Induction cooktop G0 - Indesit Companyservicenet.indesitcompany.com/data/img_sm/sm59315.pdf · dish warm or to melt butter. When the cooking zone cools down, the display goes off.

©Service Competence Center

Induction G0

Induction cooktop G0


Induction G0

Version 1.1

Table of Contents

Installation

Operation

Components

Repair guide line

Troubleshooting

Marketing information

Chapter List

Induction cooktop G0

../Training Master Cooking/Version/Version History.doc


Table of ContentsIn

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Installation

Dimensions 60 cm

Dimensions 77 cm

Standard Installation

Full integrated installation

Electric connection

Operation

Switch ON/OFF

Cooking zone activation

Control panel lock

Timer

Booster

Eco Booster

Automatic function

Indications on display

Power management

Demo Mode

Acoustic Signal

Repair guide line

Housing

Touch control

Zone

Fan

Converter board

Components

Exploded view

Overview components

Overview converter board

ESAM connection

Overview cable connection

Induction coil overview

Induction coil power level

Zone exploded view

NTC

User Interface Artemis 2

Cooling fan


Table of Contents

Marketing Information

Range overview

12NC breakdown

7 safety points

Accessories

Troubleshooting

Failure code type 1

Failure code type 2

Failure code type 3

Failure description

LED and buzzer check

Access main menu

Main menu

Configuration G0

Failure Show

Delete Failures

Test program rules

Configuration Codes

Wiring diagram

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Installation

Dimensions 60 cm

Dimensions 77 cm

Standard Installation


Electrical connection

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Installation

Dimensions 60cm version

Information in the IFU:

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Worktop thickness min. 3cm.


Installation

Dimensions 77cm version

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Worktop thickness min. 3mm.


Installation

Installation

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Installation

Installation

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Installation

Installation

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G0 needs more air circulation in order to cool down the electronic parts. Therefore mor

free space is needed in the rear of the cooktop.

As well the separate cutout has to be done in the rear of the separation plate underneath

the cooktop.


Installation


11.5

6 +

/-0

.5Perimetral Gasket

Silicon

COOKTOP CUT OUT

DIM.

mm

Depth Length Width Length Width

580 Vetroceramic Cooktops Flush Installation 38 580 510 583/560 513/490 -0/+2

770 Vetroceramic Cooktops Flush Installation 39 770 510 773/750 513/490 -0/+2

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Installation


• Make the cut-out as described and try the fit-in of

the hob

• Before gluing the hob to the worktop remove the

6 screws, which have the screw head on the

outside.

This is important, they are not reachable after

installation!

• Put in the 6 screws with the bigger head from

inside of the frame.

These ones can be loosen easier, when the hob is

installed.

The glass frame will stay in the worktop but the

metal support with the electronic can be removed

by loosing these screws

On the back side there are 2 hooks, no screws

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Installation

Electrical connection (hob)

The cover for the main power connection

is on the back side of the hob.

The cover is fixed with a screw (Torx 10).

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Bild vom Anschluß


Installation

Electrical connection (hob)

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A mains cable is delivered with the

cooktop.

On hob side:

L1, L2 and N1, N2 = VHR connectors

Earth connection = crimp contact

On house side:

L1 and L2 are clamped together in one

cable end sleeve.

N1 and N2 are clamped together in one

cable end sleeve.

In order to allow using the cooktop with

1 phase 230V.

If the cooktop will be connected with 2

phase, the life connection (L1, L2) have

to be cutted and connected one by one.

SC:4810 106 19175 = 1.5m (5x1.5mm²)

SC:4810 106 38939 = 2.5m (5x2.5mm²)


Installation

Electrical connection (house) old version

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Until March 2014 in the IFU:


Installation

Electrical connection (house)

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From April 2014 onward in the IFU:


Switch ON/OFF


Control panel lock

Timer

Booster

Eco Booster

OperationIn

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Automatic function


Power management

Demo Mode

Acoustic Signal


Operation

Switch ON/OFF

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Switching the hob ON/OFF

On:

- press the button for approx. 2 seconds

until the cooking zone displays light up.

Off:

- press the same button until the displays switch off

All the cooking zones are deactivated.

If the hob has been in use, the residual heat indicator “H” remains lit until the

cooking zones have cooled down (>40°C glass temperature).

If within 10 seconds of switching on, no function is selected, the hob switches

off automatically.


Operation


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Switching on and adjusting cooking zones

Place the pot on the cooking zone

switch the hob on

activate the required cooking zone by pressing the corresponding circular button

“5” appears on the display.

With the Slider (if available) it is possible to select the required power level, from min. 0

to max. 9, or booster “P” if available. To increase the power level, slide your

finger on the slider from left to right several times; to decrease it, slide in the opposite

direction. Alternatively the “+” and “-” buttons can be used.

Deactivation of cooking zones

To switch off the cooking zone, press the corresponding button for more than 3 seconds.

The cooking zone switches off and, if still hot, the letter “H” appears on the zone display.


Operation

Control panel lock

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Control panel lock

This function locks the controls to prevent accidental activation of the hob.

Activation of the control panel lock:

- switch the hob on

- press the Timer button for 3 seconds

an acoustic signal and a luminous indicator near the padlock symbol confirm activation.

The control panel is locked except for the switch off function.

Deactivation of the control lock:

repeat the activation procedure.

The luminous dot goes off and the hob is active again.

The presence of water, liquid spilled from pots or any objects resting on the button

below the symbol can accidentally activate or deactivate the control panel lock.


Operation

Timer

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Timer

The timer can be used to set the cooking time for a maximum of 99

minutes (1 hour and 39 minutes) for all the cooking zones separately.

- Select the cooking zone to be used with the timer.

- Press the timer and a beep signals the function.

The display shows “00” and the LED indication gets on.

- The timer value can be decreased and increased by keeping the

slider function “+” and “-” buttons pressed.

When the set time has elapsed, an acoustic signal sounds and the

cooking zone switches off automatically.

To deactivate the timer, keep the timer button pressed for at least 3

seconds.

To set the timer for another zone, repeat the above steps. The timer

display always shows the timer for the selected zone or the shortest

timer.

To modify or deactivate the timer, press the cooking zone selection

button for the timer in question.


Operation

Booster

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Fast boil function (Booster)

This function, only present on some cooking zones, makes it possible to exploit the hob’s

maximum power (for example to bring water to the boil very quickly).

To activate the function:

press the button “+” until “P” appears on the display

After 5 minutes of using the booster function, the appliance automatically sets the zone

to level 9.


Operation

Booster

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Fast boil function (Booster)

In case that more than one Booster is available, there are the following restrictions:

- It can not be activated simultaneously on two zones managed from the same IPC.

If the user tries to do so, the last touched zone (therefore the active zone) gets the booster

level, while the previous zone set with booster is depowered to a lower power level.

Before this level reduction the “P” will flash 2 times and then go to the new level (to highlight

that a change has taken place).


Operation

Eco Booster

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Eco Booster

This function is available only on coils with 210mm or 240 mm dimension.

Activation is done by touching the special function key after the coil selection. When

the Eco Booster has been activated, the UI has to show on the active coil the letter “E”.

When this mode is entered the appliance output power on that heater exceeds

maximum level P for a limited amount of time (Max_Booster_Time).

After this time the level on that heater is lowered to level 7.

This limitation is set and controlled by IPC. IPC will provide the lower actual power level

to User Interface via WIDE bus, but it will continue to display letter “E”.

The ECO-Booster function can be present or not in each zone depending on the

cooktop configuration.

There is the following restriction:

- It can not be activated simultaneously on two zones managed from the same IPC. If

the user tries to do so, the last touched zone (therefore the active zone) gets the

booster level.

The previous zone set with booster is depowered to a lower power level. Before this

level reduction the “E” will flash 2 times and then go to the new level (to highlight that a

change has taken place).


Operation

Automatic function

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Automatic function; Simmering function

The function automatically sets a power level suitable for maintaining a low boil.

Activate this function after bringing to the boil, pressing the corresponding zone

button first and then the button.

Plate 145mm 180mm 210mm 240mm 260mm Timeout

(min)Display Power [w] Power [w] Power [w] Power [w] Power [w]

A 120 180 180 180 180 300


Operation


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Residual heat indicator

The hob is fitted with a residual heat indicator for each cooking zone. These

indicators alert the user when cooking zones are still hot.

If the display shows , the cooking zone is still hot. If the residual heat indicator of a

given cooking zone is lit, that zone can be used, for example, to keep a

dish warm or to melt butter.

When the cooking zone cools down, the display goes off.

Switching temperature is:

Incorrect or missing pot indicator

If you are using a pot that is not suitable, not correctly positioned or not of the

correct dimensions for your induction hob, the message “no pot” will appear in the

display. In these situations it is recommended to put the pot until you find the

position of operation.

If no pot is detected within 60 seconds, the hob switches off.


Operation

Power management

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“Power management” (Function where it is available)

Thanks to the “Power management” function, the user can set the maximum power the hob can

reach, as required.

This setting is possible at any time and is maintained until the next change.

By setting the required maximum power, the hob automatically adjusts distribution in the various

cooking zones, ensuring that this limit is never exceeded; with the advantage of also being able to

manage all the zones simultaneously, but without overload problems.

4 maximum power levels are available: 2.5 – 4.0 – 6.0 – 7.2 kW

At the time of purchase, the hob is set to maximum power! (4 zone hob = 7.2kw; 3 zone hob =

5.9kw)


Operation

Power management

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In the first 60 seconds after connecting the cooktop to power, it is possible to set the required

power level by running the following points:


Operation

Power management

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Hob with timer hob without timerIndication

active menu:

Power Limitation

selected:

Power limit

selectable

power limits (kw)



Operation

Power management

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During normal use, if the user tries to increase the maximum available power level when reached,

the level of the zone in use flashes twice and an acoustic signal sounds.

It is necessary to manually decrease the power level on one or more already active cooking zones

to obtain a higher power in that zone.

In case of an error when setting the power, the symbol appears in the middle and an

acoustic signal sounds for about 5 seconds.

In this case repeat the configuration procedure from the beginning.


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Activation/deactivation of the acoustic signal

Switching the hob on

Press and hold the “+” button and the outermost button (“control panel lock”) on the

right simultaneously for at least three seconds.

Acoustic Signal


Operation

Demo Mode

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Demo Mode

This hob is equipped with a demo mode which allows you to interact with the control panel

without activating the corresponding cooking zones.

The activation and deactivation procedure must be carried out within 60 seconds of the

appliance being connected to the power supply.

Activation:

hold the two external cooking zone selection buttons at the same time for at least 5

seconds: "dE" appears on the central display.

You can now explore the control panel functions.

The Lock and Unlock function is active also in Demo Mode.

Deactivation:

Same procedure like activation. (dis- and reconnect the appliance to main supply).


Components

Exploded view

Overview components

Overview converter board

ESAM connection

Overview cable connection

Induction coil overview

Induction coil power level

Zone exploded view

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NTC


Cooling fan


Components

exploded view

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IPC power board G0

incl. housing

Touch control Artemis 2

Induction zones

Hob glas surface

incl. frame

fan

Fixation clamps

Inox frame

Connection cable IPC - UI


Components

overview components

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Components

overview components

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Components

overview converter board

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Converter board

Filter board and two IPCs are on one

board. (fc: W10504389)

Input:

VN = 230 Volts AC (VAC)

Vmin = 196VAC

Vmax = 263 VAC

fq = 50/60 Hz ± 2Hz

Output to Coils:

Frequency: 18 - 50 kHz

Pulse width: 5 - 50 ms

Pulse width modulation


Components

overview converter board

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fan

IPC2

Filter board

IPC1


Components

overview cable connections

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Components

induction coil overview

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Induction coils as spare part containg the metal

plate and 2 coils. Single coils are not available.

(except of double zone)

The coils itself do have as buffer 3 rubber pieces.

The mineral wool used in previous models, is not

anymore on the coils for G0.

Double zone induction coils are used only on

cooktops with 3 zones.


Components

induction coil 300mm

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From May/2015 is implemented a new 300mm coil.


Components

induction coil power levels

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Plate 145mm 180mm 210mm 240mm 260mm Timeout

(min)Power Level Power [w] Power [w] Power [w] Power [w] Power [w]

0 0 0 0 0 0 -

1 30 45 60 60 70 480

2 50 70 120 130 150 480

3 80 100 180 200 220 300

4 150 220 360 400 440 240

5 280 380 450 510 560 240

6 450 500 600 680 750 180

7 700 800 850 960 1000 120

8 900 1300 1400 1600 1700 120

9 1200 1800 2100 2100 2100 60

P - Booster 1500 2100 2300 2300 3600 5

P - Booster 3KW - - 2750 2750 3000 5

Simmer 80 100 180 200 150 300

Melting 50 70 120 130 150 300

Keep Warm 30 45 60 60 70 300


Components

Zone – components

NTC

Sensor holder

Coil assembly

Zone is one spare

part, completely

assembled with NTC

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Components

Zone – NTC

PTN - 312

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Components


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User Interface

The Interface between capacitive sensor

pads and the glass (that actually is the

point the user touches) is done through

conductive metallic springs.


Components


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The User Interface is supplied from the IPC board through its auxiliary,

galvanically insulated, output.

The ratings of this output are the following:

Platform Voutput (Vdc) Imax (mA)

G8_Minus/ G7 10,5 ± 5% 250

GiZero 12,5 ± 10% 350


Components

Cooling Fan Induction Power Control IPC

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Specification of fan:

voltage 12 V

max current 0,72A

Power cons. 8,6W

•Nominal speed 3600 rpm

•Nominal noise 55.8 dBA

•Brushless motor


Components


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Single components of cooling fan

Coil with electronic circuit on the rear side of the printed circuit board

Permanent magnet

1 32

1

Single components from top down to left, bearing, spring, fanwheel and coil with driver

electronic

2

3 View to the printed circuit board and driver electronic


Components


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Function of cooling fan:

The fan is a brushless driven. On the printed circuit board a electronic is generating a alternating

magnetic field via the coil. This coil is driving the permanent magnet which is glued in the fanwheel .

The speed is controlled via a hall sensor. The speed itself is variable and can be changed via the

main control electronic.

The fan itself has 3 wirings:

Black ground

Red power supply 12V

Blue speed control

For verifying the function a meter in the resistance setting can‘t be used !

The supply voltage can be measured on the plug.

Power supply (DC) speed active

6V 1900rpm 1 coil is in use (switched on and pot detected)

8V 2600rpm 2 coils are in use (switched on and pot detected)

10V 3100rpm 3 or 4 coils are in use (switched on and pot detecte

12V 3600rpm (max) 3 or 4 coils are in use AND the heatsink temperature

exceeds 55°C. Switching back to 10V at 50°C.


Housing

Touch control

Zone

Fan

Converter board

Repair Guide LineIn

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Repair guide line

Housing – disassembly

Remove 6

screws from the

frame.

Turn the hob to

have the glass

on top side.

Open the hob

only from top!

The back side of

the frame is fixed

with 2 hooks.

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Repair guide line

Housing – disassembly

Open the hob

only from top!

Turn the glass

frame in the front

upwards.

Push it

backwards to

unhook the clips

at the back side.

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Repair guide line

Touch control – disassembly

Unclip the touch control from the support pins and

disconnect the wiring to the IPCs.

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Repair guide line

Touch control – disassembly

User interface connection Ind

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Repair guide line

Fan – disassembly

Remove the 2 fixation screws and

unplug the cable from the IPC board

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Repair guide line

Converter board

Disconnect the induction coils

Disconnect the fan.

Remove the 3 fixation screws

Unclip the board and take it out.

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Failure code type 1

Failure code type 2

Failure code type 3

Failure description


Access main menu

Main menu

Configuration G0

TroubleshootingIn

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Failure Show

Delete Failures

Test program rules

Configuration Codes

Wiring Diagram


Troubleshooting

Type of failure codes

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Failure type 1

comes from the IPCs. These failures are the ones

that affect one burner only. The user may continue

to use the other burners. When this type of failure

occurs than USIF becomes insensitive to the

subsequent changes of settings on that burner. If

the user presses the buttons related that zone that

presents the failure then a Long_beep is emitted.

Every failure type 1 (that concerns one burner only)

is shown on the display of that zone only. The USIF

knows on which digit to display the failure because

of the field IPC channel present in the message.

Supposing to have the error coded with F21 on

zone #1, then it will be shown intermittently an “F”,

a “2” and a “1” on that display. (See pictures below

– Each frame is showed for one second on the

USIF).

F21


Troubleshooting


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Failure type 2

usually comes from IPCs ( there could be some

exceptions). These failures affect the whole IPC, in

any case the user may continue to use the burners

that belong to the other IPC. When this type of

failure occurs than USIF becomes insensitive to

subsequent changes of settings on that IPC. If the

user presses the buttons related that IPC that

presents the failure then a Long_beep is emitted.

Every failure type 2 (that concerns one IPC only) is

shown on the displays that are associated to that

IPC. Supposing to have the error coded with F23

for the IPC1, it will be shown intermittently a “F F”,

a “2 3” on those displays.

(See pictures below- Each frame is showed for one

second on the USIF).

F23


Troubleshooting


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Failure type 3

comes from the USIF. These failures do not allow

the user to utilize the whole cook-top. When this

type of failure occurs than USIF switches OFF all

the burners present on the cook-top sending down

power levels equal to zero, and it becomes

insensitive to subsequent changes of settings on

the whole cook-top. If the user presses the buttons

related the zones then a Long_beep is emitted.

Every failure type 3 concerns the whole cook-top. It

is shown on all the displays. Supposing to have the

error coded with F31, it will be shown intermittently

an “F F F F”, a “3 1”.

(See pictures below - Each frame is showed for one

second on the USIF)

F31


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Service

Code Type Repair suggestions:

shown on

display

Failure description of failure Points to check subsequently until the appliance starts to work properly again.

Troubleshooting

Failure description / repair

F-00 No failure occurred Type1

1) One or more keys are pressed permanently for more than 10 sec.(USIF side). The

cause could be liquid, dirty, or objects on the glass, near or on the keys In this

case the USIF will switch OFF the cooktop, setting all level set to zero, but no

Failure will be shown this time (only the acoustic feedback - beep is signalized to

the user now)

F-01 Short on IGBT Type 2 1) Replace the power unit board

F-02 DC Link Over voltage Type 2

1) Measure the mains voltage& check if it is inside nominal range plus/minus

tolerance

2) If mains line voltage is OK then replace the power unit board

F-04 DC Link Under voltage Type 2

1) Measure the mains voltage& check if it is inside nominal range plus/minus

tolerance

2) If mains line voltage is OK then replace the power unit board

F-05 Gate Driver fault Type 1 1) Replace the power unit board

F-06Main frequency wrong/

Zero crossing faultType 2

1) Check the frequency of the phase connected to the IPC. If the frequency is not (50 ± 2 ) Hz then the cause of the failure is not due to the appliance.

2) If frequency is OK, then replace the power unit board

F-07 Main relay stuck open Type 2 1) Replace the power unit board

F-10HW fault on Vce

retriggerType 2 1) Replace the power unit board

F-12 Coil Under Current Type 1

1) Check if the coil that is showing the failure is well plugged in the proper connector.

2) Replace the coil with a new one (coil of the same size) .If this does not fix the hob,

then the old coil is still good, so place it back in the appliance.

3) Change the IPC that has connected that coil


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Service


shown on

display

Failure description of failure Points to check subsequently until the appliance starts to work properly

again.


Troubleshooting

F-25 Fan Stuck on IPC # Type 3 1) Check Fan connection – if the connector is plugged in well or not.

2) Replace the Fan with a new one.

3) If replacing the fan with a new one did not fix the appliance, then the old fan is

still good. Put it back in the appliance. Change the IPC interested in the failure.

F-33 Heatsink NTC open Type 2 1) Replace the power unit board

F-34 Heatsink NTC shorted Type 2 1) Replace the power unit board

F-36 Coil # – temperature

sensor short-circuited

NTC temp value is out

of the spec range.

Type 1 1) Check if the NTC coil that is showing the failure is well plugged in the proper

connector.

2) Replace the interested Coil with a new one.

3) If replacing the Coil with a new one did not fix the appliance, then the old coil is

still good. Put it back in the appliance. Change the IPC interested in the failure

F-37 Coil # – temperature

sensor Open-circuited

NTC temp value is out

of the spec range.

Type 1 1) Check if the NTC coil that is showing the failure is well plugged in the proper

connector.

2) Replace the interested Coil with a new one.

3) If replacing the Coil with a new one did not fix the appliance, then the old coil is

still good. Put it back in the appliance. Change the IPC interested in the failure

F-46 IPC WIDE

communication error/ Time

Out UI/ TSM

Type 2 1) Check the wire between USIF and IPC

2) Replace the power unit board

F-47 E35 - After 3 seconds,

10,5 volts line from one IPC

is missing


2) Replace the related IPC

3) If replacing the IPC with a new one did not fix the appliance, then check fuse on

filter boards. If interrupted replace fuse component.

4) If replacing the fuse with a new one did not fix the appliance change the Filter

board .


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Service


shown on

display


again.


Troubleshooting

F-47 E39 - One IPC only is

not responding within a time

T_to_have_response_

from_IPC

when it is polled

Type 2 1) Check if the harness / wires ( WIDE cables) are well connected in the related

connectors.

2) If this does not fix the appliance then: Replace the related IPC

3) If replacing the IPC with a new one did not fix the appliance, then check fuse

on filter boards. If interrupted replace fuse component.

4) If replacing the fuse with a new one did not fix the appliance change the Filter

board .

F-47 E47 - WIDE

communication error.

Communication

between USIF and all the

IPCs is not working.

Type 3 1) Check if the harness / wires ( WIDE cables) are well connected in the related

connectors. If this does not fix the appliance then:

2) Replace the USIF

F-48 IPC WIDE

communication error / live

tag



F-49 IPC WIDE

communication error / CRC

error



F-56 E56 - Wrong or invalid

USIF configuration.

Type 3 1) Configure the USIF. If this does not fix the appliance then:

2) Replace the USIF with a new one

F-58 E58 - Wrong or invalid

IPC configuration.

Type 2 1) Configure the related IPC If this does not fix the appliance then:

2) Replace the related IPC with a new one


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Service


shown on

display


again.


Troubleshooting

F-60 E53 - USIF I/O Button

error

Type 3 1) Replace the USIF

F-60 E57 - There is an access

E2PROM memory error The

memory is damaged.

Type 3 Replace the USIF

F-61 60730 Micro register

error

Type 2 1) Switch off and on the cooktop


F-62 60730 Micro Ram error Type 2 1) Switch off and on the cooktop


F-63 60730 Micro FLASH

error

Type 2 Switch off and on the cooktop

Replace the power unit board

F-72 CH1 / CH2 Io Port Error Type 2 1) Switch off and on the cooktop


F-73 60730 Micro Program

Flow Error

Type 2 Switch off and on the cooktop

Replace the power unit board

F-77 Coil 1/2 NTC Stuck Type 2 1) Switch off and on the cooktop



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Service


shown on

display


again.


Troubleshooting

C-81 (NTCs ) Board or

Heatsink

over-temperature

Type 2 Check the cooktop installation

Check if customer is using wrong diameter size pan/pot

C-82 Coil Over Temperature Type 1 1) Check the cooktop installation

Check if customer is using wrong diameter size pan/pot

C-83 Coil NTC Stuck Type 1 1) Check the cooktop installation

2) Replace interested Coil

3) Replace power unit

C-84 Main line shape error Type 2 1) Check the frequency of the phase connected to the IPC. If the frequency is not (50 ± 2 ) Hz then the cause of the failure is not due to the appliance.

2) If frequency is OK, then replace the power unit board

C-85 Bad Curve Type 2 Change Pan or brand

Note:

For failure numbers that are bigger than 80; the letter that is shown is a “C” instead of “F”.


Trouble Shooting


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SWITCH ON – Check LEDs light and Buzzer’s Sound

ACTION:

Plug in the appliance to the mains, energizing it.

INDICATION:

All the segments and decimal dots of the displays and all the LEDs present in the USIF will be

switched ON for two seconds and then switched OFF. Subsequently the buzzer will beep once for

1 second.

ACTION:

Here can be verified if all the lights are ON and if the buzzer is beeping!


Test Program

Access main menu G0

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Access:Disconnect the hob from the mains

Reconnect: in the first 60 seconds press:

Main Menu:

By pressing the next mode can be choosen.

By pressing the chosen mode can be entered.

Configuration

Failure Show

Delete Failure

CO

FS

DE


Trouble Shooting

Main menu

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Figure 11-3. Delete mode.

Configuration Mode

Failure Show

Delete Error


Test Program

Configuration G0

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first indication on display is the

configuration menu “CO”.

In order to enter the configuration

mode press the ‘Childlock’ key.

In the display is shown 00.

Possible configurations are between

00 and 65.

Sample: 64

Press the button for zone 1 and adjust

by pressing “+” or “-” the 6.

Press the button for zone 4 and adjust

by pressing “+” or “-” the 4.

When is necessary to change the main borad you have to do the configuration of the product. Every product

have his configuration code and you can find it in Service Net. Below the procedure to do the configuration.


Trouble Shooting

Failure Show

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Failure ShowPress outer most button (child lock button)

Indication of sub menu 1:

User Interface Press outer most button (“child lock” button)

The present failure will be shown.Press outer most button (“child lock” button)


IPC 1Press outer most button (“child lock” button)



IPC 2Press outer most button (“child lock” button)



Trouble Shooting

Delete Failures

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It will appear dE for the meaning of erasing the failure codes stored in the DATA FLASH.

Pressing ‘Childlock key’ the USIF will erase those locations.

Leaving this mode without erasing the current failure codes stored:

press ON/IDLE

Erasing the failures:

press the childlock key, it will show ‘0’ displays of zone 1 and 4.


Trouble Shooting

Wiring Diagram

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Range overview

12NC breakdown

7 safety points

Marketing informationIn

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Ind

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Range overview


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Control panel variants


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Legend

XK DI F L T6 4 1I

Channel

I = Channel 1

H = Channel 2

Brand

K= Hotpoint Ariston

T= Scholtès

V= Indesit

N= Ariston

C= HotpointTypology

I= Induction

R= Radiant

E= Mixed

User Interface

F= Premium slider

with Automatic Functions

U= Ulysse Direct Access

with Automatic Functions

D= Ulysse Direct Access

T= Artemis with Automatic Functions

S= Artemis Slider

A= Artemis


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Legend

XK DI F L T6 4 1I

Dimensions

6= 60 cm

7= 77 cm

8= 80 cm

9= 90 cm

Number

zones/Booster

1

2

3

4

5

Special Zones

(Flexy or Bridge)

1 special zone

2 special zone

Type of special zone

F= Flexy

B= Bridge

Diameter of the zone (only

for 3 zones hob)

XS= extra small 21 cm

S= small 24 cm

M= medium 26 cm

L= large 28 cm

XL= extra large 30 cm

Typology of the

single zone

D= double zone

T = triple zone

O= ovalFinishing

X = Inox frame

C = Cristal

B = 4 sides bevelled

F= Frontal bevelled

L = Lateral profile

A = Alu profile

W= White

DS= Desert Sand

CF= Coffee


Marketing

Safety points

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Induction hobs provide an absolute safety with 7 key safety points

CHILD LOCK - by a simple push on a specific knob, the hob is blocked1

RESIDUAL HEAT INDICATOR - a “H” is appearing as long as the T°C is above 60°C2

PAN DETECTION – the display flashes when there is no pan on the burner3

ANTI-SPILLAGE SYSTEM - cuts the power off in case of spillage on the control area4

OVERHEATING LOCK - When the T°C is too high5

VENTILATION - The hob protects the furniture by ventilated system6

AUTO-OFF SYSTEM - The power is off if the using time is too long7


DocumentsIn

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• I.F.U.

../Induction G7/Documents/IFU G7.pdf

../Induction G7/Documents/IFU G7.pdf