Berner BI1EGSP User manual

User Manual for
Build-in induction units
Construction year 2015
Read the instructions for use and installation instructions
before to start the installation – build-in - commissioning.
Thereby protecting yourself and avoid damages.
Berner- Kochsysteme GmbH & Co. KG
Sudetenstrasse 5 – D-87471 Durach
Tel. [phone]; Fax. - 15
E-Mail: [e-mail] | www.induktion.de

Page 1 of 44 17.07.2014
Ver. 3.3 © Berner Kochsysteme 2015
Content list
Content list .............................................................................................................................. 1
Safety instructions .................................................................................................................... 3
Description of warning symbols and indicators ........................................................................... 4
Danger result from not observing the safety instructions............................................................. 4
Safe application...................................................................................................................... 4
Improper operation................................................................................................................. 5
Modification / use of spare parts............................................................................................... 5
Pan detection......................................................................................................................... 6
Heating zone monitoring ......................................................................................................... 6
Noises................................................................................................................................... 6
General information................................................................................................................... 6
Application ............................................................................................................................ 6
Product description.................................................................................................................... 6
Products................................................................................................................................ 6
Technical data .......................................................................................................................... 6
Operation and control .......................................................................................................... 6
Technical unit data .............................................................................................................. 7
Performance table 1 channel (single generator BIPS, BIPMS)..................................................... 10
Performance table 2 channel (Double generator BIPDS, BIPDMS)............................................... 10
Installation............................................................................................................................. 11
Electrical data of the units ..................................................................................................... 11
Unit performance (3,5 kW- BIPMS3,5).................................................................................. 11
Unit performance (5 kW- BIPMS5) ....................................................................................... 11
Unit performance (5 kW, 7kW, 8kW, 9kW- BIPS)................................................................... 11
Unit performance (10 kW- BIPDS) ....................................................................................... 11
Unit performance (3,5 kW- BIPDMS3,5) * Model with power star.............................................. 11
Function conditions............................................................................................................ 11
Installation requirements....................................................................................................... 12
Installation intructions for the build-in model ........................................................................ 12
Start up ................................................................................................................................. 13
Assembly ............................................................................................................................ 13
Unit ON and OFF switch......................................................................................................... 14
Function with keep warm function (optional)............................................................................ 14
How do i work with the keep warm function.......................................................................... 14
Keep warm function with potentiometer (4-digit display)........................................................ 14
Keep warm function with potentiometer (1-digit display)........................................................ 15
Powerstar function................................................................................................................ 15
Touch control panel .............................................................................................................. 15
Keep warm function touch control panel ............................................................................... 15
Function test .......................................................................................................................... 16
Operating............................................................................................................................... 17
Cooking............................................................................................................................... 17

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Comfort .............................................................................................................................. 17
Software Version.................................................................................................................. 17
Normal use.......................................................................................................................... 17
Significance of the decimal point: ........................................................................................ 17
Function with priority circuit (optional).................................................................................... 18
Master poti (optional) ........................................................................................................... 18
Not in use .............................................................................................................................. 18
Troubleshooting ...................................................................................................................... 18
Possible faults......................................................................................................................... 19
Overview error messages on the digital display........................................................................ 20
Cleaning ................................................................................................................................ 21
Warranty................................................................................................................................ 21
Repair during the warranty period .......................................................................................... 21
Maintenance........................................................................................................................... 22
Disposal................................................................................................................................. 22
Declaration of conformity ......................................................................................................... 23
Generator Views ..................................................................................................................... 24
Spare Parts List....................................................................................................................... 25
BIPS-Generator.................................................................................................................... 25
BIPMS-Generator ................................................................................................................. 26
BIPDS-Generator.................................................................................................................. 27
BIPDMS-Generator ............................................................................................................... 28
Displays in different versions ................................................................................................. 29
Technical Documentation ......................................................................................................... 30
View for flush mounting frame Ver. B...................................................................................... 30
Air Chanel (module/separated) .............................................................................................. 30
Observe the installation regulations........................................................................................... 31
Installation regulations..................................................................................................... 31
Additional installation regulations for the mounting model............................................... 32
Additional installation regulations (coil – generator separated) ....................................... 32
Installation instructions for the installation of Berner ................................................................... 33
Induction units with mounting frame (Ver. A) .......................................................................... 33
Installation instructions for an flush-mounting frame ................................................................... 35
(Ver. B) of Berner Induction units........................................................................................... 35
Installation instructions to build-in of an Berner .......................................................................... 37
Sensor Touch control electronic with frame (Ver. A).................................................................. 37
Installation instructions to build-in of an Berner .......................................................................... 38
Sensor Touch control electronic with frame (Ver. A2)................................................................ 38
Installation instructions to build-in of an Berner .......................................................................... 39
Sensor Touch control electronic with frame (Ver. B).................................................................. 39
Download list for build-in drawings............................................................................................ 40
Wiring diagram .................................................................................................................... 43

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Safety instructions
Read this instruction carefully. Keep the instruction for later use, or to pass.
Check the unit after you open the packaging. If the unit is broken, in case of a
transport damage don`t connect the unit to the main supply. Documentate the
damage with the forwarder and get in touch with the customer service
department, otherwise the warranty will void. Follow the assembly instruction to
install the build-in unit. Use the unit only for preparing food. Use this unit only in closed
rooms. Don´t use hob covers. They can lead to accidents, such as by overheating,
inflammation or splintering materials. Do not use improper safety devices or safety barrier.
They can lead to accidents. This appliance is not intended for use with an external timer or a
remote control.
If you have a pacemaker or other electronic body help, please be careful when you are in
front of a working induction hob. Check with your doctor or the manufacturer of the medical
device in terms of conformity or a possible intolerance.
Fire hazard!
-Hot oil and fat can ignite very quickly. Never leave hot oil and fat unattended. Never delete
a fire with water. Switch the unit off or disconnect the unit from the main supply. Gently
smother flames with a lid, fire blanket, etc.
-The cooking zones get very hot. Never place combustible items on the hob. Do not store
items on the cooktop.
-The unit get hot. Don`t place flammable items or spray cans on the cooking zones or in
drawers direct under the cooking zone.
Risk of burns!
-The cooking zone, surroundings also the outside frame getting hot. Don`t touch these hot
surfaces. Keep children away.
-The cooking zone is working but the display is off. Disconnect the unit from the main
supply. Call your customer service.
-Objects made of metal get very quickly hot on the cooking zone. For this reason don`t
place objects, for example knives, forks, spoons and lids on the cooking zone surface.
-After the use of the unit turn off the unit with the main switch. Don`t wait until the unit
switch automatically off if no pans on the surface, because this is a standby function.
Risk of electric shock!
-Incorrect repairs are dangerous. Use only one of our trained service technicians should
perform repairs and replace damaged connection cables. Is the unit faulty, plug off the
unit and disconnect the unit from the main supply. Call your customer service.
-Any liquid moisture can cause an electric shock. Don`t use a high pressure cleaner or
steamer.
-A faulty can cause an electric shock. Don`t connect and turn on a faulty unit. Plug off the
unit or disconnect the unit from the main supply. Call your customer service.
-A broken glass can cause an electric shock. Plug off the unit or disconnect the unit from
the main supply. Call your customer service.
Risk of damage!
-The unit have cooler on the bottom. Notice the installation intructions for the air flow.
Attention!
-Rough pot and pan bases scratch the hob.
-Never place empty cooking ware on the hob. This could lead to damages.
-Don´t place hot cook ware on the control panels, displays or frames of the unit. This could
lead to damages.
-If hard or pointed objects fall on the hob, could lead this to damages.
-Aluminium foil and plastic containers melt on hot hotplates. The use of kitchen foil on the
hob is not recommended.

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Description of warning symbols and indicators
General warning signals
If you don`t follow the safety instruction, you will place yourself in danger of
injuries
This symbol warning from dangerous voltage.
(Picture sign 5036 der IEC 60417-1)
This symbol warning from not-ionizing magnetic radiation.
(Picture sign 5140 der IEC 60417-1)
Warning symbols that are located directly on the equipment must always be
observed. Their readability must be ensured at all times.
Danger result from not observing the safety instructions
Not observing the safety instructions, may lead to danger for people, the surroundings, and
the induction unit itself. We are not liable for any damages caused by a failure to observe the
safety instructions.
In detail, ignore of the safety instruction can lead to risk of
For example:
-Risk of personal injuries as a result of electric factors
-Risk of personal injuries because of overheated pans (cookware)
-Risk of personal injuries because of overheated ceramic hob surface
Safe application
The safety instructions, the existing national regulations for electricity for the prevention of
accidents as well as any house work, application and safety regulations must be followed.
Attention
Improper use may result in minor injuries or
damages.
Attention
Before you connect or use the induction
unit, you have to read the Operation
Instructions

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-Attention!Cookware has to be placed only with the complete dimensions on the marked
position on the cooking zone.
-Don´t place hot cook ware on the control panels, displays or frames of the unit. To ignore
the points, follows to damages of the unit and the cookware. Consequence of ignore:
The warm Cookware burning the seal material and the material get destroyed. This result
humidity and grease can penetrate in the equipment and can result in the defect of the
Equipment and raise the risk of an electric shock. Cookware will be welded together with
the surface or frame. Overheating of the displays and control surfaces leads to damages.
-If the ceramic glass is cracked or broken, the induction unit must be turned off and
disconnected completely from the main supply. Do not touch any parts inside the induction
unit.
-Please beware of hot foods and liquids.
-PLEASE NOTE:Warning of potentially slippery surfaces in the vicinity of the device. This
can lead to injury.
-To prevent overheating and heating up of empty cookware, never leave them unattended.
-Turn off the heating zone when you take away the pan for a longer period of time. This
way, the heating process doesn’t restart automatically as soon as a pan is put on the
heating zone again. As a result, the pan will not be heated inadvertently, i.e., if someone
wants to use the induction unit, they must first start the heating process by turn the unit
‘ON’.
-Don`t use the cooking zone as a working surface!
-Do not put paper, carton, textiles, etc. between the pan and the ceramic hob – they could
catch fire. Aluminium foil and plastic containers may not be placed on the hot surfaces.
-Don`t place metal objects on the cooking zone. They can heat up very quickly if they get
directly in contact with the turned on heating zone, never place other objects than pans on
the induction unit (closed cans, aluminium foil, cutlery, jewellery, watches, etc.)
-After use, turn the unit off with the main switch. Do not rely on the pan detection.
-Do not place credit cards, phone cards, cassettes, or other magnet-sensitive objects on the
ceramic hob.
-Use only recommended types and sizes of cookware.
-The induction unit is equipped with an internal air cooling system. Avoid blocking the air
inlet and outlet areas with objects (e.g. textiles). This would cause, to overheat and switch
off, the unit.
-Prevent liquids from entering the equipment, and try not to let water or food flow over the
pan edge. Do not jet-clean the equipment.
Improper operation
The working of the induction equipment can only be guaranteed when it’s used correctly. The
equipment must always be operated within the limits given in the technical data.
Modification / use of spare parts
Contact the manufacturer if you intend to make any modifications to the equipment. For
safety reasons, always use original parts and accessories only which have been approved by
the manufacturer. If you use anything other than the original components, the manufacturer
will not assume any liability for any costs that result. Attention! During disassembly,
inspections or repairs look for stability of the unit.
Attention! In case of replacements of parts the induction device must be “visible
disconnected" from the power supply.

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Pan detection
Pans with a diameter smaller than 12 cm (bottom) are not detected by the system. During
operation, the operation indicator lamp is on or the Display Shows the Performance between
(1-9). When using the equipment without a pan or with a pan made of a material not suitable
for induction, no current is induced and the operation indicator lamp flashes only very briefly
or the Display show the symbol Pan detection see error messages.
Heating zone monitoring
The heating zone is monitored by a temperature sensor in the middle of the cooking place,
beneath the ceramic glass surface. It can detect overheated pans (hot oil, empty pans) in the
middle of the cooking place. The energy supply is stopped. Only if the temperature lowers to
a normal value the system resume inducing energy to the pan.
Noises
The cooling fans are audible but switch off from time to time
General information
These operating instructions contain basic information on what needs to be considered during
installation, operation, and maintenance of the equipment. The information must be read
entirely by the fitter and operators before the equipment is installed and taken into
operation. They must always be kept close to the cooking site for reference.
Application
The induction units have been designed for the preparation of meals. They can be used for
cooking, keeping food warm, as well as for flambé singing, grilling, etc. Attention: Only use
suitable cookware for professional use with induction cooking units. You should not use no-
name products. The pan bottom must be magnetic. If in doubt, check with the help of a
magnet.
Product description
Products
-Compact module design
-Easy handling via power control knob
-Compact high-performance electronics for easy and safe operation
-Maximum operation safety due to various protecting and control functions
-Stepless performance control with electronic overheating protection of the main board.
Optional: Sauté coils: 5-feeler temperature monitoring for better pan protection.
Technical data
Operation and control
Lamp „operation and pan detection“2V DC/ca. 10mA (LED green)
Controller – Potentiometer 0Ohm – 10kOhm
Digital display „performance- and fault information“ 2,8V DC/ca. 60mA (red)
Lamp „mode“ green (Unit with main switch)
Attention!
Only the cooking unit is protected against overheating – not the pan.
The overheated pan is detected only if the ceramic surface has reached the turn-off
temperature of (260°C) as a result of the heat given off by the pan.

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Technical unit data
DimensionsBuild-in Version Frame Version A glass ceramic plate
Model in L x D in L x D x H
BI1EGM-2.5/-3.5 A/ B 340 x 340 mm 290 x 290 x 4 mm
BI1EGS-2.5/-3.5-/-5 A/ B 400 x 400 mm 350 x 350 x 6 mm
BI1EG-2.5B/-3.5B/-5B A/ B 400 x 400 mm 350 x 350 x 4 mm
BI1EG-W/-SW A/ B 400 x 400 mm 350 x 350 x 4 mm
BI1EG-3.5/-5/-7 A/ B 400 x 400 mm 350 x 350 x 6 mm
BI1EGF-5/-7 A/ B 400 x 400 mm 350 x 350 x 6 mm
BI1EGS-3.5T/-5T A/ B 400 x 500 mm 350 x 450 x 6 mm
BI1EGR-3.5/-5/-7 A/ B Ø 460 mm Ø 410 x 6 mm
BI1EGG-5/-7/-F5/-F7 A/ B 440 x 440 mm 388 x 388 x 6 mm
BI1EGSP/-5/-7/-2 A/ B 440 x 440 mm 388 x 388 x 6 mm
BI1EGS-F6/-F8/-PW/-PW2 A/ B 440 x 600 mm 388 x 560 x 6 mm
BI1EG-HK8/-SM2 A/ B 480 x 480 mm 430 x 430 x 6 mm
BI1EGHK9 A/ B 520 x 520 mm 468 x 468 x 6 mm
BI1EGSPQ-1/-2 A/ B 840 x 280 mm 788 x 230 x 6 mm
BI1EGSPL-1/-2 A/ B 280 x 840 mm 230 x 788 x 6 mm
BI1EGMO A/ B 265 x 350 mm 215 x 300 x 6 mm
BI2EGMO A/ B 450 x 350 mm 400 x 300 x 6 mm
BI3EGMO A/ B 650 x 350 mm 605 x 300 x 6 mm
BI2EGQ-7/-10/-14 A/ B 700 x 400 mm 650 x 350 x 6 mm
BI2EGFFQ-7/-10/-14 A/ B 700 x 400 mm 650 x 350 x 6 mm
BI2EGS-3.5QT/-7/-10 A/ B 700 x 500 mm 650 x 450 x 6 mm
BI2EG-7/-10/-14 A/ B 400 x 700 mm 350 x 650 x 6 mm
BI2EGFF-7/-10/-14 A/ B 400 x 700 mm 350 x 650 x 6 mm
BI2EG-7K/-10K/F7K/F10K/F14K A/ B 400 x 650 mm 350 x 605 x 6 mm
BI2EGF-10W/-14W A/ B 420 x 650 mm 370 x 605 x 6 mm
BI2EGS-3.5TK/-5TK/-7TK A/ B 400 x 650 mm 350 x 605 x 6 mm
BI1EG-3.5GN/-5GN A/ B 400 x 600 mm 350 x 560 x 6 mm
BI2EG-3.5SK/-7SK/-10SK A/ B 400 x 600 mm 350 x 560 x 6 mm
BI2EG-3.5M/-5M/-7M A/ B 350 x 550 mm 310 x 510 x 6 mm
BI3EGQ-10/-15/-F10/-F15/-F21 A/ B 1000 x 400 mm 950 x 350 x 6 mm
BI4EG-14/-20/-28/-D14/-20 A/ B 700 x 700 mm 650 x 650 x 6 mm
BI4EGDF-14/-20/-28 A/ B 700 x 700 mm 650 x 650 x 6 mm
BI4EG-14K/-20K/-D14K/-D20K A/ B 700 x 650 mm 650 x 605 x 6 mm
BI4EGDF-14K/-20K/-28K A/ B 700 x 650 mm 650 x 605 x 6 mm
BI4EGS-7TK/-14TK/-20TK A/ B 700 x 650 mm 650 x 605 x 6 mm
BI4EGF-20W/-28W A/ B 800 x 650 mm 750 x 605 x 6 mm
BI4EG-7SK/-14SK/-20SK A/ B 700 x 600 mm 650 x 560 x 6 mm
BI4EG-7KK/-10KK/-14KK A/ B 590 x 600 mm 550 x 560 x 6 mm
BI4EG-7M/-10M/-14M A/ B 590 x 550 mm 550 x 510 x 6 mm
BI6EG-21K/-30K/-AF21K/-30K/-42K A/ B 1000 x 650 mm 950 x 605 x 6 mm
BI2EGAQ-7/-10/-14/-FQ10/-14 A/ B 770 x 420 mm 720 x 370 x 6 mm
BI2EGA-7/-10/-14/-F10/-14 A/ B 420 x 770 mm 370 x 720 x 6 mm
BI2EGAR-10/-14 A/ B 400 x 770 mm 350 x 720 x 6 mm
BI4EGA-14/-20/-28/-K20/-24/-F20/-28 A/ B 750 x 770 mm 700 x 720 x 6 mm
BI6EGA-21/-30/-K30/-36/-F30/-42 A/ B 1100 x 770 mm 1050 x 720 x 6 mm
BI4EGAL-14/-20/-28/-K20/-K28 A/ B 770 x 750 mm 720 x 700 x 6 mm
BI4EGALF-20/-28 A/ B 770 x 750 mm 720 x 700 x 6 mm
BI2EGM-F_/-S_/-SM7 A/ B 840 x 600 mm 788 x 560 x 6 mm
BI2EGL-Q10/-FQ10/-14/-SQ10/-16/-M7 A/ B 850 x 450 mm 800 x 400 x 6 mm
BI2EGL-10/-F10/-F14/-S16/-SM5/-7 A/ B 450 x 850 mm 400 x 800 x 6 mm
BI2EGM-F12/-16/-S12/-S18/-SM7 A/ B 840 x 600 mm 788 x 560 x 6 mm
BI4EGL-F20/-F28/-S20/-32/-SM9/-13 A/ B 850 x 850 mm 800 x 800 x 6 mm
BI4EGLK-20/-24/-26/-M9 A/ B 850 x 850 mm 800 x 800 x 6 mm
BI2EGV-10/-16/-M5/-M7 A/ B 440 x 770 mm 388 x 720 x 6 mm
BI2EGVQ-10/-16/-M7 A/ B 800 x 440 mm 750 x 388 x 6 mm
BI4EGV-32/-M9/-M13 A/ B 800 x 770 mm 750 x 720 x 6 mm
BWEB-3.5/-5/-7 A /A2 /C400 x 400 mm Cuvette Ø 311 mm
BWEB2Q10 A /A2 /C800 x 400 mm 2 x Cuvette Ø 311 x 6 mm
BWEBFW-3.5/-5 A /A2 /C440 x 440 mm 388 x 388 x 6 mm
BWEBM-2.5/-3.5 A /A2 /C320 x 320 mm Ø 250 x 6 mm
BWEB2MQ-5/-7 A /A2 /C650 x 320 mm Cuvette Ø 250 x 6 mm
BWEB2M-5/-7 A /A2 /C320 x 650 mm 2 x Cuvette Ø 250 x 6 mm
BWBEB8 A /A2 /C500 x 500 mm Cuvette Ø 411 x 6 mm
BWEBT-3.5/-5 A /A2 /C440 x 500 mm 388 x 450 x 6 mm

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Model Type coil in mm Voltage Performance Weight
BI1EGM-2.5/-3.5 BIPMS3.5 Ø 230 230V/1~/N/PE 2,5/3,5 kW 5,8/5,8 kg
BI1EGS-2.5/-3.5 BIPMS3.5 Ø 230 230V/1~/N/PE 2,5/3,5 kW 6/6kg
BI1EGS5 BIPMS5 Ø 230 400V/2~/PE 5,0 kW 7 kg
BI1EG-2.5B/-3.5B BIPMS3.5 Ø 230 230V/1~/N/PE 2,5/3,5 kW 6/6kg
BI1EG5B BIPMS5 Ø 230 400V/2~/PE 5,0 kW 7 kg
BI1EG3.5 BIPMS3.5 ■270 230V/1~/N/PE 3,5 kW 7 kg
BI1EG-5/-7/-F5/-F7 BIPS5 ■270 / ■ 280 400V/3~/PE 5,0/7,0 kW 12/12 kg
BI1EGG-5/-7/-F5/-F7 BIPS5 ■270 / ■ 300 400V/3~/PE 5,0/7,0 kW 13/13 kg
BI1EGSP5 BIPS5 ■320 400V/3~/PE 5,0 kW 13 kg
BI1EGSP BIPS5 ■320 400V/3~/PE 8,0 kW 13 kg
BI1EGSP2 BIPDS ■320 400V/3~/PE 8,0 kW 13 kg
BI1EGSM2 BIPDS ■370 400V/3~/PE 10,0 kW 15 kg
BI1EGSF6 BIPS5 ■300 *400V/3~/PE 5,0 + 1,0 kW 18 kg
BI1EGSF8 BIPS5 ■300 *400V/3~/PE 7,0 + 1,0 kW 18 kg
BI1EGSPW BIPS5 ■320 *400V/3~/PE 8,0 + 1,0 kW 19 kg
BI1EGSPW2 BIPDS ■320 **400V/3~/PE 8,0 + 1,0 kW 19 kg
BI1EGSP-Q1/-L1 BIPS5 ■ 680 X 150 400V/3~/PE 8,0/8,0 kW 15/15 kg
BI1EGSP-Q2/-L2 BIPDS ■ 680 X 150 400V/3~/PE 8,0/8,0 kW 15/15 kg
BI1EGR3.5 BIPMS3.5 Ø 260 230V/1~/N/PE 3,5 kW 7 kg
BI1EGR-5/-7 BIPS5 Ø 260 400V/3~/PE 5/7kW 11,5/11,5 kg
BI1EGHK8 BIPS5 Ø 350 400V/3~/PE 8,0 kW 13 kg
BI1EGHK9 BIPS5 Ø 380 400V/3~/PE 9,0 kW 13 kg
BI2EGQ-7/-10 BIPDS 2 x Ø 260 400V/3~/PE 7,0/10,0 20/25 kg
BI2EGQ14 BIPS5 2 x Ø 280 400V/3~/PE 14,0 kW 25 kg
BI2EGFFQ7 BIPDS 2 x ■280 400V/3~/PE 7,0 kW 25 kg
BI2EGFFQ-10/-14 BIPS5 2 x ■280 400V/3~/PE 10,0/14,0 kW 25/25 kg
BI2EG-7/-10 BIPDS 2 x Ø 260 400V/3~/PE 7,0/10,0 kW 20/25 kg
BI2EG14 BIPS5 2 x Ø 280 400V/3~/PE 14,0 kW 25 kg
BI2EGFF7 BIPDS 2 x ■280 400V/3~/PE 7,0 kW 25/25 kg
BI2EGFF-10/-14 BIPS5 2 x ■280 400V/3~/PE 10,0/14,0 kW 25/25 kg
BI2EG-7K/-10K BIPDS 2 x Ø 260 400V/3~/PE 7,0/10,0 kW 20/25 kg
BI2EGF-7K/-10K BIPDS 2 x ■280 400V/3~/PE 7,0/10,0 kW 20/25 kg
BI2EGF14K BIPS5 2 x ■280 400V/3~/PE 14,0 kW 25 kg
BI2EGF-10W/-14W BIPS5 2 x ■300 x 280 400V/3~/PE 10,0/14,0 kW 25/25 kg
BI2EG3.5SK *BIPDMS3.5 2 x Ø 230 230V/1~/N/PE 3,5 kW 8 kg
BI2EG-7SK/-10SK BIPDS 2 x Ø 230 400V/3~/PE 7,0/10,0 kW 20/20 kg
BI1EG3.5GN BIPMS3.5 ■250 x 460 230V/1~/N/PE 3,5 kW 8 kg
BI1EG5GN BIPS5 ■250 x 460 400V/3~/PE 5,0 kW 13 kg
BI2EG3.5M *BIPDMS3.5 2 x Ø 230 230V/1~/N/PE 3,5 kW 8 kg
BI2EG-5M/-7M BIPMS3.5 2 x Ø 230 230V/1~/N/PE 5,0/7,0 kW 19/19 kg
BI3EGQ10 BIPMS3.5 3 x Ø 230 400V/3~/PE 10,5 kW 30 kg
BI3EGQ15 BIPS5 3 x Ø 260 400V/3~/PE 15,0 kW 38 kg
BI3EGQF-10/-15/-21 BIPS5 3 x ■280 400V/3~/PE 10,5/15,0/21,0 kW 39/39/39 kg
BI4EG-14/-20/ BIPDS 4 x Ø 260 400V/3~/PE 14,0/20,0 kW 32/44 kg
BI4EG28 BIPS5 4 x Ø 280 400V/3~/PE 28,0 kW /44 kg
BI4EGD-14/-20 BIPDS 2 x ■280 / Ø 260 400V/3~/PE 14,0/20,0 kW 45/45 kg
BI4EGDF-14/-20 BIPDS 4 x ■280 400V/3~/PE 14,0/20,0 kW 47/47 kg
BI4EGDF28 BIPS5 4 x ■280 400V/3~/PE 28,0 kW 47 kg
BI4EG-14K/-20K BIPDS 4 x Ø 260 400V/3~/PE 14,0/20,0 kW 32/43 kg
BI4EGD-14K/-20K BIPDS 2 x ■280 / Ø 260 400V/3~/PE 14,0/20,0 kW 43/43 kg
BI4EGDF-14K/-20K BIPDS 4 x ■280 400V/3~/PE 14,0/20,0kW 47/47 kg
BI4EGDF28K BIPS5 4 x ■280 400V/3~/PE 28,0 kW 47 kg
BI4EGF-20W/-28W BIPS5 4 x ■300 x 280 400V/3~/PE 20,0/28,0 kW 48/48 kg
BI4EG7SK *BIPDMS3.5 4 x Ø 230 400V/3~/PE 7,0 kW 31 kg
BI4EG-14SK/-20SK BIPDS 4 x Ø 230 400V/3~/PE 14,0/20,0 kW 31/31 kg
BI4EG7KK *BIPDMS3.5 4 x Ø 230 400V/3~/PE 7,0 kW 31 kg
BI4EG-10KK/-14KK BIPMS3.5 4 x Ø 230 400V/3~/PE 14,0/20,0 kW 31/31 kg
BI4EG7M *BIPDMS3.5 4 x Ø 230 400V/3~/PE 7,0 kW 31 kg
BI4EG-10M/-14M BIPMS3.5 4 x Ø 230 400V/3~/PE 10,0/14,0 kW 31 kg
BI6EG-21K/-30K BIPDS 6 x Ø 260 400V/3~/PE 21,0/30,0 kW --/-- kg
BI6EGAF-21K/-30K BIPDS 6 x ■280 400V/3~/PE 21,0/30,0 kW --/-- kg
BI6EGAF42K BIPS5 6 x ■280 400V/3~/PE 42,0 kW 83 kg
BI2EGAQ-7/-10 BIPDS 2 x ■270 400V/3~/PE 7,0/10,0 kW 21/21 kg
BI2EGAQ14 BIPS5 2 x ■270 400V/3~/PE 14,0 kW 21 kg
BI2EGAFQ-10/-14 BIPS5 2 x ■300 400V/3~/PE 10,0/14,0 kW 25/25 kg

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Ver. 3.3 © Berner Kochsysteme 2015
Model Type coil in mm Voltage Performance Weight
BI2EGA-7/-10 BIPDS 2 x ■270 400V/3~/PE 7,0/10,0 kW 21/21 kg
BI2EGA14 BIPS5 2 x ■270 400V/3~/PE 14,0 kW 21 kg
BI2EGAF-10/-14 BIPS5 2 x ■300 400V/3~/PE 10,0/14,0 kW 25/25 kg
BI2EGAR10 BIPDS 2 x ■280 400V/3~/PE 10,0 kW 24 kg
BI2EGAR14 BIPS5 2 x ■280 400V/3~/PE 14,0 kW 24 kg
BI4EGA-14/-20 BIPDS 4 x ■270 400V/3~/PE 14,0/20,0 kW 45/45 kg
BI4EGA28 BIPS5 4 x ■270 400V/3~/PE 28,0 kW 45 kg
BI4EGAK-20/-24 BIPS5 2 x ■300 /■270 400V/3~/PE 20,0/24,0 kW 45/47 kg
BI4EGAF-20/-28 BIPS5 4 x ■300 400V/3~/PE 20,0/28,0 kW 47/47 kg
BI6EGA21 BIPDS 6 x ■270 400V/3~/PE 21,0 kW --/-- kg
BI6EGA30 BIPS5 6 x ■270 400V/3~/PE 30,0 kW --/-- kg
BI6EGAK-30/-36 BIPS5 3 x ■300 /■270 400V/3~/PE 30,0/36,0 kW --/-- kg
BI6EGAF-30/-42 BIPS5 6 x ■ 300 400V/3~/PE 30,0/42,0 kW --/-- kg
BI4EGAL-14/-20 BIPDS 4 x ■270 400V/3~/PE 14,0/20,0 kW 45/45 kg
BI4EGAL-28 BIPS5 4 x ■270 400V/3~/PE 28,0 kW 45 kg
BI4EGALK-20/-28 BIPS5 2 x ■300 /■270 400V/3~/PE 20,0/28,0 kW 46/46 kg
BI4EGALF-20/-28 BIPS5 4 x ■ 300 400V/3~/PE 20,0/28,0 kW 47/47 kg
BI2EGLQ10 BIPDS 2 x ■270 400V/3~/PE 10,0 kW 23 kg
BI2EGLFQ-10/-14 BIPS5 2 x ■300 400V/3~/PE 10,0/14,0 kW 25/25 kg
BI2EGLSQ-10/-16 BIPS5 2 x ■320 400V/3~/PE 10,0/16,0 kW 26/26 kg
BI2EGLSQM7 BIPDS 2 x ■320 *400V/3~/PE 16,0 kW 26 kg
BI2EGL10 BIPDS 2 x ■270 400V/3~/PE 10,0 kW 23 kg
BI2EGLF-10/-14 BIPS5 2 x ■300 400V/3~/PE 10,0/14,0 kW 25/25 kg
BI2EGLS-16 BIPS5 2 x ■320 400V/3~/PE 16,0 kW 26 kg
BI2EGLS-M5/-M7 BIPDS 2 x ■320 *400V/3~/PE 16,0/16,0 kW 26/26 kg
BI2EGMF-12/-16 BIPS5 2 x ■300 *400V/3~/PE 12,0/16,0 kW 25/25 kg
BI2EGMS-12/-18 BIPS5 2 x ■320 *400V/3~/PE 12,0/18,0 kW 26/26 kg
BI2EGMSM7 BIPDS 2 x ■320 *400V/3~/PE 18,0 kW 26 kg
BI4EGLF-20/-28 BIPS5 4 x ■300 400V/3~/PE 20,0/28,0 kW 47/47 kg
BI4EGLS-20/-32 BIPS5 4 x ■320 400V/3~/PE 20,0/32,0 kW 47/47 kg
BI4EGLSM-9/-13 BIPDS 4 x ■320 *400V/3~/PE 32,0/32,0 kW 47/47 kg
BI4EGLK-20/-24 BIPS5 2 x ■300 /■270 400V/3~/PE 20,0/24,0 kW 45/45 kg
BI4EGLK26 BIPS5 2 x ■320 /■270 400V/3~/PE 26,0 kW 45 kg
BI4EGLKM9 BIPDS 2 x ■320 /■270 400V/3~/PE 26,0 kW 45 kg
BI2EGV-10/-16 BIPS5 2 x ■320 400V/3~/PE 10,0/16,0 kW 25/25 kg
BI2EGVM-5/-7BIPDS 2 x ■320 400V/3~/PE 16,0/16,0 kW 25/25 kg
BI2EGVQ-10/-16 BIPS5 2 x ■320 400V/3~/PE 10,0/16,0 kW 26/26 kg
BI2EGVQM7 BIPDS 2 x ■320 400V/3~/PE 16,0 kW 26 kg
BI4EGV32 BIPS5 4 x ■320 400V/3~/PE 32,0 kW 48 kg
BI4EGV-M9/-M13 BIPDS 4 x ■320 400V/3~/PE 32,0/32,0 kW 48/48 kg
BI1EGMO BIPMS3.5 170 x 240 230V/1~/N/PE 3,5 kW 8 kg
BI2EGMO BIPMS3.5 2 x 170 x 240 400V/3~/PE 7,0 kW 15 kg
BI3EGMO BIPMS3.5 3 x 170 x 240 400V/3~/PE 10,5 kW 22 kg
BWEB3.5 BIPMS3.5 Ø 300 230V/1~/N/PE 3,5 kW 13 kg
BWEB-5/-7BIPS5 Ø 300 400V/3~/PE 5,0/7,0 kW 15/15 kg
BWEB2Q10 BIPDS 2 x Ø 300 400V/3~/PE 10 kW -- kg
BWEBFW3.5 BIPMS3.5 Ø 300 230V/1~/N/PE 3,5 kW 13 kg
BWEBFW5 BIPS5 Ø 300 400V/3~/PE 5,0 kW 15 kg
BWBEB8 BIPS5 Ø 400 400V/3~/PE 8,0 kW 17 kg
BWEBM-2.5/-3.5 BIPMS3.5 2 x Ø 250 230V/1~/N/PE 2,5/3,5 kW 11/11 kg
BWEB2MQ-5/-7BIPMS3.5 2 x Ø 250 400V/3~/PE 5,0/7,0 kW --/-- kg
BWEB2M-5/-7BIPMS3.5 2 x Ø 250 400V/3~/PE 5,0/7,0 kW --/-- kg
BI1EG-SW/-WBIPMS3.5 Ø 260 230V/1~/N/PE 1,0 kW 9/9kg
BI1EGG-SW/-GW BIPMS3.5 ■270 230V/1~/N/PE 1,0 kW 9/9kg
BI1EGS3.5T *BIPMS3.5 Ø 230 230V/1~/N/PE 3,5 kW 11 kg
BI1EGS5T BIPMS5 Ø 230 400V/2~/PE 5,0 kW 11 kg
BI2EGS3.5QT *BIPDMS3.5 2 x Ø 230 230V/1~/N/PE 3,5 kW -- kg
BI2EGS7QT BIPMS3.5 2 x Ø 230 400V/3~/PE 7,0 kW 18 kg
BI2EGS10QT BIPMS5 2 x Ø 230 400V/3~/PE 10,0 kW 18 kg
BI2EGS3.5TK BIPMS3.5 2 x Ø 230 230V/1~/N/PE 3,5 kW -- kg
BI2EGS7TK BIPMS3.5 2 x Ø 230 400V/3~/PE 7,0 kW 20 kg
BI2EGS10TK BIPMS5 2 x Ø 230 400V/3~/PE 10,0 kW 20 kg
BI4EGS7TK BIPMS3.5 4 x Ø 230 400V/3~/PE 7,0 kW 43 kg
BI4EGS14TK BIPMS3.5 4 x Ø 230 400V/3~/PE 14,0 kW 43kg
BI4EGS20TK BIPMS5 4 x Ø 230 400V/3~/PE 20,0 kW 43 kg

Page 10 of 44 17.07.2014
Ver. 3.3 © Berner Kochsysteme 2015
Model Type coil in mm Voltage Performance Weight
BWEBT3.5 BIPMS3.5 Ø 300 230V/1~/N/PE 3,5 kW 13 kg
BWEBT5 BIPS5 Ø 300 400V/3~/PE 5,0 kW 15 kg
* Model with integrated keep war plate * Model with separate controllable cooking zones * Model with power star
Performance table 1 channel (single generator BIPS, BIPMS)
Performance table 1-phase generator / 2-phases generator
Sw1
4 5
Type 230V
electricity [A]
Performance
[kW]
Type 400V
electricity [A]
Performance
[kW]
0 0
8
1.8
7.5
3.0
0 1
10.9
2.5
8.75
3.5
1 0
13.1
3.0
10.0
4.0
1 1
15.3
3.5
12.5
5.0
Performance table 3-phases generator
Sw1
4 5
Type 400V
electricity [A]
Performance
[kW]
Type 230V
electricity [A]
Performance
[kW]
0 0
5.10
3.5
7.5
3.0
0 1
7.25
5.0
8.75
3.5
1 0
10.2
7.0
10.0
4.0
1 1
12.3
8.5
12.5
5.0
Performance table 2 channel (Double generator BIPDS, BIPDMS)
Performance table 1-phase generator
Sw2/3
1 2
Type 230V
electricity [A]
Performance
[kW]
0 0
8 / 4
1.8 / 0.9
0 1
10.9 / 8
2.5 / 1.8
1 0
13.1 / 8
3.0 / 1.8
1 1
15.3/13.1/8
3.5 / 3 / 1.8
Performance table 3-phases generator
Sw2/3
1 2
Type 400V
electricity [A]
Performance
[kW]
0 0
5.1 / 5.1
3.5 / 3.5
0 1
7.25 / 5.1
5.0 / 3.5
1 0
7.25 / 7.25
5.0 / 5.0
1 1
10.2 / 8.0
7.0 / 5.5

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Ver. 3.3 © Berner Kochsysteme 2015
Installation
Electrical data of the units
Unit performance (3,5 kW- BIPMS3,5)
Induction unit 1-phase (Voltage 230Volt +5% / -10%)
Connection
colour
Frequency
Fuse
Phase
Brown, Black or 1
50 Hz / 60 Hz
1 x 16A F (super quick)
N
Blue or 2
Working frequency
22-35 kHz
Control fuse
-
PE
Yellow/Green
Unit performance (5 kW- BIPMS5)
Induction unit 2-phases (Voltage 400Volt +5% / -10%)
Connection
colour
Frequency
Fuse
Phase
Brown, Black or 1,2
50 Hz / 60 Hz
1 x 16A F (super quick)
N
Blue or 4
Working frequency
22-35 kHz
Control fuse
-
PE
Yellow/Green
Unit performance (5 kW, 7kW, 8kW, 9kW- BIPS)
Induction unit 3- phases (Voltage 400Volt +5% / -10%)
Connection
colour
Frequency
Fuse
Phase
Brown, Black, Grey or
1, 2, 3
50 Hz / 60 Hz
3 x 16A F
(super quick)
N
Blue or 4
Working frequency
22-35 kHz
Control fuse
-
PE
Yellow/Green
Unit performance (10 kW- BIPDS)
Induction unit 3-phases (Voltage 400Volt +5% / -10%)
Connection
colour
Frequency
Fuse
Phase
Brown, Black, Grey or
1, 2, 3
50 Hz / 60 Hz
3 x 16A F
(super quick)
N
Blue or 4
Working frequency
22-35 kHz
Control fuse
-
PE
Yellow/Green
Unit performance (3,5 kW- BIPDMS3,5) * Model with power star
Induction unit 1-phasig (Voltage 230Volt +5% / -10%)
Connection
colour
Frequency
Fuse
Phase
Brown, Black or 1
50 Hz / 60 Hz
1 x 16A F
(super quick)
N
Blue or 2
Working frequency
22-35 kHz
Control fuse
-
PE
Yellow/Green
Function conditions
omaximum tolerance of the nominal voltage +5%/-10%
ofrequency 50 / 60 Hz
oIP CODE (Protection class in delivery state) IP 11
omin. Pan-diameter 12 cm
Installations-environment
-maximum ambient temperature
Storage >-20°C till +70°C in Function >+5°C till +35°C
-maximum relative Atmospheric humidity
Storage > 10% till 90% in Function > 30% till 90%

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Ver. 3.3 © Berner Kochsysteme 2015
Installation requirements
The Induction-Unit has to be build-in with the mounting frame in a flat horizontal area. Don’t
cover the air supply for the air circulation. The place must be allowing a weight at least 100
kg. To disconnect the Power, the user needs easy access to the power-connection.
Installation intructions for the build-in model
The following points must always be observed during installation:
-Proof and take sure: the voltage of the main supply cable and the voltage of the
nameplate of the unit fit.
-The induction unit must be with a potential compensation cable (6
mm² green / yellow - till 20kW, 16mm² green / yellow, -
over 20kW) to the terminal screw (M6x10 till 20 kW,
M8x10- over 20kW) and the on-site equipotential point of
the stove plant connected.
-The induction unit in remote design (generator coil separately) must have a potential
compensation cable (6 mm² green / yellow -till 20kW, 16mm² green / yellow -over 20kW)
to the terminal screw (M6x10-till 20kW and M8x10-over 20kW) and the potential
equalization point of the generator compartment of oven plant are connected. Is the
generator compartment outside the cooking suite, also this must be connected to the on-
site equipotential point of the cooking suite.
The PE cable (6 mm² green/yellow) must be connected to the PE of the electrical
lead. The PE line has the same length as the coil extension.
-All electric installations must fulfil the local building code regulations. All regulations issued
by the national electricity authorities must be observed.
-The induction unit comes with a connection terminal or a main cable and can be connected
to a power point.
-When using fault-current circuit breakers, they must be designed for a minimum fault
current of 30 mA.
-Avoid blocking the air inlet and outlet zones with objects (textiles, walls, etc.).
-Prevent hot ambient air from being drawn into the induction unit (for example, when
several units stand next to each other, behind each other, or when the unit is placed close
to deep fryers or ovens). In such cases, use a separate air duct.
-The unit have an air filter. However, you must ensure that no fat surrounding air, which is
caused by other applications that could be sucked into the induction unit (near fryers,
griddles or deep fryers)
-The air intake temperature has to be under +35°C.
-The personnel operating the equipment must make sure that all installation, maintenance,
and inspection work is done by specially trained and certified personnel only.
-The air must be channelled and get directly to the fans via the supplied filter. The
dimension of the air channel for each generator should be a least 200 cm².
-Do not build thermal short circuit. The air exhaust may be sucked under no circumstances,
because the unit getting hotter.
-The installation must be tested for practicality. For this the temperature has to be
determined. The point to measure is the heat sink base plate below the induction coil. The
temperature in permanent use within 2 hours and 20°C ambient temperature should not
be higher than 65°C.
-All BI models (BI1EG- BI6EG) must be fastened (using the included mounting frame).
-The main cable must always be shielded, clean contacts provided at both sides.
-Select and set up the main isolator so, that the equipment is switched on and off no more
than 5 times a day.
-For service and spare part exchange the unit have to be disconnected from the main
supply. Take sure the unit can`t be turned or switched on in any case.
Our induction units are equipped with cables that comply with the national regulations.

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Make sure that an eventually used plug is wired correctly:
Start up
Assembly
The induction units are equipped with a main cable which must be connected with a wall
socket or connection box. Electric installations must be carried out by registered installation
companies only, observing the specific national and local regulations. These companies are
responsible for correctly interpreting all regulations and performing the installation in
compliance with the safety instructions.
Indications on warning signs and nameplates must be strictly observed.
Make sure that the main voltage corresponds to
the voltage indicated for the unit (given on the
nameplate).
When installing or installation of this device in
close proximity to a wall, partition walls, kitchen
furniture, decorative panels etc. is recommended
that these are not made of flammable material;
otherwise, they must be covered with suitable
non-combustible, heat insulating material and the
fire safety regulations must be observed most
carefully!
The Induction-Unit has to be build-in with the mounting frame in a flat horizontal area. The
unit have to be build-in and fixed that the unit can`t be moved. The requirements given in
chapter “Installation requirements” have to be fully met.
Remove all parts out of the cooking zone of the unit. Proof if the ceran glass is not cracked or
broken. Stop immediately the start-up if the ceran glass is cracked or broken. Switch off and
disconnect the unit from the main supply.
Turn the controller and main switch in off position before you connect the unit to the main
supply.
For the electric Connection for the Unit take attention.
The Law Regulations of the Country have to be adhered!
Attention
Wrong voltage damage
the Induction unit
Attention
The electrical connection must be only by
specially trained staff.

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Unit ON and OFF switch
Position OFF: Position ON:
`0` point to the marking (ο) `I` point to the marking (ο).
Performance controller
(Depending on model and option various knobs be used)
Any position between: MIN (minimum) and MAX (maximum) that points towards the marker
(ο). The choosed performance is displayed.
Position OFF: Position OFF with keep warm function:
`0` point to the marking (ο) 0` point to the marking (ο)
Position ON: Position ON with keep warm function:
Any position between: MIN and MAX that points towards the marker (ο).Unit ON. Before
performing the function test, the user must know how to use the induction.
Function with keep warm function (optional)
How do i work with the keep warm function
To use this function with knob (W70-W110) or with the touch control panel. If the keep warm
function is active please take ACCOUNT that the cookware always have to place in the
middle of the cooking zone (temperature feeler-coil).
Keep warm function with potentiometer (4-digit display)
With the potentiometer can be choosed a temperature between 70-110°C instead of the
regular performance steps 1-2-3. If the controller is raised higher than W110 the display
change to the regular used steps 4-9. Examples below:
Desired temperature 70°C (.), real temperature to low ,
Heating: point right side of the number
Real temperature 25°C (all 10 sec.), real temperature to low ,
heating: point right side of the number
Desired temperature 70°C (.), real temperature in range +/- 2°C,
No heating
Real temperature 105°C, Real temperature to high,
No heating
H

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The Powerstar function is activated as follows:
Front cooking zone used, rear zone deactivated = 3,5 kW
Rear cooking zone used, front zone deactivated = 3,0 kW
Keep warm function with potentiometer (1-digit display)
With the potentiometer can be choosed a temperature between 70-110°C instead of the
regular performance steps 1-2-3. If the controller is raised higher than W110 the display
change to the regular used steps 4-9. Examples below:
Keep warm function active (animated circle),
temperature to high, temperature to low
temperature is reached and is retained (H).
Powerstar function
It can optionally be operated with 2 cooking zones per 1.8 kW maximum power or only the
front cooking zone with 3.5 kW or the rear cooking zone with 3.0 kW.
Touch control panel
Field confirm a change with an LED.
Keep warm function touch control panel
With the function button can be switched between performance control in full range
and keep warm function. Examples:
Performance control [halve step (4.5, 5.0, 5.5…)]
From software version 2.28
If there is no pan on the cooking zone, display shows pan
search active
Keep warm function (Range 70 – 110°C). Temperature control in 2°C
Steps. All 10sec. shows the display the real temperature. If the sign
„H“ appears (88°C) is the desired temperature reached, the unit keep
the temperature.
Is the temperature under the choosed value, the unit will heat up
until the choosed temperature is reached. The display shows an „n“.
Is the temperature over the choosed value, the unit stops the heating
up until the choosed value is reached. The display shows an „u“.
Main switch of the unit.
Push 1 sec (Unit ON/OFF)
Field to activate the keep warm function
(ON/OFF push 0,5 sec)
Digital display shows
Performance/temperature
(Precision +/- 1°C) or possible
Faults
Field to Raise of the
performance/temperature*
and switch of if temperature
reached *.
Field to minimize of the
performance/temperature*
and switch of if temperature
reached *.

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Function test
Use a pan that is suitable for induction and has a minimum bottom diameter of 12 cm.
To test the Function of Units with main switch, it must switch on first. Then follow
the description.
Place a pan in the center of the heating zone and put in some water.
-With LED: Turn the power control knob to the ON position (any position between Min. and
Max.). The operation indicator lamp (green LED) either flashes (power level 10%-30%) or
lights up continuously (power level 30%-100%). The water is heated.
-With digital display: turn the performance knob on (a position between Minimum and
Maximum.) display shows chosen performance between the steps 1- 9.
-With LED: Remove the pan from the heating zone – the operation indicator lamp must
start to flash (pan detection).
-Put the pan back on the heating zone. The operation indicator lamp lights up again and the
heating process starts again.
-Turn the power control knob to the 0 position – the heating process is stopped and the
operation indicator lamp goes off.
-When the operation indicator lamp is on, this means that energy is transferred to the pan.
-With digital display (1-9): Remove the pan from the heating zone. The digital display
shows symbol for pan detection see error messages.
-Put the pan back on the heating zone. The digital display shows chosen performance
between the steps (1-9) and the heating process starts again.
-Turn the power control knob to the 0 position. The digital display goes in standby.
-IF the digital display shows a number (1-9), this means that energy is transferred to
the cook ware.
If the operation indicator lamp stays off or the LED / digital display flashes only
very briefly, check the following:
-Is the induction unit connected with the main supply and the main switch on?
-Is the power control knob in the ON position?
-Are you using an induction suitable pan (test with a magnet) and have a minimum bottom
diameter of 12 cm?
-Is the cooking ware in the center of the heating zone?
To check if the material of your cook ware is suitable for induction, use a magnet. It
must stick slightly to the bottom of the pan. If it doesn’t stick there, your pan is not
suitable for use with induction units. Choose a pan recommended for use with
induction units.
If the induction unit still doesn’t work, please refer to the “troubleshooting” section
of this manual.
Attention
The hot cook ware transport heat to the
cooking zone.
To avoid injury, don`t touch the heating
zone.

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Operating
Cooking
The unit can be used immediately. If the operation indicator lamp lights and the LED shows
(1-9) continuously or flashes, energy is transferred to the pan. By turning the power control
knob, you can choose the desired power level (1-9). How much inductive power is transferred
to the pan depends to the choosed power level.
Position MINIMUM > Minimum Performance
Position MAXIMUM > Maximum Performance
Because of the following circumstances, you must pay more attention to the unit when
cooking with conventional cooking systems. If the performance step is changed with the
power control knob, the cooking material reacts immediately. Empty pans or pots heat up
very quickly. NEVER place empty pans on the glass ceramic hob.First fill the cook ware
with food, fat or liquid and then start cooking. Use the power control knob to select the exact
power level that matches the desired cooking method. The pan should always be placed in
the center of the heating zone (except devices with flächenstar coil), or the pan bottom will
be heated unevenly. Check the pan continuously when heating oil or grease to prevent it
from overheating or burning.
Comfort
The induction equipment only transfers energy as long as a pan is located on the heating
zone. This is independent of the position of the power step (1-9). When you remove a pan
from the heating zone, the energy transfer to the pan is stopped immediately. When you put
the pan back in the heating zone, the energy level you have selected before is transferred
again to the pan. When turning the power control knob to the OFF position, the cooking
process is stopped. However, the equipment still stays ready for work (standby mode). To
disconnect the unit completely, you must disconnect the unit from the main supply or turn
the Main switch off (if available).
Software Version
Aufstarten des Generators
second
explanation
1
8. (Test of the segments)
2
F or P (Operation Frequency or Pulse)
3
2. (Software version first digit)
4
1 (Software Version 2nd digit)
5
9 (Software Version third digit)
Normal use
Standby: if the performance controller is in OFF position, the point flashes all 2 seconds. If
the performance controller is in ON position, first the cook ware is searched U and the point
flashes (after 1 Minute standby modus: search pulse all 5 seconds).
If a cook ware is detected, the digital display shows the chosen performance step (1–9).
Significance of the decimal point:
ON = Normal USE
1 sec. pulse = Limitation: because to high heat sink temperature
½ sec. pulse = Limitation: because to high coil / cook ware temperature
¼ sec. pulse = Power limitation
1/10 sec. pulse = Power limitation if not optimal cook ware material
Don´t place hot cook ware on the control panels, displays or frames of the unit. To ignore
the points, follows to damages of the unit and the cookware. Consequence of ignore:
The warm cookware burning the seal material and the material get destroyed. This result
humidity and grease can penetrate in the equipment and can result in the defect of the
Equipment and raise the risk of an electric shock. Cookware will be welded together with
the surface or frame. Overheating of the displays and control surfaces leads to damages.

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Function with priority circuit (optional)
If in addition to the standard controller, a second controller is used, then automatically
switches it to dual operation, with the following rules: Only the regulator, which comes from
zero, can overrule the active regulator.
Normally, someone turns on the cooking place with one controller.
If the other regulator coming from zero and points a new value, this is accepted.
The following table shows how the controller works:
Poti 1
Poti 2
Reaction
Zero
Zero
Unit OFF
Middle
Zero
Unit works with ½ power
Middle
Quarter
Unit works with ¼ power
Changed the value
Quarter
No change
Zero
Quarter
Unit switch OFF
Middle
Quarter
Unit works with ½ power
Middle
Changed the value
No change
Middle
Zero
Unit switch OFF
Middle
Quarter
Unit works with ¼ power
If case of a power failure, it starts not automatically to work with Dual regulator operating.
First the regulators have to be turned in zero position.
Master poti (optional)
BIPS (single generator):
The prerequisite for this is a smart power dual operation of both devices, which both
generators is achieved by interconnecting the CAN L and CAN H at the control board. On
booth unit`s the DIP-switch have to be switched on SW1-8 on the control board. On the
generator a second potentiometer are connected to the generator of the cooking place. This
potentiometer has now a master function for generators. The potentiometer of the single
generator works only, if the master potentiometer is in ZERO position.
BIPDS (double generator):
The DIP-switch has to be switched on SW1-8 on the control board, than is the Master
potentiometer function for booth channels are activated. If there more potentiometer
connected to the generator, they are working only, if the Master potentiometer is in zero
null position.
Not in use
When the induction unit is not in use, make sure that the main switch and the power control
knob is not turned on inadvertently. If you do not use the induction unit for a longer period of
time (several days), disconnect the unit from the main supply or turn off the main switch.
Make sure that no liquids can get into the induction unit, and do not use excessive amounts
of liquid to clean the equipment.
Troubleshooting
The induction unit may only be opened by approved, specially trained service Employee. Stop
immediately all work in case, the glass ceramic hob is cracked or broken. Turn OFF the unit
and disconnect the unit from the main supply. Don`t touch any part inside the unit.
Attention
Don’t open the unit!
Dangerous voltage!
WARNUNG: During cleaning or maintenance and replacement of parts of the equipment
must be disconnected from the power supply.

Page 19 of 44 17.07.2014
Ver. 3.3 © Berner Kochsysteme 2015
Possible faults
Fault
Possible cause
Troubleshooting by User-
or Service staff
No heating up operation
indication lamp is OFF
No current supply
Control, if the unit is connected to the power supply
(Power cable connected?), Main switch is in Off
Position, check fuses.
Performance –knob in OFF-
position
Turn controller switch is in ON Position (1-9)
Main switch is in OFF Position Turn main switch is in ON Position
Cook ware to small
(Pan bottom under ∅12cm)
Use suitable cook ware
Cook ware is not in the CENTER
of the cooking zone
(pan can`t be detected)
Move the cook ware in the CENTER
of the cooking zone
Not suitable cook ware
Use induction suitable cook ware *1
Induction unit faulty Contact your dealer for the repair service.
Disconnect the unit from the power supply.
Insufficient heating
Operation indication lamp
is ON
Used cook ware is not ideal Use induction suitable cook ware. Compare the
results with `your` cook ware.
Air cooling system is blocked Take sure, the air supply and –outlet is not blocked.
Air filter is clogged.
Clean air filter or exchange the air filter.
Ambient temperature too high
(cooling system can’t keep hob
at its normal operating
temperature) *2
Take sure, no hot air can be sucked. Reduce the
Ambient temperature. The temperature may not
exceed 40°C / 110 °F.
One phase is missing
Control the fuses and the main supply
Induction unit faulty
Contact your dealer for the repair service.
Disconnect the unit from the power supply.
No reaction by changing the
value with the controller-knob
Performance controller faulty
Heating up turn on and off within
minutes. The cooler works. Cooling system is blocked Take sure, the air supply and –outlet is not blocked.
Cooler dirty
Clean cooler
Heating up turn on and off within
minutes. The cooler doesn’t
works.
Cooler Monitoring faulty Contact your dealer for the repair service.
Disconnect the unit from the power supply.
Heating up turn on and off within
minutes. (after longer working
time)
Coil overheated
Cooking zone to hot.
Switch OFF the unit. Remove the cook ware from
the cooking zone, and wait until the cools down.
Empty pan
Overheated oil the cook ware
Small metal parts
(spoon, knifes) get hot on the
cooking zone
Setting wrong of the pan
detection Contact your dealer for the repair service!
*1) To check if your pan is suitable for induction, use a magnet. The magnet must stick
slightly to the bottom of the pan. If it does not stick there, your pan is not suitable for
use with induction units. Choose a pan material that is suitable for induction.
*2) The fan starts to work when the cooling plate temperature exceeds 45°C. At cooling
plate temperatures over 70°C, the control printed circuit board reduces the power
level automatically to keep the power printed circuit board at normal operating
conditions. The induction unit will continue to work with reduced maximum
performance.
If the main cable is damaged of the unit, the repair service of your dealer has to
replace it, to avoid injuries.