrificati con grasso e dotati di anello di ritegno Nilos, salvo che in fase d’ordine sia specificato un sistema di lubrificazione forzato tramite pompa meccanica (variante opzionale OP1, OP2) o motopompa (opzione MOP). I riduttori HDP delle grandezze da 100 a 160 qualora siano richiesti nella posizione di montaggio V5, con albero lento verticale, richiedono invariabilmente la specifica di uno dei sistemi di lubrificazione forzata sopra menzionati, da selezionare in funzione della velocità e/o delle condizioni di esercizio. I riduttori sono forniti privi di lubrificante e sarà cura del Cliente immettere, prima della messa in opera, la quantità di olio appropriata.

Le quantità di lubrificante riportate in tabella sono indicative. Per il corretto riempimento si dovrà fare riferimento alla mezzeria del tappo, o dell’astina di livello, se presente. Rispetto a questa condizione la quantità di lubrificante riportata in tabella può presentare scostamenti, occasionalmente anche rilevanti, in funzione del rapporto o della particolare esecuzione del prodotto.

The internal parts of HDP gearboxes are lubricated with a mixed immersion and

splash system. Should the drive speed be lower than 500 min

1500 min

-1

, please contact Bonfiglioli

-1

or greater than

Technical Service for advise. In mounting position V5, the top bear

ings in gearbox sizes HDP 60 to HDP 90 are pre-lubricated with grease and fitted with Nilos seals, unless the order specifies a forced lubrication system with mechanical pump (optional variants OP1, OP2) or electric pump (option MOP). If HDP 100 to 160 gearboxes have to be installed in mounting position V5, with the output shaft vertical, one of the above mentioned forced lubrication systems must be specified. The actual system should be selected on the basis of speed and/or operating conditions. These gearboxes are supplied without lubricant. It is the customer’s responsibility to fill them with the appropriate amount of oil before start-up.

The amounts of lubricant given in the chart are indicative. Use the plug hole centre line or the dipstick, if provided, for correct filling. The amount of lubricant given in the chart may vary, sometimes substantially, depending on the ratio or particular execution of the product.

Die Innenteile der Getriebe HDP werden mit einem gemischten System der Tauchund Ölspritzschmierung geschmiert. Wenn die Eingangsdrehzahl niedriger als 500 min

-1

oder höher als 1500 min-1,kon

taktieren Sie bitte den Technischen Servi

ce von Bonfiglioli. In der Einbaulage V5 werden die oberen Lager der Gruppen HDP 60 bis HDP 90 mit Fett geschmiert und mit einem Nilos-Ring versehen, es sei denn, dass bei Auftragserteilung ein Zwangsschmiersystem mittels mechanischer Pumpe (optionale Variante OP1, OP2) oder Motorpumpe (Option MOP) bestellt wurde. Bei Bestellung der Getriebe für die Einbaulage V5 (vertikale Abtriebswelle) müssen die Getriebe HDP der Baugrößen 100 bis 160 unbedingt mit einer der oben genannten Zwangsschmiersysteme, das aufgrund der Drehzahl und/oder der Betriebsbedingungen auszuwählen ist, ausgerüstet werden. Die Getriebe werden ohne Schmiermittel geliefert, und der Kunde muss vor Inbetriebnahme die korrekte Ölmenge einfüllen.

Die in der Tabelle angegebenen Schmiermittelmengen sind Richtwerte. Für die korrekte Füllung muss auf die Mittellinie des Öleinfüllstutzens oder des Ölstabs (sofern vorhanden) Bezug genommen werden. Je nach Übersetzungsverhältnis oder je nach Ausführung des Produkts können die tatsächlichen Füllmengen unter Umständen auch stark von den Tabellenwerten abweichen.

oil

B3 B6 B7 V5

HDP 60 2

HDP 60 3

HDP 70 2

HDP 70 3

HDP 80 2

HDP 80 3

HDP 90 2

HDP 90 3

10 14.8 14.6 16

11 16 15 17

16 24 24 26

23 34 33 37

]

HDP 100 2

HDP 100 3

HDP 100 4

HDP 110 2

HDP 110 3

HDP 110 4

HDP 120 2 HDP 120 3 HDP 120 4 HDP 130 2 HDP 130 3 HDP 130 4 HDP 140 2 HDP 140 3 HDP 140 4 HDP 150 2 HDP 150 3 HDP 150 4 HDP 160 2 HDP 160 3 HDP 160 4

oil

B3 B6 B7 V5

27 61 49 51

32 70 56 58

35 83 64 68

45 96 74 79

57 154 119 128

86 181 140 150

76 163 126 115 89 88

109 244 189 173

125 281 217 199

118 264 204 187

135 303 234 214

70 56 58

191 147 135

Lubrificante / Lubricant / Schmiermittel Viscosità cinematica a 40°C / Kinematic viscosity at 40°C / Kinematische Viskosität 40°C

[cSt]

ISO VG 220 ISO VG 320 ISO VG 460

Olio minerale EP

Mineral Oil (EP additives)

Mineralöl EP Olio sintetico

Synthetic oil

Synthetiköl

Nei seguenti casi è necessario prevedere il pre-riscaldamento dell’olio attraverso un’opportuna resistenza elettrica (variante opzionale HE):

•

funzionamento a temperature inferiori a 0°C

•

avviamento di riduttori lubrificati ad immersione e sbattimento qualora la temperatura ambiente minima non sia superiore di almeno 10°C al punto di scorrimento dell’olio

•

avviamento di riduttori con dispositivi di lubrificazione forzata (varianti OP1, OP2, MOP), quando la viscosità dell’olio è su periore a 1800 cst. In funzione del lubrifi cante utilizzato questo valore si riscontra indicativamente a temperature ambiente comprese fra 10°C e 20°C.

Tamb 0°C ... 20°C 10°C ... 40°C 20°C ... 50°C

Tamb 0°C ... 30°C 10°C ... 50°C —

Lubricant must be pre-heated through the appropriate electric resistance (HE option) in the following cases:

In folgenden Fällen muss das Öl mit einem geeigneten elektrischen Heizwiderstand (optionale Variante HE) vorgewärmt werden:

•

operation at ambient temperatures lower than 0°C

•

operation of gear units lubricated by oil immersion and splashing when the minimum ambient temperature ex ceeds the pour point of lubricant by less than 10°C

•

Upon starting up gear units with forced lubrication systems (options

OP1, OP2 or MOP) if the oil viscosity

exceeds 1800 cst. Depending of the type of lubricant used, this value may be produced with ambient tempera

•

Betrieb bei Temperaturen unter 0°C

•

Anfahren von Getrieben mit Tauch- und Ölspritzschmierung, wenn die niedrigste Umgebungstemperatur mehr als 10°

unter dem Fließpunkt des Öls liegt

•

Anfahren von Getrieben mit Zwangs schmierung (Varianten OP1, OP2, MOP), wenn die Viskosität des Öls über 1800 cSt liegt. Je nach verwende tem Schmiermittel tritt dieser Wert un gefähr bei Umgebungstemperaturen zwischen 10°C und 20°C auf.

tures between 10°C and 20°C approx.

2 - SELEZIONE DEL RIDUTTORE

2 - SELECTING THE GEAR UNIT

2 - WAHL DES GETRIEBES

La selezione ottimale della trasmissione può essere condotta solo previa la piena conoscenza delle condizioni applicative, sia di natura funzionale, che ambientale.

A garanzia di un corretto dimensiona mento del prodotto, è vivamente consi gliato ricorrere all'esperienza e alla spe cifica conoscenza del Servizio Tecnico di Bonfiglioli.

2.1 - DIMENSIONAMENTO

1. Determinare il rapporto di trasmissio-

ne:

2. Calcolare la potenza richiesta P

al-

l’albero veloce del riduttore:

The selection of the drive unit can only be optimized upon knowing both the en gineering and the environmental condi tions the gearbox will operate into.

For a safe selection it is strongly recom

mended to rely on the long time experi

ence of the Bonfiglioli Technical Service Dept.

2.1 - ENGINEERING SELECTION

1. First determine the gear ratio:

2. Calculate the power P

required at

the input shaft:

Eine optimale Wahl der Uebertragung kann durch eine vollständige Bekannt

schaft von allen Anwendungsbedingungen

sowohl die zweckmäßige als auch die Umweltbedingungen ausgeführt werden.

Um eine richtige Bemessung zu gewähren,

empfehlen wir Sie, an die Dienstleistungs service von der Bonfiglioli zu wenden.

2.1 - BEMESSUNG

1. Die Übersetzung ermitteln:

2. Benötigte Leistung P

an der An-

triebswelle des Getriebes berechnen:

3. Determinare il fattore di servizio f

cabile e il fattore correttivo dipendente dal tipo di organo motore f

Motore elettrico Motore idraulico Turbina

Motore a combustione interna pluricilindrico

Motore a combustione interna monocilindrico

appli-

Mrxn

9550 x

3. Determine the applicable service factor f

and the adjusting factor fmde-

pending on prime mover:

Electric motor Hydraulic motor Turbine

Multi-cylinder internal combustion engine

Single cylinder internal combustion engine

2x 0.96 3x 0.94 4x 0.92

3. Bestimmen Sie den geeigneten Be-

triebsfaktor f

in Abhängigkeit von der An-

tor f

triebsmaschine:

Elektromotor Hydraulikmotor Turbine

Mehrzylinder-Verbrennungsmotor

Einzelzylinder-Verbrennungsmotor

und den Korrekturfak-

1.00

1.25

1.50

4. Dalle tabelle dati tecnici selezionare il riduttore con rapporto di trasmissione più prossimo a quello calcolato e ca ratterizzato da una potenza nominale

, tale che:

4. Use the rating charts to select the gear unit with the gear ratio nearest

to that calculated, and with a rated power P

, so that:

Pn1³ Pr1´ fs´ f

4. Aus den technischen Datentabellen ein Getriebe aussuchen, dessen Übersetzungsverhältnis dem berech neten am nächsten kommt, und des sen Nennleistung P

, die folgende

Bedingung ermöglicht:

2.2 - VERIFICHE

2.2 - VERIFICATIONS

2.2 - KONTROLLEN

2.2.1 - CARICHI IMPULSIVI

In presenza di cicli di lavoro intermittenti, o caratterizzati da urti, avviamenti a pie no carico o elevati carichi inerziali, per il valore di coppia istantanea M

sviluppa

ta nel ciclo di funzionamento si deve ve rificare la seguente condizione:

Picchi/ora / Peaks/hour

Spitzenwerte/Stunde

Direzione costante

Tipo di moto

Drive

Bewegungsart

Constant direction

Konstante Richtung Inversioni di moto

Reversals

Reversierbetrieb

Per la configurazione S (albero lento con calettatore) eseguire la verifica considerando i seguenti valori.

2.2.1 - SHOCK LOADING

For intermittent duty, impact/shock loading applications or start-ups under full load or

with high inertial loads, make sure the fol lowing condition is satisfied for momentary

peak torque M

generated during the op

erating cycle:

Mp£ Mn2´ f

1 2 ... 10 11 ... 50 51 ... 100 > 100

2.0 1.6 1.3 1.1 1.0

1.4 1.1 0.9 0.8 0.7

For configuration S (output shaft with shrink disc), use the following values to verify applicability.

2.2.1 - STOSSBELASTUNG

Stellen Sie sicher, dass im Fall von ausset zenden Arbeitszyklen, oder bei Arbeitszyklen

die durch Stöße, Anlaufen unter Volllast oder durch hohe Trägheitskräfte gekennzeichnet sind, folgende Bedingung, für kurzzeitige

Spitzenmomente M

die während des Be-

triebs erzeugt werden, eingehalten wird:

Für die Konfiguration S (Abtriebswelle mit Schrumpfverbindung) die Überprüfung unter Berücksichtigung folgender Werte ausführen.

Picchi/ora / Peaks/hour

Spitzenwerte/Stunde

Direzione costante

Tipo di moto

Drive

Bewegungsart

Constant direction

Konstante Richtung Inversioni di moto

Reversals

Reversierbetrieb

Se la condizione suddetta non fosse verificata prevedere l’installazione di un dispositivo limitatore di coppia, oppure considerare la selezione di un riduttore di taglia superiore.

2.2.2 - ABBINAMENTO MOTORE

Per il riduttore selezionato verificare la disponibilità della relativa flangia di accoppiamento nella sezione 3.5

. La normalizzazione tipica dei motori elettrici può portare a selezionare un motore caratterizzato da potenza di tar ga superiore, anche considerevolmente, alla potenza nominale P

del riduttore

che si è dimensionato. Verificare che in nessuna condizione del ciclo di lavoro la maggiore potenza erogabile dal motore elettrico sia effettivamente sviluppata. In presenza di dati di calcolo incerti, o di dubbi sull’effettivo diagramma di carico dell’applicazione è consigliabile installa re un dispositivo limitatore di coppia.

1 ... 50 51 ... 100 > 100

1.3

1.1 (HDP 80)

0.9

0.8 (HDP 80)

If the above condition is not satisfied, consider installing a torque limiter or selecting a gear unit of the next size up.

2.2.2 - MOTOR MOUNTING

Verify that the appropriate motor adapter is available for the selected gear unit. See section 3.5

. Because of standardisation, the rated power of the electric motor selected

might be greater than power P

requested by the application. Make sure that the electric motor will never develop the extra power at any stage of the oper ating cycle. If you have any doubts about the validity of the application data, or uncertainty concerning the actual load pattern, install a torque limiting device or proportionally revise the applicable ser

vice factor.

1.1 1.0

0.8 0.7

Wenn die oben genannte Bedingung nicht erfüllt wird, muss ein Drehmomentbegrenzer installiert oder ein größeres Getriebe gewählt werden.

2.2.2 - MOTORZUSAMMENSTELLUNG

Für das gewählte Getriebe im Abschnitt

3.5 Kupplungsflansches überprüfen. Aufgrund der Normierung von Elektromotoren kann es dazu kommen, dass ein

actually

Motor gewählt wird, dessen Nennleistung

chergestellt werden, dass diese über schüssige Leistung zu keiner Zeit an das Getriebe abgegeben wird. Sollten Zweifel oder Unsicherheiten bezüglich der Bela stungs- oder Anwendungsdaten beste

hen, empfiehlt sich die Installation eines Drehmomentbegrenzers.

die Verfügbarkeit des entsprechenden

größer als die erforderliche Leistung

für die Anwendung ist. Es muss si

2.2.3 - DISPOSITIVO ANTI-RITORNO

2.2.3 - BACKSTOP DEVICE

2.2.3 - RÜCKLAUFSPERRE

Se il riduttore è specificato con dispositi vo anti-ritorno, verificare la capacità di carico di quest’ultimo nella relativa se zione 3.6.3

di questo catalogo e assicu

rarsi che il valore di coppia massima

non sia mai trasmesso al riduttore

1MAX

durante il suo funzionamento.

2.2.4 - FORZA RISULTANTE SULL’ALBERO

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 capacità di sopportazione del sistema albero-cuscinetti del riduttore, in particolare il valore assoluto del carico applicato (R gresso, R

per albero di uscita) deve

per albero di in-

essere inferiore al valore nominale (R per albero di ingresso, Rx2per albero di uscita) riportato nelle tabelle dati tecnici. Il procedimento descritto si applica indifferentemente all’albero veloce o all’albero lento avendo l’avvertenza di utilizzare i coefficienti K

o K2, in funzione dell’albero

interessato alla verifica. Il carico generato da una trasmissione esterna può essere calcolato, con buona approssimazione, tramite la formula seguente:

If the gear unit is specified with a back

stop, verify the load capacity of the de

vice at section 3.6.3 and make sure the torque M

of this catalogue

never exceeded in operation.

2.2.4 - CALCULATING THE RESULTING OVERHUNG LOAD

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

for output shaft), must be equal or

for input shaft,

lower than admissible overhung load capacity for shaft under study (R

shaft, R

for output shaft). OHL capabil-

ity listed in the rating chart section. The procedure described above applies to both the input shaft and the output shaft, but care must be taken to apply factor K

or factor K2to suit the particu-

lar shaft. The load generated by an external transmission can be calculated, to a good approximation, by the following equation:

1MAX

for input

Wird das Getriebe mit Rücklaufsperre

bestellt, muss deren Belastbarkeit im

entsprechenden Abschnitt 3.6.3 Katalogs überprüft werden; zudem ist si

cherzustellen, dass der Wert des maxi malen Drehmoments M

1MAX

des Betriebs niemals auf das Getriebe übertragen wird.

2.2.4 - AUF DIE WELLE WIRKENDE KRAFT

Externe Vorgelege auf den Antriebsund/oder Abtriebswellen des Getriebes entwickeln Kräfte, die radial auf die Welle einwirken. Die resultierende Wellenbelastung muss mit der Widerstandskraft des Systems Welle/Lager des Getriebes kompatibel sein; vor allem muss der Absolutwert der ausgeübten Kraft (R triebswelle, R

für Abtriebswelle) unter

dem in der Tabelle mit den technischen Daten angegebenen Nennwert (R Antriebswelle, R

für Abtriebswelle) lie-

gen. Die beschriebene Vorgehensweise gilt ohne Unterschied für die Antriebs- und für die Abtriebswelle, wobei entsprechend der jeweils betroffenen Welle die Koeffizienten K

oder K2verwendet werden

müssen. Die von einer äußeren Übertragung ausgeübte Kraft kann mit gutem Näherungswert mit folgender Formel berechnet werden:

dieses

während

für An-

für

2000 M K

Kr=1 M [Nm]

Kr= 1.25 d [mm]

Kr= 1.5 - 2.0

´´

2.2.5 - VERIFICA SOPPORTAZIONE RADIALE

2.2.5 - OVERHUNG LOADING VERIFICATION

2.2.5 - PRÜFUNG DER

Rx= RnK R

cRx

RADIALKRÄFTE

I valori Rn i carichi radiali massimi ammissibili; essi possono subire delle limitazioni in funzione delle condizioni applicative. Per un calcolo puntuale contattare il Ser-

vizio Tecnico Bonglioli.

riportati in tabella sono

1 max

The Rn

values listed in the table are

1 max

the maximum permissible overhung loads; these loads may have to be reduced in certain applications. For an exact value, please contact Bonglioli’s Technical Service.

Die in der Tabelle aufgeführten Höchstwerte Rn

sind die maximal zulässi-

1 max

gen Radialkräfte; je nach Anwendungsbedingungen können sie Begrenzungen unterworfen sein. Für eine spezische Berechnung wenden Sie sich bitte an den technischen Kundendienst von Bonglioli.

i = Rn

HDP 60 2

HDP 60 3

HDP 70 2

HDP 70 3

HDP 80 2

HDP 80 3

HDP 90 2

HDP 90 3

HDP 100 2 7.4 … 21.8 11.1 — — 1.35 1.15 1.00 0.89 0.80 0.72 0.66 0.56 0.49 — —

HDP 100 3

HDP 100 4

HDP 110 2 8.1 … 25.0 11.1 — — 1.35 1.15 1.00 0.89 0.80 0.72 0.66 0.56 0.49 — —

HDP 110 3

HDP 110 4

7.1 ... 15.2 4.5 — — — 1.29 1.00 0.82 0.69 0.60 0.53 — — — —

17.3 … 19.4 3.0 — — — 1.28 1.00 0.82 0.70 0.60 0.53 — — — —

22.7 … 49.1 3.1 — — — 1.29 1.00 0.82 0.69 0.60 0.53 — — — —

56.6 … 98.4 2.1 — — — 1.33 1.00 0.80 0.67 0.57 0.50 — — — —

8.0 … 17.7 4.5 — — — 1.29 1.00 0.82 0.69 0.60 0.53 — — — —

19.4 … 22.6 3.0 — — — 1.28 1.00 0.82 0.70 0.60 0.53 — — — —

25.5 … 57.0 3.1 — — — 1.29 1.00 0.82 0.69 0.60 0.53 — — — —

63.7 … 114.4 2.1 — — — 1.33 1.00 0.80 0.67 0.57 0.50 — — — —

8.1 … 14.6 5.0 — — 1.53 1.21 1.00 0.85 0.74 0.66 0.59 0.49 — — —

15.5 … 22.6 5.5 — — — 1.24 1.00 0.84 0.72 0.63 0.56 0.41 — — —

25.8 …75.2 5.8 — — — 1.26 1.00 0.83 0.71 0.62 0.53 0.39 — — —

76.4 … 111.4 3.0 — — — 1.29 1.00 0.82 0.69 0.54 0.44 0.32 — — —

7.9 … 13.6 6.3 — — 1.48 1.19 1.00 0.86 0.76 0.67 0.61 0.51 — — —

15.8 … 22.4 6.3 — — 1.48 1.19 1.00 0.86 0.76 0.67 0.61 0.51 — — —

25.4 … 73.3 6.1 — — 1.45 1.18 1.00 0.87 0.76 0.68 0.62 0.52 — — —

77.8 … 110.1 3.7 — — — 1.22 1.00 0.85 0.73 0.61 0.50 0.37 — — —

22.8 …50 6.3 — — 1.48 1.19 1.00 0.86 0.76 0.67 0.61 0.51 — — —

55.5 … 107.8 6.9 — — 1.54 1.21 1.00 0.85 0.74 0.65 0.59 0.49 — — —

110.6 … 246.9 2.1 — — — 1.18 1.00 0.87 0.76 0.68 0.62 — — — —

286.4 … 507.9 2.7 — — — 1.25 1.00 0.83 0.71 0.63 0.56 — — — —

24.9 … 54.5 6.3 — — 1.48 1.19 1.00 0.86 0.76 0.67 0.61 0.51 — — —

60.7 …123.5 6.9 — — 1.54 1.21 1.00 0.85 0.74 0.65 0.59 0.49 — — —

120. … 214.2 2.1 — — — 1.18

248.6 … 499.4 2.7 — — — 1.25 1.00 0.83 0.71 0.63 0.56 — — — —

1 max

[kN] x [mm] =

-100 -75 -50 -25 0 25 50 75 100 150 200 250 300

1.00 0.87 0.76 0.68 0.62 — — — —

i = Rn

HDP 120 2 7.9 … 25.4 17.8 — — 1.37 1.16 1.00 0.88 0.79 0.71 0.65 0.55 0.48 — —

HDP 120 3

HDP 120 4

HDP 130 2

HDP 130 3

HDP 130 4

HDP 140 2

HDP 140 3

HDP 140 4

HDP 150 2

HDP 150 3

HDP 150 4

HDP 160 2

HDP 160 3

HDP 160 4

25.8 … 56.1 6.3 — — 1.48 1.19 1.00 0.86 0.76 0.67 0.61 0.51 — — —

64.3 … 125.2 6.9 — — 1.54 1.21 1.00 0.85 0.74 0.65 0.59 0.49 — — —

128 … 277.2 2.1 — — — 1.18 1.00 0.87 0.76 0.68 0.62 — — — —

323.2 … 523.7 2.7 — — — 1.25 1.00 0.83 0.71 0.63 0.56 — — — —

7.3 … 12.3 28.0 — 1.47 1.27 1.12 1.00 0.90 0.82 0.76 0.69 0.54 0.45 0.38 —

14.1 … 21.7 22.1 — — 1.30 1.13 1.00 0.90 0.81 0.74 0.69 0.55 0.45 — —

21.8 … 48.1 11.9 — — 1.28 1.12 1.00 0.90 0.82 0.75 0.69 0.60 0.53 — —

56.5 … 108.3 8.1 — — 1.31 1.13 1.00 0.89 0.81 0.74 0.68 0.58 — — —

111.2 … 237.9 4.8 — — 1.33 1.14 1.00 0.89 0.80 0.73 0.67 0.57 — — —

274.5 … 534.5 1.8 — — — 1.15 1.00 0.88 0.79 0.72 0.65 — — — —

8.4 … 14.4 28.0 — 1.47 1.27 1.12 1.00 0.90 0.82 0.76 0.69 0.54 0.45 0.38 —

16.3 … 24.9 22.1 — — 1.30 1.13 1.00 0.90 0.81 0.74 0.69 0.55 0.45 — —

25.1 … 56.2 11.9 — — 1.28 1.12 1.00 0.90 0.82 0.75 0.69 0.60 0.53 — —

65.1 … 124.7 8.1 — — 1.31 1.13 1.00 0.89 0.81 0.74 0.68 0.58 — — —

141.6 … 277.5 4.8 — — 1.33 1.14 1.00 0.89 0.80 0.73 0.67 0.57 — — —

315.9 … 495.3 1.8 — — — 1.15 1.00 0.88 0.79 0.72 0.65 — — — —

7.9 … 14.1 31.7 1.60 1.39 1.23 1.10 1.00 0.91 0.84 0.78 0.73 0.61 0.51 0.44 0.38

15.4 … 19.6 26.4 — 1.43 1.25 1.11 1.00 0.91 0.83 0.77 0.71 0.58 0.48 0.40 —

21.5 … 38.1 26.6 — 1.44 1.26 1.11 1.00 0.91 0.83 0.77 0.71 0.57 0.47 0.40 —

43.5 … 77.0 17.4 — — 1.28 1.12 1.00 0.90 0.82 0.75 0.70 0.61 0.54 — —

89.0 … 157.8 10.8 — — 1.47 1.19 1.00 0.86 0.76 0.68 0.61 0.51 — — —

170.9 … 303.1 6.1 — — 1.45 1.18 1.00 0.87 0.76 0.68 0.62 0.52 — — —

9.0 …15.9 31.7 1.60 1.39 1.23 1.10 1.00 0.91 0.84 0.78 0.73 0.61 0.51 0.44 0.38

17.5 … 22.1 26.4 — 1.43 1.25 1.11 1.00

24.4 … 43.1 26.6

49.4 … 87.0 17.4 — — 1.28 1.12 1.00 0.90 0.82 0.75 0.70 0.61 0.54 — —

101.1 … 178.1 10.8 — — 1.47 1.19 1.00 0.86 0.76 0.68 0.61 0.51 — — —

194.1 … 342.2 6.1 — — 1.45 1.18 1.00 0.87 0.76 0.68 0.62 0.52 — — —

1 max

[kN] x [mm] =

-100 -75 -50 -25 0 25 50 75 100 150 200 250 300

0.91 0.83 0.77 0.71 0.58 0.48 0.40 —

— 1.44 1.26 1.11 1.00 0.91 0.83 0.77 0.71 0.57 0.47 0.40 —

I valori dei carichi radiali ed assiali sono quelli massimi ammissibili. Per confrontare i valori di Rn

e An2 alle

diverse condizioni applicative vedere i capitoli 4.2 e 4.3.

The values for overhung and thrust loads are the maximum permissible values. To verify Rn

and An2 values for different

applications, see sections 4.2 and 4.3.

Bei den angegebenen Radial- und Axialkräften handelt es sich um die maximal zulässigen Werte. Zum Vergleich der Werte von Rn

und An2 unter den verschie-

denen Anwendungsbedingungen sind die

Kapitel 4.2 und 4.3 einzusehen.

2 max

[kN] x [mm] = [kN]

-100 -75 -50 -25 0 25 50 75 100 150 200 250 300 350 400 450 500

HDP 60 35.0 — — 1.20 1.09 1.00 0.74 0.58 0.48 0.41 0.32 — — — — — — — 17.5

HDP 70 40.0 — 1.34 1.20 1.09 1.00 0.77 0.63 0.53 0.46 0.36 0.30 — — — — — — 25.0

HDP 80 46.0 1.38 1.26 1.16 1.07 1.00 0.82 0.69 0.59 0.52 0.42 0.35 0.30 — — — — — 32.5

HDP 90 62.0 1.33 1.23 1.14 1.07 1.00 0.81 0.68 0.58 0.51 0.41 0.34 0.30 — — — — — 37.5

HDP 100 80.0 1.28 1.20 1.12 1.06 1.00 0.81 0.68 0.58 0.51 0.41 0.34 0.30 0.26 — — — — 40.0

HDP 110 86.0 1.27 1.19 1.12 1.06 1.00 0.83 0.71 0.63 0.56 0.45 0.38 0.33 0.29 0.26 0.24 — — 43.0

HDP 120 107.0 1.25 1.18 1.11 1.05 1.00 0.83 0.71 0.63 0.56 0.45 0.38 0.33 0.29 0.26 0.24 — — 53.5

HDP 130 160.0 1.20 1.14 1.09 1.04 1.00 0.86 0.75 0.67 0.60 0.50 0.43 0.38 0.33 0.30 0.27 0.25 — 80.0

HDP 140 190.0 1.20 1.14 1.09 1.04 1.00 0.86 0.75 0.67 0.60 0.50 0.43 0.38 0.33 0.30 0.27 0.25 — 95.0

HDP 150 200.0 1.15 1.11 1.07 1.03 1.00 0.92 0.85 0.80 0.75 0.66 0.60 0.54 0.49 0.45 0.41 0.38 0.35 100.0

HDP 160 220.0 1.15 1.11 1.07 1.03 1.00 0.92 0.85 0.80 0.75 0.66 0.60 0.54 0.49 0.45 0.41 0.38 0.35 110.0

2 max

2.2.6 - CARICHI AGENTI SUGLI ALBERI

2.2.6 - SHAFT LOADING

2.2.6 - WELLENBELASTUNG

1. Carichi radiali albero lento

Riferirsi alla sezione 4.2 e vericare che, per la congurazione di prodot-

to selezionata, e per le condizioni di

carico radiale e assiale applicate agli alberi, le forze agenti esternamente

non superino quelle ammissibili per il riduttore. Per carichi esterni parti-

colarmente gravosi, unicamente per i gruppi HDP 60...HDP 90, sono dispo-

nibili cuscinetti con capacità di carico

maggiorata, specicabili mediante l’opzione HDB. Se le forze esterne ec-

cedessero anche la capacità di carico dei cuscinetti rinforzati, considerare l’i-

potesi di supportazione esterna degli

alberi, la riduzione dei carichi esterni o, eventualmente, la selezione di un

riduttore di taglia superiore. Per vericare la sopportazione ra-

diale riferirsi allo schema illustrato al paragrafo 2.2.5 e confrontare la forza radiale Rc gravante sull’albero con il carico ammissibile Rx corrispondente alla distanza di applicazione della forza stessa dalla mezzeria dell’albero. Il carico ammissibile Rx

per l’albero

lento si ricava moltiplicando il valore nominale Rn

, reperibile nelle tabelle

dati tecnici, per il coefciente di spostamento K

I carichi radiali nominali Rn sono relativi alle condizioni di calcolo più sfavorevoli in quanto a verso di rotazione

e angolo di applicazione della forza,

e rappresentano pertanto un valore conservativo. Per un calcolo puntuale consultare il Servizio Tecnico di Bon-

glioli Riduttori. Congiuntamente al

carico radiale è applicabile un carico assiale An

≤ 0.2 x Rn2.

1. Overhung loads on output shaft

Refer to section 4.2, and verify that both the radial and the axial force acting onto output shaft do not exceed the maximum permitted for the selected

product conguration.

Only for HDP units size 60 through 90 the HDB option provides higher capacity bearings to cater for particularly heavy external loads. If external loads exceed the capacity of even the heavy-duty bearings, consider providing external support for the drive shafts, reducing external loads or, if necessary, selecting a gear unit of the next size up. When checking the overhung load capacity refer to scheme shown at paragraph 2.2.5. Calculate the admissible overhung load Rx that is relevant to the distance the force applies from shaft midpoint and compare this with the force Rc that acts onto the shaft. Multiply the nominal radial load Rn as listed in the technical data section, for the load location factor K

to get

the permissible overhung load Rx the output shaft. Rated overhung loads Rn are calculated for the most unfavourable condition as far as direction of rotation and the angle the force applies onto the shaft. Catalogue values are therefore conservative, for an in-depth calculation contact the Technical Service of

Bonglioli Riduttori.

When a radial force applies a thrust load An

≤ 0.2 x Rn2 is also permitted.

1. Radialkräfte auf der Abtriebswelle

Auf den Abschnitt 4.2 Bezug nehmen und sicherstellen, dass weder die au-

ßen einwirkenden Radial- noch die Axialkräfte die für das Getriebe zulässigen Kräfte übersteigen. Für be-

sonders schwere äußere Kräfte sind

– ausschließlich für die Gruppen HDP 60…HDP 90 – Lager mit erhöhter Belastbarkeit verfügbar, die mit der Option HDB bestellt werden können. Falls

die äußeren Kräfte auch die Belastbar-

keit der verstärkten Lager übersteigen sollten, muss eine externe Abstützung der Wellen, die Reduzierung der äußeren Kräfte oder eventuell die Wahl eines größeren Getriebes in Erwägung gezogen werden. Um die zulässige radiale Belastung zu überprüfen, beziehen Sie sich auf das in Abschnitt 2.2.5 dargestellte Schema. Berechnen Sie die zulässige Radiallast Rx in Abhängigkeit vom Abstand

zum Mittelpunkt der Welle und ver-

gleichen Sie diese mit der Radialkraft Rc. Die zulässige Last Rx

for

triebswelle wird errechnet, indem der Nennwert Rn

, der den Tabellen mit

den technischen Daten entnommen

werden kann, mit dem Verschiebungskoefzienten K

multipliziert wird.

Die Nenn-Radialkräfte Rn beziehen sich auf die ungünstigsten Berechnungsbedingungen hinsichtlich Drehrichtung und Anwendungswinkel der

Kraft, und stellen daher einen konser-

vativen Wert dar. Für eine spezische Berechnung wenden Sie sich bitte an

den technischen Kundendienst von

Bonglioli Riduttori. Zusammen mit der Radialkraft ist eine Axialkraft von

≤ 0.2 x Rn2 anwendbar.

für die Ab-

2. Carichi assiali albero lento

Riferirsi alla sezione 4.3 e vericare che, per la congurazione di prodot-

to selezionata, e per la combinazione verso di rotazione albero / verso di applicazione della forza, il carico appli-

cato all’abero sia inferiore o uguale a

quello ammissibile riportato in tabella. I valori di carico assiale ammissibile riportati in tabella si riferiscono all’applicazione di forze puramente assiali.

In caso di congurazione S (albero lento con calettatore), forze agenti

eccentricamente rispetto all’asse o in presenza di componenti radiali, con-

sultare il Servizio Tecnico di Bonglioli Riduttori.

2. Thrust loads on output shaft

Refer to section 4.3 and verify that thrust force on the shaft does not ex-

ceed that specied in the chart for the selected product conguration and

combination of direction of shaft rotation / direction of force. Permissible thrust loads refer exclusively to forces applying axially on the shaft.

Please contact Bonglioli Riduttori’s

Technical Service for information on

conguration S gearboxes (output

shaft with shrink disc) and for applications involving forces that act eccentrically with respect to the shaft or involving overhung loads.

2. Axialkräfte auf der Abtriebswelle

Auf den Abschnitt 4.3 Bezug nehmen und prüfen, ob die auf die Welle angewandte Last für die gewählte Produktkonguration und für die Kombination Drehrichtung der Welle / Richtung der Kraftanwendung kleiner oder gleich der in der Tabelle angegebenen zulässigen Last ist. Die in der Tabelle angegebenen zulässigen Axialkraftwerte beziehen sich auf reine Axialkräfte. Im Fall der Konguration S (Abtriebswelle mit Schrumpfverbindung) ist bei exzentrisch zur Achse wirkenden Kräften oder beim Vorhandensein radialer Kompo-

nenten der technische Kundendienst

von Bonglioli Riduttori zu kontaktieren.

3. Carichi radiali e assiali albero veloce

Per vericare la sopportazione radiale riferirsi allo schema illustrato al paragrafo 2.2.5 e confrontare la forza radiale Rc gravante sull’albero con il carico ammissibile Rx corrispondente alla distanza di applicazione della forza stessa dalla mezzeria dell’albero. Il carico ammissibile Rx

per l’albero

veloce si ricava moltiplicando il valore nominale Rn

, reperibile nelle tabelle

dati tecnici, per il coefciente di spostamento K

I carichi radiali nominali Rn sono relativi alle condizioni di calcolo più sfavorevoli in quanto a verso di rotazione e angolo di applicazione della forza, e rappresentano pertanto un valore conservativo. Per un calcolo puntuale, o in caso di HDP 4 stadi con albero bisporgente (LD, RD e DD), consultare il Servizio Tecnico di Bonglioli Riduttori. Congiuntamente al carico radiale è applicabile un carico assiale An

≤ 0.2 x Rn1.

Per le esecuzioni con albero bisporgente il carico radiale ammissibile è riferito all’estremità evidenziata in nero nello schema seguente:

3. Overhung and thrust loads on input shaft

When checking the overhung load capacity refer to scheme shown at paragraph 2.2.5. Calculate the admissible overhung load Rx that is relevant to the distance the force applies from shaft midpoint and compare this with the force Rc that acts onto the shaft. Multiply the nominal radial load Rn as listed in the technical data section, for the load location factor K

to get

Bonglioli Riduttori.

When a radial force applies a thrust load An

≤ 0.2 x Rn1 is also permitted.

In the case of gearboxes with throughshafts the maximum permitted overhung load refers to the shaft end highlighted in black below:

for

3. Radial- und Axialkräfte auf der Antriebswelle

Um die zulässige radiale Belastung zu überprüfen, beziehen Sie sich auf das in Abschnitt 2.2.5 dargestellte Schema. Berechnen Sie die zulässige Radiallast Rx in Abhängigkeit vom Abstand zum Mittelpunkt der Welle und vergleichen Sie diese mit der Radialkraft

Rc. Die zulässige Last Rx

triebswelle wird errechnet, indem der Nennwert Rn

, der den Tabellen mit

den technischen Daten entnommen werden kann, mit dem Verschiebungskoefzienten K

multipliziert wird.

Die Nenn-Radialkräfte Rn beziehen sich auf die ungünstigsten Berechnungsbedingungen hinsichtlich Drehrichtung und Anwendungswinkel der Kraft, und stellen daher einen konservativen Wert dar. Für eine spezische Berechnung, oder im Falle von HDP mit 4 Getriebestufen und zwei Wellenstummeln (LD, RD und DD), siehe unseren Technischen Service. Zusammen mit der Radialkraft ist eine Axialkraft von An

≤ 0.2 x Rn1 an-

wendbar. Für die Ausführungen mit zwei Wellenstummeln bezieht sich die zulässige Radialkraft auf das im nachfolgenden Schema schwarz hervorgehobene Wellenende:

für die An-

Per carichi radiali agenti su entrambe le sporgenze d’albero consultare il Servizio Tecnico di Bonglioli Riduttori.

LDLL LR

RDRL RR

DDDL DR

If an overhung load is applied to both

shaft ends, contact Bonglioli Riduttori’s

Technical Service for advise.

4x2x 3x

Wirken auf beide Wellenzapfen Radialkräfte wenden Sie sich bitte an den technischen Kundendienst von Bonglioli Riduttori.

2.2.7 - POTENZA TERMICA

2.2.7 - THERMAL CAPACITY

2.2.7 - WARMELEISTUNG

La potenza termica P

è il valore mas-

simo di potenza che può essere trasmessa meccanicamente dal riduttore, in funzionamento continuo, senza che si produca al suo interno un aumento di temperatura tale da provocare il danneggiamento degli organi principali.

Nelle seguenti condizioni operative:

- posizione di montaggio B3

- funzionamento continuo

- installazione in ampi spazi (velocità aria > 1.4 m/s)

- altitudine max 1000 m

i valori di potenza termica complessiva e i valori di potenza termica comprensiva del contributo fornito dagli eventuali dispositivi di ausilio termico, sono riportati nel capitolo 4.1. Per condizioni diverse contattare il Servi-

zio Tecnico Bonglioli.

Il valore così determinato deve essere maggiore del valore di potenza Pr

richiesto all’albero veloce del riduttore, la seguente espressione deve essere per-

tanto vericata:

Thermal power P

is the maximum

power that the gearbox can transmit mechanically, under continuous operation, without the internal temperature rising to a value that could damage the gearbox components.

Under the following operating conditions:

- mounting position B3

- continuous functioning

- installation in large areas (air speed > 1.4 m/s)

- max. installation altitude 1000 m

total thermal capacity values and thermal capacity values inclusive of contributions from auxiliary cooling units are listed in section 4.1.

For other conditions contact Bonglioli’s

Technical Service.

The gure determined must be greater

than the Pr

power value for the gearbox

input shaft. It is therefore important to verify the following formula:

Die Wärmeleistung PT ist der maximale Leistungswert, der bei Dauerbetrieb mechanisch vom Getriebe übertragen werden kann, ohne dass im Innenbereich des Getriebes ein Temperaturanstieg zu verzeichnen wäre, der die Schädigung der wesentlichen Teile verursachen würde.

Unter folgenden Betriebsbedingungen:

- Einbaulage B3

- Dauerbetrieb

- Installation in großen Räumen (Luftgeschwindigkeit > 1.4 m/s)

- max. 1000 m ü NN

Die Werte der Gesamtwärmeleistung und die Werte der Wärmeleistung einschließlich des Beitrags durch eventuelle thermische Hilfsvorrichtungen sind in Kapitel 4.1 aufgeführt. Für andere Bedingungen Kontakt tech-

nischen Kundendienst von Bonglioli

Riduttori.

Der Wert bestimmt so muss über dem Leistungswert Pr

liegen, der an der An-

triebswelle des Getriebes gefordert ist; folgende Bedingung muss deshalb überprüft werden:

T...

2.3 - CASO APPLICATIVO 2.3 - ANWENDUNGSFALL2.3 - SAMPLE APPLICATION

Dati dell’applicazione / Application data

Applikationsdaten

= 1100 min

=75min

-1

Mr2= 8150 Nm

Posizione di montaggio: Mounting position: B3

Einbaulage:

Parametri ambientali / Environmental conditions

Umgebungsparameter

Temperatura ambiente Ambient temperature = 40°C Umgebungstemperatur

Installazione in ampi spazi / Installation in large areas Installation in großen Räumen

Selezione del prodotto: Produktwahl:Product selection:

fs= 1.5

nn1100

== »

Mr n

9550

14.7

HDP 80 2 14.6 LP LR VP B3

8150 75

9550 0.96

Verifica potenza termica: Prüfung der Wärmeleistung:Thermal capacity check:

PT=58kW<Pr1= 66.7 kW

Soluzione 1

- Ventilazione forzata

Option 1

- Fan cooling

TFANL / R

=76kW@n1= 1100 min

TFANL / R

>Pr

»h667.

Pn1³ Pr

· f

» 100.0 kW

[Pn1= 100 kW @ n1= 1100 min-1]

Lösung 1

- Zwangslüftung

-1

Soluzione 2

- Serpentina di raffreddamento

Option 2

- Cooling coil

=98kW@n1= 1100 min

TSR

>Pr

Lösung 2

- Kühlschlange

-1

3 - CONFIGURAZIONI PRODOTTO

3 - PRODUCT CONFIGURATIONS

3 - PRODUKTKONFIGURATIONEN

3.1 - VARIANTI BASE

3.1 - BASE VARIANTS

HDP 70 2 25.0 LP LR GR 132 B3

GRANDEZZA MOTORE

MOTOR SIZE

BAUGRÖSSE MOTOR

—, 112 ... 315

CONFIGURAZIONE PARTE VELOCE

INPUT CONFIGURATION

KONFIGURATIONEN DES ANTRIEBSTEILS

VP, AD, GL, GR

DISPOSIZIONE ALBERI

SHAFT ARRANGEMENT

ANORDNUNG DER WELLEN

LL, LR, LD, RL, RR, RD, DL, DR, DD

3.1 - BASISVARIANTEN

POSIZIONE DI MONTAGGIO

MOUNTING POSITION

EINBAULAGE

B3, B6, B7, V5

3.3

3.5

3.4.2

3.4.3

GRANDEZZA RIDUTTORE

GEAR FRAME SIZE

BAUGRÖSSE DES GETRIEBES

60, 70, 80, 90, 100, 110, 120, 130, 140, 150, 160

TIPO RIDUTTORE

GEARBOX TYPE

GETRIEBETYP

HDP

CONFIGURAZIONE ALBERO LENTO

OUTPUT SHAFT CONFIGURATION

KONFIGURATION DER ABTRIEBSWELLE

LP, H, S

RAPPORTO DI RIDUZIONE

GEAR RATIO

ÜBERSETZUNG

7.1 ... 500.0

N° STADI DI RIDUZIONE

REDUCTIONS

ANZAHL DER GETRIEBESTUFEN

2, 3, 4

3.4.1

3.2 - VARIANTI OPZIONALI 3.2 - OPTIONAL VARIANTS 3.2 - OPTIONALE VARIANTEN

ORGANI DI FISSAGGIO

MOUNTING DEVICES

BEFESTIGUNGSORGANE

—, TA

DRYWELL

—, DW

SENSORI

SENSORS

SENSOREN —, TG, OLG

TENUTE E GUARNIZIONI

OIL SEALING

DICHTUNGEN UND DICHTMANSCHETTEN

—, VS, DS, DVS, TK

SUPPORTAZIONE RADIALE RINFORZATA

REINFORCED BEARINGS

VERSTÄRKTE RADIALE LAGERUNG —, HDB

PROVE DOCUMENTALI

CERTIFICATES

NACHWEISE

—, AC, CC, CT

3.6.9

3.6.8

3.6.7

3.6.6

3.6.5

3.6.4

FLANGIA DI FISSAGGIO / MOUNTING FLANGE BEFESTIGUNGSFLANSCH

— F350L, F400L, F450L, F550L, F660L, F800L,

F350R, F400R, F450R, F550R, F660R, F800R, FM

ROTAZIONE ALBERO LENTO / OUTPUT SHAFT ROTATION DREHUNG DER ABTRIEBSWELLE

—, CW, CCW

ANTIRETRO / ANTI-RUN BACK DEVICE / RÜCKLAUFSPERRE

—, A

LUBRIFICAZIONE FORZATA / FORCED LUBRICATION / ZWANGSSCHMIERUNG

—, OP1, OP2, MOP

DISPOSITIVI DI AUSILIO TERMICO / AUXILIARY THERMAL DEVICES THERMISCHE HILFSVORRICHTUNGEN

—, FANL, FANR, FANLR,

MCRW5, MCRW9, MCRW21, MCRW34, MCRW51 MCRA5, MCRA9, MCRA21, MCRA34, MCRA51 SR, HE

REMARK: The multiple selection of

NOTA: La selezione combinata di alcu ne varianti può comportare conflitti di natura tecnica o dimensionale. Consultare la fabbrica per una verifica puntuale.

some of the variants may be subject to technical or dimensional constraints. Consult with the factory to have your se lection approved.

HINWEIS: Die Kombination einiger Va rianten kann Konflikte technischer oder dimensionaler Art verursachen. Für eine spezifische Überprüfung bitte

Rücksprache mit dem Werk halten.

5.2

3.6.3

3.6.2

3.6.1

3.3 - POSIZIONI DI MONTAGGIO 3.3 - MOUNTING POSITION 3.3 - EINBAULAGEN

B3 B6 B7 V5

3.4 - CONFIGURAZIONE LATO INGRESSO E USCITA

CONFIGURAZIONE

3.4.1 -

ALBERO LENTO

LP H S

3.4.2 - CONFIGURAZIONE PARTE

VELOCE

Per l’azionamento da parte dell’organo motore il lato veloce del riduttore può essere configurato con:

•

Albero cilindrico, a semplice o doppia sporgenza – Specificare VP

•

Flangiatura per accoppiamento diretto ad un motore elettrico normaliz-

zato in forma costruttiva IM B5. L’allestimento è unicamente disponibile per i gruppi HDP 60...HDP 90 nell’esecuzione a tre stadi di riduzione – Specificare AD.

•

Flangiatura con campana attacco motore e interposizione di un giunto elastico fra gli alberi cilindrici di

motore e riduttore. Questa opzione assume la denominazione GL o GR in dipendenza del lato del riduttore su cui è richiesta la predisposizione. Il giunto elastico è parte della fornitura.

3.4 - INPUT AND OUTPUT CONFIGURATION

3.4.1 -

OUTPUT SHAFT CONFIGURATION

3.4.2 - INPUT CONFIGURATION

On the input side the gear unit can be arranged in either one of the configurations described here after:

•

Solid input shaft, single- or double-sided – Specify VP

•

Motor flange mounting for an IEC-standard electric motor with IM B5 flange. The option is only applicable to units HDP 60... HDP 90 in the triple reduction configuration – Specify AD.

•

Motor mounting through bell housing and flexible coupling. The op-

tion is designated GL or GR depending on what side of the gear unit the coupling is mounted. The flexible coupling is within the scope for supply.

3.4 - KONFIGURATION ANTRIEBS UND ABTRIEBSSEITE

3.4.1 - KONFIGURATION DER

ABTRIEBSWELLE

3.4.2 - KONFIGURATION DER

ANTRIEBSSEITE

Auf der Antriebsseite kann das Getriebe wie nachfolgend beschrieben konfiguriert werden:

•

Zylindrische Eingangswelle,mit ein- oder zweifachem Wellenzapfen – VP angeben

•

Motorflanscheingang für die Verbindung mit einem Elektromotor nach IEC-Standard in Bauform IM B5. Die Konfiguration ist nur für die Einheiten HDP 60...HDP 90 in der Ausführung mit drei Untersetzungsstufen erhältlich – AD angeben.

•

Motormontage über eine Motorglokke und elastische Kupplung. Diese

Option wird in Abhängigkeit von der Montageseite mit GL oder GR angegeben. Die elastische Kupplung ist im Lieferumfang enthalten.

VP AD GL GR

3.4.3 - DISPOSIZIONE ALBERI 3.4.3 - SHAFT ARRANGEMENT 3.4.3 - ANORDNUNG DER WELLEN

VP - GL - AD

LL LR LD

RL RR RD

DL DR DD

LL LR LD

RL RR RD

VP - GR - AD VP - GL - GR

VP - GL - AD VP - GR - AD VP - GL - GR

LL LR LD

RL RR RD

DL DR DD

LL LR LD

RL RR RD

VP - GL - AD VP - GR - AD VP - GL - GR

LR LDLL

RL RR RD

RR RD

DR DD

LR LD

VP - GL - AD VP - GR - AD VP - GL - GR

LL LR LD

RL RR RD

DL DR DD

LL LR LD

RL RR RD

3.5 - PREDISPOSIZIONI MOTORE

3.5 - MOTOR AVAILABILITY

3.5 - MOTORAUSLEGUNGEN

Le tabelle che seguono riportano gli ab binamenti motore/riduttore che sono possibili in termini puramente geometri ci. La variante è attiva se si è preceden temente specificato una configurazione veloce del tipo AD (attacco diretto), op pure GL / GR (attacco mediante giunto elastico e campana).

La normalizzazione tipica dei motori elettrici può portare a selezionare un motore caratteriz-

zato da potenza di targa superiore alla potenza nominale P

del riduttore che

si è dimensionato. Verificare che in nessuna condizione del ciclo di lavoro la maggiore potenza erogabile dal motore elettrico sia effettivamente sviluppata. In presenza di dati di calcolo incerti, o di dubbi sull’effettivo diagramma di carico dell’applicazione è consigliabile installare un dispositivo limitatore di coppia.

Configurazione veloce / Input configuration / Eingangskonfiguration

HDP 60 3

HDP 70 3

HDP 80 3

HDP 90 3

The following charts list the motor/gear

box combinations that are geometrically feasible. Variants are only applicable if

either an AD (direct motor mounting) or a

GL / GR input configuration (coupling through bell housing and flexible cou

pling) were previously specified within the ordering code.

Because of standardisation, the rated power of the electric motor selected might be greater

than power P

actually requested by the

application. Make sure that the electric motor will never develop the extra power at any stage of the operating cycle. If you have any doubts about the validity of the application data, or uncertainty concerning the actual load pattern, install a torque limiting device or proportionally revise the applicable service factor.

112 132 160 180 200

In den folgenden Tabellen sind die Mo

tor/Getriebe Kombinationen aufgeführt, die unter rein geometrischen Aspekten möglich sind. Die Variante ist nur dann möglich, wenn entweder die Ausführung AD (Direktverbindung) oder GL / GR

(Verbindung mittels elastischer Kupp lung und Glocke) bestellt wurde.

Aufgrund der Normierung von Elektromotoren kann es dazu kommen, dass ein Motor ge-

wählt wird, dessen Nennleistung P ßer als die erforderliche Leistung P die Anwendung ist. Es muss sichergestellt werden, dass diese überschüssige Leistung zu keiner Zeit an das Getriebe abgegeben wird. Sollten Zweifel oder Unsicherheiten bezüglich der Belastungsoder Anwendungsdaten bestehen, empfiehlt sich die Installation eines Drehmomentbegrenzers.

xxxx xxxxx

—

——

xxxx

xxx

grö-

für

HDP 60 2

HDP 60 3

HDP 70 2

HDP 70 3

HDP 80 2

HDP 80 3

HDP 90 2

HDP 90 3

Configurazione veloce / Input configuration / Eingangskonfiguration

GL-GR

132 160 180 200 225 250 280

17.3_19.4 7.1_19.4 7.1_19.4 7.1_19.4 7.1_19.4 — —

22.7_98.4 22.7_98.4 22.7_49.1 22.7_49.1 22.7_49.1 — —

19.4_22.6 8.0_22.6 8.0_22.6 8.0_22.6 8.0_22.6 — —

25.5_114.4 25.5_114.4 25.5_57.0 25.5_57.0 25.5_57.0 — —

— 15.5_22.6 15.5_22.6 15.5_22.6 8.1_22.6 8.1_22.6 8.1_22.6

— 25.8_111.4 25.8_111.4 25.8_75.2 25.8_75.2 25.8_75.2 25.8_75.2

— 15.8_22.4 15.8_22.4 15.8_22.4 15.8_22.4 7.9_22.4 7.9_22.4

— 25.4_110.1 25.4_110.1 25.4_110.1 25.4_73.3 25.4_73.3 25.4_73.3

Configurazione veloce / Input configuration / Eingangskonfiguration

GL-GR

112 132 160 180 200 225 250 280 315(*)

HDP 100 2

HDP 100 3

HDP 100 4

HDP 110 2

HDP 110 3

HDP 110 4

HDP 120 2

HDP 120 3

HDP 120 4

HDP 130 2

HDP 130 3

HDP 130 4

HDP 140 2

HDP 140 3

HDP 140 4

——————7.4_21.8 7.4_21.8 7.4_21.8

— — 55.5_107.6 55.5_107.6 22.8_107.6 22.8_107.6 22.8_107.6 22.8_50.0 22.8_50.0

110.6_507.9 110.6_507.9 110.6_507.9 110.6_507.9 110.6_507.9 ————

——————8.1_25.0 8.1_25.0 8.1_25.0

— — 60.7_123.4 60.7_123.4 24.9_123.4 24.9_123.4 24.9_123.4 24.9_54.5 24.9_54.5

120.9_499.4 120.9_499.4 120.9_499.4 120.9_499.4 120.9_499.4 ————

———————7.9_25.4 7.9_25.4

— — — 64.3_125.2 64.3_125.2 25.8_125.2 25.8_125.2 25.8_56.1 25.8_56.1

— 128.0_523.7 128.0_523.7 128.0_523.7 128.0_523.7 128.0_523.7 — — —

————————7.3_21.7

—————56.5_108.3 56.5_108.3 21.8_108.3 21.8_108.3

— — 111.2_534.5 111.2_534.5 111.2_534.5 111.2_217.9 111.2_217.9 — —

————————8.4_24.9

—————65.1_124.7 65.1_124.7 25.1_124.7 25.1_124.7

— — 141.6_495.3 141.6_495.3 141.6_495.3 141.6_277.5 141.6_277.5 — —

HDP 150 2

HDP 150 3

HDP 150 4

HDP 160 2

HDP 160 3

HDP 160 4

(*) Abbinamento con motore possibile per posizione di montaggio V5 oppure B3/B6/B7 con supportazione esterna del motore. Per montaggio flangiato senza supporto consultare preventivamente il servizio Tecnico Bonfiglioli.

—————————

———————43.5_77.0 21.5_77.0

— — 170.9_303.1 170.9_303.1 89.0_303.1 89.0_303.1 89.0_303.1 89.0_303.1 89.0_157.8

—————————

———————49.4_87.0 24.4_87.0

— — 194.1_342.2 194.1_342.2 101.1_342.2 101.1_342.2 101.1_342.2 101.1_342.2 101.1_178.1

3.6 - VARIANTI OPZIONALI

3.6.1 - DISPOSITIVI TERMICI AUSILIARI

3.6.1.1 - VENTILAZIONE FORZATA

(*) Motors can be coupled in V5 or B3/B6/B7 mounting positions with external motor support brackets. For flange mountings with no additional support, contact Bonfiglioli’s Technical Service first.

3.6 - OPTIONAL VARIANTS

3.6.1 - AUXILIARY COOLING DEVICES

3.6.1.1 - FAN COOLING

(*) Verbindung mit Motor für Einbaulage V5 oder B3/B6/B7 mit äußerer Abstützung des Motors möglich. Für die geflanschte Montage ohne Abstützung wenden Sie sich zuvor bitte an den technischen Kundendienst von Bonfiglioli.

3.6 - OPTIONALE VARIANTEN

3.6.1 - THERMISCHE HILFSVORRICHTUNGEN

3.6.1.1 - ZWANGSLÜFTUNG

Una maggiore capacità di dissipazione ter mica è ottenibile mediante l’uso di ventole di raffreddamento che sono calettate sul l’albero veloce del riduttore. Per i riduttori HDP 60 ... HDP 90 in configurazione VP e per i riduttori HDP 100 ... HDP 160 in con

Greater heat dissipation capacity can be achieved by installing cooling fans,

which are keyed on to the gearbox input shaft. Gear units HDP 60 ... HDP 90 fea turing a solid input shaft (VP) and HDP

100 ... HDP 160 with lantern type motor

Eine verstärkte Wärmeableitung erhält man bei Verwendung von Lüftern, die an der An triebswelle des Getriebes aufgezogen wer

den. Für die Getriebe HDP 60 ... HDP 90, bei der VP-Konfiguration und für die Getriebe HDP 100 bis HDP 160 bei der GL oder GR

figurazione GL o GR, è possibile richiedere il montaggio di una ventola unicamente sulla parte opposta al lato di comando spe cificando la sigla FANL o FANR. Per i riduttori HDP 100 ... HDP 160 in configurazione VP, la ventola si può specificare sul lato destro o sinistro indi pendentemente dalla presenza dell’albe ro di comando. Per questi ultimi riduttori è anche possibile sfruttare la maggiore capacità di raffreddamento fornita da due ventole specificando la sigla FANLR nell’ordinativo.

adapter (GL/GR) may have an auxiliary fan fitted to the side opposite the drive end. Specify code FANL or FANR.

On units ranging from HDP 100 to HDP 160 in the solid input shaft configuration (VP), the fan can be mounted on the right or left side irrespective of whether a

drive shaft is present or not.

It is also possible to maximise the cool ing capacity on HDP 100 to HDP 160 gearboxes by fitting two fans, specifying code FANLR in the order.

–Konfiguration, besteht die Möglichkeit, die Montage eines Lüfters ausschließlich an der Seite gegenüber der Steuerseite mit Angabe der Abkürzung FANL oder FANR anzufor dern. Für die Getriebe HDP 100... 140 bei der VP-Konfiguration, kann die Installation des Lüfters auf der rechten oder linken Seite unabhängig von der vorliegenden Installation

der Steuerwelle angefordert werden. Für die zuletzt genannten Getriebe ist es ferner möglich, die höhere Kühlleistung durch zwei Lüfter auszunutzen, die in der Bestellung mit der Abkürzung FANLR anzugeben sind.

L’opzione non è disponibile in abbinamento con altre configurazioni che impegnano la medesima estremità d’albero e con la variante opzionale MOP (lubrificazione forzata con motopompa). L’effetto della maggiore capacità di dissipazione è rappresentato dal valore di potenza termica P

, rilevabile nel capitolo: 4.1.

TFAN

L’efficienza della ventilazione forzata si riduce grandemente al di sotto di velocità di comando n

= 900 min-1. In questo caso

per incrementare la potenza termica del riduttore è consigliabile ricorrere ad altri sistemi di raffreddamento ausiliari.

FANRFANL

(HDP 100 ... HDP 160)

This option is not available in conjunction with configurations that use the same shaft end or with MOP variant (forced lubrication with electric pump). The increased cooling effect is shown by the thermal capacity value P chapter 4.1

. The efficiency of forced

TFAN

. See

ventilation falls drastically below the drive speed of n

= 900 min-1. In this

case, it is advisable to adopt other auxiliary cooling devices to increase the thermal capacity of the gearbox.

ABCD

FANLR

Die Option ist nicht erhältlich in Kombination mit anderen Konfigurationen, die dasselbe Wellenende in Anspruch nehmen, und mit den optionalen Variante MOP – Zwangsschmierung mit Motorpumpe. Die verstärkte Wärmeableitung ist durch den Wert der Wärmeleistung P

TFAN

dargestellt, der in folgendem Kapitel angegeben ist: 4.1 keit n

Unterhalb der Schaltgeschwindig-

= 900 min-1verringert sich die Effi-

zienz der Zwangslüftung erheblich. Um die Wärmeleistung des Getriebes zu erhöhen, wird in diesem Fall empfohlen, auf andere Hilfskühlsysteme zurückzugreifen.

HDP 60 FAN_

HDP 70 FAN_

HDP 80 FAN_

HDP 90 FAN_

125 130 255 200

155 155 348 235

178 178 360 260

i ABCX Y

7.4 £ i £ 21.8 105 330 180 424 420

HDP 100 FAN_

øC

HDP 110 FAN_

HDP 120 FAN_

HDP 130 FAN_

B+5B

HDP 140 FAN_

HDP 150 FAN_

HDP 160 FAN_

22.8 £ i £ 107.6 82 330 180 424 420

110.6 £ i £ 507.9 58 330 180 424 420

8.1 £ i £ 25.0 105 330 180 424 420

24.9 £ i £ 123.4 82 330 180 424 420

120.9 £ i £ 499.4 58 330 180 424 420

7.9 £ i £ 25.4 105 345 180 450 450

25.8 £ i £ 125.2 85 345 180 450 450

128.0 £ i £ 523.7 58 345 180 450 450

7.3 £ i £ 12.3 130 422 230 540 590

14.1 £ i £ 48.1 105 422 230 540 590

56.5 £ i £ 237.9 82 422 230 540 590

274.5 £ i £ 534.5 58 422 230 540 590

8.4 £ i £ 14.4 130 422 230 540 590

16.3 £ i £ 56.2 105 422 230 540 590

65.1 £ i £ 277.5 82 422 230 540 590

315.9 £ i £ 495.3 58 422 230 540 590

7.9 £ i £ 14.1 165 472 230 540 665

15.4 £ i £ 38.1 130 472 230 540 665

43.5 £ i £ 77.0 105 472 230 540 665

89.0 £ i £ 303.1 82 472 230 540 665

9.0 £ i £ 15.9 165 472 230 540 665

17.5 £ i £ 43.1 130 472 230 540 665

49.4 £ i £ 87.0 105 472 230 540 665

101.1 £ i £ 342.2 82 472 230 540 665

3.6.1.2 - RAFFREDDAMENTO MEDIANTE SERPENTINA

La serpentina di scambio – opzione SR – è prevista per essere integrata in un circuito di raffreddamento la cui realizzazioneèacuradell’installatore.

Per una resa ottimale, il circuito di alimentazione, deve corrispondere alle seguenti specifiche:

• pressione max 8 bar

• portata min 5 l/min

per HDP 60 … HDP 90

• portata min 10 l/min

per HDP 100 … HDP 140

• temperatura acqua max 20°C

In queste condizioni l’effetto della maggio re capacità di dissipazione termica è rap presentato dal valore di potenza termica

, rilevabile nel capitolo: 4.1

TSR

3.6.1.2 - HEAT DISSIPATION

THROUGH COOLING COIL

The cooling coil option SR is designed for integration in a cooling circuit to be provided by the installer.

For optimal efficiency the cooling circuit supply must comply with the following specifications:

• max. pressure 8 bar

• min flow rate 5 l/min for HDP 60 … HDP 90

• min flow rate 10 l/min for HDP 100 … HDP 140

• max. water temperature 20°C

The increased cooling effect obtained in these conditions is shown by the thermal

capacity value P

. See the section 4.1

TSR

3.6.1.2 - KÜHLUNG MITTELS KÜHLSCHLANGE

Die Kühlschlange – Option SR – ist für den Einbau in einen Kühlkreis vorgesehen, der vom Monteur realisiert werden muss.

Zur Gewährleistung eines optimalen Betriebs muss der Versorgungskreis folgende Vorgaben erfüllen:

• Max. Druck 8 bar

• Mindestdurchsatz 5 l/min

für HDP 60 … HDP 90

• Mindestdurchsatz 10 l/min

für HDP 100 … HDP 140

• Wassertemperatur max. 20°C

Die erhöhte Kühlwirkung unter diesen Bedingungen ist durch den Wert der Wärmeleistung P

im Kapitel 4.1 an

TSR

gegeben.

ABC

HDP 60_ SR

HDP 70_ SR

HDP 80_ SR

HDP 90_ SR

HDP 100_ SR

HDP 110_ SR

HDP 120_ SR

HDP 130_ SR

HDP 140_ SR

HDP 150

HDP 160

147 170 60

173 190 60

190 210 60

232 285 100

232 270 100

258 305 100

325 340 100

325 365 100

3.6.1.3 - RAFFREDDAMENTO AUSILIARIO MEDIANTE CENTRALINA AUTONOMA

Sono offerte in opzione due tipi di centraline, ognuna delle quali in più taglie corrispondenti a diverse capacità di raffreddamento, che sfruttano un diverso mezzo di raffreddamento dell’olio, MCRW… – dotata di scambiatore acqua/olio e MCRA… – con scambiatore aria/olio. Quando si ricorre ad una centralina autonoma di raffreddamento, previa verifica del Servizio Tecnico Bonfiglioli, non è necessario specificare un ulteriore dispositivo di lubrificazione forzata, vedi paragrafo 3.6.2 La disponibilità del dispositivo è evidenziata nella tabella seguente per ciascuna taglia di riduttore. La selezione dovrà tenere conto del deficit di potenza termica da colmare mediante il contributo indicato come P oP

nella tabella del capitolo 4.1.

TMCRA

HDP 100 X X

HDP 110 X X

HDP 120 X X X (*)

HDP 130 X X X X (**)

HDP 140 X X X X (**)

HDP 150XXXXX(**)

HDP 160XXXXX(**)

TMCRW

MCRW5

3.6.1.3 - AUXILIARY COOLING WITH AUTONOMOUS COOLING UNIT

Two types of cooling units are available, each in a range of sizes providing different cooling capacities. The two types use different cooling media for the oil: MCRW… – water/oil heat exchanger and MCRA… – air/oil heat exchanger. If an independent cooling unit is installed on the advice of the Bonfiglioli Technical Service, no additional forced lubrication devices are required. See section 3.6.2 The following chart shows device avail-

ability according to gearbox size. Your selection must take into account the deficit in thermal capacity that must be made up by contribution P

TMCRW

as shown in the chart in section 4.1.

MCRA5

MCRW9

MCRA9

MCRW21

MCRA21

or P

TMCRA

MCRW34

MCRA34

3.6.13 - HILFSKÜHLUNG ÜBER AUTONOMES KÜHLAGGREGAT

Optional werden zwei Kühlaggregattypen mit unterschiedlichen Kühlkapazitäten angeboten, die ein anderes Kühlmittel als Öl einsetzen, das MCRW – mit einem Wasser/Öl-Wärmetauscher – und das MCRA – mit einem Luft/Öl-Wärmetauscher. Wird ein autonomes Kühlaggregat eingesetzt und wurde dies zuvor durch den Technischen Kundendienst von Bonfiglioli geprüft, ist kein weiteres Zwangsschmiersystem erforderlich. Vgl. auch Punkt 3.6.2 Die folgende Tabelle zeigt die verfügbaren Zwangsschmiersysteme für die jeweiligen Getriebegrößen. Bei der Auswahl muss der Wärmeleistungsverlust durch den als P P

bezeichneten Anteil in der Tabelle

TMCRA

unter Punkt 4.1

ausgeglichen werden.

MCRW51

MCRA51

TMCRW

oder

(*) non disponibile per la posizione di mon

taggio B3.

(**) non disponibile per i riduttori a due stadi

in posizione di montaggio B3.

(*) not available for mounting position B3. (*) nicht verfügbar für die Einbaulagen B3.

(**) not available for double reduction units in

the mounting position B3.

(**) Für die zwei stufige Getriebe nach Bau

form B3 nicht möglich.

I componenti principali delle centraline sono:

MCRW…

1) Motopompa con circuito di by-pass

2) Filtro con indicatore di intasamento visivo

3) Scambiatore di calore acqua / olio

4) Pressostato di minima (presente solo in caso di lubrificazione forzata)

5) Termostato di massima

6) Termostato d'inserzione

7) Elettrovalvola

The main components of the cooling units are as follows:

MCRW…

1) motorpump complete with by-pass circuit

2) filter with clogging visual indicator

3) water/oil heat exchanger

4) minimum pressure switch (only avail able in combination with forced lubrication)

5) maximum temperature thermostat

6) minimum temperature switch

7) electro-valve

4*567

Die wichtigste Komponenten des Kühlag gregats:

MCRW…

1) Motorpumpe mit By-pass Kreislauf

2) Filter mit Verschmutzung Schauglas

3) Wasser/Öl Wärmeaustauscher

4) Druckschalter von Minimaldruck (Anwe

send nur im Fall von Drucklaufschmierung)

5) Max. Druckthermostat

6) Min. Druckthermostat

7) Elektroventil

MCRA…

1) Motopompa con circuito di by-pass

2) Filtro con indicatore di intasamento visivo

3) Scambiatore di calore aria / olio con termostato

4) Pressostato di minima (presente solo in caso di lubrificazione forzata)

5) Termostato di massima

1 2 3

MCRW...

MCRA…

1) motorpump complete with by-pass circuit

2) filter with clogging visual indicator

3) air/oil heat exchanger with thermostat

4) minimum pressure switch (only available in combination with forced lubrication)

5) maximum temperature thermostat

MCRA…

1) Motorpumpe mit By-pass Kreislauf

2) Filter mit Verschmutzung Schauglas

3) Luft/Öl Wärmeaustauscher

4) Druckschalter von Minimaldruck (Anwesend nur im Fall von Drucklaufschmierung)

5) Max. Druckthermostat

1 2 3

MCRA...

Avvertenze di carattere generale: MCRW... : prevedere un circuito di ali

mentazione dell’acqua che rispetti le se guenti specifiche:

- pressione max 10 bar

- temperatura di mandata max 20°C

- portata minima Q

come da tabella:

H2O

General warnings:

MCRW... : provide a water supply sys

tem that corresponds to the following

specifications:

- max. pressure 10 bar

- maximum delivery temperature 20°C

- minimum flow rate Q

as per the chart:

H2O

Allgemeine Hinweise: MCRW... : Wasserversorgungskreislauf

mit folgenden Daten vorsehen:

- Max. Druck 10 bar

- Auslasstemperatur max. 20°C

- Mindestdurchsatz Q

belle:

MCRW5 MCRW9 MCRW21 MCRW34 MCRW51

wie in der Ta

H2O

[l/min]

H2O

MCRA... : lasciare adeguato spazio libe-

ro attorno allo scambiatore per garantire un flusso d’aria non impedito.

Le centraline sono installate sui riduttori come rappresentato nello schema sotto

10 18 31 56

MCRA... : leave sufficient space around the heat exchanger to ensure an unrestricted air flow.

The cooling units are mounted as shown in the figure below.

riportato.

MCRW...

B3 B7

H2O

MCRA... : Um den Wärmetauscher ausreichend Platz für ungehinderte Luftzirkulation vorsehen.

Die Aggregate werden auf den Getrieben gemäß der Zeichnung unten montiert.

H2O

B6 V5

H2O

ABCDE F

HDP 100 - HDP 110 HDP 120 HDP 130 - HDP 140 HDP 150 - HDP 160

2x 3x/4x 2x 3x/4x 2x 3x/4x 2x 3x/4x

MCRW5 MCRW9 MCRW21 MCRW34 MCRW51

360 415 730 365 230 360 380 870 435 195 400 425 780 390 240 430 650 1000 500 465 520 650 1250 625 465

Le dimensioni d'ingombro massimo A, B, C, D ed E sono indicative.

325 270 350 300 420 380 475 395

Overall dimensions A, B, C, D and E are indicative only

H2O

Die Außenabmessungen A; B; C; D und E sind nur Richtabmessungen.

MCRA...

B3 B7

B6 V5

ABCDE F

HDP 100 - HDP 110 HDP 120 HDP 130 - HDP 140 HDP 150 - HDP 160

2x 3x/4x 2x 3x/4x 2x 3x/4x 2x 3x/4x

MCRA5 MCRA9 MCRA21 MCRA34 MCRA51

400 560 500 250 375 435 650 640 320 465 440 815 700 350 630 500 920 840 420 735 560 1075 1000 500 890

Le dimensioni d'ingombro massimo A, B, C, D ed E sono indicative.

3.6.1.4 - RESISTENZA DI PRERISCALDO

Con temperature ambientali molto basse può essere necessario pre-riscaldare il lubrificante nel carter prima dell’avvia mento e/o durante il funzionamento. L’opzione HE prevede l’installazione di una resistenza elettrica e la fornitura a corredo di un termostato per segnalare il raggiungimento della temperatura mini ma richiesta per un corretto funziona mento. Il cablaggio di quest’ultimo è a cura dell’installatore.

325 270 350 300 420 380 475 395

Overall dimensions A, B, C, D and E are indicative only

3.6.1.4 - HEATERS

In very low ambient temperatures it may prove necessary to pre-heat the lubri

cant in the sump before start-up and/or during operation. The HE option envis ages the installation of an electrical heating element, supplied with a thermo stat to detect when the minimum tem

perature needed for correct operation

has been reached. The wiring necessary for the thermostat must be provided by the installer.

Die Außenabmessungen A; B; C; D und E sind nur Richtabmessungen.

3.6.1.4 - HEIZGERÄTE

Bei sehr niedrigen Umgebungstemperatu

ren kann es sich als erforderlich erweisen, das Schmiermittel im Gehäuse vor Inbe

triebnahme und/oder während des Be triebs vorzuwärmen. Die Option HE sieht

die Installation eines elektrischen Heizwi

derstands und die Lieferung eines Ther mostats vor, mit dem das Erreichen der erforderlichen Mindesttemperatur für einen korrekten Betrieb angezeigt wird. Die Ver kabelung ist vom Monteur vorzunehmen.

3.6.2 - LUBRIFICAZIONE FORZATA

3.6.2 - FORCED LUBRICATION

3.6.2 - ZWANGSSCHMIERUNG

Condizioni di applicazione OBBLIGATORIA di dispositivi di lubrificazione forzata.

B3 B6 B7 V5

HDP 60 ... HDP 90

HDP 100 ... HDP 160

Nota: Tutti i dispositivi di lubrificazione forzata sopra riportati possono essere sostituiti, previa verifica del Servizio Tecnico Bonfiglioli, dalle centraline autonome di raffreddamento tipo MCR...

(*) Lubrificazione forzata OPZIONALE

(OP… e MOP).

Pattern for MANDATORY specification of forced lubrication devices.

Remark: Forced lubrication devices may be replaced, upon approval from Bonfiglioli Techical Service, by independent cooling systems, type MCR...

(*) Forced lubrication in this case is only op-

tionally requested, NOT MANDATORY.

OBLIGATORISCHE Anwendungsbedin gungen für Zwangsschmiervorrichtungen.

(*)

OP... MOP

Anmerkung: Alle oben aufgeführten Zwangsschmiervorrichtungen können nach entsprechender Prüfung durch den technischen Kundendienst von Bonfiglioli durch die autonom arbeitenden Kühleinheiten des Typs MCR… ersetzt werden.

(*) OPTIONALE Zwangsschmierung

(OP… und MOP).

3.6.2.1 - POMPA

Per servizi di tipo continuo e installazioni nella posizione di montaggio V5 è fornibile a richiesta un circuito di lubrificazione forzata con pompa calettata sull’estremità opposta dell’albero di comando. Il circuito garantisce la lubrificazione dei cuscinetti superiori. In fase di ordinativo specificare il tipo di pompa - OP1 oppure OP2 - in funzione della velocità di comando n

, vedi sche-

ma seguente.

HDP 60 ... HDP 140

HDP 150 ... HDP 160

L’opzione non è disponibile in abbina mento con altre configurazioni che impe gnano la medesima estremità d’albero.

3.6.2.1 - MECHANICAL PUMP

In continuous duty applications and V5 mounting position installations, an optional forced lubrication circuit is available on request, complete with a pump keyed to the shaft end opposite the drive side. This system ensures adequate lubrication of the top bearings. When ordering, specify the pump type OP1 or OP2 to suit drive speed n the table below.

n1= 900 min

OP2 OP2 OP1

OP2 OP2 OP2

This option is not available with other con

figurations that use the same shaft end.

-1

n1= 1100 min

. See

3.6.2.1 - MECHANISCHE PUMPE

Bei Dauerbetrieb und Installationen in der Einbaulage V5 mit Dauerbetrieb ist auf Anfrage ein Zwangsschmierkreis mit Pumpe am Wellenende gegenüber der Antriebsseite lieferbar. Der Zwangsschmierkreis garantiert die Schmierung der oberen Lager. Bei Auftragserteilung den Pumpentyp - OP1 oder OP2 in Abhängigkeit von der Drehzahl n

angeben siehe nachstehen-

des Schema.

-1

n1= 1400 min

Die Option ist nicht in Kombination mit an

-1

deren Konfigurationen erhältlich, die das selbe Wellenende in Anspruch nehmen.

HDP 60 ... HDP 90

(min)

1 - Pompa 2 - Filtro 3 - Indicatore di flusso ad elica

HDP 100 ... HDP 160

1 - Pump 2 - Filter 3 - Oil flow visual indicator

HDP 60_ OP1

HDP 60_ OP2

HDP 70_ OP1

HDP 70_ OP2

HDP 80_ OP1

HDP 80_ OP2

HDP 90_ OP1

HDP 90_ OP2

A (min)

190 105

215 105

240 105

240 130

1 - Pumpe 2 - Filter 3 - Optische-Ölflussanzeige

1 - Pompa 2 - Filtro 3 - Pressostato di minima

Per le dimensioni di ingombro contattare il Servizio Tecnico Bonfiglioli.

1 - Pump 2 - Filter 3 - Minimum pressure switch

Contact the Bonfiglioli Technical Service for overall dimensions.

1 - Pumpe 2 - Filter 3 - Mindestdruckwächter

Für die Aufstellmaße wenden Sie sich bitte an den Technischen Kundendienst von Bonfiglioli.

La tabella descrive la disponibilità del di spositivo pompa in funzione delle confi gurazioni lenta e veloce.

The chart shows the applicability for the pump depending on the input and output

configuration.

In der Tabelle ist die Verfügbarkeit der Pumpe in Abhängigkeit von den Konfi gurationen der Abtriebs- und Antriebs seite angegeben.

HDP 60 ... HDP 160

3.6.2.2 - MOTOPOMPA

Per servizi di tipo intermittente e installazioni nella posizione di montaggio V5 è fornibile a richiesta un circuito di lubrificazione forzata con motopompa alimentata autonomamente - opzione MOP. Il circuito garantisce una portata costante di olio in corrispondenza dei cuscinetti superiori. L’opzione non è disponibile in abbinamento alla variante opzionale

FAN_

LL RL DL

LR RR DR

VP GR AD

3.6.2.2 - MOTOR PUMP

For intermittent duty applications and V5 mounting position installations, a forced lubrication circuit is available on request, complete with an independently powered motor pump. This system ensures a constant oil flow to the top bearings. Specify the MOP option. Option MOP is not available if fan cooling - option

FAN_ - is also specified.

LD RD DD

3.6.2.2 - MOTORPUMPE

Bei Aussetzbetrieb und Installationen in der Einbaulage V5 mit Aussetzbetrieb ist auf Anfrage ein Zwangsschmierkreis mit unabhängig versorgter Motorpumpe Option MOP - lieferbar. Der Zwangsschmierkreis garantiert einen konstanten Schmieröldurchsatz an den oberen Lagern. Die Option ist nicht in Kombination mit der optionalen Variante

FAN_ ver-

fügbar.

HDP 60 ... HDP 90

1 - Motopompa 2 - Filtro 3 - Pressostato di minima

HDP 60_ MOP

HDP 70_ MOP

HDP 80_ MOP

HDP 90_ MOP

(min)

1 - Motorpump 2 - Filter 3 - Minimum pressure switch

A (min) B C

190 260 310

215 260 330

240 270 355

240 285 390

1 - Motorpumpe 2 - Filter 3 - Mindestdruckwächter

HDP 100 ... HDP 160

I componenti principali sono: 1 - Motopompa

2 - Filtro 3 - Pressostato di minima

Per le dimensioni di ingombro contattare il Servizio Tecnico Bonfiglioli.

La tabella descrive la disponibilità del dispositivo motopompa in funzione delle configurazioni lenta e veloce.

The main components are:

1 - Motorpump 2 - Filter 3 - Minimum pressure switch

Contact the Bonfiglioli Technical Service for overall dimensions.

The chart shows the applicability for the motorpump depending on the input and output configuration.

LR RR DR

Die wesentlichen Komponenten sind: 1 - Motorpumpe

2 - Filter 3 - Mindestdruckwächter

Für die Aufstellmaße wenden Sie sich bitte an den Technischen Kundendienst von Bonfiglioli.

In der Tabelle ist die Verfügbarkeit der Pumpe in Abhängigkeit von den Konfigurationen der Abtriebs- und Antriebsseite angegeben.

LD RD DD

VP GR

GR AD

VP GR AD

VP GR

3.6.3 - DISPOSITIVO ANTIRETRO

3.6.3 - BACKSTOP DEVICE

3.6.3 - RÜCKLAUFSPERRE

Il dispositivo antiretro garantisce il fun zionamento unidirezionale del riduttore e previene il moto retrogrado per effetto del carico collegato all’albero lento. Oltre ad effettuare la verifica ai carichi impulsi vi riportati al paragrafo 2.2.1

, è necessa rio accertarsi che la coppia richiesta al dispositivo antiretro M inferiore al momento torcente M

1=M2

/(ixh)sia

ri-

1max

portato in tabella. Il dispositivo è calettato sull’estremità dell’albero veloce opposta al lato di comando ed è accessibile dall’esterno per esigenze di facile ispezionabilità. La specifica della relativa opzione, designata A, deve essere necessariamente completata dall’indicazione del verso di rotazione libera dell’albero lento (CW oppure CCW). Se particolari condizioni d’uso lo richiedono, il verso di rotazione del dispositivo anti-ritorno può essere variato dall’utente accedendo all’alloggiamento che lo contiene, e invertendo il verso di montaggio della ruota libera. Qualora sia richiesto un intervento di questo tipo contattare il Servizio Tecnico Bonfiglioli per le relative istruzioni. Il particolare tipo di anti-ritorno, costituito da corpi di contatto a distacco centrifugo, non richiede alcun tipo di manutenzione periodica. L’opzione non è disponibile in abbinamento con altre configurazioni che impegnano la medesima estremità d’albero.

The backstop device ensures that only

one direction of rotation is allowed, and prevents the gearbox to be backdriven by the load connected to the output shaft. In addition to verifying the shock loads

shown in section 2.2.1

,alsomakesure that the torque transmitted to the backstop M missible torque M

/(ixh) is less than the ad-

1=M2

listed in the chart

1max

below. The backstop is keyed to the input shaft opposite the drive end and it is accessible for inspection. Along with the specification of the backstop device, option A, the direction of free rotation for the output shaft (CW or CCW) must also be specified in the order. This option is not available with other configurations that use the same shaft end. If special operating conditions require it, the user can reverse the direction of rotation of the backstop device by opening the backstop compartment and reversing the direction of the freewheel. If you need to perform this operation, contact Bonfiglioli’s Technical Service for the necessary instructions. The type of backstop device used, based on centrifugally released shoes, does not require any regular maintenance. This option is not available with other configurations that use the same shaft end.

Die Rücklaufsperre stellt sicher, dass nur eine Drehrichtung des Getriebes möglich ist und verhindert die Rüc kwärtsbewegung durch die mit der Ab triebswelle verbundene Last. Zusätzlich zur Überprüfung der im Ab schnitt 2.2.1

aufgeführten Stoßbelastung muss sichergestellt werden, dass das von der Rücklaufsperre übertragene Moment M

=M2/(ixh) unter dem in der

Tabelle angegebenen max. erlaubten Torsionsmoment M

liegt. Die Vorrich-

1max

tung ist am Wellenende auf der gegenüberliegenden Seite von der Antriebswelle angebracht und ist von außen zugänglich, um Inspektionen zu erleichtern. Bei Bestellung der entsprechenden Option mit der Bezeichnung A muss obligatorisch auch die freie Drehrichtung der Abtriebswelle angegeben werden (CW oder CCW). Die Option ist nicht in Kombination mit anderen Konfigurationen erhältlich, die dasselbe Wellenende in Anspruch nehmen. Sollten bestimmte Betriebsbedingungen dies erfordern, kann die Drehrichtung der Rücklaufsperre vom Benutzer geändert werden, indem in der Aufnahme der Rücklaufsperre die Montagerichtung des frei drehenden Rads umgekehrt wird. Ist ein Eingriff dieser Art notwendig, kann die jeweilige Anleitung beim technischen Kundendienst von Bonfiglioli angefordert werden. Die besondere Ausführung der Rücklaufsperre, bestehend aus Kontaktkörpern, die sich bei Einwirkung der Zentrifugalkraft ablösen, erfordert keine regelmäßigen Wartungseingriffe. Die Option ist nicht erhältlich in Kombination mit anderen Konfigurationen, die dasselbe Wellenende in Anspruch nehmen.

In funzionamento permanente si consiglia di mantenere una velocità di rotazione in folle

(sopravanzo)

superiore a quella in

1min

dicata in tabella, al fine di garantire il di stacco centrifugo di tutti i corpi preser vandoli da fenomeni di usura. Per ulteriori informazioni contattare Ser vizio Tecnico Bonfiglioli.

Under continuous operating conditions, it is advisable to maintain a neutral rotation

speed n

the chart in order to ensure the effective

centrifugal release of all the shoes and

greater than that specified in

1min

avoid unnecessary wear. For further de

tails, contact the Bonfiglioli Technical Service.

Bei Dauerbetrieb empfiehlt sich die Einhaltung einer Leerlaufdrehzahl (Überschuss) n

oberhalb des in

1min

der Tabelle angegebenen Werts, um die Ab lösung aller Kontaktkörper bei Einwirkung der Zentrifugalkraft zu gewährleisten und somit

Verschleißerscheinungen der Kontaktkörper vorzubeugen. Bei weiterem Informationsbe darf wenden Sie sich bitte an den techni schen Kundendienst von Bonfiglioli.

iAB

1max

[Nm]

1min

[min-1]

iAB

1max

[Nm]

1min

[min-1]

HDP 60 2_A

HDP 60 3_A

HDP 70 2_A

HDP 70 3_A

HDP 80 2_A

HDP 80 3_A

HDP 90 2_A

HDP 90 3_A

HDP 100 2_A

HDP 100 3_A

HDP 100 4_A

7.1 £ i £ 15.2 125 202.5 800 720

i = 17.3; 19.4 100 197.5 375 780

22.7 £ i £ 98.4 100 197.5 375 780

8.0 £ i £ 17.7 125 202.5 800 720

i = 19.4; 22.6 100 197.5 375 780

25.5 £ i £ 114.4 100 197.5 375 780

8.1 £ i £ 22.6 130 233 912 665

25.8 £ i £ 111.4 110 228 550 740

7.9 £ i £ 22.4 150 261 1400 610

25.4 £ i £ 110.1 125 256 800 720

7.4 £ i £ 21.8 175 285 2350 490

22.8 £ i £ 50.0 150 298 1400 610

55.5 £ i £ 107.6 125 293 800 720

110.6 £ i £ 507.9 95 262 310 825

HDP 130 2_A

HDP 130 3_A

HDP 130 4_A

HDP 140 2_A

HDP 140 3_A

HDP 140 4_A

HDP 150 2_A

HDP 150 3_A

7.3 £ i £ 12.3 230 425 5600 420

14.1 £ i £ 21.7 210 395 4500 450

21.8 £ i £ 48.1 190 366 3050 480

56.5 £ i £ 108.3 175 366 2350 490

i = 111.2; 121.4 110 332 550 740

8.4 £ i £ 14.4 230 425 5600 420

16.3 £ i £ 24.9 210 395 4500 450

25.1 £ i £ 56.2 190 366 3050 480

65.1 £ i £ 124.7 175 342 2350 490

141.6 £ i £ 495.3 110 332 550 740

7.9 £ i £ 14.1 290 487.5 10500 455

15.4 £ i £ 19.6 230 447.5 5600 420

21.5 £ i £ 38.1 230 445.5 5600 420

43.5 £ i £ 77.0 190 417 3050 480

HDP 110 2_A

HDP 110 3_A

HDP 110 4_A

HDP 120 2_A

HDP 120 3_A

HDP 120 4_A

8.1 £ i £ 25.0 175 285 2350 490

24.9 £ i £ 54.5 150 298 1400 610

60.7 £ i £ 123.4 125 293 800 720

120.9 £ i £ 499.4 95 262 310 825

7.9 £ i £ 25.4 190 315 3050 480

25.8 £ i £ 56.1 150 285 1400 610

64.3 £ i £ 125.2 125 279 800 720

128.0 £ i £ 523.7 95 277 310 825

HDP 150 4_A

HDP 160 2_A

HDP 160 3_A

HDP 160 4_A

89.0 £ i £ 303.1 150 385 1400 610

9.0 £ i £ 15.9 290 487.5 10500 455

17.5 £ i £ 22.1 230 447.5 5600 420

24.4 £ i £ 43.1 230 445.5 5600 420

49.4 £ i £ 87.0 190 417 3050 480

101.1 £ i £ 342.2 150 385 1400 610

3.6.4 - SUPPORTAZIONE RADIALE RINFORZATA

A richiesta sono disponibili cuscinetti di una serie maggiorata, caratterizzati da maggiore capacità di carico radiale. L’opzione HDB è applicabile solo per i gruppi HDP 60 ... HDP 90 dotati di albe ro lento cilindrico, esecuzione LP. Per i valori di carico radiale puntuale con sultare il relativo capitolo di questo catalogo. L’opzione non è disponibile congiuntamente alla variante DW -dry well-.

3.6.4 - REINFORCED BEARINGS

Optional heavy-duty bearings are also available, with increased overhung load capacity. The HDB option can only be applied to HDP 60 ... HDP 90 units with the LP shaft arrangement (solid shaft).

See the relevant section in this catalogue for precise overhung load values.

Option cannot be specified along with variant DW -drywell-.

3.6.4 - VERSTÄRKTE RADIALE LAGERUNG

Auf Anfrage sind Lager in verstärkter Ausführung lieferbar, die sich durch eine erhöhte radiale Belastbarkeit auszeich nen. Die Option HDB ist nur für die Grup pen HDP 60 ... HDP 90 mit zylindrischer Abtriebswelle, Ausführung LP, verfügbar. Die genauen Werte der spezifischen Radial kraft finden Sie im entsprechenden Kapitel dieses Katalogs. Die Option ist nicht in Kombination mit die Variante DW - Drywell-.

3.6.5 - TENUTE E GUARNIZIONI

3.6.5 - SEALS AND GASKETS

3.6.5 - DICHTUNGEN UND DICHT-

MANSCHETTEN

A richiesta, i riduttori possono essere dotati di sistemi di tenuta diversi, e in particolare:

HDP 60 HDP 70 HDP 80 HDP 90 HDP 100 HDP 110 HDP 120 HDP 130 HDP 140 HDP 150 HDP 160 TK XXXX VS DS DVS

X X X

XXXXXXX XXXXXXXXXX XXXXXXXXXX

TK – In ambienti caratterizzati da pre-

senza di polveri abrasive sono consigliate tenute tipo Taconite costituite da una combinazione di anelli di tenuta, labirinti e camera a grasso. La presenza del grasso deve essere garantita attraverso operazioni di manutenzione periodica. VS – Dotazione di anelli di tenuta con mescola in Viton

DS – Dotazione di doppio anello di tenuta su ogni estremità d’albero. DVS – Dotazione di doppio anello di tenuta con mescola in Viton

su ogni

estremità d’albero.

On request, gearboxes can be equipped with different oil sealing systems. These are:

TK - Taconite seals are recommended for environments characterised by the presence of abrasive dust or powders. Taconite seals incorporate a combination of sealing rings, labyrinths and a grease chamber. Greasing must be ensured as part of the scheduled maintenance programme. VS – Viton

compound seal rings. DS – Dual set of seal rings at each shaft end. DVS – Dual set of Viton

compound seal

rings at each shaft end.

Auf Anfrage können die Getriebe mit unterschiedlichen Dichtsystemen ausgestattet werden, und zwar:

TK – In Umgebungen mit hoher Präsenz abrasiver Stäube werden Taconite-Dichtungen empfohlen. Diese bestehen aus einer Kombination von Dichtringen, Labyrinthdichtungen und Fettkammern. Das Fett muss durch regelmäßige Wartung geprüft werden. VS – Ausstattung mit Wellendichtringen aus Viton DS – Ausstattung mit doppeltem Wellendichtring an jedem Wellenende. DVS – Ausstattung mit doppeltem Wellendichtring aus Viton lenende.

X X

an jedem Wel-

3.6.6 - SENSORI

Termostato bimetallico – Su specifica

dell’opzione TG è fornita una sonda bimetallica termostatica per rilevare quando la temperatura dell’olio supera il valore di 90°C ± 5°C. Il dispositivo è fornito a corredo e l’installazione e il relativo cablaggio elettrico sono a cura dell’installatore.

Controllo livello olio – Su specifica dell’opzione OLG in fase di ordinativo è in stallata una sonda per il controllo remoto del livello del lubrificante. Il dispositivo è funzionante in condizioni di inattività del ri duttore. Durante il funzionamento dello stesso, il dispositivo deve essere bypas sato. Il cablaggioèacuradell’installatore. Il dispositivo può non essere compatibi le con altri accessori e/o alcune configu razioni, contattare il Servizio Tecnico Bonfiglioli.

3.6.6 - SENSORS

Bimetal thermostat – If the TG option

is specified, a bimetallic thermostat detects when the oil temperature exceeds 90°C ± 5°C. The device is supplied with the gear unit, but installation and wiring are the responsibility of the installer.

Oil level indicator – If the OLG option is specified in the order, the gearbox is

supplied with a device to permit remote control of the oil level. The device best operates when the gearbox is idle and

should be bypassed when the gearbox is operating. Wiring is the responsibility

of the installer. The device may not be available in combi

nation with other accessories and/or partic

ular product configurations. Please contact Bonfiglioli Technical Service for advise.

3.6.6 - SENSOREN

Bimetallthermostat – Bei Bestellung der

Option TG ist ein Bimetalltemperaturfühler verfügbar, der dazu dient, die Überschreitung des Werts 90°C ± 5°C der Öltemperatur zu erfassen. Die Vorrichtung wird im Zubehör mitgeliefert; die Installation und die entsprechende elektrische Verkabelung müssen vom Monteur durchgeführt werden.

Ölstandkontrolle – Wird bei Auftragserteilung die Option OLG bestellt, erfolgt die Installation eines Fühlers für die Fernkon trolle des Ölstands. Die Vorrichtung funk tioniert bei Stillstand des Getriebes. Wäh rend des Betriebs des Getriebes muss die Vorrichtung überbrückt werden. Diese Ausführung könnte nicht mit weite

ren Zubehören und/oder Ausführungen

möglich sein. Kontaktieren Sie bitte den Technischen Service von Bonfiglioli.

3.6.7 - DRYWELL

Il dispositivo “Drywell”, opzione DW, ga rantisce la tenuta dell’albero lento ed è unicamente applicabile per i riduttori in posizione di montaggio verticale V5. Quando specificato, richiede necessaria mente l’adozione contestuale di un siste ma di lubrificazione forzata, selezionato fra quelli disponibili per l’unità e illustrati nel relativo capitolo di questo catalogo. Periodicamente, è opportuno verificare/ripristinare la carica di grasso nella camera ricavata sotto al cuscinetto inferiore dell’albero lento. La tabella descrive la disponibilità del dispositivo drywell in funzione delle configurazioni lenta e veloce.

The Drywell device, option DW, guaran

tees proper sealing for the output shaft. It can only be applied to gearboxes in verti cal mounting position V5. When specified, it necessarily requires

the installation of a forced lubrication

system, selected from those available for the gearbox, as illustrated in the relevant section of this catalogue. At scheduled intervals, check and refill the grease in the vane underneath the output shaft’s bottom bearing. The chart shows the applicability for the drywell depending on the input and output configurations.

LR DR LD

VP GR

GL VP

Die „Drywell“-Vorrichtung – Option DW –

garantiert die Dichtung der Abtriebswelle und wird nur bei Getrieben mit vertikaler

Einbaulage V5 verwendet. Wenn diese Option bestellt wird, muss obligatorisch gleichzeitig ein Zwangs schmiersystem vorgesehen werden, das unter den für die Einheit verfügbaren, im entsprechenden Kapitel dieses Katalogs illustrierten Systemen auszuwählen ist. Die Schmierfettfüllung in der Kammer unter dem unteren Lager der Abtriebswelle ist regelmäßig zu kontrollieren/nachzufüllen. In der Tabelle ist die Verfügbarkeit der Drywell-Vorrichtung in Abhängigkeit von den Konfigurationen der Abtriebs- und Antriebsseite angegeben.

DD LL DL

AD AD

Rapporti per i quali non è disponibile il dispositivo drywell:

HDP 60 HDP 70 HDP 80 HDP 90 HDP 100 HDP 110 HDP 120 HDP 130 HDP 140 HDP 150 HDP 160

17.3

19.4

43.7

49.1

87.6

98.4

19.4

22.6

49.1

57.0

98.5

114.4

—

3.6.8 - ORGANI DI FISSAGGIO

Per i fissaggi di tipo pendolare dei riduttori HDP 60 ... HDP 90 è fornibile a corredo un braccio di reazione, realizzato in acciaio elettrosaldato e dotato di boccola anti-vibrante.

The drywell is NOT available for the gear ratios listed here under:

20.1

22.4

65.8

73.3

98.9

110.1

3.6.8 - FIXING ELEMENTS

For shaft-mounted installations, HDP 60 ... HDP 90 gearboxes can be fitted with an electro-welded steel torque arm, complete with anti-vibration bushing.

Übersetzungsverhältnisse, für die die Drywell-Vorrichtung nicht erhältlich ist:

3.6.8 - BEFESTIGUNGSORGANE

Für die Pendelbefestigungen der Getriebe HDP 60 … HDP 90 kann als Zubehör eine Drehmomentstütze mitgeliefert werden, der aus elektrogeschweißtem Stahl gefertigt und mit schwingungsdämpfender Buchse ausgestattet ist.

CDEF

HDP 60_ TA

HDP 70_ TA

HDP 80_ TA

HDP 90_ TA

40 47 32 76 251 340 47

40 47 32 76 251 375 47

60 60 42 97 297 400 60

60 68 42 113 338 460 68

Per l’identica funzione è fornibile per i ri duttori HDP 100 e superiori un bullone in acciaio bonificato e opportunamente sa gomato per vincolare il riduttore alla struttura di supporto.

Fanno parte del kit anche le molle a taz za con funzione di smorzamento delle vi brazioni il cui precarico dovrà essere re golato dal Cliente al momento dell’instal lazione rispettando la quota G indicata nella tabella seguente.

Il bullone di reazione dovrà essere collocato sul lato del riduttore adiacente alla macchina che deve essere azionata e nel foro lontano dall'asse lento del riduttore (vedi quota F indicata nella figura seguente).

Il montaggio dal lato coperchio non è possibile, consultare il Servizio Tecnico Bonfiglioli.

To perform the same function, gear boxes HDP 100 and larger can be sup

plied with a hardened steel bolt to se cure the units to the machine framwork.

Vibration damping cup springs are also

supplied within the kit. The customer

must adjust the preload of these springs during installation, respecting the value

G given in the chart below.

The reaction bolt must be fitted on the side of the gearbox next to the driven machine and in the farthest hole from output shaft centre (see dimension F in the following figure).

Fitting the bolt on same side as the inspection cover is not possible. In this case please contact Bonfiglioli Technical Service for advise.

Für die gleiche Funktion kann, für die

Getriebe HDP 100 und weitere Größen,

eine Schraube aus vergütetem Stahl mit entsprechender Form geliefert werden, um das Getriebe an der Trägerstruktur zu verankern.

Im Bausatz befinden sich ferner die Tel lerfedern zur Schwingungsdämpfung, de ren Vorbelastung bei der Installation durch den Kunden einzustellen ist; hierzu das in der nachfolgenden Tabelle angegebene Maß G beachten.

Die Reaktionsschraube ist an der Getriebeseite neben der anzutreibenden Maschine anzubringen und in der Bohrung mehr entfernt von Abtriebswelle (sehen Sie die Masse F auf folgender Zeichnung).

Die Montage auf der Deckelseite ist unmöglich. In diesem Fall kontaktieren Sie bitte den Technischen Service von Bonfiglioli.

HDP 100 2_TA HDP 100 3_TA HDP 100 4_TA HDP 110 2_TA HDP 110 3_TA HDP 110 4_TA HDP 120 2_TA HDP 120 3_TA HDP 120 4_TA HDP 130 2_TA HDP 130 3_TA HDP 130 4_TA HDP 140 2_TA HDP 140 3_TA HDP 140 4_TA

FBE

420

540

435

555

480

630

585

780

625

790

160 153 33.4 M27 35 30 - 40 A100

170 166 33.4 M30 40 40 - 50 A100

216 205 42.7 M36 45 50 - 60 A125

Valore nominale

Rated value

Nennwert

MRS

S G

DIN2093

HDP 150 2_TA HDP 150 3_TA HDP 150 4_TA HDP 160 2_TA HDP 160 3_TA HDP 160 4_TA

687.5

877.5

727.5

927.5

3.6.9 - PROVE DOCUMENTALI

AC - Attestato di conformità

Documento il cui rilascio attesta la conformità del prodotto all’ordinativo e la costruzione dello stesso in conformità alle procedure standard di processo e di controllo previste dal sistema di Qualità Bonfiglioli Riduttori.

CC - Certificato di collaudo

La specifica comporta la conduzione di verifiche di conformità all’ordine, controlli visivi generali e verifiche strumentali delle dimensioni di accoppiamento. Sono inoltre condotti controlli generali di funzionamento a vuoto e verifiche della funzionalità delle guarnizioni di tenuta in modalità statica e in funzionamento. Il collaudo si applica ad un campione statistico del lotto di spedizione.

Valore nominale

Rated value

Nennwert

405 204,3 M48x2 52 70 - 80 A160

3.6.9 - CERTIFICATES

AC - Certificate of compliance

The document certifies the compliance of the product with the purchase order and the construction in conformity with the applicable procedures of the Bonfiglioli Quality System.

MRS

DIN2093

3.6.9 - NACHWEISE

AC - Konformitätsbescheinigung Dokument mit dessen Ausstellung die

Konformität des Produkts mit dem Auftrag, und dessen Konstruktion in Konformität mit den vom Qualitätsmanagementsystem von Bonfiglioli Riduttori vorgesehenen Standardfertigungs- und

-kontrollverfahren bescheinigt wird.

CC - Inspection certificate

The document entails checking on order compliance, the visual inspection of external conditions and of mating dimensions. Checking on main functional parameters in unloaded conditions is also performed along with oil seal proofing, both in static and in running conditions. Units inspected are sampled within the shipping batch and marked individually.

CC – Prüfzeugnis

Die Bestellung führt zur Durchführung von Kontrollen der Konformität mit dem Auftrag, allgemeinen Sichtkontrollen und instrumentalen Prüfungen der Passmaße. Des Weiteren werden allgemeine Betriebskontrollen bei Leerlauf sowie Prüfungen der Funktionalität der Dichtungen bei Stillstand und während des Betriebs durchgeführt. Die Prüfung wird anhand einer Stichprobe des Versandloses durchgeführt.

CT - Certificato di tipo

Oltre alle attività competenti al Certificato di collaudo si aggiungono controlli funzionali specifici relativi a:

•

controllo rumorosità

•

temperatura superficiale a regime

•

verifica della coppia di serraggio viteria esterna

•

funzionalità eventuali organi accessori

Tutte le attività sono condotte con fun zionamento a vuoto del riduttore. Il colla udo si applica ad un campione statistico del lotto di spedizione.

CT - Type certificate

Further to the activities relevant to the Inspection certificate the following checks are also conducted:

•

noise

•

surface temperature

•

tightness of external hardware

•

functionality of ancillary devices, if fitted

All checks are conducted with the gear

unit running unloaded. Units inspected are sampled within the shipping batch and marked individually.

CT – Baumusterzeugnis

Zu den Tätigkeiten, die unter das Prüfzeugnis fallen, kommen spezifische Funktionskontrollen in Bezug auf:

•

Geräuschentwicklung

•

Oberflächentemperatur bei Betriebs drehzahl

•

Prüfung des Anzugsmoments der äu ßeren Schrauben

•

Funktionalität eventueller zusätzlicher Organe

Alle Vorgänge werden bei Leerlauf des Getriebes durchgeführt. Die Prüfung wird anhand einer Stichprobe des Ver sandloses durchgeführt.

4 - COPPIA MASSIMA TRASMISSIBILE

4 - MAXIMUM TRANSMISSIBLE TORQUE

4 - ÜBERSETZBARES MAXIMALES DREHMOMENT

I momenti torcenti riportati in tabella possono subire delle limitazioni in funzione del componente più sollecitato alle diverse velocità di rotazione (vedere capitolo “Potenza termica e dati tecnici”).

HDP 60 HDP 70 HDP 80 HDP 90 HDP 100 HDP 110 HDP 120 HDP 130 HDP 140 HDP 150 HDP 160

7.1 5000 — — — 22600 — — 63250 — — —

8.0 4600 6200 10350 14000 23100 24050 34900 60700 77100 106550 —

9.0 5000 6850 12050 15600 23150 25400 36500 63250 79150 106450 123200

10.0 4600 6750 11350 17650 23100 24450 35550 60700 77100 104350 133000

11.2 5000 6850 12250 16750 23450 25800 37100 63250 77100 106550 133700

12.5 4600 6750 11500 17650 23100 24750 36000 60700 77100 106450 128750

14.0 5000 6850 12250 16750 23750 26100 37200 63250 77100 104350 133000

16.0 4600 6750 11750 17000 23100 25050 36350 60700 77100 106550 128750

18.0 5000 6850 11950 16750 23950 26450 37200 63250 79150 106450 128750

20.0 4600 6750 11900 17650 23100 25350 36700 60700 74700 104350 133000

22.4 — 6850 12250 16750 21700 26700 37200 57400 79150 — 133700

25.0 — —

22.4 4950 — — — 25650 — — 60750 — 106550 —

25.0 4600 6750 9900 17650 23100 27600 36450 60700 70400 106450 130400

28.0 5000 6850 11500 16750 25650 28900 37200 63250 77950 104350 133000

31.5 4600 6750 11650 17650 23100 27950 37500 60700 77100 106550 133700

35.5 5000 6850 12250 16750 25650 28900 37200 63250 79150 106450 130400

40.0 4600 6750 12600 17650 23100 28300 37500 60700 77100 104350 133000

45.0 5000 6850 12250 16750 25650 28900 37200 63250 79150 106550 133700

50.0 4600 6750 11950 17650 23100 28500 37500 60700 74700 106450 130400

56.0 5000 6850 12250 16750 25650 28900 37200 63250 79150 104350 133000

63.0 4600 6750 12600 17650 23100 27950 37500 60700 77100 106550 133700

71.0 5000 6850 12250 16750 25650 28900 37200 63250 79150 106450 130400

80.0 4600 6750

90.0 5000 6850 12250 16750 25650 28900 37200 63250 79150 — 133700

100.0 4600 6750 12600 17650 23100 28500 37500 60700 74700 — —

112.0 — 6850 12250 16750 21700 28900 37200 57400 79150 — —

125.0 — — — — — 25900 34300 — 71700 — —

90.0 — — — — — — — — — 106550 —

100.0 — — — — — — — — — 106450 126300

112.0 — — — — 25650 — — 63250 — 104350 133000

125.0 — — — — 23100 28500 37500 60700 — 106550 133700

140.0 — — — — 25650 28900 37200 63250 77100 106450 130400

160.0 — — — — 23100 28900 37500 60700 77100 104350 133000

180.0 — — — — 25650 28700 37200 63250 79150 106550 133700

200.0 — — — — 23100 28700 37500 60700 74700 106450 126300

224.0 — — — — 25650 28900 37200 63250 79150 104350 133000

250.0 — — — — 23100 28500 37500 60700 74700 106550 133700

280.0 — — — — 25650 28900 37200 63250 77100 106450 130400

315.0 — —

355.0 — — — — 25650 28900 37200 63250 77100 — 133700

400.0 — — — — 23100 28700 37500 60700 77100 — —

450.0 — — — — 25650 28900 37200 60700 79150 — —

500.0 — — — — 23100 28700 37500 57400 74700 — —

The torque values given in the table may be reduced depending on what component is most stressed at the various rotation speeds (see the “Thermal Capacities

and Technical Specications” section).

Für die in der Tabelle aufgeführten Torsionsmomente sind Begrenzungen nicht auszuschließen; dies ist von der höheren Belastung der Komponente bei den verschiedenen Drehzahlen abhängig (siehe Kapitel “Wärmeleistung und technische Daten”).

HDP

[Nm]

2max

— — — 25900 34300 — 71700 — —

12000 17650 23100 28300 37500 60700 77100 104350 133000

— — 23100 28700 37500 60700 77100 104350 133000

4.1 - POTENZA TERMICA E DATI TECNICI

4.1 - THERMAL CAPACITY AND RATING CHARTS

4.1 - WARMELEISTUNG UND AUSWAHLTABELLEN

TFAN...

TSR

Potenza termica complessiva Overall thermal capacity Gesamtwärmeleistung

Potenza termica comprensiva del contributo fornito dalla ventilazione forzata

Potenza termica comprensiva del contributo fornito dalla serpentina di raffredda-

Thermal capacity with the contribution of forced ventilation

Thermal capacity inclusive of contribution from cooling coil

Wärmeleistung einschließlich des Beitrags durch die Zwangsbelüftung

Wärmeleistung einschließlich des Beitrags durch die Kühlschlange

mento

TMCRA...

TMCRW...

Potenza termica comprensiva del contributo fornito dalla centralina di raffredda-

mento con scambiatore aria/olio

Potenza termica comprensiva del contributo fornito dalla centralina di raffredda-

mento con scambiatore acqua/olio

Thermal capacity inclusive of contribution from air/oil exchanger cooling unit

Thermal capacity inclusive of contribution from water/oil exchanger cooling unit

Wärmeleistung einschließlich des Beitrags durch das Kühlaggregat mit

Luft-/Öl-Wärmetauscher

Wärmeleistung einschließlich des Beitrags durch das Kühlaggregat mit

Wasser-/Öl-Wärmetauscher

HDP 60 n1 = 1750 min

Tamb = 20°C Tamb = 40°C

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 60 2 7.1 245 3900 104 * * 75 * * *

HDP 60 2 8.0 218 4000 95 * * 75 * * *

HDP 60 2 9.0 195 4200 89 * * 75 * * *

HDP 60 2 10.1 174 4250 80 * 68 75 * * 62

HDP 60 2 11.2 157 4500 77 * 68 75 * * 62

HDP 60 2 12.5 140 4600 70 52 68 — 34 48 62

HDP 60 2 13.5 129 4800 68 52 — — 34 48 62

HDP 60 2 15.2 115 4600 58 52 — — 34 48 —

HDP 60 2 17.3 101 4750 52 52 — — 34 48 —

HDP 60 2 19.4 90 4600 45 — — — 34 — —

TFANL / R

TSR

TFANL / R

TSR

-1

HDP 60 3 22.7 77 4050 35 33 — — 21 31 —

HDP 60 3 25.5 69 4200 32 — — — 21 31 —

HDP 60 3 28.2 62 4500 31 — — — 21 31 —

HDP 60 3 31.7 55 4350 27 — — — 21 — —

HDP 60 3 34.2 51 4700 27 — — — 21 — —

HDP 60 3 38.5 45 4600 23 — — — 21 — —

HDP 60 3 43.7 40 4900 22 — — — 21 — —

HDP 60 3 49.1 36 4600 18.2 — — — — — —

HDP 60 3 56.6 31 4800 16.5 — — — — — —

HDP 60 3 63.6 27.5 4600 14.1 — — — — — —

HDP 60 3 68.6 25.5 5000 14.2 — — — — — —

HDP 60 3 77.1 22.7 4600 11.6 — — — — — —

HDP 60 3 87.6 20.0 5000 11.1 — — — — — —

HDP 60 3 98.4 17.8 4600 9.1 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 60 n1 = 1400 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 60 2 7.1 196 4200 90 48 65 80 * 44 63

HDP 60 2 8.0 174 4250 81 48 65 80 * 44 63

HDP 60 2 9.0 156 4500 77 48 65 80 * 44 63

HDP 60 2 10.1 139 4550 69 48 — — 34 44 63

HDP 60 2 11.2 125 4800 66 48 — — 34 44 63

HDP 60 2 12.5 112 4600 56 48 — — 34 44 —

HDP 60 2 13.5 103 4950 56 48 — — 34 44 —

HDP 60 2 15.2 92 4600 46 — — — 34 — —

HDP 60 2 17.3 81 5000 44 — — — 34 — —

HDP 60 2 19.4 72 4600 36 — — — — — —

HDP 60 3 22.7 62 4350 30 — — — 23 — —

HDP 60 3 25.5 55 4500 27 — — — 23 — —

HDP 60 3 28.2 50 4800 26 — — — 23 — —

HDP 60 3 31.7 44 4600 23 — — — — — —

TSR

HDP 60 3 34.2 41 5000 23 — — — — — —

HDP 60 3 38.5 36 4600 18.6 — — — — — —

HDP 60 3 43.7 32 5000 17.8 — — — — — —

HDP 60 3 49.1 28.5 4600 14.6 — — — — — —

HDP 60 3 56.6 24.7 5000 13.8 — — — — — —

HDP 60 3 63.6 22.0 4600 11.3 — — — — — —

HDP 60 3 68.6 20.4 5000 11.3 — — — — — —

HDP 60 3 77.1 18.2 4600 9.3 — — — — — —

HDP 60 3 87.6 16.0 5000 8.9 — — — — — —

HDP 60 3 98.4 14.2 4600 7.3 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 60 n1 = 1100 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 60 2 7.1 154 4500 76 51 66 — 34 45 66

HDP 60 2 8.0 137 4600 69 51 66 — 34 45 66

HDP 60 2 9.0 123 4750 64 51 — — 34 45 —

HDP 60 2 10.1 109 4600 55 51 — — 34 45 —

HDP 60 2 11.2 99 4950 53 51 — — 34 45 —

HDP 60 2 12.5 88 4600 44 — — — 34 — —

HDP 60 2 13.5 81 5000 44 — — — 34 — —

HDP 60 2 15.2 72 4600 36 — — — 34 — —

HDP 60 2 17.3 64 5000 35 — — — 34 — —

HDP 60 2 19.4 57 4600 28 — — — — — —

HDP 60 3 22.7 48 4650 25 — — — — — —

HDP 60 3 25.5 43 4600 22 — — — — — —

HDP 60 3 28.2 39 5000 22 — — — — — —

HDP 60 3 31.7 35 4600 17.8 — — — — — —

TSR

HDP 60 3 34.2 32 5000 17.9 — — — — — —

HDP 60 3 38.5 28.6 4600 14.6 — — — — — —

HDP 60 3 43.7 25.2 5000 14.0 — — — — — —

HDP 60 3 49.1 22.4 4600 11.5 — — — — — —

HDP 60 3 56.6 19.4 5000 10.8 — — — — — —

HDP 60 3 63.6 17.3 4600 8.9 — — — — — —

HDP 60 3 68.6 16.0 5000 8.9 — — — — — —

HDP 60 3 77.1 14.3 4600 7.3 — — — — — —

HDP 60 3 87.6 12.6 5000 7.0 — — — — — —

HDP 60 3 98.4 11.2 4600 5.7 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 60 n1 = 900 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 60 2 7.1 126 4750 65 54 — — 36 45 68

HDP 60 2 8.0 112 4600 56 54 — — 36 45 —

HDP 60 2 9.0 100 4950 54 54 — — 36 45 —

HDP 60 2 10.1 89 4600 45 — — — 36 — —

HDP 60 2 11.2 81 5000 44 — — — 36 — —

HDP 60 2 12.5 72 4600 36 — — — — — —

HDP 60 2 13.5 67 5000 36 — — — — — —

HDP 60 2 15.2 59 4600 30 — — — — — —

HDP 60 2 17.3 52 5000 28 — — — — — —

HDP 60 2 19.4 46 4600 23 — — — — — —

HDP 60 3 22.7 40 4950 22 — — — — — —

HDP 60 3 25.5 35 4600 18.1 — — — — — —

HDP 60 3 28.2 32 5000 17.7 — — — — — —

HDP 60 3 31.7 28.4 4600 14.5 — — — — — —

TSR

HDP 60 3 34.2 26.3 5000 14.6 — — — — — —

HDP 60 3 38.5 23.4 4600 12.0 — — — — — —

HDP 60 3 43.7 20.6 5000 11.5 — — — — — —

HDP 60 3 49.1 18.3 4600 9.4 — — — — — —

HDP 60 3 56.6 15.9 5000 8.8 — — — — — —

HDP 60 3 63.6 14.2 4600 7.2 — — — — — —

HDP 60 3 68.6 13.1 5000 7.3 — — — — — —

HDP 60 3 77.1 11.7 4600 6.0 — — — — — —

HDP 60 3 87.6 10.3 5000 5.7 — — — — — —

HDP 60 3 98.4 9.1 4600 4.7 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 70 n1 = 1750 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 70 2 8.0 218 5100 121 * * * * * *

HDP 70 2 9.3 188 5300 108 * * * * * *

HDP 70 2 10.1 173 5450 103 * 69 81 * * *

HDP 70 2 11.7 149 5650 92 * 69 81 * * *

HDP 70 2 12.6 139 5900 90 54 69 81 36 50 68

HDP 70 2 14.6 120 6100 80 54 69 — 36 50 68

HDP 70 2 15.2 115 6300 79 54 69 — 36 50 68

HDP 70 2 17.7 99 6500 70 54 69 — 36 50 68

HDP 70 2 19.4 90 6550 64 54 — — 36 50 —

HDP 70 2 22.6 78 6850 58 54 — — 36 50 —

HDP 70 3 25.5 69 6500 50 33 47 — * 30 —

HDP 70 3 29.6 59 6850 45 33 — — * 30 —

HDP 70 3 31.7 55 6000 37 33 — — * 30 —

HDP 70 3 36.9 47 6200 33 — — — * 30 —

TSR

HDP 70 3 38.5 45 6400 32 — — — 23 30 —

HDP 70 3 44.7 39 6450 28 — — — 23 — —

HDP 70 3 49.1 36 6750 27 — — — 23 — —

HDP 70 3 57.0 31 6850 23 — — — 23 — —

HDP 70 3 63.7 27.5 6050 18.5 — — — — — —

HDP 70 3 73.9 23.7 6650 17.5 — — — — — —

HDP 70 3 77.2 22.7 6600 16.6 — — — — — —

HDP 70 3 89.6 19.5 6850 14.9 — — — — — —

HDP 70 3 98.5 17.8 6750 13.3 — — — — — —

HDP 70 3 114.4 15.3 6850 11.7 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 70 n1 = 1400 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 70 2 8.0 174 5450 103 48 65 82 * 44 63

HDP 70 2 9.3 150 5650 92 48 65 82 * 44 63

HDP 70 2 10.1 139 5850 89 48 65 82 * 44 63

HDP 70 2 11.7 120 6050 79 48 — — 34 44 63

HDP 70 2 12.6 112 6300 77 48 — — 34 44 63

HDP 70 2 14.6 96 6500 68 48 — — 34 44 —

HDP 70 2 15.2 92 6700 67 48 — — 34 44 —

HDP 70 2 17.7 79 6850 59 — — — 34 — —

HDP 70 2 19.4 72 6750 53 — — — 34 — —

HDP 70 2 22.6 62 6850 46 — — — — — —

HDP 70 3 25.5 55 6750 41 — — — 23 — —

HDP 70 3 29.6 47 6850 36 — — — 23 — —

HDP 70 3 31.7 44 6400 31 — — — 23 — —

HDP 70 3 36.9 38 6600 28 — — — — — —

TSR

HDP 70 3 38.5 36 6750 27 — — — — — —

HDP 70 3 44.7 31 6850 24 — — — — — —

HDP 70 3 49.1 28.5 6750 21 — — — — — —

HDP 70 3 57.0 24.5 6850 18.7 — — — — — —

HDP 70 3 63.7 22.0 6500 15.9 — — — — — —

HDP 70 3 73.9 18.9 6850 14.4 — — — — — —

HDP 70 3 77.2 18.1 6750 13.6 — — — — — —

HDP 70 3 89.6 15.6 6850 11.9 — — — — — —

HDP 70 3 98.5 14.2 6750 10.7 — — — — — —

HDP 70 3 114.4 12.2 6850 9.3 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 70 n1 = 1100 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 70 2 8.0 137 5850 87 54 69 86 35 46 67

HDP 70 2 9.3 118 6050 78 54 69 — 35 46 67

HDP 70 2 10.1 109 6300 75 54 69 — 35 46 67

HDP 70 2 11.7 94 6500 67 54 — — 35 46 —

HDP 70 2 12.6 88 6750 65 54 — — 35 46 —

HDP 70 2 14.6 75 6850 56 54 — — 35 46 —

HDP 70 2 15.2 72 6750 53 — — — 35 46 —

HDP 70 2 17.7 62 6850 46 — — — 35 46 —

HDP 70 2 19.4 57 6750 42 — — — 35 — —

HDP 70 2 22.6 49 6850 36 — — — 35 — —

HDP 70 3 25.5 43 6750 32 — — — 25 — —

HDP 70 3 29.6 37 6850 28 — — — 25 — —

HDP 70 3 31.7 35 6750 26 — — — 25 — —

HDP 70 3 36.9 29.8 6850 23 — — — — — —

TSR

HDP 70 3 38.5 28.6 6750 21 — — — — — —

HDP 70 3 44.7 24.6 6850 18.7 — — — — — —

HDP 70 3 49.1 22.4 6750 16.8 — — — — — —

HDP 70 3 57.0 19.3 6850 14.7 — — — — — —

HDP 70 3 63.7 17.3 6750 13.0 — — — — — —

HDP 70 3 73.9 14.9 6850 11.3 — — — — — —

HDP 70 3 77.2 14.2 6750 10.7 — — — — — —

HDP 70 3 89.6 12.3 6850 9.4 — — — — — —

HDP 70 3 98.5 11.2 6750 8.4 — — — — — —

HDP 70 3 114.4 9.6 6850 7.3 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 70 n1 = 900 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 70 2 8.0 112 6200 76 56 68 — 38 47 70

HDP 70 2 9.3 96 6450 68 56 — — 38 47 —

HDP 70 2 10.1 89 6700 65 56 — — 38 47 —

HDP 70 2 11.7 77 6850 57 56 — — 38 47 —

HDP 70 2 12.6 72 6750 53 — — — 38 47 —

HDP 70 2 14.6 62 6850 46 — — — 38 — —

HDP 70 2 15.2 59 6750 44 — — — 38 — —

HDP 70 2 17.7 51 6850 38 — — — — — —

HDP 70 2 19.4 46 6750 34 — — — — — —

HDP 70 2 22.6 40 6850 30 — — — — — —

HDP 70 3 25.5 35 6750 26 — — — — — —

HDP 70 3 29.6 30 6850 23 — — — — — —

HDP 70 3 31.7 28.3 6750 21 — — — — — —

HDP 70 3 36.9 24.4 6850 18.6 — — — — — —

TSR

HDP 70 3 38.5 23.4 6750 17.6 — — — — — —

HDP 70 3 44.7 20.1 6850 15.3 — — — — — —

HDP 70 3 49.1 18.3 6750 13.8 — — — — — —

HDP 70 3 57.0 15.8 6850 12.0 — — — — — —

HDP 70 3 63.7 14.1 6750 10.6 — — — — — —

HDP 70 3 73.9 12.2 6850 9.3 — — — — — —

HDP 70 3 77.2 11.7 6750 8.8 — — — — — —

HDP 70 3 89.6 10.0 6850 7.7 — — — — — —

HDP 70 3 98.5 9.1 6750 6.9 — — — — — —

HDP 70 3 114.4 7.9 6850 6.0 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 80 n1 = 1750 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 80 2 8.1 217 8900 211 * 108 * * * *

HDP 80 2 9.4 187 9200 188 * 108 * * * *

HDP 80 2 9.8 178 9500 184 * 108 * * 78 *

HDP 80 2 11.4 153 9850 164 * 108 * * 78 *

HDP 80 2 12.6 139 10350 157 81 108 122 * 78 98

HDP 80 2 14.6 120 10650 139 81 108 122 * 78 98

HDP 80 2 15.5 11 3 11050 136 81 108 122 59 78 98

HDP 80 2 18.0 97 10900 116 81 108 — 59 78 98

HDP 80 2 19.4 90 11550 113 81 108 — 59 78 98

HDP 80 2 22.6 78 11450 97 81 — — 59 78 —

HDP 80 3 25.8 68 9550 72 47 69 — 30 46 —

HDP 80 3 30.0 58 10700 70 47 69 — 30 46 —

HDP 80 3 31.7 55 10250 63 47 — — 30 46 —

HDP 80 3 36.8 48 11600 61 47 — — 30 46 —

TSR

HDP 80 3 39.8 44 10900 53 47 — — 30 46 —

HDP 80 3 46.2 38 12250 52 47 — — 30 46 —

HDP 80 3 51.6 34 11950 45 — — — 30 — —

HDP 80 3 59.9 29.2 12250 40 — — — 30 — —

HDP 80 3 64.8 27.0 12600 38 — — — 30 — —

HDP 80 3 75.2 23.3 12250 32 — — — 30 — —

HDP 80 3 76.4 22.9 11200 29 — — — — — —

HDP 80 3 88.7 19.7 12250 27 — — — — — —

HDP 80 3 95.9 18.2 12550 25 — — — — — —

HDP 80 3 111. 4 15.7 12250 21 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 80 n1 = 1400 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 80 2 8.1 174 9500 180 78 106 11 9 55 76 96

HDP 80 2 9.4 150 9850 161 78 106 11 9 55 76 96

HDP 80 2 9.8 142 10150 157 78 106 119 55 76 96

HDP 80 2 11.4 123 10550 141 78 106 119 55 76 96

HDP 80 2 12.6 111 11050 134 78 106 119 55 76 96

HDP 80 2 14.6 96 11400 119 78 106 11 9 55 76 96

HDP 80 2 15.5 90 11750 116 78 106 — 55 76 96

HDP 80 2 18.0 78 11700 99 78 — — 55 76 96

HDP 80 2 19.4 72 11900 93 78 — — 55 76 —

HDP 80 2 22.6 62 12250 83 — — — 55 76 —

HDP 80 3 25.8 54 9900 60 50 — — 34 48 —

HDP 80 3 30.0 47 11450 60 50 — — 34 48 —

HDP 80 3 31.7 44 11000 54 50 — — 34 48 —

HDP 80 3 36.8 38 12250 52 — — — 34 48 —

TSR

HDP 80 3 39.8 35 11650 46 — — — 34 — —

HDP 80 3 46.2 30 12250 41 — — — 34 — —

HDP 80 3 51.6 27.1 11950 36 — — — 34 — —

HDP 80 3 59.9 23.4 12250 32 — — — — — —

HDP 80 3 64.8 21.6 12600 30 — — — — — —

HDP 80 3 75.2 18.6 12250 25 — — — — — —

HDP 80 3 76.4 18.3 12000 24 — — — — — —

HDP 80 3 88.7 15.8 12250 22 — — — — — —

HDP 80 3 95.9 14.6 12600 20 — — — — — —

HDP 80 3 111. 4 12.6 12250 17.1 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 80 n1 = 1100 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 80 2 8.1 136 10250 152 81 107 122 * 76 98

HDP 80 2 9.4 118 10550 135 81 107 122 * 76 98

HDP 80 2 9.8 112 10950 133 81 107 122 58 76 98

HDP 80 2 11.4 96 11350 119 81 107 — 58 76 98

HDP 80 2 12.6 87 11500 109 81 107 — 58 76 98

HDP 80 2 14.6 75 12250 100 81 — — 58 76 98

HDP 80 2 15.5 71 11750 91 81 — — 58 76 —

HDP 80 2 18.0 61 11950 80 — — — 58 76 —

HDP 80 2 19.4 57 11900 73 — — — 58 — —

HDP 80 2 22.6 49 12250 65 — — — 58 — —

HDP 80 3 25.8 43 9900 47 — — — 36 — —

HDP 80 3 30.0 37 11500 47 — — — 36 — —

HDP 80 3 31.7 35 11650 45 — — — 36 — —

HDP 80 3 36.8 29.9 12250 41 — — — 36 — —

TSR

HDP 80 3 39.8 27.6 12550 39 — — — 36 — —

HDP 80 3 46.2 23.8 12250 32 — — — — — —

HDP 80 3 51.6 21.3 11950 28 — — — — — —

HDP 80 3 59.9 18.4 12250 25 — — — — — —

HDP 80 3 64.8 17.0 12600 24 — — — — — —

HDP 80 3 75.2 14.6 12250 19.9 — — — — — —

HDP 80 3 76.4 14.4 12000 19.2 — — — — — —

HDP 80 3 88.7 12.4 12250 16.9 — — — — — —

HDP 80 3 95.9 11.5 12600 16.1 — — — — — —

HDP 80 3 111. 4 9.9 12250 13.5 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 80 n1 = 900 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 80 2 8.1 112 10350 126 82 102 123 58 73 99

HDP 80 2 9.4 96 11250 11 8 82 102 — 58 73 99

HDP 80 2 9.8 91 11350 11 3 82 102 — 58 73 99

HDP 80 2 11.4 79 12050 103 82 102 — 58 73 99

HDP 80 2 12.6 71 11500 90 82 — — 58 73 —

HDP 80 2 14.6 62 12250 82 82 — — 58 73 —

HDP 80 2 15.5 58 11750 74 — — — 58 73 —

HDP 80 2 18.0 50 11950 65 — — — 58 — —

HDP 80 2 19.4 46 11900 60 — — — 58 — —

HDP 80 2 22.6 40 12250 53 — — — — — —

HDP 80 3 25.8 35 9900 38 — — — 38 — —

HDP 80 3 30.0 30 11500 38 — — — 38 — —

HDP 80 3 31.7 28.4 11650 37 — — — — — —

HDP 80 3 36.8 24.4 12250 33 — — — — — —

TSR

HDP 80 3 39.8 22.6 12600 32 — — — — — —

HDP 80 3 46.2 19.5 12250 27 — — — — — —

HDP 80 3 51.6 17.4 11950 23 — — — — — —

HDP 80 3 59.9 15.0 12250 20 — — — — — —

HDP 80 3 64.8 13.9 12600 19.5 — — — — — —

HDP 80 3 75.2 12.0 12250 16.3 — — — — — —

HDP 80 3 76.4 11.8 12000 15.7 — — — — — —

HDP 80 3 88.7 10.1 12250 13.8 — — — — — —

HDP 80 3 95.9 9.4 12600 13.2 — — — — — —

HDP 80 3 111. 4 8.1 12250 11.0 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 90 n1 = 1750 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 90 2 7.9 221 11700 282 * * * * * *

HDP 90 2 8.8 198 12250 265 * * * * * *

HDP 90 2 10.1 174 12700 241 * 141 * * 98 *

HDP 90 2 11.2 156 13250 226 * 141 * * 98 *

HDP 90 2 12.2 143 13450 210 105 141 153 * 98 122

HDP 90 2 13.6 129 14100 198 105 141 153 * 98 122

HDP 90 2 15.8 111 14350 173 105 141 153 76 98 122

HDP 90 2 17.6 99 15350 166 105 141 153 76 98 122

HDP 90 2 20.1 87 15400 146 105 141 — 76 98 122

HDP 90 2 22.4 78 16550 141 105 141 — 76 98 122

HDP 90 3 25.4 69 14600 112 60 87 82 * 58 60

HDP 90 3 28.3 62 15150 104 60 87 82 * 58 60

HDP 90 3 32.9 53 15600 92 60 87 82 41 58 60

HDP 90 3 36.6 48 16550 88 60 87 82 41 58 60

TSR

HDP 90 3 40.0 44 15100 73 60 — — 41 58 60

HDP 90 3 44.6 39 16750 73 60 — — 41 58 60

HDP 90 3 51.8 34 16300 61 60 — — 41 58 60

HDP 90 3 57.7 30 16750 57 — — — 41 — —

HDP 90 3 65.8 26.6 17650 52 — — — 41 — —

HDP 90 3 73.3 23.9 16750 44 — — — 41 — —

HDP 90 3 77.8 22.5 16150 40 — — — — — —

HDP 90 3 86.6 20.2 16750 38 — — — — — —

HDP 90 3 98.9 17.7 17650 35 — — — — — —

HDP 90 3 110.1 15.9 16750 30 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 90 n1 = 1400 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 90 2 7.9 177 12500 241 102 136 150 * 95 118

HDP 90 2 8.8 159 13100 227 102 136 150 * 95 118

HDP 90 2 10.1 139 13550 206 102 136 150 74 95 118

HDP 90 2 11.2 125 14200 194 102 136 150 74 95 118

HDP 90 2 12.2 11 5 14350 179 102 136 150 74 95 118

HDP 90 2 13.6 103 15100 169 102 136 150 74 95 118

HDP 90 2 15.8 89 15350 148 102 136 — 74 95 11 8

HDP 90 2 17.6 80 16400 142 102 — — 74 95 118

HDP 90 2 20.1 70 16450 125 102 — — 74 95 118

HDP 90 2 22.4 63 16750 114 102 — — 74 95 —

HDP 90 3 25.4 55 15600 96 64 87 86 43 60 65

HDP 90 3 28.3 49 16200 89 64 — 86 43 60 65

HDP 90 3 32.9 43 16700 79 64 — — 43 60 65

HDP 90 3 36.6 38 16750 71 64 — — 43 60 65

TSR

HDP 90 3 40.0 35 16150 63 — — — 43 60 —

HDP 90 3 44.6 31 16750 59 — — — 43 — —

HDP 90 3 51.8 27.0 17450 52 — — — 43 — —

HDP 90 3 57.7 24.3 16750 45 — — — — — —

HDP 90 3 65.8 21.3 17650 42 — — — — — —

HDP 90 3 73.3 19.1 16750 36 — — — — — —

HDP 90 3 77.8 18.0 17250 35 — — — — — —

HDP 90 3 86.6 16.2 16750 30 — — — — — —

HDP 90 3 98.9 14.2 17650 28 — — — — — —

HDP 90 3 110.1 12.7 16750 24 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 90 n1 = 1100 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 90 2 7.9 139 13450 203 105 135 153 74 96 122

HDP 90 2 8.8 125 14050 191 105 135 153 74 96 122

HDP 90 2 10.1 109 14600 174 105 135 153 74 96 122

HDP 90 2 11.2 98 15250 163 105 135 153 74 96 122

HDP 90 2 12.2 90 15450 152 105 135 — 74 96 122

HDP 90 2 13.6 81 16250 143 105 135 — 74 96 122

HDP 90 2 15.8 70 16500 125 105 — — 74 96 122

HDP 90 2 17.6 63 16750 114 105 — — 74 96 —

HDP 90 2 20.1 55 17650 105 105 — — 74 96 —

HDP 90 2 22.4 49 16750 90 — — — 74 — —

HDP 90 3 25.4 43 16800 81 68 — — 46 61 68

HDP 90 3 28.3 39 16750 72 68 — — 46 61 68

HDP 90 3 32.9 33 17650 66 — — — 46 61 —

HDP 90 3 36.6 30 16750 56 — — — 46 — —

TSR

HDP 90 3 40.0 27.5 17350 53 — — — 46 — —

HDP 90 3 44.6 24.7 16750 46 — — — — — —

HDP 90 3 51.8 21.2 17650 42 — — — — — —

HDP 90 3 57.7 19.1 16750 36 — — — — — —

HDP 90 3 65.8 16.7 17650 33 — — — — — —

HDP 90 3 73.3 15.0 16750 28 — — — — — —

HDP 90 3 77.8 14.1 17650 28 — — — — — —

HDP 90 3 86.6 12.7 16750 24 — — — — — —

HDP 90 3 98.9 11.1 17650 22 — — — — — —

HDP 90 3 110.1 10.0 16750 18.6 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 90 n1 = 900 min

Tamb = 20°C Tamb = 40°C

-1

i n

TFANL / R

TSR

TFANL / R

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 90 2 7.9 114 14000 173 107 131 155 76 93 124

HDP 90 2 8.8 102 14950 166 107 131 155 76 93 124

HDP 90 2 10.1 89 15500 151 107 131 — 76 93 124

HDP 90 2 11.2 80 16200 142 107 131 — 76 93 124

HDP 90 2 12.2 74 16400 132 107 131 — 76 93 124

HDP 90 2 13.6 66 16750 121 107 — — 76 93 —

HDP 90 2 15.8 57 17000 106 — — — 76 93 —

HDP 90 2 17.6 51 16750 93 — — — 76 93 —

HDP 90 2 20.1 45 17650 86 — — — 76 — —

HDP 90 2 22.4 40 16750 73 — — — — — —

HDP 90 3 25.4 35 17650 70 — — — 48 60 —

HDP 90 3 28.3 32 16750 59 — — — 48 — —

HDP 90 3 32.9 27.4 17650 54 — — — 48 — —

HDP 90 3 36.6 24.6 16750 46 — — — — — —

TSR

HDP 90 3 40.0 22.5 17650 44 — — — — — —

HDP 90 3 44.6 20.2 16750 38 — — — — — —

HDP 90 3 51.8 17.4 17650 34 — — — — — —

HDP 90 3 57.7 15.6 16750 29 — — — — — —

HDP 90 3 65.8 13.7 17650 27 — — — — — —

HDP 90 3 73.3 12.3 16750 23 — — — — — —

HDP 90 3 77.8 11.6 17650 23 — — — — — —

HDP 90 3 86.6 10.4 16750 19.4 — — — — — —

HDP 90 3 98.9 9.1 17650 17.9 — — — — — —

HDP 90 3 110.1 8.2 16750 15.2 — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 1750 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 236 18400 474 * * * * * * * *

HDP 100 2 8.2 213 20600 478 * * * * * * * *

HDP 100 2 9.1 192 19350 405 * * 224 * * * * 295

HDP 100 2 10.1 173 21350 403 * 180 224 * 340 175 * 295

HDP 100 2 11.3 156 20400 346 * 180 224 272 340 175 213 295

HDP 100 2 12.5 140 21350 326 * 180 224 272 — 175 213 295

HDP 100 2 14.2 124 21300 287 108 180 224 272 — 175 213 —

HDP 100 2 15.7 111 21350 259 108 180 224 — — 175 213 —

HDP 100 2 18.0 97 22400 237 108 180 224 — — 175 213 —

HDP 100 2 20.0 88 21350 204 108 180 — — — 175 — —

HDP 100 2 21.8 80 20050 176 108 — — — — 175 — —

HDP 100 3 22.8 77 20050 171 82 145 — — — 145 166 —

HDP 100 3 25.3 69 21350 164 82 145 — — — 145 — —

HDP 100 3 28.1 62 21100 146 82 145 — — — 145 — —

HDP 100 3 31.3 56 21350 133 82 — — — — — — —

HDP 100 3 35.4 49 22050 121 82 — — — — — — —

HDP 100 3 39.3 44 21350 106 82 — — — — — — —

HDP 100 3 45.0 39 23100 100 82 — — — — — — —

HDP 100 3 50.0 35 21350 83 82 — — — — — — —

HDP 100 3 55.5 32 24050 84 82 — — — — — — —

HDP 100 3 61.7 28.4 21350 67 — — — — — — — —

HDP 100 3 69.9 25.0 24050 67 — — — — — — — —

HDP 100 3 77.7 22.5 21350 54 — — — — — — — —

HDP 100 3 88.9 19.7 24050 53 — — — — — — — —

HDP 100 3 98.8 17.7 21350 42 — — — — — — — —

HDP 100 3 107.6 16.3 20050 36 — — — — — — — —

TMCRW9

HDP 100 4 110.6 15.8 22550 40 — — — — — — — —

HDP 100 4 122.9 14.2 21350 35 — — — — — — — —

HDP 100 4 139.2 12.6 23600 34 — — — — — — — —

HDP 100 4

154.7 11.3 21350 27 — — — — — — — —

HDP 100 4 177.0 9.9 24050 27 — — — — — — — —

HDP 100 4 196.7 8.9 21350 22 — — — — — — — —

HDP 100 4 222.2 7.9 24050 22 — — — — — — — —

HDP 100 4 246.9 7.1 23100 18.6 — — — — — — — —

HDP 100 4 286.4 6.1 24050 16.7 — — — — — — — —

HDP 100 4 318.3 5.5 23100 14.4 — — — — — — — —

HDP 100 4 359.6 4.9 24050 13.3 — — — — — — — —

HDP 100 4 399.5 4.4 23100 11.5 — — — — — — — —

HDP 100 4 457.1 3.8 25650 11.1 — — — — — — — —

HDP 100 4 507.9 3.4 23100 9.0 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 1750 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 236 18400 474 * * * * * * * *

HDP 100 2 8.2 213 20600 478 * * * * * * * *

HDP 100 2 9.1 192 19350 405 * * * * * * * *

HDP 100 2 10.1 173 21350 403 * * 151 * * * * *

HDP 100 2 11.3 156 20400 346 * 127 151 156 200 * * 269

HDP 100 2 12.5 140 21350 326 * 127 151 156 200 * * 269

HDP 100 2 14.2 124 21300 287 * 127 151 156 200 * 185 269

HDP 100 2 15.7 111 21350 259 * 127 151 156 200 158 185 —

HDP 100 2 18.0 97 22400 237 77 127 151 156 200 158 185 —

HDP 100 2 20.0 88 21350 204 77 127 151 156 200 158 185 —

HDP 100 2 21.8 80 20050 176 77 127 151 156 — 158 — —

HDP 100 3 22.8 77 20050 171 * 99 121 124 155 116 137 —

HDP 100 3 25.3 69 21350 164 * 99 121 124 155 116 137 —

HDP 100 3 28.1 62 21100 146 56 99 121 124 — 11 6 137 —

HDP 100 3 31.3 56 21350 133 56 99 121 124 — 11 6 — —

HDP 100 3 35.4 49 22050 121 56 99 121 — — 116 — —

HDP 100 3 39.3 44 21350 106 56 99 — — — — — —

HDP 100 3 45.0 39 23100 100 56 99 — — — — — —

HDP 100 3 50.0 35 21350 83 56 — — — — — — —

HDP 100 3 55.5 32 24050 84 56 — — — — — — —

HDP 100 3 61.7 28.4 21350 67 56 — — — — — — —

HDP 100 3 69.9 25.0 24050 67 56 — — — — — — —

HDP 100 3 77.7 22.5 21350 54 — — — — — — — —

HDP 100 3 88.9 19.7 24050 53 — — — — — — — —

HDP 100 3 98.8 17.7 21350 42 — — — — — — — —

HDP 100 3 107.6 16.3 20050 36 — — — — — — — —

TMCRW9

HDP 100 4 110.6 15.8 22550 40 — — — — — — — —

HDP 100 4 122.9 14.2 21350 35 — — — — — — — —

HDP 100 4 139.2 12.6 23600 34 — — — — — — — —

HDP 100 4

154.7 11.3 21350 27 — — — — — — — —

HDP 100 4 177.0 9.9 24050 27 — — — — — — — —

HDP 100 4 196.7 8.9 21350 22 — — — — — — — —

HDP 100 4 222.2 7.9 24050 22 — — — — — — — —

HDP 100 4 246.9 7.1 23100 18.6 — — — — — — — —

HDP 100 4 286.4 6.1 24050 16.7 — — — — — — — —

HDP 100 4 318.3 5.5 23100 14.4 — — — — — — — —

HDP 100 4 359.6 4.9 24050 13.3 — — — — — — — —

HDP 100 4 399.5 4.4 23100 11.5 — — — — — — — —

HDP 100 4 457.1 3.8 25650 11.1 — — — — — — — —

HDP 100 4 507.9 3.4 23100 9.0 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 1400 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 189 19650 405 * * * 262 340 175 203 297

HDP 100 2 8.2 170 22000 408 * 170 210 262 340 175 203 297

HDP 100 2 9.1 154 20650 346 99 170 210 262 340 175 203 297

HDP 100 2 10.1 138 23100 349 99 170 210 262 — 175 203 297

HDP 100 2 11.3 124 21800 296 99 170 210 262 — 175 203 —

HDP 100 2 12.5 11 2 23100 282 99 170 210 — — 175 203 —

HDP 100 2 14.2 99 22800 246 99 170 210 — — 175 203 —

HDP 100 2 15.7 89 23100 224 99 170 — — — 175 203 —

HDP 100 2 18.0 78 23950 203 99 170 — — — 175 203 —

HDP 100 2 20.0 70 23100 176 99 — — — — — — —

HDP 100 2 21.8 64 21700 152 99 — — — — — — —

HDP 100 3 22.8 61 21450 147 88 142 — — — — — —

HDP 100 3 25.3 55 23100 142 88 — — — — — — —

HDP 100 3 28.1 50 22600 125 88 — — — — — — —

HDP 100 3 31.3 45 23100 115 88 — — — — — — —

HDP 100 3 35.4 40 23600 104 88 — — — — — — —

HDP 100 3 39.3 36 23100 91 — — — — — — — —

HDP 100 3 45.0 31 24700 85 — — — — — — — —

HDP 100 3 50.0 28.0 23100 72 — — — — — — — —

HDP 100 3 55.5 25.2 25650 72 — — — — — — — —

HDP 100 3 61.7 22.7 23100 58 — — — — — — — —

HDP 100 3 69.9 20.0 25650 57 — — — — — — — —

HDP 100 3 77.7 18.0 23100 46 — — — — — — — —

HDP 100 3 88.9 15.8 25650 45 — — — — — — — —

HDP 100 3 98.8 14.2 23100 36 — — — — — — — —

HDP 100 3 107.6 13.0 21700 31 — — — — — — — —

TMCRW9

HDP 100 4 110.6 12.7 24100 35 — — — — — — — —

HDP 100 4 122.9 11.4 23100 30 — — — — — — — —

HDP 100 4 139.2 10.1 25250 29 — — — — — — — —

HDP 100 4

154.7 9.0 23100 24 — — — — — — — —

HDP 100 4 177.0 7.9 25650 23 — — — — — — — —

HDP 100 4 196.7 7.1 23100 18.7 — — — — — — — —

HDP 100 4 222.2 6.3 25650 18.3 — — — — — — — —

HDP 100 4 246.9 5.7 23100 14.9 — — — — — — — —

HDP 100 4 286.4 4.9 25650 14.2 — — — — — — — —

HDP 100 4 318.3 4.4 23100 11.5 — — — — — — — —

HDP 100 4 359.6 3.9 25650 11.3 — — — — — — — —

HDP 100 4 399.5 3.5 23100 9.2 — — — — — — — —

HDP 100 4 457.1 3.1 25650 8.9 — — — — — — — —

HDP 100 4 507.9 2.8 23100 7.2 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 1400 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 189 19650 405 * * * * 192 * * 259

HDP 100 2 8.2 170 22000 408 * 11 0 140 148 192 * 176 259

HDP 100 2 9.1 154 20650 346 * 11 0 140 148 192 * 176 259

HDP 100 2 10.1 138 23100 349 * 11 0 140 148 192 * 176 259

HDP 100 2 11.3 124 21800 296 * 11 0 140 148 192 157 176 259

HDP 100 2 12.5 11 2 23100 282 71 110 140 148 192 157 176 —

HDP 100 2 14.2 99 22800 246 71 110 140 148 192 157 176 —

HDP 100 2 15.7 89 23100 224 71 110 140 148 192 157 176 —

HDP 100 2 18.0 78 23950 203 71 110 140 148 192 157 176 —

HDP 100 2 20.0 70 23100 176 71 110 140 148 — — — —

HDP 100 2 21.8 64 21700 152 71 110 140 — — — — —

HDP 100 3 22.8 61 21450 147 59 99 118 — — — — —

HDP 100 3 25.3 55 23100 142 59 99 118 — — — — —

HDP 100 3 28.1 50 22600 125 59 99 118 — — — — —

HDP 100 3 31.3 45 23100 115 59 99 — — — — — —

HDP 100 3 35.4 40 23600 104 59 99 — — — — — —

HDP 100 3 39.3 36 23100 91 59 — — — — — — —

HDP 100 3 45.0 31 24700 85 59 — — — — — — —

HDP 100 3 50.0 28.0 23100 72 59 — — — — — — —

HDP 100 3 55.5 25.2 25650 72 59 — — — — — — —

HDP 100 3 61.7 22.7 23100 58 — — — — — — — —

HDP 100 3 69.9 20.0 25650 57 — — — — — — — —

HDP 100 3 77.7 18.0 23100 46 — — — — — — — —

HDP 100 3 88.9 15.8 25650 45 — — — — — — — —

HDP 100 3 98.8 14.2 23100 36 — — — — — — — —

HDP 100 3 107.6 13.0 21700 31 — — — — — — — —

TMCRW9

HDP 100 4 110.6 12.7 24100 35 — — — — — — — —

HDP 100 4 122.9 11.4 23100 30 — — — — — — — —

HDP 100 4 139.2 10.1 25250 29 — — — — — — — —

HDP 100 4

154.7 9.0 23100 24 — — — — — — — —

HDP 100 4 177.0 7.9 25650 23 — — — — — — — —

HDP 100 4 196.7 7.1 23100 18.7 — — — — — — — —

HDP 100 4 222.2 6.3 25650 18.3 — — — — — — — —

HDP 100 4 246.9 5.7 23100 14.9 — — — — — — — —

HDP 100 4 286.4 4.9 25650 14.2 — — — — — — — —

HDP 100 4 318.3 4.4 23100 11.5 — — — — — — — —

HDP 100 4 359.6 3.9 25650 11.3 — — — — — — — —

HDP 100 4 399.5 3.5 23100 9.2 — — — — — — — —

HDP 100 4 457.1 3.1 25650 8.9 — — — — — — — —

HDP 100 4 507.9 2.8 23100 7.2 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 1100 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 149 21150 343 * 173 209 275 — 188 216 310

HDP 100 2 8.2 134 23100 337 * 173 209 275 — 188 216 310

HDP 100 2 9.1 121 22200 292 109 173 209 275 — 188 216 —

HDP 100 2 10.1 109 23100 274 109 173 209 — — 188 216 —

HDP 100 2 11.3 98 23450 250 109 173 209 — — 188 216 —

HDP 100 2 12.5 88 23100 222 109 173 209 — — 188 216 —

HDP 100 2 14.2 78 23750 201 109 173 — — — 188 — —

HDP 100 2 15.7 70 23100 176 109 — — — — — — —

HDP 100 2 18.0 61 23950 160 109 — — — — — — —

HDP 100 2 20.0 55 23100 139 109 — — — — — — —

HDP 100 2 21.8 50 21700 119 109 — — — — — — —

HDP 100 3 22.8 48 23050 124 93 142 — — — — — —

HDP 100 3 25.3 43 23100 112 93 — — — — — — —

HDP 100 3 28.1 39 24250 106 93 — — — — — — —

HDP 100 3 31.3 35 23100 90 — — — — — — — —

HDP 100 3 35.4 31 25350 88 — — — — — — — —

HDP 100 3 39.3 28.0 23100 72 — — — — — — — —

HDP 100 3 45.0 24.4 24700 67 — — — — — — — —

HDP 100 3 50.0 22.0 23100 57 — — — — — — — —

HDP 100 3 55.5 19.8 25650 57 — — — — — — — —

HDP 100 3 61.7 17.8 23100 46 — — — — — — — —

HDP 100 3 69.9 15.7 25650 45 — — — — — — — —

HDP 100 3 77.7 14.2 23100 36 — — — — — — — —

HDP 100 3 88.9 12.4 25650 35 — — — — — — — —

HDP 100 3 98.8 11.1 23100 29 — — — — — — — —

HDP 100 3 107.6 10.2 21700 25 — — — — — — — —

TMCRW9

HDP 100 4 110.6 9.9 24100 27 — — — — — — — —

HDP 100 4 122.9 8.9 23100 23 — — — — — — — —

HDP 100 4 139.2 7.9 25250 23 — — — — — — — —

HDP 100 4

154.7 7.1 23100 18.6 — — — — — — — —

HDP 100 4 177.0 6.2 25650 18.1 — — — — — — — —

HDP 100 4 196.7 5.6 23100 14.7 — — — — — — — —

HDP 100 4 222.2 5.0 25650 14.4 — — — — — — — —

HDP 100 4 246.9 4.5 23100 11.7 — — — — — — — —

HDP 100 4 286.4 3.8 25650 11.2 — — — — — — — —

HDP 100 4 318.3 3.5 23100 9.1 — — — — — — — —

HDP 100 4 359.6 3.1 25650 8.9 — — — — — — — —

HDP 100 4 399.5 2.8 23100 7.2 — — — — — — — —

HDP 100 4 457.1 2.4 25650 7.0 — — — — — — — —

HDP 100 4 507.9 2.2 23100 5.7 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 1100 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 149 21150 343 * 11 4 141 158 202 149 177 271

HDP 100 2 8.2 134 23100 337 * 11 4 141 158 202 149 177 271

HDP 100 2 9.1 121 22200 292 * 11 4 141 158 202 149 177 271

HDP 100 2 10.1 109 23100 274 * 11 4 141 158 202 149 177 271

HDP 100 2 11.3 98 23450 250 77 114 141 158 202 149 177 —

HDP 100 2 12.5 88 23100 222 77 114 141 158 202 149 177 —

HDP 100 2 14.2 78 23750 201 77 114 141 158 — 149 177 —

HDP 100 2 15.7 70 23100 176 77 114 141 158 — 149 — —

HDP 100 2 18.0 61 23950 160 77 114 141 158 — 149 — —

HDP 100 2 20.0 55 23100 139 77 114 — — — — — —

HDP 100 2 21.8 50 21700 119 77 11 4 — — — — — —

HDP 100 3 22.8 48 23050 124 64 100 117 — — — — —

HDP 100 3 25.3 43 23100 112 64 100 — — — — — —

HDP 100 3 28.1 39 24250 106 64 100 — — — — — —

HDP 100 3 31.3 35 23100 90 64 — — — — — — —

HDP 100 3 35.4 31 25350 88 64 — — — — — — —

HDP 100 3 39.3 28.0 23100 72 64 — — — — — — —

HDP 100 3 45.0 24.4 24700 67 64 — — — — — — —

HDP 100 3 50.0 22.0 23100 57 — — — — — — — —

HDP 100 3 55.5 19.8 25650 57 — — — — — — — —

HDP 100 3 61.7 17.8 23100 46 — — — — — — — —

HDP 100 3 69.9 15.7 25650 45 — — — — — — — —

HDP 100 3 77.7 14.2 23100 36 — — — — — — — —

HDP 100 3 88.9 12.4 25650 35 — — — — — — — —

HDP 100 3 98.8 11.1 23100 29 — — — — — — — —

HDP 100 3 107.6 10.2 21700 25 — — — — — — — —

TMCRW9

HDP 100 4 110.6 9.9 24100 27 — — — — — — — —

HDP 100 4 122.9 8.9 23100 23 — — — — — — — —

HDP 100 4 139.2 7.9 25250 23 — — — — — — — —

HDP 100 4

154.7 7.1 23100 18.6 — — — — — — — —

HDP 100 4 177.0 6.2 25650 18.1 — — — — — — — —

HDP 100 4 196.7 5.6 23100 14.7 — — — — — — — —

HDP 100 4 222.2 5.0 25650 14.4 — — — — — — — —

HDP 100 4 246.9 4.5 23100 11.7 — — — — — — — —

HDP 100 4 286.4 3.8 25650 11.2 — — — — — — — —

HDP 100 4 318.3 3.5 23100 9.1 — — — — — — — —

HDP 100 4 359.6 3.1 25650 8.9 — — — — — — — —

HDP 100 4 399.5 2.8 23100 7.2 — — — — — — — —

HDP 100 4 457.1 2.4 25650 7.0 — — — — — — — —

HDP 100 4 507.9 2.2 23100 5.7 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 900 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 122 22450 298 108 165 193 283 — 196 224 —

HDP 100 2 8.2 109 23100 276 108 165 193 — — 196 224 —

HDP 100 2 9.1 99 23150 249 108 165 193 — — 196 224 —

HDP 100 2 10.1 89 23100 224 108 165 193 — — 196 — —

HDP 100 2 11.3 80 23450 205 108 165 193 — — 196 — —

HDP 100 2 12.5 72 23100 181 108 165 — — — — — —

HDP 100 2 14.2 64 23750 165 108 — — — — — — —

HDP 100 2 15.7 57 23100 144 108 — — — — — — —

HDP 100 2 18.0 50 23950 131 108 — — — — — — —

HDP 100 2 20.0 45 23100 113 — — — — — — — —

HDP 100 2 21.8 41 21700 98 — — — — — — — —

HDP 100 3 22.8 40 24500 108 96 — — — — — — —

HDP 100 3 25.3 36 23100 91 — — — — — — — —

HDP 100 3 28.1 32 25650 91 — — — — — — — —

HDP 100 3 31.3 28.8 23100 74 — — — — — — — —

HDP 100 3 35.4 25.4 25650 73 — — — — — — — —

HDP 100 3 39.3 22.9 23100 59 — — — — — — — —

HDP 100 3 45.0 20.0 25650 57 — — — — — — — —

HDP 100 3 50.0 18.0 23100 46 — — — — — — — —

HDP 100 3 55.5 16.2 25650 46 — — — — — — — —

HDP 100 3 61.7 14.6 23100 37 — — — — — — — —

HDP 100 3 69.9 12.9 25650 37 — — — — — — — —

HDP 100 3 77.7 11.6 23100 30 — — — — — — — —

HDP 100 3 88.9 10.1 25650 29 — — — — — — — —

HDP 100 3 98.8 9.1 23100 23 — — — — — — — —

HDP 100 3 107.6 8.4 21700 20 — — — — — — — —

TMCRW9

HDP 100 4 110.6 8.1 25650 24 — — — — — — — —

HDP 100 4 122.9 7.3 23100 19.2 — — — — — — — —

HDP 100 4 139.2 6.5 25650 18.8 — — — — — — — —

HDP 100 4

154.7 5.8 23100 15.3 — — — — — — — —

HDP 100 4 177.0 5.1 25650 14.8 — — — — — — — —

HDP 100 4 196.7 4.6 23100 12.0 — — — — — — — —

HDP 100 4 222.2 4.1 25650 11.8 — — — — — — — —

HDP 100 4 246.9 3.6 23100 9.6 — — — — — — — —

HDP 100 4 286.4 3.1 25650 9.1 — — — — — — — —

HDP 100 4 318.3 2.8 23100 7.4 — — — — — — — —

HDP 100 4 359.6 2.5 25650 7.3 — — — — — — — —

HDP 100 4 399.5 2.3 23100 5.9 — — — — — — — —

HDP 100 4 457.1 2.0 25650 5.7 — — — — — — — —

HDP 100 4 507.9 1.8 23100 4.6 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 100 n1 = 900 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 100 2 7.4 122 22450 298 * 111 131 166 210 157 185 279

HDP 100 2 8.2 109 23100 276 * 111 131 166 210 157 185 —

HDP 100 2 9.1 99 23150 249 * 111 131 166 210 157 185 —

HDP 100 2 10.1 89 23100 224 78 111 131 166 210 157 185 —

HDP 100 2 11.3 80 23450 205 78 111 131 166 — 157 185 —

HDP 100 2 12.5 72 23100 181 78 111 131 166 — 157 — —

HDP 100 2 14.2 64 23750 165 78 111 131 — — 157 — —

HDP 100 2 15.7 57 23100 144 78 111 131 — — — — —

HDP 100 2 18.0 50 23950 131 78 111 — — — — — —

HDP 100 2 20.0 45 23100 113 78 — — — — — — —

HDP 100 2 21.8 41 21700 98 78 — — — — — — —

HDP 100 3 22.8 40 24500 108 67 95 108 — — — — —

HDP 100 3 25.3 36 23100 91 67 — — — — — — —

HDP 100 3 28.1 32 25650 91 67 — — — — — — —

HDP 100 3 31.3 28.8 23100 74 67 — — — — — — —

HDP 100 3 35.4 25.4 25650 73 67 — — — — — — —

HDP 100 3 39.3 22.9 23100 59 — — — — — — — —

HDP 100 3 45.0 20.0 25650 57 — — — — — — — —

HDP 100 3 50.0 18.0 23100 46 — — — — — — — —

HDP 100 3 55.5 16.2 25650 46 — — — — — — — —

HDP 100 3 61.7 14.6 23100 37 — — — — — — — —

HDP 100 3 69.9 12.9 25650 37 — — — — — — — —

HDP 100 3 77.7 11.6 23100 30 — — — — — — — —

HDP 100 3 88.9 10.1 25650 29 — — — — — — — —

HDP 100 3 98.8 9.1 23100 23 — — — — — — — —

HDP 100 3 107.6 8.4 21700 20 — — — — — — — —

TMCRW9

HDP 100 4 110.6 8.1 25650 24 — — — — — — — —

HDP 100 4 122.9 7.3 23100 19.2 — — — — — — — —

HDP 100 4 139.2 6.5 25650 18.8 — — — — — — — —

HDP 100 4

154.7 5.8 23100 15.3 — — — — — — — —

HDP 100 4 177.0 5.1 25650 14.8 — — — — — — — —

HDP 100 4 196.7 4.6 23100 12.0 — — — — — — — —

HDP 100 4 222.2 4.1 25650 11.8 — — — — — — — —

HDP 100 4 246.9 3.6 23100 9.6 — — — — — — — —

HDP 100 4 286.4 3.1 25650 9.1 — — — — — — — —

HDP 100 4 318.3 2.8 23100 7.4 — — — — — — — —

HDP 100 4 359.6 2.5 25650 7.3 — — — — — — — —

HDP 100 4 399.5 2.3 23100 5.9 — — — — — — — —

HDP 100 4 457.1 2.0 25650 5.7 — — — — — — — —

HDP 100 4 507.9 1.8 23100 4.6 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 1750 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 216 21200 500 * * * * * * * *

HDP 110 2 9.0 195 22450 478 * * * * * * * *

HDP 110 2 9.9 176 22300 428 * * * * * * * *

HDP 110 2 11.0 159 24000 416 * * 223 * * * * 294

HDP 110 2 12.3 142 23500 365 * 188 223 270 348 * 211 294

HDP 110 2 13.6 129 25300 355 * 188 223 270 348 * 211 294

HDP 110 2 15.5 113 24550 303 * 188 223 270 — 193 211 294

HDP 110 2 17.1 102 26400 294 * 188 223 270 — 193 2 11 —

HDP 110 2 19.7 89 25350 246 11 4 188 223 — — 193 2 11 —

HDP 110 2 21.8 80 26400 231 11 4 188 223 — — 193 2 11 —

HDP 110 2 25.0 70 23650 180 11 4 — — — — — — —

HDP 110 3 24.9 70 23000 180 81 144 174 — — 144 165 —

HDP 110 3 27.6 64 24000 170 81 144 — — — 144 165 —

HDP 110 3 30.7 57 24650 156 81 144 — — — 144 — —

HDP 110 3 34.0 51 25750 147 81 144 — — — 144 — —

HDP 110 3 38.7 45 25700 129 81 — — — — — — —

HDP 110 3 42.8 41 26400 120 81 — — — — — — —

HDP 110 3 49.2 36 26450 105 81 — — — — — — —

HDP 110 3 54.5 32 26400 94 81 — — — — — — —

HDP 110 3 60.7 28.8 27950 90 81 — — — — — — —

HDP 110 3 67.2 26.0 26400 76 — — — — — — — —

HDP 110 3 76.4 22.9 28300 72 — — — — — — — —

HDP 110 3 84.6 20.7 26400 61 — — — — — — — —

HDP 110 3 97.1 18.0 26450 53 — — — — — — — —

HDP 110 3 107.6 16.3 26400 48 — — — — — — — —

HDP 110 3 123.4 14.2 23650 37 — — — — — — — —

TMCRW9

HDP 110 4 120.9 14.5 25950 43 — — — — — — — —

HDP 110 4 133.9 13.1 26400 39 — — — — — — — —

HDP 110 4 168.5 10.4 26400 31 — — — — — — — —

HDP 1

10 4 191.0 9.2 28700 30 — — — — — — — —

HDP 110 4 193.4 9.0 26450 27 — — — — — — — —

HDP 110 4 214.2 8.2 26400 24 — — — — — — — —

HDP 110 4 248.6 7.0 28500 23 — — — — — — — —

HDP 110 4 275.4 6.4 26400 19.0 — — — — — — — —

HDP 110 4 313.0 5.6 28700 18.2 — — — — — — — —

HDP 110 4 346.7 5.0 26400 15.1 — — — — — — — —

HDP 110 4 392.9 4.5 28700 14.5 — — — — — — — —

HDP 110 4 440.7 4.0 26400 11.9 — — — — — — — —

HDP 110 4 499.4 3.5 26450 10.5 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 1750 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 216 21200 500 * * * * * * * *

HDP 110 2 9.0 195 22450 478 * * * * * * * *

HDP 110 2 9.9 176 22300 428 * * * * * * * *

HDP 110 2 11.0 159 24000 416 * * * * * * * *

HDP 110 2 12.3 142 23500 365 * 124 158 * * * * 266

HDP 110 2 13.6 129 25300 355 * 124 158 * * * * 266

HDP 110 2 15.5 113 24550 303 * 124 158 164 208 * 183 266

HDP 110 2 17.1 102 26400 294 * 124 158 164 208 156 183 266

HDP 110 2 19.7 89 25350 246 * 124 158 164 208 156 183 —

HDP 110 2 21.8 80 26400 231 77 124 158 164 208 156 183 —

HDP 110 2 25.0 70 23650 180 77 124 158 164 — 156 — —

HDP 110 3 24.9 70 23000 180 * * 120 123 154 115 136 —

HDP 110 3 27.6 64 24000 170 * * 120 123 154 115 136 —

HDP 110 3 30.7 57 24650 156 * 101 120 123 154 115 136 —

HDP 110 3 34.0 51 25750 147 * 101 120 123 — 115 136 —

HDP 110 3 38.7 45 25700 129 58 101 120 123 — 115 — —

HDP 110 3 42.8 41 26400 120 58 101 — — — 115 — —

HDP 110 3 49.2 36 26450 105 58 101 — — — — — —

HDP 110 3 54.5 32 26400 94 58 — — — — — — —

HDP 110 3 60.7 28.8 27950 90 58 — — — — — — —

HDP 110 3 67.2 26.0 26400 76 58 — — — — — — —

HDP 110 3 76.4 22.9 28300 72 58 — — — — — — —

HDP 110 3 84.6 20.7 26400 61 58 — — — — — — —

HDP 110 3 97.1 18.0 26450 53 — — — — — — — —

HDP 110 3 107.6 16.3 26400 48 — — — — — — — —

HDP 110 3 123.4 14.2 23650 37 — — — — — — — —

TMCRW9

HDP 110 4 120.9 14.5 25950 43 — — — — — — — —

HDP 110 4 133.9 13.1 26400 39 — — — — — — — —

HDP 110 4 168.5 10.4 26400 31 — — — — — — — —

HDP 1

10 4 191.0 9.2 28700 30 — — — — — — — —

HDP 110 4 193.4 9.0 26450 27 — — — — — — — —

HDP 110 4 214.2 8.2 26400 24 — — — — — — — —

HDP 110 4 248.6 7.0 28500 23 — — — — — — — —

HDP 110 4 275.4 6.4 26400 19.0 — — — — — — — —

HDP 110 4 313.0 5.6 28700 18.2 — — — — — — — —

HDP 110 4 346.7 5.0 26400 15.1 — — — — — — — —

HDP 110 4 392.9 4.5 28700 14.5 — — — — — — — —

HDP 110 4 440.7 4.0 26400 11.9 — — — — — — — —

HDP 110 4 499.4 3.5 26450 10.5 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 1400 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 173 22650 428 * * * 259 337 * 200 294

HDP 110 2 9.0 156 24000 409 * * * 259 337 184 200 294

HDP 110 2 9.9 141 23850 366 * 177 217 259 337 184 200 294

HDP 110 2 11.0 127 25700 356 * 177 217 259 337 184 200 294

HDP 110 2 12.3 11 4 24750 307 106 177 217 259 — 184 200 294

HDP 110 2 13.6 103 26100 293 106 177 217 259 — 184 200 —

HDP 110 2 15.5 90 25050 247 106 177 217 — — 184 200 —

HDP 110 2 17.1 82 26450 236 106 177 217 — — 184 200 —

HDP 110 2 19.7 71 25350 197 106 177 — — — — — —

HDP 110 2 21.8 64 26700 187 106 177 — — — — — —

HDP 110 2 25.0 56 25900 158 106 — — — — — — —

HDP 110 3 24.9 56 24600 154 88 142 — — — 151 — —

HDP 110 3 27.6 51 25650 145 88 142 — — — — — —

HDP 110 3 30.7 46 26350 134 88 — — — — — — —

HDP 110 3 34.0 41 27550 126 88 — — — — — — —

HDP 110 3 38.7 36 27500 111 88 — — — — — — —

HDP 110 3 42.8 33 28900 105 88 — — — — — — —

HDP 110 3 49.2 28.5 28525 90 — — — — — — — —

HDP 110 3 54.5 25.7 28900 83 — — — — — — — —

HDP 110 3 60.7 23.1 27950 72 — — — — — — — —

HDP 110 3 67.2 20.8 28900 67 — — — — — — — —

HDP 110 3 76.4 18.3 28300 58 — — — — — — — —

HDP 110 3 84.6 16.5 28900 53 — — — — — — — —

HDP 110 3 97.1 14.4 28525 46 — — — — — — — —

HDP 110 3 107.6 13.0 28900 42 — — — — — — — —

HDP 110 3 123.4 11.3 25900 33 — — — — — — — —

TMCRW9

HDP 110 4 120.9 11.6 27750 36 — — — — — — — —

HDP 110 4 133.9 10.5 28900 34 — — — — — — — —

HDP 110 4 168.5 8.3 28900 27 — — — — — — — —

HDP 1

10 4 191.0 7.3 28700 24 — — — — — — — —

HDP 110 4 193.4 7.2 28700 24 — — — — — — — —

HDP 110 4 214.2 6.5 28900 21 — — — — — — — —

HDP 110 4 248.6 5.6 28500 18.2 — — — — — — — —

HDP 110 4 275.4 5.1 28900 16.7 — — — — — — — —

HDP 110 4 313.0 4.5 28700 14.6 — — — — — — — —

HDP 110 4 346.7 4.0 28900 13.2 — — — — — — — —

HDP 110 4 392.9 3.6 28700 11.6 — — — — — — — —

HDP 110 4 440.7 3.2 28900 10.4 — — — — — — — —

HDP 110 4 499.4 2.8 28700 9.1 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 1400 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 173 22650 428 * * * * * * * *

HDP 110 2 9.0 156 24000 409 * * * * * * * 258

HDP 110 2 9.9 141 23850 366 * 116 146 154 198 * * 258

HDP 110 2 11.0 127 25700 356 * 116 146 154 198 155 173 258

HDP 110 2 12.3 11 4 24750 307 * 116 146 154 198 155 173 258

HDP 110 2 13.6 103 26100 293 * 116 146 154 198 155 173 258

HDP 110 2 15.5 90 25050 247 76 116 146 154 198 155 173 258

HDP 110 2 17.1 82 26450 236 76 116 146 154 198 155 173 —

HDP 110 2 19.7 71 25350 197 76 116 146 154 198 155 173 —

HDP 110 2 21.8 64 26700 187 76 116 146 154 — 155 173 —

HDP 110 2 25.0 56 25900 158 76 116 — — — — — —

HDP 110 3 24.9 56 24600 154 59 99 11 8 129 — 121 142 —

HDP 110 3 27.6 51 25650 145 59 99 11 8 129 — 121 142 —

HDP 110 3 30.7 46 26350 134 59 99 11 8 129 — 121 — —

HDP 110 3 34.0 41 27550 126 59 99 11 8 — — 121 — —

HDP 110 3 38.7 36 27500 111 59 99 — — — — — —

HDP 110 3 42.8 33 28900 105 59 — — — — — — —

HDP 110 3 49.2 28.5 28525 90 59 — — — — — — —

HDP 110 3 54.5 25.7 28900 83 59 — — — — — — —

HDP 110 3 60.7 23.1 27950 72 59 — — — — — — —

HDP 110 3 67.2 20.8 28900 67 59 — — — — — — —

HDP 110 3 76.4 18.3 28300 58 — — — — — — — —

HDP 110 3 84.6 16.5 28900 53 — — — — — — — —

HDP 110 3 97.1 14.4 28525 46 — — — — — — — —

HDP 110 3 107.6 13.0 28900 42 — — — — — — — —

HDP 110 3 123.4 11.3 25900 33 — — — — — — — —

TMCRW9

HDP 110 4 120.9 11.6 27750 36 — — — — — — — —

HDP 110 4 133.9 10.5 28900 34 — — — — — — — —

HDP 110 4 168.5 8.3 28900 27 — — — — — — — —

HDP 1

10 4 191.0 7.3 28700 24 — — — — — — — —

HDP 110 4 193.4 7.2 28700 24 — — — — — — — —

HDP 110 4 214.2 6.5 28900 21 — — — — — — — —

HDP 110 4 248.6 5.6 28500 18.2 — — — — — — — —

HDP 110 4 275.4 5.1 28900 16.7 — — — — — — — —

HDP 110 4 313.0 4.5 28700 14.6 — — — — — — — —

HDP 110 4 346.7 4.0 28900 13.2 — — — — — — — —

HDP 110 4 392.9 3.6 28700 11.6 — — — — — — — —

HDP 110 4 440.7 3.2 28900 10.4 — — — — — — — —

HDP 110 4 499.4 2.8 28700 9.1 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 1100 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 136 24050 357 * 170 206 272 350 185 213 307

HDP 110 2 9.0 123 25400 340 * 170 206 272 — 185 213 307

HDP 110 2 9.9 111 24450 295 * 170 206 272 — 185 213 —

HDP 110 2 11.0 100 25800 281 106 170 206 272 — 185 213 —

HDP 110 2 12.3 89 24750 241 106 170 206 — — 185 213 —

HDP 110 2 13.6 81 26100 230 106 170 206 — — 185 213 —

HDP 110 2 15.5 71 25050 194 106 170 — — — 185 — —

HDP 110 2 17.1 64 26450 185 106 170 — — — 185 — —

HDP 110 2 19.7 56 25350 155 106 — — — — — — —

HDP 110 2 21.8 50 26700 147 106 — — — — — — —

HDP 110 2 25.0 44 25900 124 106 — — — — — — —

HDP 110 3 24.9 44 26450 130 92 — — — — — — —

HDP 110 3 27.6 40 27600 123 92 — — — — — — —

HDP 110 3 30.7 36 27950 111 92 — — — — — — —

HDP 110 3 34.0 32 27550 99 92 — — — — — — —

HDP 110 3 38.7 28.4 28300 90 — — — — — — — —

HDP 110 3 42.8 25.7 28900 83 — — — — — — — —

HDP 110 3 49.2 22.4 28500 71 — — — — — — — —

HDP 110 3 54.5 20.2 28900 65 — — — — — — — —

HDP 110 3 60.7 18.1 27950 56 — — — — — — — —

HDP 110 3 67.2 16.4 28900 53 — — — — — — — —

HDP 110 3 76.4 14.4 28300 45 — — — — — — — —

HDP 110 3 84.6 13.0 28900 42 — — — — — — — —

HDP 110 3 97.1 11.3 28500 36 — — — — — — — —

HDP 110 3 107.6 10.2 28900 33 — — — — — — — —

HDP 110 3 123.4 8.9 25900 26 — — — — — — — —

TMCRW9

HDP 110 4 120.9 9.1 28500 29 — — — — — — — —

HDP 110 4 133.9 8.2 28900 27 — — — — — — — —

HDP 110 4 168.5 6.5 28900 21 — — — — — — — —

HDP 1

10 4 191.0 5.8 28700 18.8 — — — — — — — —

HDP 110 4 193.4 5.7 28700 18.5 — — — — — — — —

HDP 110 4 214.2 5.1 28900 16.8 — — — — — — — —

HDP 110 4 248.6 4.4 28500 14.3 — — — — — — — —

HDP 110 4 275.4 4.0 28900 13.1 — — — — — — — —

HDP 110 4 313.0 3.5 28700 11.5 — — — — — — — —

HDP 110 4 346.7 3.2 28900 10.4 — — — — — — — —

HDP 110 4 392.9 2.8 28700 9.1 — — — — — — — —

HDP 110 4 440.7 2.5 28900 8.2 — — — — — — — —

HDP 110 4 499.4 2.2 28700 7.2 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 1100 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 136 24050 357 * * 138 155 199 146 174 268

HDP 110 2 9.0 123 25400 340 * 113 138 155 199 146 174 268

HDP 110 2 9.9 111 24450 295 * 113 138 155 199 146 174 268

HDP 110 2 11.0 100 25800 281 * 11 3 138 155 199 146 174 268

HDP 110 2 12.3 89 24750 241 75 113 138 155 199 146 174 —

HDP 110 2 13.6 81 26100 230 75 113 138 155 199 146 174 —

HDP 110 2 15.5 71 25050 194 75 113 138 155 — 146 174 —

HDP 110 2 17.1 64 26450 185 75 113 138 155 — 146 174 —

HDP 110 2 19.7 56 25350 155 75 113 138 — — 146 — —

HDP 110 2 21.8 50 26700 147 75 113 138 — — 146 — —

HDP 110 2 25.0 44 25900 124 75 113 — — — — — —

HDP 110 3 24.9 44 26450 130 63 99 11 6 — — 126 147 —

HDP 110 3 27.6 40 27600 123 63 99 11 6 — — — — —

HDP 110 3 30.7 36 27950 111 63 99 — — — — — —

HDP 110 3 34.0 32 27550 99 63 99 — — — — — —

HDP 110 3 38.7 28.4 28300 90 63 — — — — — — —

HDP 110 3 42.8 25.7 28900 83 63 — — — — — — —

HDP 110 3 49.2 22.4 28500 71 63 — — — — — — —

HDP 110 3 54.5 20.2 28900 65 63 — — — — — — —

HDP 110 3 60.7 18.1 27950 56 — — — — — — — —

HDP 110 3 67.2 16.4 28900 53 — — — — — — — —

HDP 110 3 76.4 14.4 28300 45 — — — — — — — —

HDP 110 3 84.6 13.0 28900 42 — — — — — — — —

HDP 110 3 97.1 11.3 28500 36 — — — — — — — —

HDP 110 3 107.6 10.2 28900 33 — — — — — — — —

HDP 110 3 123.4 8.9 25900 26 — — — — — — — —

TMCRW9

HDP 110 4 120.9 9.1 28500 29 — — — — — — — —

HDP 110 4 133.9 8.2 28900 27 — — — — — — — —

HDP 110 4 168.5 6.5 28900 21 — — — — — — — —

HDP 1

10 4 191.0 5.8 28700 18.8 — — — — — — — —

HDP 110 4 193.4 5.7 28700 18.5 — — — — — — — —

HDP 110 4 214.2 5.1 28900 16.8 — — — — — — — —

HDP 110 4 248.6 4.4 28500 14.3 — — — — — — — —

HDP 110 4 275.4 4.0 28900 13.1 — — — — — — — —

HDP 110 4 313.0 3.5 28700 11.5 — — — — — — — —

HDP 110 4 346.7 3.2 28900 10.4 — — — — — — — —

HDP 110 4 392.9 2.8 28700 9.1 — — — — — — — —

HDP 110 4 440.7 2.5 28900 8.2 — — — — — — — —

HDP 110 4 499.4 2.2 28700 7.2 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 900 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 111 24050 292 106 163 191 281 — 194 222 —

HDP 110 2 9.0 100 25400 278 106 163 191 — — 194 222 —

HDP 110 2 9.9 90 24450 241 106 163 191 — — 194 222 —

HDP 110 2 11.0 82 25800 230 106 163 191 — — 194 222 —

HDP 110 2 12.3 73 24750 198 106 163 191 — — 194 — —

HDP 110 2 13.6 66 26100 188 106 163 — — — — — —

HDP 110 2 15.5 58 25050 159 106 — — — — — — —

HDP 110 2 17.1 53 26450 151 106 — — — — — — —

HDP 110 2 19.7 46 25350 126 106 — — — — — — —

HDP 110 2 21.8 41 26700 120 106 — — — — — — —

HDP 110 2 25.0 36 25900 102 — — — — — — — —

HDP 110 3 24.9 36 27600 111 96 — — — — — — —

HDP 110 3 27.6 33 28900 105 96 — — — — — — —

HDP 110 3 30.7 29.3 27950 91 — — — — — — — —

HDP 110 3 34.0 26.4 28900 85 — — — — — — — —

HDP 110 3 38.7 23.3 28300 73 — — — — — — — —

HDP 110 3 42.8 21.0 28900 68 — — — — — — — —

HDP 110 3 49.2 18.3 28500 58 — — — — — — — —

HDP 110 3 54.5 16.5 28900 53 — — — — — — — —

HDP 110 3 60.7 14.8 27950 46 — — — — — — — —

HDP 110 3 67.2 13.4 28900 43 — — — — — — — —

HDP 110 3 76.4 11.8 28300 37 — — — — — — — —

HDP 110 3 84.6 10.6 28900 34 — — — — — — — —

HDP 110 3 97.1 9.3 28500 29 — — — — — — — —

HDP 110 3 107.6 8.4 28900 27 — — — — — — — —

HDP 110 3 123.4 7.3 25900 21 — — — — — — — —

TMCRW9

HDP 110 4 120.9 7.4 28500 24 — — — — — — — —

HDP 110 4 133.9 6.7 28900 22 — — — — — — — —

HDP 110 4 168.5 5.3 28900 17.5 — — — — — — — —

HDP 1

10 4 191.0 4.7 28700 15.4 — — — — — — — —

HDP 110 4 193.4 4.7 28700 15.2 — — — — — — — —

HDP 110 4 214.2 4.2 28900 13.8 — — — — — — — —

HDP 110 4 248.6 3.6 28500 11.7 — — — — — — — —

HDP 110 4 275.4 3.3 28900 10.7 — — — — — — — —

HDP 110 4 313.0 2.9 28700 9.4 — — — — — — — —

HDP 110 4 346.7 2.6 28900 8.5 — — — — — — — —

HDP 110 4 392.9 2.3 28700 7.5 — — — — — — — —

HDP 110 4 440.7 2.0 28900 6.7 — — — — — — — —

HDP 110 4 499.4 1.8 28700 5.9 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 110 n1 = 900 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 110 2 8.1 111 24050 292 67 109 129 164 208 155 183 277

HDP 110 2 9.0 100 25400 278 67 109 129 164 208 155 183 277

HDP 110 2 9.9 90 24450 241 67 109 129 164 208 155 183 —

HDP 110 2 11.0 82 25800 230 67 109 129 164 208 155 183 —

HDP 110 2 12.3 73 24750 198 67 109 129 164 — 155 183 —

HDP 110 2 13.6 66 26100 188 67 109 129 164 — 155 183 —

HDP 110 2 15.5 58 25050 159 67 109 129 — — 155 — —

HDP 110 2 17.1 53 26450 151 67 109 129 — — — — —

HDP 110 2 19.7 46 25350 126 67 109 — — — — — —

HDP 110 2 21.8 41 26700 120 67 109 — — — — — —

HDP 110 2 25.0 36 25900 102 67 — — — — — — —

HDP 110 3 24.9 36 27600 111 66 94 107 — — — — —

HDP 110 3 27.6 33 28900 105 66 94 — — — — — —

HDP 110 3 30.7 29.3 27950 91 66 — — — — — — —

HDP 110 3 34.0 26.4 28900 85 66 — — — — — — —

HDP 110 3 38.7 23.3 28300 73 66 — — — — — — —

HDP 110 3 42.8 21.0 28900 68 66 — — — — — — —

HDP 110 3 49.2 18.3 28500 58 — — — — — — — —

HDP 110 3 54.5 16.5 28900 53 — — — — — — — —

HDP 110 3 60.7 14.8 27950 46 — — — — — — — —

HDP 110 3 67.2 13.4 28900 43 — — — — — — — —

HDP 110 3 76.4 11.8 28300 37 — — — — — — — —

HDP 110 3 84.6 10.6 28900 34 — — — — — — — —

HDP 110 3 97.1 9.3 28500 29 — — — — — — — —

HDP 110 3 107.6 8.4 28900 27 — — — — — — — —

HDP 110 3 123.4 7.3 25900 21 — — — — — — — —

TMCRW9

HDP 110 4 120.9 7.4 28500 24 — — — — — — — —

HDP 110 4 133.9 6.7 28900 22 — — — — — — — —

HDP 110 4 168.5 5.3 28900 17.5 — — — — — — — —

HDP 1

10 4 191.0 4.7 28700 15.4 — — — — — — — —

HDP 110 4 193.4 4.7 28700 15.2 — — — — — — — —

HDP 110 4 214.2 4.2 28900 13.8 — — — — — — — —

HDP 110 4 248.6 3.6 28500 11.7 — — — — — — — —

HDP 110 4 275.4 3.3 28900 10.7 — — — — — — — —

HDP 110 4 313.0 2.9 28700 9.4 — — — — — — — —

HDP 110 4 346.7 2.6 28900 8.5 — — — — — — — —

HDP 110 4 392.9 2.3 28700 7.5 — — — — — — — —

HDP 110 4 440.7 2.0 28900 6.7 — — — — — — — —

HDP 110 4 499.4 1.8 28700 5.9 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 1750 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 221 28250 682 * * * * * * * *

HDP 120 2 8.6 203 28750 637 * * * * * * * *

HDP 120 2 10.3 170 30600 567 * * * * * * * *

HDP 120 2 11.2 156 31200 531 * * 253 271 349 * * *

HDP 120 2 13.0 134 31800 466 * 218 253 271 349 * * 322

HDP 120 2 14.2 123 32450 437 * 218 253 271 349 * 230 322

HDP 120 2 16.0 11 0 33400 399 * 218 253 271 349 213 230 322

HDP 120 2 17.4 101 34150 375 * 218 253 271 349 213 230 322

HDP 120 2 20.6 85 35350 327 138 218 253 271 — 213 230 322

HDP 120 2 22.5 78 35000 297 138 218 253 271 — 213 230 —

HDP 120 2 25.4 69 31750 239 138 218 — — — 213 230 —

HDP 120 3 25.8 68 31150 235 103 177 213 230 — 166 187 —

HDP 120 3 28.0 62 31800 221 103 177 213 — — 166 187 —

HDP 120 3 32.5 54 32600 195 103 177 — — — 166 187 —

HDP 120 3 35.4 49 33100 182 103 177 — — — 166 — —

HDP 120 3 39.9 44 34250 167 103 — — — — 166 — —

HDP 120 3 43.5 40 34750 156 103 — — — — — — —

HDP 120 3 51.6 34 35350 133 103 — — — — — — —

HDP 120 3 56.1 31 35000 121 103 — — — — — — —

HDP 120 3 64.3 27.2 35350 107 103 — — — — — — —

HDP 120 3 70.0 25.0 35000 97 — — — — — — — —

HDP 120 3 78.9 22.2 35350 87 — — — — — — — —

HDP 120 3 85.9 20.4 35000 79 — — — — — — — —

HDP 120 3 101.8 17.2 35350 68 — — — — — — — —

HDP 120 3 110.9 15.8 35000 61 — — — — — — — —

HDP 120 3 125.2 14.0 31750 49 — — — — — — — —

TMCRW9

HDP 120 4 128.0 13.7 32650 51 — — — — — — — —

HDP 120 4 139.4 12.6 35600 51 — — — — — — — —

HDP 120 4 157.1 11.1

33650 43 — — — — — — — —

HDP 120 4 171.1 10.2 35000 41 — — — — — — — —

HDP 120 4 202.8 8.6 35350 35 — — — — — — — —

HDP 120 4 220.8 7.9 35000 31 — — — — — — — —

HDP 120 4 254.6 6.9 35350 28 — — — — — — — —

HDP 120 4 277.2 6.3 35000 25 — — — — — — — —

HDP 120 4 323.2 5.4 35350 22 — — — — — — — —

HDP 120 4 351.9 5.0 35000 19.8 — — — — — — — —

HDP 120 4 405.7 4.3 35350 17.3 — — — — — — — —

HDP 120 4 454.3 3.9 37200 16.3 — — — — — — — —

HDP 120 4 523.7 3.3 37500 14.2 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 1750 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 221 28250 682 * * * * * * * *

HDP 120 2 8.6 203 28750 637 * * * * * * * *

HDP 120 2 10.3 170 30600 567 * * * * * * * *

HDP 120 2 11.2 156 31200 531 * * * * * * * *

HDP 120 2 13.0 134 31800 466 * * * * * * * *

HDP 120 2 14.2 123 32450 437 * * * * * * * 277

HDP 120 2 16.0 11 0 33400 399 * 156 193 * 219 * 194 277

HDP 120 2 17.4 101 34150 375 * 156 193 176 219 * 194 277

HDP 120 2 20.6 85 35350 327 * 156 193 176 219 178 194 277

HDP 120 2 22.5 78 35000 297 * 156 193 176 219 178 194 277

HDP 120 2 25.4 69 31750 239 * 156 193 176 219 178 194 —

HDP 120 3 25.8 68 31150 235 * 120 147 137 168 129 150 218

HDP 120 3 28.0 62 31800 221 * 120 147 137 168 129 150 218

HDP 120 3 32.5 54 32600 195 * 120 147 137 168 129 150 —

HDP 120 3 35.4 49 33100 182 * 120 147 137 168 129 150 —

HDP 120 3 39.9 44 34250 167 74 120 147 137 — 129 150 —

HDP 120 3 43.5 40 34750 156 74 120 147 137 — 129 150 —

HDP 120 3 51.6 34 35350 133 74 120 — — — 129 — —

HDP 120 3 56.1 31 35000 121 74 120 — — — — — —

HDP 120 3 64.3 27.2 35350 107 74 — — — — — — —

HDP 120 3 70.0 25.0 35000 97 74 — — — — — — —

HDP 120 3 78.9 22.2 35350 87 74 — — — — — — —

HDP 120 3 85.9 20.4 35000 79 74 — — — — — — —

HDP 120 3 101.8 17.2 35350 68 — — — — — — — —

HDP 120 3 110.9 15.8 35000 61 — — — — — — — —

HDP 120 3 125.2 14.0 31750 49 — — — — — — — —

TMCRW9

HDP 120 4 128.0 13.7 32650 51 — — — — — — — —

HDP 120 4 139.4 12.6 35600 51 — — — — — — — —

HDP 120 4 157.1 11.1

33650 43 — — — — — — — —

HDP 120 4 171.1 10.2 35000 41 — — — — — — — —

HDP 120 4 202.8 8.6 35350 35 — — — — — — — —

HDP 120 4 220.8 7.9 35000 31 — — — — — — — —

HDP 120 4 254.6 6.9 35350 28 — — — — — — — —

HDP 120 4 277.2 6.3 35000 25 — — — — — — — —

HDP 120 4 323.2 5.4 35350 22 — — — — — — — —

HDP 120 4 351.9 5.0 35000 19.8 — — — — — — — —

HDP 120 4 405.7 4.3 35350 17.3 — — — — — — — —

HDP 120 4 454.3 3.9 37200 16.3 — — — — — — — —

HDP 120 4 523.7 3.3 37500 14.2 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 1400 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 177 30200 583 * * * * 343 * * *

HDP 120 2 8.6 163 30750 545 * * * 268 343 * * 303

HDP 120 2 10.3 136 32750 485 * 204 248 268 343 * 228 303

HDP 120 2 11.2 125 33350 454 * 204 248 268 343 215 228 303

HDP 120 2 13.0 108 34000 399 127 204 248 268 343 215 228 303

HDP 120 2 14.2 99 34700 374 127 204 248 268 343 215 228 303

HDP 120 2 16.0 88 35750 342 127 204 248 268 — 215 228 303

HDP 120 2 17.4 80 36500 320 127 204 248 268 — 215 228 303

HDP 120 2 20.6 68 36700 272 127 204 248 — — 215 228 —

HDP 120 2 22.5 62 37200 253 127 204 — — — 215 228 —

HDP 120 2 25.4 55 34300 206 127 — — — — — — —

HDP 120 3 25.8 54 33300 201 110 174 — — — 173 194 —

HDP 120 3 28.0 50 34000 189 110 174 — — — 173 194 —

HDP 120 3 32.5 43 34850 167 110 — — — — — — —

HDP 120 3 35.4 40 35400 156 110 — — — — — — —

HDP 120 3 39.9 35 36600 143 110 — — — — — — —

HDP 120 3 43.5 32 37150 133 110 — — — — — — —

HDP 120 3 51.6 27.2 37500 113 — — — — — — — —

HDP 120 3 56.1 24.9 37200 103 — — — — — — — —

HDP 120 3 64.3 21.8 37500 91 — — — — — — — —

HDP 120 3 70.0 20.0 37200 83 — — — — — — — —

HDP 120 3 78.9 17.7 37500 74 — — — — — — — —

HDP 120 3 85.9 16.3 37200 67 — — — — — — — —

HDP 120 3 101.8 13.7 37500 57 — — — — — — — —

HDP 120 3 110.9 12.6 37200 52 — — — — — — — —

HDP 120 3 125.2 11.2 34300 43 — — — — — — — —

TMCRW9

HDP 120 4 128.0 10.9 34950 43 — — — — — — — —

HDP 120 4 139.4 10.0 37200 42 — — — — — — — —

HDP 120 4 157.1 8.9 36000 36 — — — — — — — —

HDP 120 4

171.1 8.2 37200 35 — — — — — — — —

HDP 120 4 202.8 6.9 37500 29 — — — — — — — —

HDP 120 4 220.8 6.3 37200 27 — — — — — — — —

HDP 120 4 254.6 5.5 37500 23 — — — — — — — —

HDP 120 4 277.2 5.0 37200 21 — — — — — — — —

HDP 120 4 323.2 4.3 37500 18.4 — — — — — — — —

HDP 120 4 351.9 4.0 37200 16.8 — — — — — — — —

HDP 120 4 405.7 3.5 37500 14.7 — — — — — — — —

HDP 120 4 454.3 3.1 37200 13.0 — — — — — — — —

HDP 120 4 523.7 2.7 37500 11.4 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 1400 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 177 30200 583 * * * * * * * *

HDP 120 2 8.6 163 30750 545 * * * * * * * *

HDP 120 2 10.3 136 32750 485 * * * * * * * 275

HDP 120 2 11.2 125 33350 454 * * * * 208 * 183 275

HDP 120 2 13.0 108 34000 399 * 147 180 177 208 * 183 275

HDP 120 2 14.2 99 34700 374 * 147 180 177 208 178 183 275

HDP 120 2 16.0 88 35750 342 90 147 180 177 208 178 183 275

HDP 120 2 17.4 80 36500 320 90 147 180 177 208 178 183 275

HDP 120 2 20.6 68 36700 272 90 147 180 177 208 178 183 275

HDP 120 2 22.5 62 37200 253 90 147 180 177 208 178 183 —

HDP 120 2 25.4 55 34300 206 90 147 180 177 — 178 183 —

HDP 120 3 25.8 54 33300 201 74 121 144 145 176 137 158 —

HDP 120 3 28.0 50 34000 189 74 121 144 145 176 137 158 —

HDP 120 3 32.5 43 34850 167 74 121 144 145 — 137 158 —

HDP 120 3 35.4 40 35400 156 74 121 144 145 — 137 158 —

HDP 120 3 39.9 35 36600 143 74 121 — — — 137 — —

HDP 120 3 43.5 32 37150 133 74 121 — — — — — —

HDP 120 3 51.6 27.2 37500 113 74 — — — — — — —

HDP 120 3 56.1 24.9 37200 103 74 — — — — — — —

HDP 120 3 64.3 21.8 37500 91 74 — — — — — — —

HDP 120 3 70.0 20.0 37200 83 74 — — — — — — —

HDP 120 3 78.9 17.7 37500 74 — — — — — — — —

HDP 120 3 85.9 16.3 37200 67 — — — — — — — —

HDP 120 3 101.8 13.7 37500 57 — — — — — — — —

HDP 120 3 110.9 12.6 37200 52 — — — — — — — —

HDP 120 3 125.2 11.2 34300 43 — — — — — — — —

TMCRW9

HDP 120 4 128.0 10.9 34950 43 — — — — — — — —

HDP 120 4 139.4 10.0 37200 42 — — — — — — — —

HDP 120 4 157.1 8.9 36000 36 — — — — — — — —

HDP 120 4

171.1 8.2 37200 35 — — — — — — — —

HDP 120 4 202.8 6.9 37500 29 — — — — — — — —

HDP 120 4 220.8 6.3 37200 27 — — — — — — — —

HDP 120 4 254.6 5.5 37500 23 — — — — — — — —

HDP 120 4 277.2 5.0 37200 21 — — — — — — — —

HDP 120 4 323.2 4.3 37500 18.4 — — — — — — — —

HDP 120 4 351.9 4.0 37200 16.8 — — — — — — — —

HDP 120 4 405.7 3.5 37500 14.7 — — — — — — — —

HDP 120 4 454.3 3.1 37200 13.0 — — — — — — — —

HDP 120 4 523.7 2.7 37500 11.4 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 1100 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 139 32450 492 * * 232 284 362 * 225 319

HDP 120 2 8.6 128 33050 460 * 194 232 284 362 * 225 319

HDP 120 2 10.3 107 35200 410 126 194 232 284 362 214 225 319

HDP 120 2 11.2 98 35850 383 126 194 232 284 362 214 225 319

HDP 120 2 13.0 85 36000 332 126 194 232 284 — 214 225 319

HDP 120 2 14.2 78 37200 315 126 194 232 284 — 214 225 —

HDP 120 2 16.0 69 36350 273 126 194 232 — — 214 225 —

HDP 120 2 17.4 63 37200 256 126 194 232 — — 214 225 —

HDP 120 2 20.6 53 36700 213 126 194 — — — — — —

HDP 120 2 22.5 49 37200 199 126 194 — — — — — —

HDP 120 2 25.4 43 34300 162 126 — — — — — — —

HDP 120 3 25.8 43 35800 170 116 174 — — — 179 — —

HDP 120 3 28.0 39 36550 159 116 — — — — — — —

HDP 120 3 32.5 34 37500 141 116 — — — — — — —

HDP 120 3 35.4 31 37200 128 116 — — — — — — —

HDP 120 3 39.9 27.5 37500 115 — — — — — — — —

HDP 120 3 43.5 25.3 37200 105 — — — — — — — —

HDP 120 3 51.6 21.3 37500 89 — — — — — — — —

HDP 120 3 56.1 19.6 37200 81 — — — — — — — —

HDP 120 3 64.3 17.1 37500 71 — — — — — — — —

HDP 120 3 70.0 15.7 37200 65 — — — — — — — —

HDP 120 3 78.9 13.9 37500 58 — — — — — — — —

HDP 120 3 85.9 12.8 37200 53 — — — — — — — —

HDP 120 3 101.8 10.8 37500 45 — — — — — — — —

HDP 120 3 110.9 9.9 37200 41 — — — — — — — —

HDP 120 3 125.2 8.8 34300 34 — — — — — — — —

TMCRW9

HDP 120 4 128.0 8.6 37500 37 — — — — — — — —

HDP 120 4 139.4 7.9 37200 33 — — — — — — — —

HDP 120 4 157.1 7.0 37500 30 — — — — — — — —

HDP 120 4

171.1 6.4 37200 27 — — — — — — — —

HDP 120 4 202.8 5.4 37500 23 — — — — — — — —

HDP 120 4 220.8 5.0 37200 21 — — — — — — — —

HDP 120 4 254.6 4.3 37500 18.4 — — — — — — — —

HDP 120 4 277.2 4.0 37200 16.8 — — — — — — — —

HDP 120 4 323.2 3.4 37500 14.5 — — — — — — — —

HDP 120 4 351.9 3.1 37200 13.2 — — — — — — — —

HDP 120 4 405.7 2.7 37500 11.5 — — — — — — — —

HDP 120 4 454.3 2.4 37200 10.2 — — — — — — — —

HDP 120 4 523.7 2.1 37500 8.9 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 1100 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 139 32450 492 * * * * 203 * * 272

HDP 120 2 8.6 128 33050 460 * * 154 161 203 * 180 272

HDP 120 2 10.3 107 35200 410 * 140 154 161 203 * 180 272

HDP 120 2 11.2 98 35850 383 * 140 154 161 203 168 180 272

HDP 120 2 13.0 85 36000 332 * 140 154 161 203 168 180 272

HDP 120 2 14.2 78 37200 315 * 140 154 161 203 168 180 272

HDP 120 2 16.0 69 36350 273 * 140 154 161 203 168 180 272

HDP 120 2 17.4 63 37200 256 * 140 154 161 203 168 180 —

HDP 120 2 20.6 53 36700 213 106 140 154 161 203 168 180 —

HDP 120 2 22.5 49 37200 199 106 140 154 161 — 168 180 —

HDP 120 2 25.4 43 34300 162 106 140 154 161 — — — —

HDP 120 3 25.8 43 35800 170 79 121 142 150 — 142 163 —

HDP 120 3 28.0 39 36550 159 79 121 142 150 — 142 — —

HDP 120 3 32.5 34 37500 141 79 121 — — — — — —

HDP 120 3 35.4 31 37200 128 79 121 — — — — — —

HDP 120 3 39.9 27.5 37500 115 79 — — — — — — —

HDP 120 3 43.5 25.3 37200 105 79 — — — — — — —

HDP 120 3 51.6 21.3 37500 89 79 — — — — — — —

HDP 120 3 56.1 19.6 37200 81 79 — — — — — — —

HDP 120 3 64.3 17.1 37500 71 — — — — — — — —

HDP 120 3 70.0 15.7 37200 65 — — — — — — — —

HDP 120 3 78.9 13.9 37500 58 — — — — — — — —

HDP 120 3 85.9 12.8 37200 53 — — — — — — — —

HDP 120 3 101.8 10.8 37500 45 — — — — — — — —

HDP 120 3 110.9 9.9 37200 41 — — — — — — — —

HDP 120 3 125.2 8.8 34300 34 — — — — — — — —

TMCRW9

HDP 120 4 128.0 8.6 37500 37 — — — — — — — —

HDP 120 4 139.4 7.9 37200 33 — — — — — — — —

HDP 120 4 157.1 7.0 37500 30 — — — — — — — —

HDP 120 4

171.1 6.4 37200 27 — — — — — — — —

HDP 120 4 202.8 5.4 37500 23 — — — — — — — —

HDP 120 4 220.8 5.0 37200 21 — — — — — — — —

HDP 120 4 254.6 4.3 37500 18.4 — — — — — — — —

HDP 120 4 277.2 4.0 37200 16.8 — — — — — — — —

HDP 120 4 323.2 3.4 37500 14.5 — — — — — — — —

HDP 120 4 351.9 3.1 37200 13.2 — — — — — — — —

HDP 120 4 405.7 2.7 37500 11.5 — — — — — — — —

HDP 120 4 454.3 2.4 37200 10.2 — — — — — — — —

HDP 120 4 523.7 2.1 37500 8.9 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 900 min

Tamb = 20°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 114 34450 428 * 186 218 297 375 210 238 332

HDP 120 2 8.6 105 35100 400 124 186 218 297 375 210 238 332

HDP 120 2 10.3 87 35550 339 124 186 218 297 — 210 238 332

HDP 120 2 11.2 80 37100 324 124 186 218 297 — 210 238 —

HDP 120 2 13.0 69 36000 271 124 186 218 — — 210 238 —

HDP 120 2 14.2 64 37200 258 124 186 218 — — 210 238 —

HDP 120 2 16.0 56 36350 223 124 186 218 — — 210 — —

HDP 120 2 17.4 52 37200 210 124 186 — — — — — —

HDP 120 2 20.6 44 36700 175 124 — — — — — — —

HDP 120 2 22.5 40 37200 163 124 — — — — — — —

HDP 120 2 25.4 35 34300 133 124 — — — — — — —

HDP 120 3 25.8 35 36450 142 120 — — — — — — —

HDP 120 3 28.0 32 37200 133 120 — — — — — — —

HDP 120 3 32.5 27.7 37500 115 — — — — — — — —

HDP 120 3 35.4 25.4 37200 105 — — — — — — — —

HDP 120 3 39.9 22.5 37500 94 — — — — — — — —

HDP 120 3 43.5 20.7 37200 86 — — — — — — — —

HDP 120 3 51.6 17.5 37500 73 — — — — — — — —

HDP 120 3 56.1 16.0 37200 66 — — — — — — — —

HDP 120 3 64.3 14.0 37500 58 — — — — — — — —

HDP 120 3 70.0 12.9 37200 53 — — — — — — — —

HDP 120 3 78.9 11.4 37500 48 — — — — — — — —

HDP 120 3 85.9 10.5 37200 43 — — — — — — — —

HDP 120 3 101.8 8.8 37500 37 — — — — — — — —

HDP 120 3 110.9 8.1 37200 34 — — — — — — — —

HDP 120 3 125.2 7.2 34300 27 — — — — — — — —

TMCRW9

HDP 120 4 128.0 7.0 37500 30 — — — — — — — —

HDP 120 4 139.4 6.5 37200 27 — — — — — — — —

HDP 120 4 157.1 5.7 37500 24 — — — — — — — —

HDP 120 4

171.1 5.3 37200 22 — — — — — — — —

HDP 120 4 202.8 4.4 37500 18.9 — — — — — — — —

HDP 120 4 220.8 4.1 37200 17.2 — — — — — — — —

HDP 120 4 254.6 3.5 37500 15.1 — — — — — — — —

HDP 120 4 277.2 3.2 37200 13.7 — — — — — — — —

HDP 120 4 323.2 2.8 37500 11.9 — — — — — — — —

HDP 120 4 351.9 2.6 37200 10.8 — — — — — — — —

HDP 120 4 405.7 2.2 37500 9.4 — — — — — — — —

HDP 120 4 454.3 2.0 37200 8.4 — — — — — — — —

HDP 120 4 523.7 1.7 37500 7.3 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 120 n1 = 900 min

Tamb = 40°C

-1

i n

TFANL / R

TFANLR

TMCRA5PTMCRA9PTSR

TMCRW5

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 120 2 7.9 114 34450 428 * * 145 172 216 163 191 285

HDP 120 2 8.6 105 35100 400 * * 145 172 216 163 191 285

HDP 120 2 10.3 87 35550 339 * 136 145 172 216 163 191 285

HDP 120 2 11.2 80 37100 324 * 136 145 172 216 163 191 285

HDP 120 2 13.0 69 36000 271 * 136 145 172 216 163 191 —

HDP 120 2 14.2 64 37200 258 * 136 145 172 216 163 191 —

HDP 120 2 16.0 56 36350 223 104 136 145 172 216 163 191 —

HDP 120 2 17.4 52 37200 210 104 136 145 172 — 163 191 —

HDP 120 2 20.6 44 36700 175 104 136 145 172 — 163 — —

HDP 120 2 22.5 40 37200 163 104 136 145 — — — — —

HDP 120 2 25.4 35 34300 133 104 — — — — — — —

HDP 120 3 25.8 35 36450 142 83 116 132 — — — — —

HDP 120 3 28.0 32 37200 133 83 116 132 — — — — —

HDP 120 3 32.5 27.7 37500 115 83 — — — — — — —

HDP 120 3 35.4 25.4 37200 105 83 — — — — — — —

HDP 120 3 39.9 22.5 37500 94 83 — — — — — — —

HDP 120 3 43.5 20.7 37200 86 83 — — — — — — —

HDP 120 3 51.6 17.5 37500 73 — — — — — — — —

HDP 120 3 56.1 16.0 37200 66 — — — — — — — —

HDP 120 3 64.3 14.0 37500 58 — — — — — — — —

HDP 120 3 70.0 12.9 37200 53 — — — — — — — —

HDP 120 3 78.9 11.4 37500 48 — — — — — — — —

HDP 120 3 85.9 10.5 37200 43 — — — — — — — —

HDP 120 3 101.8 8.8 37500 37 — — — — — — — —

HDP 120 3 110.9 8.1 37200 34 — — — — — — — —

HDP 120 3 125.2 7.2 34300 27 — — — — — — — —

TMCRW9

HDP 120 4 128.0 7.0 37500 30 — — — — — — — —

HDP 120 4 139.4 6.5 37200 27 — — — — — — — —

HDP 120 4 157.1 5.7 37500 24 — — — — — — — —

HDP 120 4

171.1 5.3 37200 22 — — — — — — — —

HDP 120 4 202.8 4.4 37500 18.9 — — — — — — — —

HDP 120 4 220.8 4.1 37200 17.2 — — — — — — — —

HDP 120 4 254.6 3.5 37500 15.1 — — — — — — — —

HDP 120 4 277.2 3.2 37200 13.7 — — — — — — — —

HDP 120 4 323.2 2.8 37500 11.9 — — — — — — — —

HDP 120 4 351.9 2.6 37200 10.8 — — — — — — — —

HDP 120 4 405.7 2.2 37500 9.4 — — — — — — — —

HDP 120 4 454.3 2.0 37200 8.4 — — — — — — — —

HDP 120 4 523.7 1.7 37500 7.3 — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 1750 min

Tamb = 20°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 241 41500 1090 * * * * * * * * * *

HDP 130 2 7.9 221 43950 1058 * * * * * * * * * *

HDP 130 2 8.6 203 43850 971 * * * * * * * * * *

HDP 130 2 9.4 186 46350 941 * * * * * 620 * * * *

HDP 130 2 11.3 155 48550 819 * * 411 334 412 620 * * * 529

HDP 130 2 12.3 142 49650 768 * * 411 334 412 620 * * * 529

HDP 130 2 14.1 124 49550 669 * 354 4 11 334 412 620 * * 393 529

HDP 130 2 15.4 11 3 50850 629 * 354 411 334 412 620 * 302 393 529

HDP 130 2 17.4 100 53150 582 * 354 4 11 334 412 — * 302 393 529

HDP 130 2 19.0 92 56550 567 * 354 411 334 412 — 310 302 393 529

HDP 130 2 21.7 81 57400 506 206 354 411 334 412 — 310 302 393 —

HDP 130 3 21.8 80 56550 505 * 266 324 273 330 506 — * 230 298 414 —

HDP 130 3 23.8 74 56900 466 * 266 324 273 330 — — * 230 298 414 —

HDP 130 3 28.6 61 59300 404 155 266 324 273 330 — — 257 230 298 — —

HDP 130 3 31.2 56 56900 355 155 266 324 273 330 — — 257 230 298 — —

HDP 130 3 35.7 49 56400 307 155 266 — 273 — — — 257 230 298 — —

HDP 130 3 39.0 45 56900 284 155 266 — 273 — — — 257 230 — — —

HDP 130 3 44.1 40 58650 259 155 — — — — — — 257 230 — — —

HDP 130 3 48.1 36 56900 230 155 — — — — — — — 230 — — —

HDP 130 3 56.5 31 59300 204 155 — — — — — — — — — — —

HDP 130 3 61.7 28.4 56900 180 155 — — — — — — — — — — —

HDP 130 3 70.7 24.8 59300 163 155 — — — — — — — — — — —

HDP 130 3 77.1 22.7 56900 144 — — — — — — — — — — — —

HDP 130 3 87.2 20.1 58650 131 — — — — — — — — — — — —

HDP 130 3 95.1 18.4 56900 11 6 — — — — — — — — — — — —

HDP 130 3 108.3 16.2 53600 96 — — — — — — —

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 14.4 56900 93 — — — — — — — — — — — —

HDP 130 4 139.0 12.6 59300 85 — — — — — — — — — — — —

HDP 130 4 151.7 11.5 56900 75 — — — — — — — — — — — —

HDP 130 4 176.7 9.9 58950 66 — — — — — — — — — — — —

HDP 130 4 192.9 9.1 56900 59 — — — — — — — — — — — —

HDP 130 4 217.9 8.0 58650 53 — — — — — — — — — — — —

HDP 130 4 237.9 7.4 56900 48 — — — — — — — — — — — —

HDP 130 4 274.5 6.4 59300 43 — — — — — — — — — — — —

HDP 130 4 299.6 5.8 56900 38 — — — — — — — — — — — —

HDP 130 4 348.9 5.0 59300 34 — — — — — — — — — — — —

HDP 130 4 380.9 4.6 56900 30 — — — — — — — — — — — —

HDP 130 4 469.8 3.7 56900 24 — — — — — — — — — — — —

HDP 130 4 534.5 3.3 53600 19.9 — — — — — — — — — — — —

.2 15.7 52400 94 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 1750 min

Tamb = 40°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 241 41500 1090 * * * * * * * * * *

HDP 130 2 7.9 221 43950 1058 * * * * * * * * * *

HDP 130 2 8.6 203 43850 971 * * * * * * * * * *

HDP 130 2 9.4 186 46350 941 * * * * * * * * * *

HDP 130 2 11.3 155 48550 819 * * * * * * * * * *

HDP 130 2 12.3 142 49650 768 * * * * * * * * * *

HDP 130 2 14.1 124 49550 669 * 237 297 * * * * * * *

HDP 130 2 15.4 11 3 50850 629 * 237 297 * * 390 * * * 484

HDP 130 2 17.4 100 53150 582 * 237 297 226 270 390 * * 339 484

HDP 130 2 19.0 92 56550 567 * 237 297 226 270 390 * * 339 484

HDP 130 2 21.7 81 57400 506 * 237 297 226 270 390 241 250 339 484

HDP 130 3 21.8 80 56550 505 * * 220 * * * 360 * * * * —

HDP 130 3 23.8 74 56900 466 * * 220 * * * 360 * * * 360 —

HDP 130 3 28.6 61 59300 404 * 187 220 * * 299 360 * * * 360 —

HDP 130 3 31.2 56 56900 355 * 187 220 * 202 299 — * * 252 — —

HDP 130 3 35.7 49 56400 307 * 187 220 175 202 299 — * 188 252 — —

HDP 130 3 39.0 45 56900 284 105 187 220 175 202 — — 207 188 252 — —

HDP 130 3 44.1 40 58650 259 105 187 220 175 202 — — 207 188 252 — —

HDP 130 3 48.1 36 56900 230 105 187 220 175 202 — — 207 188 — — —

HDP 130 3 56.5 31 59300 204 105 187 — 175 202 — — — 188 — — —

HDP 130 3 61.7 28.4 56900 180 105 — — 175 — — — — — — — —

HDP 130 3 70.7 24.8 59300 163 105 — — — — — — — — — — —

HDP 130 3 77.1 22.7 56900 144 105 — — — — — — — — — — —

HDP 130 3 87.2 20.1 58650 131 105 — — — — — — — — — — —

HDP 130 3 95.1 18.4 56900 11 6 105 — — — — — — — — — — —

HDP 130 3 108.3 16.2 53600 96 — — — — — — —

Mn2Pn

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 14.4 56900 93 75 — — — — — — — — — — —

HDP 130 4 139.0 12.6 59300 85 75 — — — — — — — — — — —

HDP 130 4 151.7 11.5 56900 75 — — — — — — — — — — — —

HDP 130 4 176.7 9.9 58950 66 — — — — — — — — — — — —

HDP 130 4 192.9 9.1 56900 59 — — — — — — — — — — — —

HDP 130 4 217.9 8.0 58650 53 — — — — — — — — — — — —

HDP 130 4 237.9 7.4 56900 48 — — — — — — — — — — — —

HDP 130 4 274.5 6.4 59300 43 — — — — — — — — — — — —

HDP 130 4 299.6 5.8 56900 38 — — — — — — — — — — — —

HDP 130 4 348.9 5.0 59300 34 — — — — — — — — — — — —

HDP 130 4 380.9 4.6 56900 30 — — — — — — — — — — — —

HDP 130 4 469.8 3.7 56900 24 — — — — — — — — — — — —

HDP 130 4 534.5 3.3 53600 19.9 — — — — — — — — — — — —

.2 15.7 52400 94 75 — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 1400 min

Tamb = 20°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 193 44350 932 * * * * * * * * * *

HDP 130 2 7.9 177 47000 905 * * * * * 629 * * * 503

HDP 130 2 8.6 163 46900 831 * * * * 406 629 * * 363 503

HDP 130 2 9.4 149 49550 804 * * * 332 406 629 * * 363 503

HDP 130 2 11.3 124 51900 701 * 333 403 332 406 629 * 300 363 503

HDP 130 2 12.3 11 3 53100 657 * 333 403 332 406 629 * 300 363 503

HDP 130 2 14.1 99 53000 572 202 333 403 332 406 — 309 300 363 503

HDP 130 2 15.4 91 54400 538 202 333 403 332 406 — 309 300 363 503

HDP 130 2 17.4 80 56850 498 202 333 403 332 406 — 309 300 363 503

HDP 130 2 19.0 74 60450 485 202 333 403 332 406 — 309 300 363 —

HDP 130 2 21.7 65 57400 405 202 333 — 332 — — 309 300 363 —

HDP 130 3 21.8 64 60450 432 160 264 315 287 344 — — 262 244 312 428 —

HDP 130 3 23.8 59 60700 398 160 264 315 287 344 — — 262 244 312 — —

HDP 130 3 28.6 49 63250 344 160 264 315 287 — — — 262 244 312 — —

HDP 130 3 31.2 45 60700 303 160 264 — 287 — — — 262 244 — — —

HDP 130 3 35.7 39 60300 263 160 — — — — — — — 244 — — —

HDP 130 3 39.0 36 60700 242 160 — — — — — — — — — — —

HDP 130 3 44.1 32 63250 223 160 — — — — — — — — — — —

HDP 130 3 48.1 29.1 60700 196 160 — — — — — — — — — — —

HDP 130 3 56.5 24.8 63250 174 160 — — — — — — — — — — —

HDP 130 3 61.7 22.7 60700 153 — — — — — — — — — — — —

HDP 130 3 70.7 19.8 63250 139 — — — — — — — — — — — —

HDP 130 3 77.1 18.1 60700 123 — — — — — — — — — — — —

HDP 130 3 87.2 16.1 63250 11 3 — — — — — — — — — — — —

HDP 130 3 95.1 14.7 60700 99 — — — — — — — — — — — —

HDP 130 3 108.3 12.9 57400 83 — — — — — — —

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 11.5 60700 79 — — — — — — — — — — — —

HDP 130 4 139.0 10.1 63250 72 — — — — — — — — — — — —

HDP 130 4 151.7 9.2 60700 64 — — — — — — — — — — — —

HDP 130 4 176.7 7.9 63050 57 — — — — — — — — — — — —

HDP 130 4 192.9 7.3 60700 50 — — — — — — — — — — — —

HDP 130 4 217.9 6.4 63250 46 — — — — — — — — — — — —

HDP 130 4 237.9 5.9 60700 41 — — — — — — — — — — — —

HDP 130 4 274.5 5.1 63250 37 — — — — — — — — — — — —

HDP 130 4 299.6 4.7 60700 32 — — — — — — — — — — — —

HDP 130 4 348.9 4.0 63250 29 — — — — — — — — — — — —

HDP 130 4 380.9 3.7 60700 25 — — — — — — — — — — — —

HDP 130 4 469.8 3.0 60700 21 — — — — — — — — — — — —

HDP 130 4 534.5 2.6 57400 17.1 — — — — — — — — — — — —

.2 12.6 56000 80 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 1400 min

Tamb = 40°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 193 44350 932 * * * * * * * * * *

HDP 130 2 7.9 177 47000 905 * * * * * * * * * *

HDP 130 2 8.6 163 46900 831 * * * * * * * * * *

HDP 130 2 9.4 149 49550 804 * * * * * 361 * * * *

HDP 130 2 11.3 124 51900 701 * 221 273 * 253 361 * * * 482

HDP 130 2 12.3 11 3 53100 657 * 221 273 * 253 361 * * 325 482

HDP 130 2 14.1 99 53000 572 131 221 273 228 253 361 238 247 325 482

HDP 130 2 15.4 91 54400 538 131 221 273 228 253 361 238 247 325 482

HDP 130 2 17.4 80 56850 498 131 221 273 228 253 361 238 247 325 482

HDP 130 2 19.0 74 60450 485 131 221 273 228 253 361 238 247 325 —

HDP 130 2 21.7 65 57400 405 131 221 273 228 253 — 238 247 325 —

HDP 130 3 21.8 64 60450 432 104 180 217 * 206 304 374 206 * 256 372 —

HDP 130 3 23.8 59 60700 398 104 180 217 176 206 304 374 206 189 256 372 —

HDP 130 3 28.6 49 63250 344 104 180 217 176 206 304 — 206 189 256 — —

HDP 130 3 31.2 45 60700 303 104 180 217 176 206 — — 206 189 256 — —

HDP 130 3 35.7 39 60300 263 104 180 217 176 206 — — 206 189 256 — —

HDP 130 3 39.0 36 60700 242 104 180 217 176 206 — — 206 189 — — —

HDP 130 3 44.1 32 63250 223 104 180 — 176 — — — — 189 — — —

HDP 130 3 48.1 29.1 60700 196 104 180 — 176 — — — — — — — —

HDP 130 3 56.5 24.8 63250 174 104 — — — — — — — — — — —

HDP 130 3 61.7 22.7 60700 153 104 — — — — — — — — — — —

HDP 130 3 70.7 19.8 63250 139 104 — — — — — — — — — — —

HDP 130 3 77.1 18.1 60700 123 104 — — — — — — — — — — —

HDP 130 3 87.2 16.1 63250 11 3 104 — — — — — — — — — — —

HDP 130 3 95.1 14.7 60700 99 — — — — — — — — — — — —

HDP 130 3 108.3 12.9 57400 83 — — — — — — —

Mn2Pn

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 11.5 60700 79 — — — — — — — — — — — —

HDP 130 4 139.0 10.1 63250 72 — — — — — — — — — — — —

HDP 130 4 151.7 9.2 60700 64 — — — — — — — — — — — —

HDP 130 4 176.7 7.9 63050 57 — — — — — — — — — — — —

HDP 130 4 192.9 7.3 60700 50 — — — — — — — — — — — —

HDP 130 4 217.9 6.4 63250 46 — — — — — — — — — — — —

HDP 130 4 237.9 5.9 60700 41 — — — — — — — — — — — —

HDP 130 4 274.5 5.1 63250 37 — — — — — — — — — — — —

HDP 130 4 299.6 4.7 60700 32 — — — — — — — — — — — —

HDP 130 4 348.9 4.0 63250 29 — — — — — — — — — — — —

HDP 130 4 380.9 3.7 60700 25 — — — — — — — — — — — —

HDP 130 4 469.8 3.0 60700 21 — — — — — — — — — — — —

HDP 130 4 534.5 2.6 57400 17.1 — — — — — — — — — — — —

.2 12.6 56000 80 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 1100 min

Tamb = 20°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 151 47700 788 * * * 333 4 11 654 * * 368 528

HDP 130 2 7.9 139 50550 765 * * * 333 4 11 654 * * 368 528

HDP 130 2 8.6 128 50400 702 * * 375 333 411 654 285 294 368 528

HDP 130 2 9.4 11 7 53300 680 * 315 375 333 411 654 285 294 368 528

HDP 130 2 11.3 97 55800 592 * 315 375 333 411 — 285 294 368 528

HDP 130 2 12.3 89 57050 554 204 315 375 333 411 — 285 294 368 528

HDP 130 2 14.1 78 57000 484 204 315 375 333 411 — 285 294 368 —

HDP 130 2 15.4 71 58450 454 204 315 375 333 411 — 285 294 368 —

HDP 130 2 17.4 63 61100 420 204 315 375 333 4 11 — 285 294 368 —

HDP 130 2 19.0 58 60700 383 204 315 375 333 — — 285 294 368 —

HDP 130 2 21.7 51 57400 318 204 315 — — — — 285 294 — —

HDP 130 3 21.8 50 60795 342 170 264 309 297 — — — 272 254 322 — —

HDP 130 3 23.8 46 60700 312 170 264 309 297 — — — 272 254 — — —

HDP 130 3 28.6 38 63250 271 170 264 — — — — — — 254 — — —

HDP 130 3 31.2 35 60700 238 170 — — — — — — — — — — —

HDP 130 3 35.7 31 63250 217 170 — — — — — — — — — — —

HDP 130 3 39.0 28.2 60700 190 170 — — — — — — — — — — —

HDP 130 3 44.1 24.9 63250 176 170 — — — — — — — — — — —

HDP 130 3 48.1 22.9 60700 154 — — — — — — — — — — — —

HDP 130 3 56.5 19.5 63250 137 — — — — — — — — — — — —

HDP 130 3 61.7 17.8 60700 120 — — — — — — — — — — — —

HDP 130 3 70.7 15.6 63250 11 0 — — — — — — — — — — — —

HDP 130 3 77.1 14.3 60700 96 — — — — — — — — — — — —

HDP 130 3 87.2 12.6 63250 89 — — — — — — — — — — — —

HDP 130 3 95.1 11.6 60700 78 — — — — — — — — — — — —

HDP 130 3 108.3 10.2 57400 65 — — — — — — —

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 9.1 60700 62 — — — — — — — — — — — —

HDP 130 4 139.0 7.9 63250 57 — — — — — — — — — — — —

HDP 130 4 151.7 7.3 60700 50 — — — — — — — — — — — —

HDP 130 4 176.7 6.2 63250 45 — — — — — — — — — — — —

HDP 130 4 192.9 5.7 60700 39 — — — — — — — — — — — —

HDP 130 4 217.9 5.0 63250 36 — — — — — — — — — — — —

HDP 130 4 237.9 4.6 60700 32 — — — — — — — — — — — —

HDP 130 4 274.5 4.0 63250 29 — — — — — — — — — — — —

HDP 130 4 299.6 3.7 60700 25 — — — — — — — — — — — —

HDP 130 4 348.9 3.2 63250 23 — — — — — — — — — — — —

HDP 130 4 380.9 2.9 60700 19.9 — — — — — — — — — — — —

HDP 130 4 469.8 2.3 60700 16.1 — — — — — — — — — — — —

HDP 130 4 534.5 2.1 57400 13.4 — — — — — — — — — — — —

.2 9.9 60200 68 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 1100 min

Tamb = 40°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 151 47700 788 * * * * * * * * * *

HDP 130 2 7.9 139 50550 765 * * * * * * * * * *

HDP 130 2 8.6 128 50400 702 * * * * * 382 * * * *

HDP 130 2 9.4 11 7 53300 680 * 207 254 * 250 382 * * * 479

HDP 130 2 11.3 97 55800 592 * 207 254 227 250 382 237 246 340 479

HDP 130 2 12.3 89 57050 554 132 207 254 227 250 382 237 246 340 479

HDP 130 2 14.1 78 57000 484 132 207 254 227 250 382 237 246 340 479

HDP 130 2 15.4 71 58450 454 132 207 254 227 250 382 237 246 340 —

HDP 130 2 17.4 63 61100 420 132 207 254 227 250 382 237 246 340 —

HDP 130 2 19.0 58 60700 383 132 207 254 227 250 382 237 246 340 —

HDP 130 2 21.7 51 57400 318 132 207 254 227 250 — 237 246 — —

HDP 130 3 21.8 50 60795 342 114 183 216 185 216 314 — 216 198 266 — —

HDP 130 3 23.8 46 60700 312 114 183 216 185 216 — — 216 198 266 — —

HDP 130 3 28.6 38 63250 271 114 183 216 185 216 — — 216 198 266 — —

HDP 130 3 31.2 35 60700 238 114 183 216 185 216 — — 216 198 — — —

HDP 130 3 35.7 31 63250 217 114 183 216 185 216 — — 216 198 — — —

HDP 130 3 39.0 28.2 60700 190 11 4 183 — 185 — — — — — — — —

HDP 130 3 44.1 24.9 63250 176 11 4 — — — — — — — — — — —

HDP 130 3 48.1 22.9 60700 154 11 4 — — — — — — — — — — —

HDP 130 3 56.5 19.5 63250 137 11 4 — — — — — — — — — — —

HDP 130 3 61.7 17.8 60700 120 11 4 — — — — — — — — — — —

HDP 130 3 70.7 15.6 63250 11 0 — — — — — — — — — — — —

HDP 130 3 77.1 14.3 60700 96 — — — — — — — — — — — —

HDP 130 3 87.2 12.6 63250 89 — — — — — — — — — — — —

HDP 130 3 95.1 11.6 60700 78 — — — — — — — — — — — —

HDP 130 3 108.3 10.2 57400 65 — — — — — — —

Mn2Pn

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 9.1 60700 62 — — — — — — — — — — — —

HDP 130 4 139.0 7.9 63250 57 — — — — — — — — — — — —

HDP 130 4 151.7 7.3 60700 50 — — — — — — — — — — — —

HDP 130 4 176.7 6.2 63250 45 — — — — — — — — — — — —

HDP 130 4 192.9 5.7 60700 39 — — — — — — — — — — — —

HDP 130 4 217.9 5.0 63250 36 — — — — — — — — — — — —

HDP 130 4 237.9 4.6 60700 32 — — — — — — — — — — — —

HDP 130 4 274.5 4.0 63250 29 — — — — — — — — — — — —

HDP 130 4 299.6 3.7 60700 25 — — — — — — — — — — — —

HDP 130 4 348.9 3.2 63250 23 — — — — — — — — — — — —

HDP 130 4 380.9 2.9 60700 19.9 — — — — — — — — — — — —

HDP 130 4 469.8 2.3 60700 16.1 — — — — — — — — — — — —

HDP 130 4 534.5 2.1 57400 13.4 — — — — — — — — — — — —

.2 9.9 60200 68 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 900 min

Tamb = 20°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 124 50650 684 * * * 354 432 675 286 295 389 549

HDP 130 2 7.9 11 4 53700 665 * * * 354 432 — 286 295 389 549

HDP 130 2 8.6 104 53550 610 * * 349 354 432 — 286 295 389 549

HDP 130 2 9.4 96 56600 591 * 301 349 354 432 — 286 295 389 549

HDP 130 2 11.3 80 59250 514 214 301 349 354 432 — 286 295 389 —

HDP 130 2 12.3 73 60600 482 214 301 349 354 432 — 286 295 389 —

HDP 130 2 14.1 64 60500 420 214 301 349 354 — — 286 295 389 —

HDP 130 2 15.4 58 60700 386 214 301 349 354 — — 286 295 — —

HDP 130 2 17.4 52 63250 356 214 301 349 354 — — 286 295 — —

HDP 130 2 19.0 47 60700 313 214 301 — — — — 286 295 — —

HDP 130 2 21.7 42 57400 260 214 — — — — — — — — —

HDP 130 3 21.8 41 60795 279 177 250 — — — — — — 261 — — —

HDP 130 3 23.8 38 60700 256 177 250 — — — — — — — — — —

HDP 130 3 28.6 31 63250 221 177 — — — — — — — — — — —

HDP 130 3 31.2 28.8 60700 195 177 — — — — — — — — — — —

HDP 130 3 35.7 25.2 63250 177 — — — — — — — — — — — —

HDP 130 3 39.0 23.1 60700 156 — — — — — — — — — — — —

HDP 130 3 44.1 20.4 63250 144 — — — — — — — — — — — —

HDP 130 3 48.1 18.7 60700 126 — — — — — — — — — — — —

HDP 130 3 56.5 15.9 63250 11 2 — — — — — — — — — — — —

HDP 130 3 61.7 14.6 60700 98 — — — — — — — — — — — —

HDP 130 3 70.7 12.7 63250 90 — — — — — — — — — — — —

HDP 130 3 77.1 11.7 60700 79 — — — — — — — — — — — —

HDP 130 3 87.2 10.3 63250 73 — — — — — — — — — — — —

HDP 130 3 95.1 9.5 60700 64 — — — — — — — — — — — —

HDP 130 3 108.3 8.3 57400 53 — — — — — — —

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 7.4 60700 51 — — — — — — — — — — — —

HDP 130 4 139.0 6.5 63250 46 — — — — — — — — — — — —

HDP 130 4 151.7 5.9 60700 41 — — — — — — — — — — — —

HDP 130 4 176.7 5.1 63250 37 — — — — — — — — — — — —

HDP 130 4 192.9 4.7 60700 32 — — — — — — — — — — — —

HDP 130 4 217.9 4.1 63250 30 — — — — — — — — — — — —

HDP 130 4 237.9 3.8 60700 26 — — — — — — — — — — — —

HDP 130 4 274.5 3.3 63250 24 — — — — — — — — — — — —

HDP 130 4 299.6 3.0 60700 21 — — — — — — — — — — — —

HDP 130 4 348.9 2.6 63250 18.5 — — — — — — — — — — — —

HDP 130 4 380.9 2.4 60700 16.3 — — — — — — — — — — — —

HDP 130 4 469.8 1.9 60700 13.2 — — — — — — — — — — — —

HDP 130 4 534.5 1.7 57400 11.0 — — — — — — — — — — — —

.2 8.1 63250 58 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 130 n1 = 900 min

Tamb = 40°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 130 2 7.3 124 50650 684 * * * * * 384 * * * 478

HDP 130 2 7.9 11 4 53700 665 * * * * * 384 * * * 478

HDP 130 2 8.6 104 53550 610 * * 236 * 264 384 * * 333 478

HDP 130 2 9.4 96 56600 591 126 202 236 223 264 384 233 206 333 478

HDP 130 2 11.3 80 59250 514 126 202 236 223 264 384 233 206 333 478

HDP 130 2 12.3 73 60600 482 126 202 236 223 264 384 233 206 333 478

HDP 130 2 14.1 64 60500 420 126 202 236 223 264 384 233 206 333 —

HDP 130 2 15.4 58 60700 386 126 202 236 223 264 384 233 206 333 —

HDP 130 2 17.4 52 63250 356 126 202 236 223 264 — 233 206 333 —

HDP 130 2 19.0 47 60700 313 126 202 236 223 264 — 233 206 — —

HDP 130 2 21.7 42 57400 260 126 202 236 223 — — 233 206 — —

HDP 130 3 21.8 41 60795 279 122 175 201 193 224 — — 224 206 — — —

HDP 130 3 23.8 38 60700 256 122 175 201 193 224 — — 224 206 — — —

HDP 130 3 28.6 31 63250 221 122 175 201 193 — — — — 206 — — —

HDP 130 3 31.2 28.8 60700 195 122 175 — 193 — — — — — — — —

HDP 130 3 35.7 25.2 63250 177 122 175 — — — — — — — — — —

HDP 130 3 39.0 23.1 60700 156 122 — — — — — — — — — — —

HDP 130 3 44.1 20.4 63250 144 122 — — — — — — — — — — —

HDP 130 3 48.1 18.7 60700 126 122 — — — — — — — — — — —

HDP 130 3 56.5 15.9 63250 11 2 — — — — — — — — — — — —

HDP 130 3 61.7 14.6 60700 98 — — — — — — — — — — — —

HDP 130 3 70.7 12.7 63250 90 — — — — — — — — — — — —

HDP 130 3 77.1 11.7 60700 79 — — — — — — — — — — — —

HDP 130 3 87.2 10.3 63250 73 — — — — — — — — — — — —

HDP 130 3 95.1 9.5 60700 64 — — — — — — — — — — — —

HDP 130 3 108.3 8.3 57400 53 — — — — — — —

Mn2Pn

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 130 4 111

HDP 130 4 121.4 7.4 60700 51 — — — — — — — — — — — —

HDP 130 4 139.0 6.5 63250 46 — — — — — — — — — — — —

HDP 130 4 151.7 5.9 60700 41 — — — — — — — — — — — —

HDP 130 4 176.7 5.1 63250 37 — — — — — — — — — — — —

HDP 130 4 192.9 4.7 60700 32 — — — — — — — — — — — —

HDP 130 4 217.9 4.1 63250 30 — — — — — — — — — — — —

HDP 130 4 237.9 3.8 60700 26 — — — — — — — — — — — —

HDP 130 4 274.5 3.3 63250 24 — — — — — — — — — — — —

HDP 130 4 299.6 3.0 60700 21 — — — — — — — — — — — —

HDP 130 4 348.9 2.6 63250 18.5 — — — — — — — — — — — —

HDP 130 4 380.9 2.4 60700 16.3 — — — — — — — — — — — —

HDP 130 4 469.8 1.9 60700 13.2 — — — — — — — — — — — —

HDP 130 4 534.5 1.7 57400 11.0 — — — — — — — — — — — —

.2 8.1 63250 58 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 140 n1 = 1750 min

Tamb = 20°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 140 2 8.4 209 47750 1090 * * * * * * * * * *

HDP 140 2 9.3 189 52850 1090 * * * * * * * * * *

HDP 140 2 9.9 177 50450 971 * * * * * * * * * *

HDP 140 2 11.0 160 55850 972 * * * * * * * * * *

HDP 140 2 13.0 134 57250 839 * * * * * * * * * *

HDP 140 2 14.4 122 63350 839 * * 421 * * 665 * * * *

HDP 140 2 16.3 108 65100 764 * 361 421 * 443 665 * * * 560

HDP 140 2 18.0 97 70150 744 * 361 421 369 443 665 * * 404 560

HDP 140 2 20.1 87 61200 582 * 361 421 369 443 — * 325 404 560

HDP 140 2 22.2 79 67700 582 * 361 421 369 443 — 318 325 404 560

HDP 140 2 24.9 70 71700 549 214 361 421 369 443 — 318 325 404 —

HDP 140 3 25.1 70 65100 506 * * 330 279 336 — — * * 304 420 —

HDP 140 3 27.7 63 72050 506 * * 330 279 336 — — * * 304 420 —

HDP 140 3 32.9 53 73350 434 161 281 330 279 336 — — * 245 304 420 —

HDP 140 3 36.4 48 73500 393 161 281 330 279 336 — — 264 245 304 — —

HDP 140 3 41.1 43 73050 346 161 281 330 279 336 — — 264 245 304 — —

HDP 140 3 45.5 38 73500 314 161 281 — 279 — — — 264 245 304 — —

HDP 140 3 50.7 34 67550 259 161 — — — — — — — 245 — — —

HDP 140 3 56.2 31 73500 255 161 — — — — — — — 245 — — —

HDP 140 3 65.1 26.9 74850 224 161 — — — — — — — — — — —

HDP 140 3 72.0 24.3 73500 199 161 — — — — — — — — — — —

HDP 140 3 81.3 21.5 74100 177 161 — — — — — — — — — — —

HDP 140 3 90.0 19.4 73500 159 — — — — — — — — — — — —

HDP 140 3 100.3 17.4 67550 131 — — — — — — — — — — — —

HDP 140 3 111.0 15.8 73500 129 — — — — — — — — — — — —

HDP 140 3 124.7 14.0 67200 105 — — — — — — —

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 140 4

HDP 140 4 160.0 10.9 74100 92 — — — — — — — — — — — —

HDP 140 4 177.0 9.9 73500 82 — — — — — — — — — — — —

HDP 140 4 197.3 8.9 67550 68 — — — — — — — — — — — —

HDP 140 4 225.0 7.8 73500 65 — — — — — — — — — — — —

HDP 140 4 250.8 7.0 67550 54 — — — — — — — — — — — —

HDP 140 4 277.5 6.3 73500 53 — — — — — — — — — — — —

HDP 140 4 315.9 5.5 74100 47 — — — — — — — — — — — —

HDP 140 4 349.6 5.0 73500 42 — — — — — — — — — — — —

HDP 140 4 401.6 4.4 74100 37 — — — — — — — — — — — —

HDP 140 4 444.4 3.9 73500 33 — — — — — — — — — — — —

HDP 140 4 495.3 3.5 67550 27 — — — — — — — — — — — —

141.6 12.4 66700 94 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 140 n1 = 1750 min

Tamb = 40°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 140 2 8.4 209 47750 1090 * * * * * * * * * *

HDP 140 2 9.3 189 52850 1090 * * * * * * * * * *

HDP 140 2 9.9 177 50450 971 * * * * * * * * * *

HDP 140 2 11.0 160 55850 972 * * * * * * * * * *

HDP 140 2 13.0 134 57250 839 * * * * * * * * * *

HDP 140 2 14.4 122 63350 839 * * * * * * * * * *

HDP 140 2 16.3 108 65100 764 * * * * * * * * * *

HDP 140 2 18.0 97 70150 744 * * * * * * * * * 489

HDP 140 2 20.1 87 61200 582 * 259 319 231 * 410 * * 344 489

HDP 140 2 22.2 79 67700 582 * 259 319 231 278 410 * 253 344 489

HDP 140 2 24.9 70 71700 549 * 259 319 231 278 410 247 253 344 489

HDP 140 3 25.1 70 65100 506 * * 224 * * * 364 * * * * —

HDP 140 3 27.7 63 72050 506 * * 224 * * * 364 * * * * —

HDP 140 3 32.9 53 73350 434 * 191 224 * * 303 364 * * * 371 —

HDP 140 3 36.4 48 73500 393 * 191 224 * 206 303 364 * * 256 371 —

HDP 140 3 41.1 43 73050 346 * 191 224 180 206 303 — * * 256 — —

HDP 140 3 45.5 38 73500 314 * 191 224 180 206 303 — 212 194 256 — —

HDP 140 3 50.7 34 67550 259 113 191 224 180 206 — — 212 194 256 — —

HDP 140 3 56.2 31 73500 255 113 191 224 180 206 — — 212 194 — — —

HDP 140 3 65.1 26.9 74850 224 11 3 191 — 180 206 — — 212 194 — — —

HDP 140 3 72.0 24.3 73500 199 11 3 191 — 180 — — — — 194 — — —

HDP 140 3 81.3 21.5 74100 177 11 3 — — — — — — — — — — —

HDP 140 3 90.0 19.4 73500 159 11 3 — — — — — — — — — — —

HDP 140 3 100.3 17.4 67550 131 11 3 — — — — — — — — — — —

HDP 140 3 111.0 15.8 73500 129 113 — — — — — — — — — — —

HDP 140 3 124.7 14.0 67200 105 — — — — — — —

Mn2Pn

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 140 4

HDP 140 4 160.0 10.9 74100 92 78 — — — — — — — — — — —

HDP 140 4 177.0 9.9 73500 82 78 — — — — — — — — — — —

HDP 140 4 197.3 8.9 67550 68 — — — — — — — — — — — —

HDP 140 4 225.0 7.8 73500 65 — — — — — — — — — — — —

HDP 140 4 250.8 7.0 67550 54 — — — — — — — — — — — —

HDP 140 4 277.5 6.3 73500 53 — — — — — — — — — — — —

HDP 140 4 315.9 5.5 74100 47 — — — — — — — — — — — —

HDP 140 4 349.6 5.0 73500 42 — — — — — — — — — — — —

HDP 140 4 401.6 4.4 74100 37 — — — — — — — — — — — —

HDP 140 4 444.4 3.9 73500 33 — — — — — — — — — — — —

HDP 140 4 495.3 3.5 67550 27 — — — — — — — — — — — —

141.6 12.4 66700 94 78 — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 140 n1 = 1400 min

Tamb = 20°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 140 2 8.4 167 51100 933 * * * * * * * * * *

HDP 140 2 9.3 151 56500 932 * * * * * 633 * * * *

HDP 140 2 9.9 141 53950 831 * * * * 411 633 * * * 528

HDP 140 2 11.0 128 59700 831 * * * 365 4 11 633 * * 373 528

HDP 140 2 13.0 108 61200 718 * 339 409 365 4 11 633 * * 373 528

HDP 140 2 14.4 97 67750 718 * 339 409 365 411 633 * 310 373 528

HDP 140 2 16.3 86 69600 653 210 339 409 365 411 633 317 310 373 528

HDP 140 2 18.0 78 75000 636 210 339 409 365 411 — 317 310 373 528

HDP 140 2 20.1 70 65400 498 210 339 409 365 411 — 317 310 373 —

HDP 140 2 22.2 63 72400 498 210 339 409 365 411 — 317 310 373 —

HDP 140 2 24.9 56 71700 439 210 339 409 365 411 — 317 310 * —

HDP 140 3 25.1 56 69600 432 166 270 321 293 350 — — 268 250 318 — —

HDP 140 3 27.7 50 77050 433 166 270 321 293 350 — — 268 250 318 — —

HDP 140 3 32.9 43 77100 365 166 270 321 293 350 — — 268 250 318 — —

HDP 140 3 36.4 38 79150 338 166 270 — 293 — — — 268 250 318 — —

HDP 140 3 41.1 34 77100 292 166 270 — — — — — 268 250 — — —

HDP 140 3 45.5 31 79150 271 166 — — — — — — — 250 — — —

HDP 140 3 50.7 27.6 74700 229 166 — — — — — — — — — — —

HDP 140 3 56.2 24.9 79150 220 166 — — — — — — — — — — —

HDP 140 3 65.1 21.5 77100 185 166 — — — — — — — — — — —

HDP 140 3 72.0 19.4 79150 171 — — — — — — — — — — — —

HDP 140 3 81.3 17.2 77100 148 — — — — — — — — — — — —

HDP 140 3 90.0 15.6 79150 137 — — — — — — — — — — — —

HDP 140 3 100.3 14.0 74700 11 6 — — — — — — — — — — — —

HDP 140 3 111.0 12.6 79150 111 — — — — — — — — — — — —

HDP 140 3 124.7 11.2 71700 90 — — — — — — —

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 140 4

HDP 140 4 160.0 8.8 77116 77 — — — — — — — — — — — —

HDP 140 4 177.0 7.9 79150 71 — — — — — — — — — — — —

HDP 140 4 197.3 7.1 74700 60 — — — — — — — — — — — —

HDP 140 4 225.0 6.2 79150 56 — — — — — — — — — — — —

HDP 140 4 250.8 5.6 74700 47 — — — — — — — — — — — —

HDP 140 4 277.5 5.0 79150 45 — — — — — — — — — — — —

HDP 140 4 315.9 4.4 77116 39 — — — — — — — — — — — —

HDP 140 4 349.6 4.0 79150 36 — — — — — — — — — — — —

HDP 140 4 401.6 3.5 77116 31 — — — — — — — — — — — —

HDP 140 4 444.4 3.2 79150 28 — — — — — — — — — — — —

HDP 140 4 495.3 2.8 74700 24 — — — — — — — — — — — —

141.6 9.9 71350 80 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 140 n1 = 1400 min

Tamb = 40°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 140 2 8.4 167 51100 933 * * * * * * * * * *

HDP 140 2 9.3 151 56500 932 * * * * * * * * * *

HDP 140 2 9.9 141 53950 831 * * * * * * * * * *

HDP 140 2 11.0 128 59700 831 * * * * * * * * * *

HDP 140 2 13.0 108 61200 718 * * * * * * * * * 486

HDP 140 2 14.4 97 67750 718 * * * * * 395 * * 329 486

HDP 140 2 16.3 86 69600 653 135 244 296 * 276 395 * 251 329 486

HDP 140 2 18.0 78 75000 636 135 244 296 235 276 395 245 251 329 486

HDP 140 2 20.1 70 65400 498 135 244 296 235 276 395 245 251 329 486

HDP 140 2 22.2 63 72400 498 135 244 296 235 276 395 245 251 329 486

HDP 140 2 24.9 56 71700 439 135 244 296 235 276 395 245 251 329 —

HDP 140 3 25.1 56 69600 432 109 185 222 * 211 309 379 211 193 261 377 —

HDP 140 3 27.7 50 77050 433 109 185 222 * 211 309 379 211 193 261 377 —

HDP 140 3 32.9 43 77100 365 109 185 222 187 211 309 — 211 193 261 — —

HDP 140 3 36.4 38 79150 338 109 185 222 187 211 309 — 211 193 261 — —

HDP 140 3 41.1 34 77100 292 109 185 222 187 211 — — 211 193 261 — —

HDP 140 3 45.5 31 79150 271 109 185 222 187 211 — — 211 193 — — —

HDP 140 3 50.7 27.6 74700 229 109 185 — 187 — — — — 193 — — —

HDP 140 3 56.2 24.9 79150 220 109 185 — 187 — — — — 193 — — —

HDP 140 3 65.1 21.5 77100 185 109 — — — — — — — — — — —

HDP 140 3 72.0 19.4 79150 171 109 — — — — — — — — — — —

HDP 140 3 81.3 17.2 77100 148 109 — — — — — — — — — — —

HDP 140 3 90.0 15.6 79150 137 109 — — — — — — — — — — —

HDP 140 3 100.3 14.0 74700 11 6 — — — — — — — — — — — —

HDP 140 3 111.0 12.6 79150 111 — — — — — — — — — — — —

HDP 140 3 124.7 11.2 71700 90 — — — — — — —

Mn2Pn

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 140 4

HDP 140 4 160.0 8.8 77116 77 — — — — — — — — — — — —

HDP 140 4 177.0 7.9 79150 71 — — — — — — — — — — — —

HDP 140 4 197.3 7.1 74700 60 — — — — — — — — — — — —

HDP 140 4 225.0 6.2 79150 56 — — — — — — — — — — — —

HDP 140 4 250.8 5.6 74700 47 — — — — — — — — — — — —

HDP 140 4 277.5 5.0 79150 45 — — — — — — — — — — — —

HDP 140 4 315.9 4.4 77116 39 — — — — — — — — — — — —

HDP 140 4 349.6 4.0 79150 36 — — — — — — — — — — — —

HDP 140 4 401.6 3.5 77116 31 — — — — — — — — — — — —

HDP 140 4 444.4 3.2 79150 28 — — — — — — — — — — — —

HDP 140 4 495.3 2.8 74700 24 — — — — — — — — — — — —

141.6 9.9 71350 80 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

HDP 140 n1 = 1100 min

Tamb = 20°C

-1

i n

[min-1] [Nm] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW] [kW]

HDP 140 2 8.4 132 54900 788 * * * * * 659 * * 373 533

HDP 140 2 9.3 11 9 60750 788 * * * * 421 659 * * 373 533

HDP 140 2 9.9 111 58000 702 * * 381 359 421 659 * 300 373 533

HDP 140 2 11.0 100 64200 702 * 322 381 359 421 659 295 300 373 533

HDP 140 2 13.0 85 65800 606 212 322 381 359 421 — 295 300 373 533

HDP 140 2 14.4 76 72800 606 212 322 381 359 421 — 295 300 373 533

HDP 140 2 16.3 68 74850 552 212 322 381 359 421 — 295 300 373 533

HDP 140 2 18.0 61 79150 527 212 322 381 359 421 — 295 300 373 —

HDP 140 2 20.1 55 70350 421 212 322 381 359 — — 295 300 373 —

HDP 140 2 22.2 50 77850 421 212 322 381 359 — — 295 300 373 —

HDP 140 2 24.9 44 71700 345 212 322 — — — — 295 300 — —

HDP 140 3 25.1 44 70400 344 177 271 316 304 — — — 279 261 329 — —

HDP 140 3 27.7 40 77950 344 177 271 316 304 — — — 279 261 329 — —

HDP 140 3 32.9 33 77100 287 177 271 — — — — — 279 261 — — —

HDP 140 3 36.4 30 79150 266 177 — — — — — — — 261 — — —

HDP 140 3 41.1 26.7 77100 229 177 — — — — — — — — — — —

HDP 140 3 45.5 24.2 79150 213 177 — — — — — — — — — — —

HDP 140 3 50.7 21.7 74700 180 177 — — — — — — — — — — —

HDP 140 3 56.2 19.6 79150 173 — — — — — — — — — — — —

HDP 140 3 65.1 16.9 77100 145 — — — — — — — — — — — —

HDP 140 3 72.0 15.3 79150 135 — — — — — — — — — — — —

HDP 140 3 81.3 13.5 77100 11 6 — — — — — — — — — — — —

HDP 140 3 90.0 12.2 79150 108 — — — — — — — — — — — —

HDP 140 3 100.3 11.0 74700 91 — — — — — — — — — — — —

HDP 140 3 111.0 9.9 79150 87 — — — — — — — — — — — —

HDP 140 3 124.7 8.8 71700 70 — — — — — — —

TFANL / RPTFANLRPTMCRA5PTMCRA9PTMCRA21PTMCRA34PTSRPTMCRW5PTMCRW9PTMCRW21PTMCRW34

— — — — —

HDP 140 4

HDP 140 4 160.0 6.9 77116 60 — — — — — — — — — — — —

HDP 140 4 177.0 6.2 79150 56 — — — — — — — — — — — —

HDP 140 4 197.3 5.6 74700 47 — — — — — — — — — — — —

HDP 140 4 225.0 4.9 79150 44 — — — — — — — — — — — —

HDP 140 4 250.8 4.4 74700 37 — — — — — — — — — — — —

HDP 140 4 277.5 4.0 79150 36 — — — — — — — — — — — —

HDP 140 4 315.9 3.5 77116 30 — — — — — — — — — — — —

HDP 140 4 349.6 3.1 79150 28 — — — — — — — — — — — —

HDP 140 4 401.6 2.7 77116 24 — — — — — — — — — — — —

HDP 140 4 444.4 2.5 79150 22 — — — — — — — — — — — —

HDP 140 4 495.3 2.2 74700 18.8 — — — — — — — — — — — —

141.6 7.8 76700 68 — — — — — — — — — — — —

—

Verica termica non necessaria / Thermal verication not necessary / Wärmeprüfung nicht erforderlich

BONFIGLIOLI HDP 80 2, HDP 80 3, HDP 90 3, HDP 90 2, HDP 100 3 Series Manual

Specifications and Main Features

Frequently Asked Questions

User Manual