DISHWASHERS
WITH PULL-THROUGH RACK
MATIC
M-MA
INSTRUCTIONS
MANUAL
DICHIARAZIONE DI CONFORMITA' - DECLARATION OF CONFORMITY
DECLARATION DE CONFORMITE' - KONFORMITÄTS ERKLÄRUNG
Noi - The following - Nous soussignés - Die Unterzeichnete Fa:
dichiariamo sotto la nostra esclusiva responsabilità che il prodotto
hereby declares under full responsability that the following product
attestons sous notre entière responsabilité que le produit suivant
erklärt unter eigener Verantwortung, dass folgende Produkte
LAVASTOVIGLIE A TRAINO - LAVE-VAISSELLE A' AVANCEMENT AUTOMATIQUE DE CASIERS RACK CONVEYOR DISHWASHERS - KORBTRANSPORTAUTOMATEN
mod. M130-M150-M150A-M180-M180A
MATIC 10...20...33prc...33a...39...49...49a...59...59a
MA10-MA20-MA33-MA39-MA49-MA59
al quale questa dichiarazione si riferisce è conforme alle seguenti norme:
for which this declaration refers to the conformity of the following standards:
auquel se référe cette dèclaration, est conforme aux normes suivantes:
auf welche sich diese Erklärung bezieht, folgendem Standard entsprechen:
- EN 60335-1 (1994) + A11,A1,A12,A13,A14,A15
Sicurezza degli apparecchi elettrici d'uso domestico e similare. Norme generali
Safety of household and similar electrical appliances-General requirements.
- EN 60335-2-58 (1997)
Sicurezza degli apparecchi elettrici d'uso domestico e similare. Parte 2':Norme particolare lavastoviglie uso
collettivo.
Safety of household and similar electrical appliances-Part 2':Particular requirements for commercial electric
dishwashing machines.
- EN 292-2 (1992) Part 1' - PART 2'
Sicurezza del macchinario-Concetti fondamentali-Principi generali progettazione-Specifiche e principi tecnici.
Safety of machinery-Basic concepts-General principles for design-Tecnical principles an specification
- EN 61770- (2000)
Apparecchi elettrici connessi alla rete idrica. Disposizioni per evitare il ritorno d’acqua per effetto sifone e il
guasto dei complessi di raccordo
Electric appliances connected to the water mains. Avoidance of backsiphonage and failure of hose-sets
in base a quanto previsto dalle Direttive:
selon ce qui est prévu par les Directives:
on the basis of what is foreseen by the Directives:
aufgrund der vorgesehenen Richtilinien:
73/23/CEE, 89/392/CEE, 91/368CEE,92/31CEE, 93/44CEE, 93/68CEE
Decliniamo ogni responsabilità per sinistri a persone o a cose derivanti da manomissioni da parte di terzi o da carenze di manutenzione o riparazione.
Nous déclinons toute responsabilité pour sinistres à personnes ou à objets qui derivent de l'intervention de la part de tiers non specialistes ou de
carences de manutention ou reparation.
We decline any responsability for injuries or damage derived from machine misuse, abuse by others or improper machine maintenance or repairs.
Wir Iehnen jegliche Verantwortung für Schäden an Personen oder Dingen ab, die auf fehlerhaftes Eingreifen Dritter oder auf mängelhafte Wartung oder
Reparation zurückzuführen.
li 01/01/06
(data/date/Datum)
(name signature or equivalent of authorized representative)
- EMC -
Noi - The following - Nous soussignés - Die Unterzeichnete Fa:
LAMBER snc di Affaba F. e c.
Via Italia 6
26855 Lodivecchio (LO) ITALY
dichiariamo sotto la nostra esclusiva responsabilità che i prodotti
hereby declares under our responsibility that the following products
attestons sous notre entière responsabilité que le produit suivant
erklärt unter eigener Verantwortung, dass folgende Produkte
LAVASTOVIGLIE A TRAINO - RACK CONVEYOR DISHWASHERS - LAVE-VAISSELLE A'
AVANCEMENT AUTOMATIQUE DES CASIERS - KORBTRANSPORTAUTOMATEN
mod. M130-M150-M150A-M180-M180A
MATIC 10...20...33prc...33a...39...49...49a...59...59a
MA10-MA20-MA33-MA39-MA49-MA59
ai quali questa dichiarazione si riferisce sono conformi alle seguenti norme:
auquel se référe cette dèclaration, est conforme aux normes suivantes:
to which this declaration relates are in the conformity with the following standards:
auf welche sich diese Erklärung bezieht, folgendem Standard entsprechen:
• Limits and methods of measurement of radio disturbance characteristics of electrical motor-
operated and thermal appliances for households and similar purposes, electric tools and similar
electric apparatus.
EN 55014-1 - Edit. 2000 + A1
Limiti e metodi di misura delle caratteristiche di radiodisturbo degli apparecchi elettrodomestici, e similari a motore o termici, degli
utensili e degli apparecchi elettrici similari. EN 55014-1 - Ediz. 2000 + A1
• Electromagnetic compatibility (EMC) – Part 3-2: Limits – Limits for harmonic current emissions (equipment
input current ≤ 16 A per phase) – EN 61000-3-2 (2000)
Compatibilità elettromagnetica (EMC) – Parte 3-2: Limiti – Limiti per le emissioni di corrente armonica (apparecchiature con corrente di
ingresso ≤ 16 A per fase) – EN 61000-3-2 (2000)
• Electromagnetic compatibility (EMC) – Part 3-3: Limits – Limitation of voltage fluctuations and flicker in
low-voltage supply systems for equipment with rated current ≤ 16 A – EN 61000-3-3 (1995) + A1 (2001)
Compatibilità elettromagnetica (EMC) – Parte 3-3: Limiti – Limitazione delle fluttuazioni di tensio ne e dei flicker in sistemi di alimentazione in
bassa tensione per apparecchiature con corrente nominale ≤ 16 A – EN 61000-3-3 (1995) + A1 (2001)
Only for current > 16° per phase
• Electromagnetic compatibility (EMC) - Part 3-11: Limits - Limitation of voltage changes, voltage
fluctuations and flicker in public low-voltage supply systems – Equipment with rated current ≤ 75A and
subject to conditional connection - EN 61000-3-11 (2000)
Compatibilità elettromagnetica (EMC) – Parte 3-11: Limiti - Limitazione delle variazioni di tensione, fluttuazioni di tensione e dei flicker in
sistemi di alimentazione pubblica in bassa tensione. Apparecchiature con corrente nominale
≤ 75A e soggetti ad installazione condizionata - EN 61000-3-11 (2000)
• Immunity requirements for household appliances, tools and similar apparatus.
Pruduct family standard
EN 55014-2 - Edit. 1997 + A1
Requisiti di immunità per apparecchi elettrodomestici, utensili e degli apparecchi elettrici similari.
EN 55014-2 - Ediz. 1997 + A1
in base a quanto previsto dalle Direttive:
following the provisions of the Directives:
selon ce qui est prevu par les Directives:
aufgrund der vorgesehenen Richtilinien: EC 89/336, EC 92/31 EC 93/68
li 01/01/06
(data/date/Datum) (name signature or equivalent of authorized representative)
2
PRE-WASHING
FIRST WASHING
PRE-RINSING+RINSING
SECOND WASHING
MODEL
SCHEDADESMATIC/cd
r
MODEL
THIRD WASHING
3
RINSING
TECHNICAL DATA AND DESCRIPTION
kW
A
A
The table reported at page 1 shows the basic models of conveyor dishwashers and
identifies the single washing areas to which additional modules can be added to improve
their performance.
ACCESSORIES
COLD PRE-WASHING
STEAM CONDENSER - CVM
DRYING – ASM - MVM
ADDITIONAL RINSING - RIS
HEAT RECOVERER - RCM
AUTOTIMER
SPLASH SHIELD (PMC-PMA-PMA/R)
BOOSTER PUMP
fan kW
fan kW Heat element kW
fan kW
Motor kW
TECHNICAL SPECIFICATIONS
Model:
version Left-Right Right-Left
1st speed
baskets/hour
2nd speed
baskets/hour
ELECTRIC POWER
ELECTRICAL INPUT
ELECTRIC CABLE
CIRCUIT BREAKER
lcc ELECTRIC INPUT
VOLTAGE
PRE-WASHING
FIRST WASHING
SECOND WASHING
THIRD WASHING
PRE-RINSING
RINSING
GEARED MOTOR
TANK ELEMENTS
TANK ELEMENTS
TANK ELEMENTS
TANK ELEMENTS
TANK ELEMENTS
BOILER ELEMENT
BOILER ELEMENT
kW
kW
kW
kW
kW
kW
kW
kW
ELECTRIC PUMP
ELECTRIC PUMP
ELECTRIC PUMP
ELECTRIC PUMP
ELECTRIC PUMP
2
mm
6 kA
kW
kW
kW
kW
kW
4
Contents
General norms page 06
Introduction and safety norms page 07
Unpacking and delivery checks page 09
1 – INSTRUCTIONS FOR THE USER page 10
First section - For the user – Operation before washing page 11
Switch-on and use of the dishwashing machine
mod. M130-M150-M180-MATIC 10, MATIC 20-33prc
MATIC 39-49-59, MA10-20-33-39-49-59 page 13
Symbols used for the controls page 16
Washing of dishes – During washing operations page 17
After washing operations page 19
Helpful suggestions - Achievements page 21
Safety devices page 21
Washing flow control system page 23
Useful hints of stainless steel maintenance page 24
2 – INSTRUCTIONS FOR THE INSTALLER page 25
Installation page 26
Second section - For the installer – Detergents page 27
Disposal page 28
Positioning – Electrical connection page 29
Water connections page 30
Water draining - Steam feeding – Steam exhaust page 31
Vapours suction - Testing – Working temperatures page 32
Torque limiter page 33
Steam condenser page 34
Eventual drawbacks –causes - remedies page 35
Modification of parameter’s programming page 39
Table connection scheme page 45
Wiring diagram page 46
5
INSTRUCTIONS MANUAL DISHWASHING MACHINES
MATIC-M-MA
The automatic-rack conveyor dishwashing machines of the MATIC-M-MA series are
designed to wash any kinds of dishes .
The modular system and the various optionals available allow the make-up of
dishwashing machines with the most appropriate features in order to meet your
production,space saving and energy-saving requirements.
GENERAL NORMS ENGLISH
Tank You for purchasing our Dishwashing Machine.
Perfect washing-up results as far as hygiene concerns and a correct operation of the
dishwashing machine can be assured only in case the instructions reported in the present
manual are carefully followed.
We hope the information reported in the present manual will be helpful to You.
They are based on data and our best updated knowledge.
Carefully read the Instructions reported in the manual, recommendations and suggestions
included. Carefully read the terms of sale too, the ones limiting warranty included.
6
INTRODUCTION
AND SAFETY NORMS
INTRODUCTION
This equipment is destined only to the use it has been conceived for: tableware washing
such as dishes, glasses, cups, cutlery, trays, etc. Using it to wash machine components or
objects whose dimensions are superior to the machine working passage is improper and
therefore dangerous.
- Equipment in compliance with EEC89/336 directive concerning the suppression of radio
interferences and electromagnetic incompatibility.
- In conformity with the EEC directives and the fulfilment laws, our dishwashers are built
according to the regulations in force in Italy and abroad.
- The noise of the machine running empty, measured at the working positions (fig. 1) and at 1.6m
from the floor, is the following:
position 1 position 2 position 3
Leq A Level equivalent
of sound pressure dB(A)
The level of peak sound pressure Lpc is not declared as it is much inferior to 130dB(C):
70 68 70
PRELIMINARY OBSERVATION
Carefully read the instructions reported in the present user manual, as it gives important
indications about safety of installation, operation and maintenance:
- carefully keep the present manual for further consultations;
- the illustrations and drawings showing the machine are intended for general reference only
and are not necessarily accurate in every particular;
- the dimensions and characteristics of the machine, given in this Manual, are not to be considered
binding and may be changed without prior notice;
- having removed the packing material, check that all the equipment is present. If there is any
doubt, do not use it and contact qualified personnel. The packing elements (plastic bags,
nails, etc.) should be kept away from children, because they are dangerous.
7
GENERAL SAFETY REGULATIONS
THIS SAFETY CODE HAS BEEN COMPILED IN YOUR INTEREST. Strict adherence to
these rules will reduce the risks of injury both to yourself and to others;
Personnel working with this machine must adhere strictly to all statutory safety regulations as well
as the specific rules listed below. Failure to do so may result in personal inyury and damage to
the machine;
- DO NOT attempt to move, install, set-up or operate this machine until you have read and
fully understood this Manual. If doubt persists, ask your supervisor;
- never leave tools, parts or other loose material on or in the machine;
- Before switching the equipment the equipment on, make sure that the model plate data
conforms to that of the electrical and water distribution network;
- remember that even with the mains isolator in the “OFF” position, the incoming cables are
still live;
- BEFORE starting machine o cycle, after any maintenance or repair work, make sure all
protective are correctly installed;
- be vigilant at all times, remember that your safety and that of your fellow workers depend on
you;
- when moving or lifting the machine, care must be taken to comply with all the relevant
regulations governing such operations;
- installation should be carried out by qualified personnel according to the manufacturer's
instructions.
- this equipment should be destined to the use which it has been conceived for. Any other
application should be considered improper and consequently dangerous;
- the equipment should only be used by personnel trained for its use;
SPECIAL SAFETY REGULATIONS
- adjustement and repairs must be carried out only by personnel qualified. Repair carried out
by unskilled personnel may be dangerous;
- perfect washing-up results as far as hygiene concerns and a correct operation of the
washing machine can be assured only in case the instructions reported in the present
handbook are carefully followed;
- the machine must be only used by authorized personnel which must comply with sanitary
measures;
- do not leave the machine in environment with temperatures inferior to 0°C;
- the machine protection degree is IP55 for Control board and IP32 for machine, therefore it
should not be washed with direct high pressure jets of water;
8
UNPACKING AND DELIVERY CHECKS
When the case with the machine has been received, unpack it as follows:
- Remove the upper cover and the wooden case side walls, take care not to damage the
machine,
- Remove possible accessories boxes,
- Remove the protecting cellophane,
- Make sure that the machine has not been damaged during transport,
- Make sure that all covers and panels have been correctly fixed and that no loosen part
is present,
- Visually inspect that all electrical components are integral.
TRANSPORT AND INSTALLATION
- To lift and transport the machine, insert the truck forks under the frame connected to
the points indicated by the yellow adhesives applied on the machine front side (see
draw below).
draw “A”*
- Before plugging the machine, ma ke sure that the supply voltage of the domestic wiring
system and the water supply from water connection corresponds to the ones reported
on the rating plate
- Installation should be carried out by qualified personnel according to the
manufacturer's indications
During instalation, it is recommended to level the machine in order to ensure a correct
operation.
9
10
INSTRUCTIONS FOR THE USER
11
MATIC-M-MA
First Section - FOR THE USER
OPERATION BEFORE WORKING
BEFORE STARTING THE WORKING OPERATION BE SURE THAT:
- the wall-mounted on/off switch is switched on;
- the water and steam* cocks are open;
- water and steam (*) are present in the system;
- the filters and the overflow are in their housings (Check the seal by pushing the
overflow to the bottom and rotating it slightly). (Attention! The machines which are provided
with built-in drain valve do not have overflow).
- curtains are correctly positioned;
- the inspection doors are closed;
- the dimensions of the dishes to be washed do not exceed the washing working
dimensions;
- Check that the detergent and rinse aid containers are not empty.
- Switch the machine on . Go to the page dealing with the model selected .
(*) for steam machines only
DETERGENTS
In case the machine is not provided with an automatic dispenser, pour the detergent directly
into the washing tank and uniformly distribute it on the filters in the doses indicated by the
supplier.
N.B.: If you make use of chlorinated sanitizers , it is always advisable the employment of
an automatic dispenser with feeler for the measurement of the detergent
concentration, because brownish spots can form on the surfaces due to chlorine reactions
when pouring the detergent directly into the tank.
In any case the product shall be introduced near the pump suction pipe in the tank and at
least 15 cm far from the bottom in order to avoid corrosion.
Choice of the suitable cleansing agent is an essential condition if you want to obtain
extremely good washing results as concerns hygienic results.
It is then important to consider some points.
First of all only highly alkaline and chlorine-active antifoam products, especially made for
industrial dish-washing machines, must be used and they must be produced by well known
reliable Firms. We provide a short list just as an indication: Ecolab-Soilax; Henkel; Lever;
Diversey; Relativ.
Mean concentration of the powder cleansing agents must be 1,5-2,5 g/lt.
Mean concentration of liquid cleansing agents must be 2-4 g/lt.
12
In order to avoid scales and corrosions, put cleansing agent above water level on the
nearest area of the sucking pump filter, in this way it will immediately dilute and will not
deposit on the tank bottom.
DESCALING
When hard water is used you can find, inside the machine and also on objects, calcareous
sediments which must be removed both for hygienic and operating reasons by a descaling
operation.
Operating process and frequency of this intervention are suggested by your cleansing
agent supplier who has suitable products, generally containing phosphoric acid.
In order to avoid damage to the machine do not increase the quantities and once operations
end rinse abundantly.
HYGIENE
At last each 30 days it would be useful to do this operation which guarantees the complete
hygienic conditions of the machine. We suggest to contact your cleansing agent supplier
who will give you quantity and name of the most suitable product you can use and that,
generally, is an active chloride powder (100-200 ppm).
In order to avoid damage to the machine do not increase the quantities and once operations
end, rinse abundantly.
13
ELECTRONIC DISHWASHER STARTUP AND USE
A
N
M
L
O
P
Q
R
B
C1
C2
7
1
1
2 3 4 5 6 7
F
V
H
G
DE
Turn the voltage on by pushing the main button
located on the control panel. The thermometer
display C1, C2 lights up.
Then follow the instructions:
1) Push the line button "A".
Display information “V” will light up (ON
LEVEL) and automatically start the tank
loading (lamp “B” is blinking). When lamp "B"
turning on indicates that the appropriate level
has been reached in the tank and the heater
element has been activated (the display
visualizes MACHINE READY).
2) Wait until the washing and rinsing
temperatures reach respectively 55°C
to 60°C and 80°C to 85°C. Check the
temperature of thermometers.
The display C1 indicates the number of the
probe connected to the temperature indicated
on display C2.
pos.1 : water inlet temperature;
pos.2 : washing temperature;
pos.3 : rinsing temperature;
pos.4 : pre-wash temperature;
pos.5 : pre-rinse temperature;
pos.6 : drying temperature;
pos.7 : second washing temperature.
pos.8 : option.
3) Then push button “D” (led on).
The machine is ready to wash the
dishes (the information display
visualizes now WASHING ENABLED).
4) Select the conveyor speed according to
the objects to wash, and push button
“E” (led “F” corresponding to the
selected speed will light up).
5) Push the START button “G” to start
the washing and to move the racks (the
display information visualizes now IN
CYCLE).
6) Introduce the rack in the tunnel and
follow the warning instructions
indicated on paragraph “washing
instructions” (see pag. 17).
7) The rinsing operation starts
automatically at the passage of the
dishes (led “N” lights up) (the display
visualizes now IN RINSING CYCLE).
14
If the lamp does not blink there is a problem at
the rinsing electrovalve (call a qualified
thechnician).
8) Should it be required to stop the
washing operations, push button ”H” to
stop the rack from moving.
9) To stop temporarily the rack basket
from moving and to interrupt the
washing, push the button “D” on OFF
position (led off). The other heather
elements stay ON (Standby position).
10) To turn off the Diswasher, push the
button “A” (led “A” off).
Checking Device:
The display “V” is blinking and visualizes the
writing “Door open”, it indicates that
one of the door was not closed
correctly.
Close the door again.
The display “V” is blinking and visualizes the
writing “Roller co nveyor stop activated”,
take out the basket at roller conveyor
stop.
The display “V” is blinking and visualizes the
writing “motor Alarm!”, it means that
there is a problem at the overload cutout indicator.
Call a qualified thechnician.
During the normal operation of the Dishwasher
the display ”V” will help you to
understand which operation the
machine is performing.
The display “V” is blinking and visualizes the
writing “CALL SERVICE!”. The display
inform that the maintenance is
necessary. The SERVICE function
allows to program the maintenance
interventions that have to be done on
the machine, according to the kind of
use. Call a qualified thechnician.
Optional Devices:
If the machine is equipped with a Drying tunnel
it is possible to activate the function of
this optional device by pushing the
button “O” (led on);
If the machine is equipped with a pre-rinsing
device, it is possible to activate the
function of this optional by pushing the
button “P” (led on);
If the machine is equipped with a heat pump, it
is possible to activate the function of
this optional by pushing the button “Q”
(led on).
WASHING AUTOTIMER (optional)
Thanks to the AUTOTIMER device it is
possible to reduce water and power
consumption when the machine is not used.
To activate this function, push the button “R”
(led on).
HEAT PUMP (optional)
The system exploits the heat produced in the
cooling cycle, which allows to constantly
regenerate energy from the hot air produced in
the machine, to preheat the rinsing water.
This device allows to feed the machine with
cold water, so as to save a lot of energy ( al
least 15,5 Kw).
FLOWMETER RINSING (optional)
It checks the water flow is enough for a good
final rinsing cycle. The blinking led “M”
indicates a possible failure.
15
PREWASHING CORNER TUNNEL (optional)
If a PRE-WASH CORNER TUNNEL is
installed, the machine indicates when it is
possible to insert the basket into the corner
tunnel.
The led “L” .marked with the symbol ( )
lights up when there is a basket inside the
corner tunnel.
Once the transport slide has been completed
and the tunnel is free, the led “L” goes off: this
indicates that it is possible to insert another
basket.
"Attention! This unit cannot be connected
to any automatic basket loading system.
Baskets can be introduced only by hand
and by an operator.".
16
SYMBOLS USED FOR THE CONTROLS
A
B
C1
C2
D
E
MAIN ON/OFF
SWITCH and
MACHINE LOADING
MACHINE ON
LAMP
DISPLAY
TEMPERATURE
NUMBERS
TEMPERATURE
DISPLAY
CONTINUOUS
WASHING
SPEED
BUTTON
L
M
N
O
P
Q
CORNER
LOADING
ON
FLOWMETER
RINSING ON
DRYING ON
PRE-RINSING
ON
HEAT PUMP
START
G
H
QUMA-EK-SIMB-GBR
PUSHBUTTON
STOP
PUSHBUTTON
TENTS POSITION
R
WATER INLET
THERMOMETR
WASH
THERMOMETER
RINSING
THERMOMETER
PRE-WASH
THERMOMETER
PRE-RINSING
THERMOMETER
DRYING
THERMOMETER
SECOND WASHING
THERMOMETER
OPTIONAL
TIMED WASHING,
FOR MACHINES
WITH AUTOTIMER
17
WASHING OF DISHES
1) Fisrt of all, remove any food residues
and any oily masses .
2) Knives , forks and spoons should be
previously softened; the same applies to
dishes, should they be washed a long time
after their use .
3) Arrange the dishes as shown in the
figures (page 18) .
4) Push the rack toward the inlet of the
machine. The feeding system will make it
step up automatically . (N.B. Insert the
shelves so that dishes are faced to the
inlet and trays are parallel to the machine).
5) If the operator is not in a position to
remove the shelves from the outlet bracket,
they, upon reaching the end thereof, would
cause the feeding system and rinsing to
stop. In order to restore the operating
conditions, it is sufficient to remove that
shelf that operates limit switch micro .
DURING WASHING OPERATIONS
1) Check that the water temperatures are
in accordance with the specified values .
2) Monitor the levels of the detergent and
the rinse agent liquid in the respective
containers .
3) Remove the pre-wash filters (if any)
(draw 4 – n.1-2 ) periodically and remove
any residues therefrom; it is suggested to
buy another spare filter in order not to
have to stop the machine for an extented
period of time .
draw 4 – pre-washing
4) Avoid dipping your naked hands into the
soapy hot water present in the tanks. This
can cause burns and skin irritations.
In this case, immediately rinse them with
plenty of water.
5) When the machine is working, do not
open the inspection doors too quickly.
6) In case the conveyor belt is stopped by
the safety device (limit switch), stop the
machine by means of the red emergency
mushroom pushbutton located near the
operator before removing the obstacle
causing the trouble.
7) Deactivate the equipment in case of
fault or malfunction. For repairs, only
address to a technical assistance center
authorised by the manufacturer and
impose the use of original spare parts.
The non-observance of the above could
compromise the safety of the appliance
and of the operators.
For possible troubles occurring during the
working cycles, see the relevant chapter.
18
19
AFTER WASHING OPERATIONS
PRECAUTION AND CLEANING
INSTRUCTIONS
- high temperatures can be reached
inside the machine (90°C). Affter
power supply has been removed, wait
until the machine has reached the
room temperature, before working on
it;
- never leave tools, parts or other loose
material on or in the machine;
- BEFORE starting machine or cycle,
after any maintenance or repair
work, make sure all protective are
correctly installed;
At the end of the working operations:
1 – Push the STOP button “H” and rotate
the button "A" to switch off the
machine.
Attention! For machines with Drying
system it is necessary to wait 5 minutes
before pushing the button "A" to switch off
the machine;
This make Fan able to cool elements.
Tank drain by drain valve
In case of machines equipped with built-in
drain valve, it is necessary to push the
button “D” at the end of the working
process for 3 seconds:
-The LED will flash and on the information
display you will read “TANK DRAIN”
(attention! The “A” button has to be on
switch-off position).
-After two minutes the drain stops
automatically.
2 - Take off the machine by means the
disconnecting switch located on the
control panel.
3 - IMPORTANT: Before carrying-out the
cleaning and maintenance
operations, disconnect the equipment
from the mains voltage through the
wall-mounted on/off switch and close
the water and steam* supply cocks;
4 - Lift the inspection doors making sure
that they are firmly linked to the
apposite support.
.
5 - Lift the overflows (draw 4 – n.3) to
empty the tanks (Attention! Unnecessary
operation for machines provided with drain
valve).
For MATIC 39-49-59-M130-M180-
MA 39-49-59:
Make sure the overflow has also
been removed (draw 4a no.6) from
the pre-rinse tank, after having
removed the upper drawer filter
(draw 4a no.5).
fig.4a – Pre-rinse zone
6 - Wash the inside of the machine with
a water jet.
20
7 – When everything is clean and water
is completely drained, take out and
clean carefully the flat filters the
suction pump filters (draw 4 – n.2-4)
and that of the pre-wash (if anydraw 5 – n.1) and wash them
carefully every day (don't beat them
against the floor or others) .
fig.5- Pre-washing
8 – Remove and wash the splash-guard
curtains.
9 - For machines with steam
condensation only, remove the
steam aspiration filter (fig.6) end
clean it.
fig.6 – Steam condenser
10 - Check that the washing nozzles are
not clogged. If necessary,
disassemble the nozzles and pay
attention to assemble them again in
the right position (twice a week) .
11 - Remove the rinsing arms by rotating
them counter-clockwise and check
that the nozzles are not clogged: if
otherwise, clean them using a
needle (every week).
12 - Replace the filters taking care that:
Curtains shall have their shortest
side turned towards the basket inlet
(see the blue signalling marks
located on the doors)
13 - Clean the outside part of the
machine using a wet sponge .Don't
use water jets that, beside being
dangerous, could also damage the
electrical parts.
Don't use detersive, abrasives, steel-wools
or steel-brushes.
14 – In order to avoid the formation of
nasty smells, let the doors open
making sure that they are firmly
linked to the apposite supports.
* for steam machines only
Machine prolonged stop
In case the machine is not used for some
weeks it is advisable to carry out an
accurate cleaning of all components inside
to avoid the formation of unpleasant
smells.
In case of a very long standstill, it is
advisable to oil the stainless steel surfaces
with white mineral oil.
21
HELPFUL SUGGESTIONS
MAINTENANCE
IMPORTANT: Before carrying out cleaning
and maintenance operations disconnect
the machine from the power supply source
by means of the wall-mounted switch or by
means of the disconnecting switch located
on the control panel.
WARNING! - Do not disconnect the switch
when the machine is on!
Check and frequently clean the nozzles.
The frequency at which such operation
shall be carried out will be suggested by
the quantity of residues and scales and by
the unsatisfying washing results.
To clean the machine outside and inside,
never make use of corrosive products such
as sodium hypochlorite (bleach) and
hydrochloric acid (muriatic acid), acids in
general, wire wool and steel brushes.
To avoid compromising the correct
operation and to keep the appliance in
optimal hygienic conditions, it is advisable
to carry out periodical sanifications and
scale removing operations.
ACHIEVEMENTS
Any deficiency in the washing process is
apparent when dirty residuals are visible.
Any halos might be caused by an
insufficuent rinsing: in this case, check
that the rinsing jets are clean and there is
a sufficient pressure in the water
distribution network (2÷4 bar) ;
In the case that residuals are present,
check that:
• the washing jets are clean
• pre-washing temperatur is 40 °C
maximum;
• washing temperature is from 55 to 60 °C,
• rinsing temperature is from 80 to 85 °C,
• there is detergent in the right
concentration;
• the filters are clean;
• washing water is not dirty;
• the positions of the objects in the rack
are correct.
SAFETY DEVICES
The dishwashers are equipped with a
number of devices in order to ensure the
safety of the operator and of the appliance
itself.
LIMIT MICROSWITCH
If dishes reach the end of the unloading
area, before the operator has managed to
unload the basket, the limit switch stops
the drawbar motion and therefore the
baskets.
DOOR MICROSWITCHES
Each inspection door is provided with two
safety microswitches forming two
redundant chains (safety level 2).
If one of the doors is opened accidentally,
the pumps, the conveyor belt gearmotor
and the rinsing area solenoid valve stop
working.
This way all washing operations are
stopped preventing dangerous jets of hot
water from spurting out.
Operation is restored only when the door
are closed again and the start button “H”
pressed.
In case of appliances with more complex
layouts, more pushbuttons near the
operator can be necessary.
22
EMERGENCY STOP PUSHBUTTON
Dish inlet and outlet side of the machine is
equipped with a red mushroom-shaped
pushbutton on yellow field, which, if
pressed, stops all motors. Once the trouble
has been removed, it is possible to restart
the machine only after the pushbutton has
been rotated and released. Subsequently
press the start button “H” again.
More pushbuttons may be necessary near
the operators depending upon the
appliance washing characteristics.
TORQUE LIMITER
The drawbar forward feeding system is
provided with a mechanical friction torque
limiter located in the drawbar system.
Each time something interposes between
the basket and the machine or the central
drawbar is overloaded, the bar motion
lowers rapidly to zero.
In this case it is necessary to switch the
machine off by means of stop or
emergency pushbuttons, remove the
obstacle and press the start button again.
To calibrate this kind of device, see the
relevant chapter included in the second
part of the manual dedicated to the
installer.
MOTOR PROTECTION DEVICES
Each motor is protected against shortcircuits and current overload by automatic
magneto-thermal relays.
Lamp "M" switching on signalizes the
intervention of any of these relays.
In this case, the machine should be
switched off and qualified personnel
should be asked for repair.
ELEMENTS PROTECTION
Each element is protected against short
circuit by automatic breakers.
Tank elements are protected against dry
running by minimum level pressure switch.
Boiler and dryer elements by thermostats
with manual reset.
In case of troubles, ask for the intervention
of qualified and authorized personnel (see
the paragraph dedicated to the user).
RESIDUAL RISKS
Although the appliance is equipped with
the above-mentioned safety devices,
danger of burns to upper limbs persists.
As already mentioned in the paragraph
“DURING WASHING OPERATIONS”,
avoid dipping your naked hands into soapy
hot water of the tanks. This can cause
burns and skin irritations.
In this case, immediately rinse them with
plenty of water.Anyway consult the product
card of the detergent employed.
23
WASHING FLOW CONTROL SYSTEM
pos. “1”
pos. “2”
Highest power (position 1) Lowest power (position 2)
The flow control system is a device that allows You to act on the intensity of the
washing power.
This can be useful by washing glasses, when it is necessary to reduce the washing jet
power.
This device is placed into the pre-washing and washing areas of the rack conveyor
dishwashing machines, by the lower washing arms group.
In order to act on the control system You have to rotate the lever “A” by hand
anticlockwise to rise the washing jet power and clockwise to reduce it.
If You turn it thoroughly leftwards, You get the highest power (pos.1).
If You turn it thoroughly rightwards, You get the lowest power (pos.2).
USEFUL HINTS OF STAINLESS STEEL MAINTENANCE
Stainless steel is so called because it is not affected by oxidation,this is due to a thin molecular
layer of oxide on the surface which protects againts further oxidation. There are, howevwr,
substances which can modify or destroy this layer,giving rise to corrosion:besides preventing the
protective film of oxide from reforming,these substances corrode the stainless steel itself and can
cause irreparable damage. It is therefore necessary to prevent this by choosing correct cleaning
products and by complying with the following simple recommendations:never forget that when
using these appliances,the first and fundamental rule is to guarantee that the cleaning
products are both non-toxic and hygienic.
Before using any detergent to clean either the stainless steel or the immediate and sorrounding
floor area, always ask your supplier for the most suitable product which does not cause corrosion
on the steel itself; the onset of rust is most commonly caused by the use of unsuitable cleaning
materials (strongly acid chlorate based detergents) or on inadequate maintenance.
Our appliances are made of stainless steel AISI 304 (18-10 type) for exterior panelling,upper
tops,tanks etc.
Comply with the following instructions when cleaning and servicing parts in stainless steel.
Ordinary daily maintenance
Carefully and frequently clean the surfaces using a damp cloth; use soap and water or normal
detergents,so long as these do not contain abrasives or chlorine based substances such as
sodium hypochlorite (bleech),hydrochloric acid or other such solutions:These products quickly
and irreparably corrode stainless steel. When cleaning floors underneath or near the appliances,
never use the above mentioned products as vapours or splashes could subject the steel to similar
destructive effects.
Only ever rub in the direction of the satining, then thoroughly rinse with clean water and carefully
dry.
Rust : water supply pipes, inevitably convey particles of rust dissolved in the water especially in
new installation plants or when taps are opened after a period of inactivity. These iron deposits
must not be allowed to remain on the stainless steel since they produce rust by contamination.
Use suitable products to remove any rust marks,from companies which produce detergents for
industrial use. After application, thoroughly rinse with clean water, neutralizing the action of the
product with an alkaline detergent normally used to clean such appliances or with another specific
product.
DO NOT USE METAL MATS TO CLEAN THE STAINLESS STEEL
INSTRUCTIONS FOR THE
INSTALLER
The following instructions are addressed to a qualified personnel, the only one
authorised to carry-out checks and repair, if any.
The Manufacturer declines any responsibility in the case of interventions
made by a non qualified personnel.
MATIC-M-MA
Second Section - FOR THE INSTALLER
The following instructions are addressed to qualified personnel who is the only one
authorized to carry out the inspections and the necessary repairs.
The machine should be installed in “Normal” environment that is to say, indoors, free of
dust, explosion-proof and adequately lit and well aired.
Before installing the machine, it is necessary to arrange the power and water
connections.
See the reported wiring diagram (supplied by the manufacturer) of the selected model as
far as the dimensions of pipes, cables and wall-mounted switch concerns.
In order to prevent damages caused by the escape of vapours from the equipment make
sure that adjacent materials do not deteriorate in their presence.
The Manufacturer cannot assume any responsibility for any damage to persons or
property deriving from the non-observance of the above specified norms.
DETERGENTS
The machine should also be equipped with a detergent and brightener dispenser, which
shall be supplied by the manufacturer of these products.
N.B.: If you make use of chlorinated sanitizers, it is always advisable to employ an
automatic dispenser provided with feeler for the measurement of the detergent
concentration, because brownish spots can form on the surfaces due to chlorine
reactions when pouring the detergent directly into the tank. The feeler for the
measurement of concentration must be placed on the front side of the tank through the
hole “A” preset for such operation (see drawing on page 27).
In any case the LIQUID DETERGENT shall be introduced through the preset hole “B” on
the right side of the washing tank.
Choice of the suitable cleansing agent is an essential condition if you want to obtain
extremely good washing results as concerns hygienic results.
It is then important to consider some points.
First of all only highly alkaline and chlorine-active antifoam products, especially made for
industrial dish-washing machines, must be used and they must be produced by well
known reliable Firms. We provide a short list just as an indication: Ecolab-Soilax; Henkel;
Lever; Diversey; Relativ.
The average concentration of liquid detergents must be 2-4g/liter. In any case it is
essential that the producer of the detergent rules the dosage properly according to the
features of the installation.
As regards the introduction of the liquid rinse aid product, use the passage “C” ,
placed near the water inlet group.
This coupling will allow an appropriate introduction of the liquid rinse aid product.
In order to do this use a fitting with non-return valve.
To connect the dispensers there are four light blue terminals, marked with apposite
labels, which are energized when the pump is working. To avoid damages to the electrical
components it is compulsory to use these terminals and avoid movable connections in
other points of the plant.
Terminal voltage corresponds to line voltage.
Note: In order to let cables pass, please use the labelled wire clamp behind the electrical
control box.
DISPOSAL
At the end of its life, the machine shall be disposed according to the local laws in force
force by specialized and acknowledged companies in this field. Its components shall be
distinguished as follows:
- metallic components: body, plans, frames, filters;
- electric components: motors, remote control switch, microswitches, wiring;
- plastic components: baskets, connections;
- rubber components: hoses, sleeves.
28
29
POSITIONING
During installation, carry out a good levelling
of the machine in order to let it work properly
(doors, basket forward feeding).
In order to do so use the adjustable feet.
After removing front panels, position the
machine over the connections. Assemble the
inlet and outlet shelves for basket loading
and unloading. The limit switch FC1 is
located on the outlet shelf or on the machine
delivery if the shelf is not provided for. The
limit switch shall be connected to the outlet
shelf.
The machine shall also be equipped with
detergent and brightener dispenser, which
shall be supplied by the manufacturer of these
products.
To connect the dispensers there are four light
blue terminals, marked with apposite labels,
which are energized when the pump is
working. To avoid damages to the electrical
components it is compulsory to use these
terminals and avoid movable connections in
other points of the plant.
Terminal voltage corresponds to line voltage.
ELECTRICAL CONNECTION
Before connecting the machine,
check to make sure the voltage
outlet of the mains is the same as
the voltage specified on the data
plate of the machine.
It is also necessary to check that the
counter, the mains and the intake are
adequately dimensioned to withstand the
required maximum load.
A main switch must be installed between
the mains and the machine. This safety
measure also requires that the minimum
distance between the switch contacts is
at least 3 mm and the disconnection on
all poles according to EN 60204 (VDE
113).
The mains must be wired to be able to
handle the current drawn by the
machine.The system must also be
provided with a proper ground lead in
accordance with the existings norms. The
electric cable must be of the following
type H07RN-F.
For a correct selection of the cable rated
cross-section refer to the data reported
on the product data plate.
The cable cross-section shall not be
inferior to the one indicated in the
“Technical data and description” reported
in the first page of the present manual.
The cable shall be connected to the
isolator IA1 and to the adjacent yellowgreen terminal, it shall be made passed
and stopped by means of the apposite
cable grip.
It is necessary to connect the equipment
to an effective ground installation, as
specified by the electrical safety
regulations in force.
Chack that this basic requirement is
complied with and, in case of doubt, ask
for a careful check of the installation by a
qualified personal.
In addition, the equipment shall be part of
an equipotential system, the
effectiveness of which should be checked
according to the regulations in force.
The connection should be made at the
screw marked by the respective label
located on the equipment back side ( ).
It is recommended to make the electric
line be checked by your own designer.
THE MACHINE SHALL BE
CONNECTED WITH AN EFFECTIVE
GROUND CLAMP.
30
The manufacturer declines any
responsibility for any damages
caused by lack of an effective
ground installation.
Emergency pushbuttons:
The machine is also equipped with
emergency pushbuttons located by the
inlet and outlet areas.
Position such pushbuttons in suitable
places, according to the characteristics of
the washing plant and according to the
position of the operators.
WATER CONNECTIONS
Carefully comply with any national or
regional regulations in force.
Hot water supply
Arrange a gate valve in an easily
accessible place, with a tap having a
3/4"gas thread spout at its end and
connect to the water inlet valve (fig.1)
N.B.: Each machine is equipped with a
pressure reducer near the water inlet
valves.
In order to obtain an optimum rinse it is
necessary to adjust it from 0,6 to 1 bar
according to inlet water pressure and
temperature.
(remember that the required dynamic
pressure must be 2÷4 bar (200÷400kPa)
and that inlet water temperature must be
55÷60°C for standard machines).
If a variation of rinse pressure is required
while installing, proceed as follows:
1: make the machine work and check that
the rinse is activated;
2: Take away the upper protection plug on
the reduction gear and turn the proper
adjusting screw anti-clockwise in order to
decrease pressure or clockwise in order to
increase it or to restore the optimum
working conditions (see picture 1A).
- temperature between 55° and 60°C,
- Dynamic Pressure 2÷4 bar (200÷400
kPa),
- Hardness between 7,2 and 12,5 °F
PIC.1A- PRESSURE REDUCER
Cold water supply
This connection is required only for
machine with pre-wash and any other
dishwasher equipped with steam
condenser or regenerator.
31
Water shall be supplied at a temperature
ranging from 10÷15°C and at a dynamic
pressure of 2÷4 bar (200÷400 kPa).
WATER DRAINING
Reachable from the machine front side
after opening the front panel (to do this
turn the two front screws out);
Arrange a discharge at floor level
provided with siphon and connect to the
floor drain by means of a hose provided
with an adequate inclination. Make sure
the drain hose is not choked in any way.
Make sure the drain hose is resistant to a
temperature of 70 °C.
Carefully comply with any national or
regional regulations in force.
STEAM FEEDING *
As far as steam feeding is concerned,
connect to the machine fittings indicated
in the installation drawings. In order to
make the equipment independent from he
general steam distribution network, it is
necessary to use gate and gas on/off
valves (see draw 2 and 3)..
This type of feeding should be supplied at
a pressure ranging from 1 bar (100°C) to
2 bar (121°C).
The steam used should be absolutely
saturated and dry.
STEAM EXHAUST *
The condensed steam exhaust shall have
an appropriate slope toward the recovery
installation or a blow-by pump, in order to
guarantee an autonomous scavenging of
the condensed steam.
N.B.: for possible maintenance operati ons,
it is advisable to arrange a gate valve
parallel with the discharge so that it is
possible to deviate condensation towards a
runoff pit.
* for steam machines only
32
VAPOURS SUCTION
For machines equipped with splashguard
with collar or heat recovery, carry out the
necessary connection as showed in figure 4.
In any case it is necessary to provide a way
to extract steam through a hood or a similar
system.
TESTING
Before starting machine:
During the testing operations, prior to
switching the dishwashing machine on, check
that thermostat of the rinsing boiler (0°-90° C)
is set to zero and the direction of rotation of
the pumps is correct.
Should the pumps rotate in the reverse
direction, reverse two wires of the line .
The magnetothermic switch of the boiler IA3 is
open (OFF position). Let some empty racks
pass through, then check that water jets
sprinkle from the rinsing nozzles, then adjust
the thermostat of the boiler to 85° C.
WORKING TEMPERATURES
Check that the thermostats are set according
to the following working temperatures.
If there is a PRE-WASH unit, check that the
maximum thermostat (CT4), placed near the
pre-wash tank, is ruled on the temperature of
45°C.
ATTENTION! The cooling occurs thanks to
the introduction of cold water with working
wash pump. This device avoids the
excessive growing of the pre-wash
temperature. If there is also a thermostat for
low temperature (CT9) for the heating
element in the tank, rule it on the
temperature of 35-40°C.
WASHING
The tank thermostat (CT3), also placed near
the wash tank, will be set according to the
following temperature:
Washing water: 55-60°C.
RINSING
The rinsing thermostat (CT2) will be set
according to the following temperature:
Rinsing water: 80-85°C.
Note: In order to obtain an optimal rinse
please check the pression on the
pressure reducer manometer. If a new
adjustment is required see the specifical
paragraph (page 31: water feeding).
PRE-RINSING (only for M39-49-59-M130M180)
The pre-rinsing thermostat (CT7) will be set
according to the following temperature:
Pre-rinsing water: 60°C.
DO NOT TAMPER WITH THE
THERMOSTAT CALIBRATION
33
TORQUE LIMITER
The limiter has already been described in
the paragraph “SAFETY DEVICES”.
It is placed in connection with the drawbar
and it is calibrated during testing by the
manufacturer.
In case it is necessary to calibrate it again,
proceed as follows:
1. Switch the machine off ;
2. Remove the protection panel;
3. Load the whole drawbar with baskets
full of dishes to be washed;
4. Loose the axial ring nut with the
hexagon ring wrench type “A”;
5. Disengage the friction with a hooked
key type “B” so that it slips;
6. At this point clockwise turn until the
drawbar manages to carry the whole
dishes charge;
7. It is considered adequately calibrated
when, in second gear, by pressing the start
pushbutton, the belt hardly manages to
carry the whole load until the end of the
delivery shelf.
34
STEAM CONDENSER
As regards the machines provided with
“STEAM CONDENSER” device, pay
attention to the following:
The adjustment of the device is carried out
by means of the regulator valve (COCK
“V”) placed inside the machine base plate
and marked with its special label.
The Manufacturer should rule this cock
while testing the machine.
Never touch this cock without a specific
reason.
This valve rules the water flow in the
vapour condensing battery.
If the machine needed a more precise
adjustment, under regular conditions,
adjust the valve until no more vapour
comes out of the “vapour condensing” cap.
Generally it is sufficient to slightly open the
valve.
ATTENTION! An excessive opening can
cause the cooling of the tank.
35
MODIFICATION OF PARAMETERS’ PROGRAMMING
A
N
M
L
O
P
Q
R
F
H
V
1. Make sure that the wall switch is on;
2. Give power to the machine by the main selector which is placed on the top of the control box: the
G
B
C1
C2
7
1
1
2 3 4 5 6 7
DE
thermometer display “C1-C2” will turn on, as well as the information display “V”, where “OFF” will
appear;
3. Push on the “H-G-D” buttons at the same time : on the display “PARAMETERS” will appear ;
4. Push “G”(start) in order to see all the parameters in sequence (see complete list on the following
page); (with the “H”(stop) button it is possible to go back to the previous parameter )
5. Modify the parameter acting on the “E” button to reduce and on the “D” button to increase the value of
this parameter;
6. To validate the value of the modified parameters it is necessary to push the button “G”(start) until the
last “OFF” appears;
7. Push the “A” line button (on the information display you’ll see that “ON” will appear);
8. Start the machine and check the right value of the established parameters.
36
PARAMETERS MATIC
Description Default (Reset) Modified
Parameters
Language Italiano
Pre-rinse (Yes-No) No
Pre-Rinse Start 1 (0-240s) (first speed) 2s
Pre-Rinse Start 2 (0-240s) (second speed) 1s
Pre-Rinse time 1 (0-240s) (first speed) 2s
Pre-Rinse time 2 (0-240s) (second speed) 1s
Drying (Yes-No) Non
Heat pump (Yes-No) Non
Rinse Flowmeter(Yes-No) Non
Speed (1-2) 2
Auto Timer (0-20min) 0min
Boiler Filling (0-10min) 2min
Tank Filling Stop (0-240s) 30s
Tank Filling Alarm (0-60min) 20min
Rinse Start 1 (0-240s) (first speed) 0s
Rinse Start 2 (0-240s) (second speed) 0s
Rinse time 1 (0-240s) (first speed) 1s
Rinse time 2 (0-240s) (second speed) 1s
Tanks drain time (0-15min) 0min
Start after End Switch (0-10s) 3s
Level (0-240s) 10s
RESET OF TANK FACTORY PARAMETERS
1- Push buttons "H"(stop)- "G"(start)- A (I-O) at the same time.
2- While keeping the above mentioned buttons pushed, give power to the machine by the main selector placed
on the top of the control box.
37
MATIC PARAMETERS’ DESCRIPTION
Description Parameter functioning
Language Select the language to use: Italian-French-English-German-
Spanish.
Pre-rinsing (Yes-No) Select YES only for machines with pre-rinsing. This function can be
activated or not by pressing ‘’P’’ button.
Pre-rinsing Start 1 (0-240s) a: (for machines with Pull-through rack) lag at the pre-rinsing pump
start from the moment of the basket contact with the rinsing
economizer at the first speed .
b: ( for Belt-towing machines) lag at the pre-rinsing pump start
from the moment of the basket or dish passage between the entry’s
photoelectric cells at the first speed.
Pre-rinsing Start 2 (0-240s) a: (for machines with Pull-through rack) lag at the pre-rinsing pump
start from the moment of the basket contact with the rinsing
economizer at the second speed .
b: ( for Belt-towing machines) lag at the pre-rinsing pump start
from the moment of the basket or dish passage between the entry’s
photoelectric cells at the second speed.
Pre-rinsing duration 1 (0-240s) a: (for machines with Pull-through rack) lag at the pre-rinsing pump
stop from the moment of the exit of the basket contact with the
rinsing economizer at the first speed.
b: (for Belt-towing machines) lag at the pre-rinsing pump stop from
the moment of the dish or basket exit from the entry’s photoelectric
cells at the first speed.
Pre- rinsing duration 2 (0-240s) a: (for machines with Pull -through rack) lag at the pre-rinsing pump
stop from the moment of the basket contact with the pre-rinsing
economizer at the second speed.
b: (for Belt-towing machines) lag at the pre-rinsing pump stop from
the moment of the dish or basket exit from the entry’s photoelectric
cells at the second speed.
Drying (Yes-No) Select YES only for machines with drying tunnel. This function can
be activated or excluded by ‘’O’’ button.
Heat pump (Yes-No) Select YES only for machines with heat pump. This function can be
activated or excluded by ‘’Q’’ button.
Flow-meter (Yes-No) Select YES only for machines with flow-meter. It checks the rinsing
water quantity. Lamp ‘’M’’ is lighted up when the rinsing functioning
is regular; when the water quantity is inadequate lamp ‘’M’’ flashes
and the display shows ‘’RINSING ALERT’’.
Speed (1-2) Select -1- for machines with only one speed and select -2- for
machines with two speeds. ‘’E’’ button allows to select the
conveyor’s or belt-towing ’s speed. The corresponding lamp ‘’F’’ will
be lighted up.
Autotimer (0-20min) Only for machines with autotimer. Select a time from 1 to 20
minutes to activate it. This function anyway can be activated or
excluded by ‘’R’’ button.
It stops the machine after the selected time from when the last
basket or dish has passed by the rinsing economizer.
Boiler filling (0-10min) At every daily start, before filling the tanks, the rinsing system is
activated to guarantee the water presence in the boiler. Regulate
the time according to the single needs or boiler dimensions.
Tank filling stop (0-60s) Time during which the tank filling has to continue after having
reached the level of the level switch to reach immediately the
optimal functioning level.
38
Tank filling alert (0-60min) Maximum time for the tank filling, after which the machine stops
and the display shows this trouble. Alert in case of lack of water or
anomaly on the machine drain system.
Rinsing Start 1 (0-240s) a: (for machines with Pull-through rack) lag at the rinsing start
from the moment of the basket contact with the rinsing economizer
(at the first speed) .
b: ( for Belt-towing machines) lag at the rinsing start from the
moment of the basket or dish passage between the entry’s
photoelectric cells (at the first speed).
Rinsing Start 2 (0-240s) a: (for machines with Pull-through rack) lag at the rinsing start
from the moment of the basket contact with the rinsing economizer
(at the second speed) .
b: ( for Belt-towing machines) lag at the rinsing start from the
moment of the basket or dish passage between the entry’s
photoelectric cells (at the second speed).
Rinsing duration 1 (0-240s) a: (for machines with Pull-through rack) lag at the rinsing stop from
the moment of the exit of the basket contact with the rinsing
economizer (at the first speed).
b: (for Belt-towing machines) lag at the rinsing stop from the
moment of the dish or basket exit from the entry’s photoelectric
cells (at the first speed).
Rinsing duration 2 (0-240s) a: (for machines with Pull-through rack) lag at the rinsing stop from
the moment of the basket contact with the rinsing economizer (at
the second speed).
b: (for Belt-towing machines) lag at the rinsing stop from the
moment of the dish or basket exit from the entry’s photoelectric
cells (at the second speed).
Tank drain time (0-15min) Only for machines with automatic drain valve. It fixes the time of
the drain cycle.
Start after the conveyor limit stop (010s)
Level (0 -240s) Waiting time for the tank level reset at the washing pumps’ start.
Lag time for the restart of the conveyor or of the belt-towing after
the stop by the conveyor limit stop to allow to clear the exit table.
This lag is activated also at the start of the washing or of the
conveyor.
It can be useful if the machine is equipped with Autotimer and
subject to frequent stops and restarts.
39
A LIST OF DRAWBACKS POSSIBLY OCCURRING WITH THE USE OF THE
DISHWASHING MACHINE, THEIR CAUSES AND POSSIBLE REMEDIES
1 - Display does not turn on upon switching the machine on
A - Check that the wall-mounting swith is ON and the respective fuses are not burnt.
B - Check that fuses FS1-2-3 of transformer TR1 are not burnt .
2 – Pomp alarm – Washing pump alarm
A - Chek that the overload cutouts of the individual remote switches and replace those
disconnected . If such a drawback occurs several times in the same device, it is suggested to
increase the current rate through the graduated cursor.
B - Check that the power supply voltage is not subjected to variations in ecces of 10% of the
nominal value .
C - Check, using an ammeter, that the current drained by the motor does not exceed the
rated values .
3 - The tank does not fill, the lamp “B” does not turn on
A - Check that pressures switches CP1-CP2 (those existing) are effective and calibrated.
B - Check that the feeding water intercept is open and water is present in the piping system.
C - Check that the overflows are in their housing.
D - Check that the coil of the solenoid valve EV2 is not disconnected and that tension
arrives.
4 - The racks don't step up, feeding rod still
A - Check that nothing is resting on limit switch micro FC1 and this is in good operating
conditions .
B - Check that there are no objects got stuck inside the tunnel between the feeding group
and the fixed part of the machine.
C - Check that the locking ringnut of the friction clutch in speed reducer M01 -M01A1 is not
slackened, if otherwise tighten it slowly until the feeding system operates.
D - Check that overload cutouts RM04_RM04A are not triggered, if otherwise restore them.
E - Check that fuses and remote switch coils MT04-MT04A are effective .
F - Check that speed reducer M01-M01A is in good operating conditions .
5 - The racks don't step up, feeding rod moving
A - Check whether one or several pawles are blocked .
B - Check that the central rack of the rack is effective .
40
6 - The racks don't stop at end of stroke
A - Check that the wheel of micro FC1 projects sufficiently from the bracket and is operated
by the shelf.
B - Check that micro FC1 is effec tive and the respective cable is connected correctly.
7 - The tanks don't stop being filled upon reaching the desired level
A - Check that the trap of the pressure switch has no porosities and the connection pipe is
not disconnected .
B - Check that the pressure switch is in good conditions and is calibrated .
C - Check that there is no dirty in the solenoid valve. This drawback can be noted because
the machine continues to load water, whilst the main on/off switch is off .
8 - Insufficient washing
A - Check that the detergent is effective, of the type for industrial dishwashing machines, and is
proportioned for the right concentration .
B - Check that the detergent container is not empty and operates correctely .
C - Check that the jets of the prewashing, washing and pre-rinsing arms are not cloked. If
necessary, clean them.
D - Check that the dishes are placed in the respective racks. Soup plates have to be mandatorily
placed in rack type P12-16.
E - Check that the feeding rate is not too high. The first speed shall always be used for knives, forks
and spoons that have not been previously softened , for dishes sent to washing after an extended
period of time from their use, and for deep or difficult objects.
F - Check that the temperatures in the tanks are the specified ones.
G - One or several pumps don't operate, in this case check that:
- the overload cutuot didn't switch the pump in question and, if necessary,restore
- the fuses or the coil of the respective remote switch are not broken
- finally, the pump is not blocked, the motor is effective and rotates in the right direction.
PUMPS ELECTRICAL COMPONENTS
pre-wash 1st wash 2nd wash pre rinse
PUMP M03 M02 M09 M06
CONTACTOR MT06
CUTOUT RM6 RM2 RM9 RM3
H - Shadings or spots present on dishes,specially on glasses, may be caused by minerals present in
the water. In such an event, it is suggested to analyze the water used. The contents of calcium and
magnesium in the water should not exceed 10°F. The presence of iron should not exceed 0,1 ppm. If
these values are exceed, it is suggested to treat the water as appropriate .
I - A preliminary softening is suggested prior to washing knives, forks and spoons
41
9 - Temperatures insufficient in one or several tanks
A - Check that the thermostats are effective and calibrated .
B - Check that the temperature of the feeding water is from 50° to 60° C, as specified .
C - Check that the thermostats relevant to the tanks are set to the right temperatures and
operate correctely .
D - Check that the fuses and the coil of the remote switch are not broken .
E - Check that the heater elements are effective .
HEATER ELECTRICAL COMPONENTS
pre-wash 1st wash 2nd wash pre rinse
TEMPERATURE 35°-40°C 50°-60°C 50°-60°C -----HEATERS R6 R2 R5 R4
THERMOSTATS CT4 CT3 CT8 CT7
CONTACTORS MT06 MT05 MT07 MT10
10 - Rinsing insufficient
An effective rinsing also depends on correct washing operations . Therefore, prior to
checking the rinsing system, make sure that washing took place correctly, and specifically
look at item X in the respective paragraph. Having ascertained that washing was made
correctly, check that :
A - The dynamic pressure of the feeding water is not less than 2 bars. Should the pressure
be insufficient, install rinse buster pump M07 in order to increase pressure .
B - The nozzles are not clogged by calcareous residuals and they are oriented to the right
direction .
C - Water inlet solenoid valve EV1 operates correctly.
D - The water input filter is not clogged
E - Energy-saver microswitch FCE1 is effecteive .
F - The curtain of the last tank is in the right position and does not cover the rinsing nozzles
when dishes pass there .
G - The boiler is not scaled to such an extent as to limit the water flow rate.
11 - Rinsing temperature insufficient
The temperature of the rinsing water should range from 80° to 90° C.
Should it be lower.check that :
A - The thermometer is effective and calibrated .
B - The temperature of the feeding water ranges from 50° to 60° C specified (excluding
machines with drain heat recovery unit) .
C - The dynamic pressure of the feeding water does not exceed 2 bars. If so, calibrate the
pressure reducer incorporated in the machine.
D - The rinsing nozzles have not been unduly widened or replaced.
42
E - The thermostats relevant to boiler CT2 is set to the right temperature and operate
correctly.
If the drawback is not due to any of the causes listed hereabove,proceed as follows :
for machines with electric heating
- check that fuses are effective
- check that the coil of remote switch MT03 is not broken
- check all elements of boiler heaters R1
- check the security thermostat CT1 is on
for machines with steam heating
- check that the steam inlet gate is open and it is present with a pressure not less than 0,5
bars,
- check that the filter of the condensated steam drainage is not clogged;
- check that steam solenoid valve EV7 operates correctly,
- check that the input steam filter is not clogged to such an extent as to prevent the normal
flow rate,
- check that the condensated steam outlet pipe can freely drain by drop,
- check that the pipe-coil of the boiler is not scaled to such an extent as to limit the heat
exchange thereof .
12 - Drying insufficient
An effective drying is strictly related to an effective washing and rinsing. Prior to checking the
drying system, check whether washing and rinsing have been made correctly. Then check
that :
A - The rinse agent liquid container is not empty and the respective proportioner operates
correctly.
B - The air suction holes located on the upper panel are not clogged by foreign bodies.
C – The Overload cutout is not triggered. If so, restore it.
D - Fuses and remote switch coil MT09 are not broken.
E - Motor M05 is not blocked and rotates in the right direction.
F - Using a maximum thermometer, check that the temperature of the hot air jet is at least
80° C. Should it be lower, proceed as follows :
for machines with electrical heating
- check that thermostat CT6 is set to the right position and operates correctly.
- check that fuses and remote switch coil MT07 are affective.
- check that heater element R3 are effective.
for machines with steam heating
- check that the steam inlet gate is open and is present with a pressure not less than 0,5
bars,
- check that the filter of the condensated steam drainage is not clogged;
43
- check that steam solenoid valve EV7 operates correctly,
- check that the input steam filter is not clogged to such an extent as to prevent the normal
flow rate,
- check that the condensated steam outlet pipe can freely drain by drop.
13 - Aspiration and steam condensation insufficient
A - Check whether foreign bodies obstruct the upper air exhaust hole .
B - Check that the filter of the condenser battery is not clogged by fat residuals. In such an
event, wash it with boiling water and detersive. Rinse thoroughly.
C - Check that overload cutout is not triggered. If so, restore it.
D - Check that fuses and remote switch coil MT16 are not broken.
E - Check that motor M08 is not blocked nor burnt and rotates in the right direction
F - Check that the cold water feed cock is open and water is present at a pressure of at
least 2 bars.
G - Check that cold water inlet filter D is not clogged to such an extent as to limit the flow
rate.
The manufacturer declines any responsibility for any printing errors contained in this
booklet. The manufacturer also reserves the right to make any modifications to its
products that don't affect the basic characteristics thereof.
44
ATTENTION !
ETI-MANOV-TRAINO
A
B
ENGLISH
FOR A CORRECT WORKING OF THE
MACHINE (PUMPS, FANS, ETC.), PLEASE
CHECK THAT THE
CRANK
) TURNS ANTICLOCKWISE, OR THAT THE
DRIVE MOTOR
WASHING TANK (FIG.”B”) TURNS IN THE
DIRECTION INDICATED BY THE YELLOW
ARROW ON THE MOTOR BODY.
INSIDE THE MACHINE (FIG.”A”
PULL-THROUGH
SHAFT UNDER THE
45
TABLE CONNECTION SCHEME
MURO/MUR/WALL/WAND
Piano di lavoro, plan de travail
work table, Arbeitstisch
Pagina 1 di 5
AD1
BS1
BS2
BS3
BS4
CP1
CP2
CP3
CP4
CP5
CP6
CP7
CP8
CP9
CP10
CT01
CT02
CT03
CT04
CT05
CT06
CT07
CT08
CT09
CT10
CT11
CT12
CT13
CT14
CT15
CT16
CT17
CT18
ECONOMY THERMOSTAT
EV01
EV02
EV03
EV04
EV05
EV06
EV07
EV08
EV09
EV10
EV11
EV12
EV13
EV17
EV18
EV19
EV11
FC1
WIRING DIAGRAM KEY
ABBR. COMPONENT
ANTI-JAMMING FILTER
BOILER SAFETY AUTOMATIC SWITCH RELEASE COIL
DRYING SAFETY AUTOMATIC SWITCH RELEASE COIL
SAFETY AUTOMATIC SWITCH RELEASE COIL FOR ADDITIONAL BOILER
SAFETY AUTOMATIC SWITCH RELEASE COIL FOR ADDITIONAL DRYING UNIT
LOWER PRESSURE SWITCH FOR MAIN WASHING
UPPER PRESSURE SWITCH FOR MAIN WASHING
PRE-WASH PRESSURE SWITCH
PRESSURE SWITCH FOR SECOND WASHING
PRE-RINSE PRESSURE SWITCH
PRESSURE SWITCH FOR SECOND PRE-WASHING
PRESSURE SWITCH FOR THIRD WASHING
PRESSURE SWITCH FOR RECYCLE PUMP
PRESSURE SWITCH FOR PRE-WASHING DRAIN
PRESSURE SWITCH FOR WASHING DRAIN
BOILER SAFETY THERMOSTAT
BOILER THERMOSTAT
THERMOSTAT FOR MAIN WASH TANK
MAXIMUM TEMPERATURE THERMOSTAT FOR PRE-WASH TANK
DRYING SAFETY THERMOSTAT
DRYING THERMOSTAT
THERMOSTAT FOR PRE-RINSE TANK
THERMOSTAT FOR SECOND WASH TANK
THERMOSTAT FOR PRE-WASH TANK HEATING
SAFETY THERMOSTAT FOR ADDITIONAL BOILER
THERMOSTAT FOR ADDITIONAL BOILER
THERMOSTAT FOR HEAT RECOVERER
THERMOSTAT FOR SECOND PRE-WASH HEATING
THERMOSTAT FOR THIRD WASHING
SAFETY THERMOSTAT FOR ADDITIONAL DRYING
THERMOSTAT FOR ADDITIONAL DRYING
DRYING STOP THERMOSTAT
LOADING SOLENOID VALVE
RINSE SOLENOID VALVE
PREWASH COOLING SOLENOID VALVE
STEAM CONDENSER SOLENOID VALVE
HEAT RECOVERER ENTRY SOLENOID VALVE
HEAT RECOVERER EXIT SOLENOID VALVE
BOILER STEAM SOLENOID VALVE
STEAM SOLENOID VALVE - HEATED WATER IN THE MAIN WASH TANK
DRYING STEAM SOLENOID VALVE
STEAM SOLENOID VALVE - HEATED WATER IN THE SECOND WASH TANK
COLD PREWASH SOLENOID VALVE
STEAM SOLENOID VALVE - HEATED WATER IN THE MAIN PRE-WASH TANK
GAS-FIRED BOILER ENTRY SOLENOID VALVE (FROM RCL)/RECOVERER EXIT SOLENOID VALVE
SELF-WASHING AREAS SOLENOID VALVES
SELF-WASHING SYSTEM SOLENOID VALVE
TANK DRAIN SOLENOID VALVE
HEAT PUMP SOLENOID VALVE
PRE-WASHING LOADING SOLENOID VALVE
LIMIT SWITCH FOR EXIT TABLE
01/03/2007
Pagina 2 di 5
FC2
FC3
FC4
FC5
FCE1
FCE2
FCE3
FCE4
FCE5
FCE6
FCECL1
FCECL2
FCECL3
FCL1
FCL2
FCL3
FCL4
FCL4A
FCP01/01A
FCP02/02A
FCP03/03A
FCP04/04A
FCP05/05A
FCP06/06A
FCP07/07A
FCP08/08A
FCP09/09A
FCP10/10A
FCP11/
FCP12/12A
FCP13/13A
FCP14/14A
FCSC1
FCSC2
FLS1
FS1-2-3
FS4
FS5
FS6
FS7
FS8
IA01
IA02
IA03
IA04
IA05
IA06
IA07
IA08
IA09
IA10
IA11
IA12
LIMIT SWITCH FOR BASKET UNLOADING
SAFETY LIMIT SWITCH FOR BASKET UNLOAD CHAIN
SAFETY LIMIT SWITCH TOP 1 UNLOAD CHAIN
SAFETY LIMIT SWITCH
RINSING ECONOMIZER
PRE-RINSE ECONOMIZER
WASHING ECONOMIZER (SELF-TIMING)
MICROSWITCH FOR BUSY CORNER PREWASH AREA
MICROSWITCH FOR BUSY LOADING ENTER AREA
COLD PREWASH ECONOMIZER
MAIN WASH DRAIN OPENING CONTROL
PRE-WASH DRAIN OPENING CONTROL
SECOND WASH DRAIN OPENING CONTROL
PHOTOELECTRIC CELL FOR CORNER UNLOADING SYNCHRONISM
PHOTOELECTRIC CELL 1 CORNER UNLOADING
PHOTOELECTRIC CELL 2 CORNER UNLOADING
PHOTOELECTRIC CELL FOR LINEAR SELF-TIMER EMITTER
PHOTOELECTRIC CELL FOR LINEAR SELF-TIMER RECEIVER
MAIN WASHING DOOR LIMIT SWITCH
PRE-WASH DOOR LIMIT SWITCH
PRE-RINSE DOOR LIMIT SWITCH
SECOND WASHING DOOR LIMIT SWITCH
CORNER DRYING UNIT AND RCL DOOR LIMIT SWITCH
11A
DOOR LIMIT SWITCH FOR ENTRY LINEAR BELT
DOOR LIMIT SWITCH FOR EXIT LINEAR BELT
SECOND PRE-WASH DOOR LIMIT SWITCH
DOOR LIMIT SWITCH FOR TANK LOADING M115
THIRD WASHING DOOR LIMIT SWITCH
DOOR LIMIT SWITCH FOR ADDITIONAL DRYING TUNNEL
DOOR LIMIT SWITCH FOR PREWASH-WASH NEUTRAL INTERMEDIATE
DOOR LIMIT SWITCH FOR WASH-RINSE NEUTRAL INTERMEDIATE
DOOR LIMIT SWITCH FOR LINEAR ENTRY TABLE FILTER
PREWASH DRAIN MICROSWITCH
MAIN WASHING DRAIN MICROSWITCH
RINSE FLOWMETER
MAIN SWITCH FUSES
PRIMARY TRANSFORMER FUSES FOR DETERGENT PUMP
PRIMARY TRANSFORMER FUSES FOR RINSE AID PUMP
FUSES FOR DETERGENT PUMP
FUSES FOR RINSE AID PUMP
PRIMARY TRANSFORMER FUSES FOR TEMPERATURE RECORDER
AUTOMATIC SWITCH PRIMARY TRANSFORMER
AUTOMATIC SWITCH SECONDARY TRANSFORMER
AUTOMATIC SWITCH FOR BOILER HEATING ELEMENT
AUTOMATIC SWITCH FOR MAIN TANK ELEMENT
AUTOMATIC SWITCH FOR PRIMARY TRANSFORMER FOR DOORS
AUTOMATIC SWITCH FOR SECONDARY TRANSFORMER FOR DOORS B191
AUTOMATIC SWITCH FOR DRYING HEATING ELEMENT
AUTOMATIC SWITCH FOR PRE-RINSE HEATING ELEMENT
AUTOMATIC SWITCH FOR SECOND TANK HEATING ELEMENT
AUTOMATIC SWITCH FOR PREWASH HEATING ELEMENT
AUTOMATIC SWITCH FOR ADDITIONAL BOILER HEATING ELEMENT
AUTOMATIC SWITCH FOR SECOND PREWASH HEATING ELEMENT
01/03/2007
Pagina 3 di 5
IA13
IA14
IN0
IN1
IN2
IN3
IN4
IN5
IN6
INVERTER SWITCH
LIV1
DETERGENT LEVEL
LIV2
RINSE AID LEVEL
LS1
LS2
LS3
LS4
LS5
LS6
LS7
AUTOTIMER LAMP
LS8
START LAMP
LS9
DETERGENT LEVEL ALARM LAMP
LS10
DRAIN LAMP
M01
M01A
M02
M03
M04
M05
M06
M07
M08
M09
M10
M11
M11A
M12
M13
M14
M15
M16
M17
M18
M19
MT01
MT02
MT03
MT04
MT04A
MT04B
MT05
MT06
MT07
MT08
MT09
MT10
MT11
MT12
AUTOMATIC SWITCH FOR THIRD TANK HEATING ELEMENT
AUTOMATIC SWITCH FOR ADDITIONAL DRYING HEATING ELEMENT
MACHINE GENERAL ISOLATOR WITH FUSES
MACHINE START SWITCH 0-1-2
PRE-RINSE SWITCH
DRYING SWITCH 9KW
SELF-TIMER SWITCH
ADDITIONAL DRYING UNIT SWITCH
TURN-ON LAMP
TANK LEVEL LAMP
OVERLOAD CUTOUT LAMP
LAMP FOR FREE CORNER PRE-WASH AREA
EMERGENCY LAMP FOR RINSING FLOWMETER
SELF-WASHING SYSTEM CYCLE LAMP
TOWING GEARED MOTOR V1
TOWING GEARED MOTOR V2
MAIN WASH PUMP
PRE-WASH PUMP
FAN MOTOR
MOTOR FAN FOR DRYING UNIT
RINSE PUMP
BOOSTER PUMP
STEAM CONDENSER FAN MOTOR
SECOND WASH PUMP
HEAT RECOVERER FAN MOTOR
GEARED MOTOR FOR MOTORIZED CURVE V1
GEARED MOTOR FOR MOTORIZED CURVE V2
SECOND PRE-WASH PUMP
GEARED MOTOR FOR RACK UNLOAD TABLE
THIRD WASH PUMP
RECYCLE PUMP
ADDITIONAL MOTOR FAN FOR DRYING UNIT
MACHINE SELF-WASHING PUMP
DRAIN PUMP
HEAT PUMP COMPRESSOR
LEVEL CONTROL CONTACTOR
HEATING ELEMENT CONTACTOR FOR MAIN WASH TANK
BOILER HEATING ELEMENT CONTACTOR
CONTACTOR FOR TOWING MOTOR
CONTACTOR FOR TOWING MOTOR (SECOND SPEED)
CONTACTOR FOR TOWING MOTOR (THIRD SPEED)
CONTACTOR FOR MAIN WASH PUMP
CONTACTOR FOR PRE-WASH PUMP
CONTACTOR FOR FAN MOTOR
CONTACTOR FOR HEATING ELEMENT OF DRYING UNIT
CONTACTOR FOR DRYING UNIT MOTOR FAN
CONTACTOR FOR PRE-RINSE PUMP
CONTACTOR FOR PRE-RINSE HEATING ELEMENT
CONTACTOR FOR DOOR MAGNETIC SWITCH (MATIC M39-49-59/LINEAR)
01/03/2007
Pagina 4 di 5
MT14
MT15
MT16
MT17
MT18
MT19
MT20
MT20A
MT21
MT22
MT23
MT24
MT25
MT26
MT27
MT28
MT29
MT30
MT31
MT32
MT33
MT34
MT35
MT36
MT37
MT38
MT39
AUTOWASHING PUMP CONTACTOR
MT40
START CONTACTOR FOR INDEPENDENT DRYING TUNNEL
MT41
DETERGENT PUMP LEVEL CONTACTOR
MT42
RINSE AID PUMP LEVEL CONTACTOR
MT43
RINSING FLOWMETER CONTACTOR
MT44
DRAIN PUMP CONTACTOR
MT45
AUTOTIMER START CONTACTOR
MT46
CONTACTOR FOR HEAT PUMP COMPRESSOR
MT47
RELAY FOR HEAT PUMP LEVELS
PS01
PS02
PS03
PS04
PS05
PS06
PS07
PS08
PS09
PS10
PS11
PS12
PS13
R01
R02
R03
R04
R05
R06
R07
MT13 CONTACTOR-RELAY FOR RINSE ECONOMIZER (MATIC BOOSTER PUMP)
BOOSTER PUMP CONTACTOR
SECOND WASH PUMP CONTACTOR
CONTACTOR FOR STEAM CONDENSER FAN MOTOR
CONTACTOR FOR SECOND WASH TANK ELEMENT
CONTACTOR FOR HEAT RECOVERER FAN MOTOR
CONTACTOR FOR ADDITIONAL BOILER
CONTACTOR FOR MOTOR V1 MOTORIZED CURVE
CONTACTOR FOR MOTOR V2 MOTORIZED CURVE
CONTACTOR FOR PRE-WASH HEATING ELEMENT
CONTACTOR FOR LINEAR RINSE ECONOMIZER
CONTACTOR-RELAY FOR PHOTOELECTRIC CELL 1 BASKET UNLOADER
CONTACTOR-RELAY FOR PHOTOELECTRIC CELL 2 BASKET UNLOADER
CONTACTOR-RELAY FOR SYNCHRONISM PHOTOELECTRIC CELL (BASKET UNLOADER)
CONTACTOR FOR BASKET UNLOADER GEARED MOTOR
RINSE CONTACTOR
CONTACTOR FOR BASKET UNLOADER START
SECOND PRE-WASH PUMP CONTACTOR
SECOND PRE-WASH HEATING ELEMENT CONTACTOR
CONTACTOR FOR THIRD WASH PUMP (LINEAR 80)
CONTACTOR FOR THIRD WASH HEATING ELEMENT
CONTACTOR FOR RECYCLE PUMP
CONTACTOR FOR ADDITIONAL DRYING UNIT ELEMENT
CONTACTOR FOR ADDITIONAL DRYING UNIT MOTOR FAN
CONTACTOR FOR COUPLING OF AUTOTIMER-COLD PREWASH
CONTACTOR FOR LINEAR AUTOTIMER CONVEYOR
CONTACTOR FOR LINEAR AUTOTIMER PHOTOELECTRIC CELLS
START PUSHBUTTON
STOP PUSHBUTTON
EMERGENCY PUSHBUTTON
LOADING TABLE EMERGENCY PUSHBUTTON
UNLOADING TABLE EMERGENCY PUSHBUTTON
RACK UNLOADER EMERGENCY PUSHBUTTON
ENTRY TABLE START PUSHBUTTON
EXIT TABLE START PUSHBUTTON
ENTRY TABLE STOP PUSHBUTTON
EXIT TABLE STOP PUSHBUTTON
LINEAR CONVEYOR START PUSHBUTTON WITH AUTOTIMER
SELF-WASH CYCLE START PUSHBUTTON
DRAIN PUSHBUTTON
BOILER HEATING ELEMENT
MAIN WASH HEATING ELEMENT
DRYING UNIT HEATING ELEMENT
PRE-RINSE HEATING ELEMENT
SECOND WASH HEATING ELEMENT
PRE-WASH HEATING ELEMENT
ADDITIONAL BOILER HEATING ELEMENT
01/03/2007
Pagina 5 di 5
R08
R09
R10
RM01
RM01A
RM02
RM03
RM04
RM05
RM06
RM07
RM08
RM09
RM10
RM11
RM11A
AUTOMATIC THERMIC RELAY FOR MOTOR V1 (MOTORIZED CURVE)
RM12
RM13
RM14
RM15
RM16
RM17
RM18
RM19
S1
SL1
SL2/2A
T1
T2
T3
T4
T5
T6
T7
TM1
TM2
TM3
TM4
TM5
TM6
TR01
TR02
TR03
TR04
TR05
TR06
TR07
TR08
TR09
TR10
SECOND PRE-WASH HEATING ELEMENT
THIRD WASH HEATING ELEMENT
ADDITIONAL DRYING UNIT HEATING ELEMENT
AUTOMATIC THERMIC RELAY FOR TOWING MOTOR V1
AUTOMATIC THERMIC RELAY FOR TOWING MOTOR V2
AUTOMATIC THERMIC RELAY FOR MAIN WASH PUMP
AUTOMATIC THERMIC RELAY FOR PRE-WASH PUMP
AUTOMATIC THERMIC RELAY FOR FAN MOTOR
AUTOMATIC THERMIC RELAY FOR DRYING UNIT FAN MOTOR
AUTOMATIC THERMIC RELAY FOR PRE-RINSE PUMP
AUTOMATIC THERMIC RELAY FOR BOOSTER PUMP
AUTOMATIC THERMIC RELAY FOR STEAM CONDENSER MOTOR FAN
AUTOMATIC THERMIC RELAY FOR SECOND WASH PUMP
AUTOMATIC THERMIC RELAY FOR HEAT RECOVERER MOTOR FAN
AUTOMATIC THERMIC RELAY FOR MOTOR V1 (MOTORIZED CURVE)
AUTOMATIC THERMIC RELAY FOR MOTOR V2 (MOTORIZED CURVE)
AUTOMATIC THERMIC RELAY FOR SECOND PRE-WASH PUMP
AUTOMATIC THERMIC RELAY FOR THIRD WASH PUMP
THERMIC RELAY FOR RECYCLE PUMP
THERMIC RELAY FOR ADDITIONAL DRYING UNIT MOTOR FAN
THERMIC RELAY FOR SELF-WASH PUMP
THERMIC RELAY FOR DRAIN PUMP
THERMIC RELAY FOR HEAT PUMP
SIREN FOR LINEAR CONVEYOR BELT START
SPEED SELECTOR 1-0-2
MACHINE SELF-WASHING SYSTEM SELECTOR
THERMOMETER FOR WATER INLET
THERMOMETER FOR PRE-WASH CYCLE
THERMOMETER FOR MAIN WASH CYCLE
THERMOMETER FOR RINSING CYCLE
THERMOMETER FOR SECOND WASH CYCLE
THERMOMETER FOR DRYING UNIT
THERMOMETER FOR THIRD WASH CYCLE
TIMER FOR LINEAR CONVEYOR BELT START
AUTOTIMER
TIMER FOR AUTOTIMER START
TIMER FOR LINEAR RINSE ECONOMIZER
TIMER FOR SELF-WASHING SYSTEM
TIMER FOR DRAIN
TRANSFORMER
TRANSFORMER FOR RINSE AID PUMP SYSTEM
TRANSFORMER FOR DOOR SYSTEM
TRANSFORMER FOR WATER INLET THERMOMETER
TRANSFORMER FOR PRE-WASH THERMOMETER
TRANSFORMER FOR MAIN WASH THERMOMETER
TRANSFORMER FOR RINSE THERMOMETER
TRANSFORMER FOR SECOND WASH THERMOMETER
TRANSFORMER FOR DRYING UNIT THERMOMETER
TRANSFORMER FOR TEMPERATURE RECORDER
01/03/2007
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