Berner System 60/20 User manual

Manual
Induction devices
System 60/20; System 70/20;
System 70; Stand stoves;
Stool cooker
Be sure to read the instructions for use and assembly
before installation - installation - commissioning.
This protects you and prevents damage.
Berner- Kochsysteme GmbH & Co. KG
Sudetenstrasse 5 - D-87471 Durach
Tel. [phone]; Fax. - 15
Email: [e-mail] | www.induktion.de

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Table
Table .................................................................................................................................................1
Safety................................................................................................................................................3
Safety regulations ...............................................................................................................................4
Description of Hazard Symbols ...........................................................................................................4
Dangers in case ofnon-observance of safetyregulations ..........................................................................4
Safe use..........................................................................................................................................4
Improper operation...........................................................................................................................5
Changes / use of spare parts ..............................................................................................................5
Pan detection ...................................................................................................................................6
Monitoring of the heating zone ...........................................................................................................6
Noise ..............................................................................................................................................6
General..............................................................................................................................................6
Application ......................................................................................................................................6
Product ..............................................................................................................................................6
Products..........................................................................................................................................6
Technical data.....................................................................................................................................6
Operation and control.....................................................................................................................6
Technical device data ...........................................................................................................................7
Power table 1 channel (single generator BIPS, BIPMS) ...........................................................................9
Applications .....................................................................................................................................9
Power table 2 channel (double generator BIPDMS, BIPDS).................................................................... 10
Installation ....................................................................................................................................... 12
Electrical data of the devices ............................................................................................................ 12
Devices by power (3.5 kW- BIPMS3.5) ............................................................................................ 12
Devices by power (5 kW- BIPMS5) ................................................................................................. 12
Devices by power (5 kW, 7kW, 8kW, 9kW- BIPS) .............................................................................12
Devices by power (10 kW double generator BIPDS) ......................................................................... 12
Devices by power (3.5 kW- double generator BIPDMS3.5) .................................................................. 12
Functional conditions.................................................................................................................... 12
Installationpresetzungen.................................................................................................................. 14
Installation regulations for the installation model.............................................................................. 14
Commissioning.................................................................................................................................. 15
Assembly ...................................................................................................................................... 15
Devices on and off switch ................................................................................................................ 15
Power control with potentiometer...................................................................................................... 15
Power control with touch ................................................................................................................. 16
Power control with Spin Control ........................................................................................................ 16
Warming function (optional)............................................................................................................. 16
How do I use the warm-up function................................................................................................ 16
Pyro-Sensor ITC .......................................................................................................................... 17
Warming function with potentiometer ............................................................................................. 17
Warming function with pyro-sensor ITC and electronic potentiometer ..................................................17
Warming function with pyro sensor and touch ..................................................................................18
Warm holder.................................................................................................................................. 19
Warm holder with potentiometer....................................................................................................... 19

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Warm holder with touch .................................................................................................................. 19
Hot holder with Spin Control ............................................................................................................ 20
Powerstar function double generator ( devices with 400V double generator BIPDS ) ...............................20
Powerstar Function ( BI2KTT3.5 ).................................................................................................. 21
Functional ........................................................................................................................................ 21
Operation ......................................................................................................................................... 22
Cooking process ............................................................................................................................. 22
Comfort ........................................................................................................................................ 22
Pot detection.................................................................................................................................. 22
External display.............................................................................................................................. 23
Startup ......................................................................................................................................... 23
Normal operation............................................................................................................................ 23
Pot rating ...................................................................................................................................... 23
Pot rating light with 1 display ........................................................................................................... 23
.................................................................................................................................................... 24
Function with priority circuit (Dual Potentiometer control (optional)) .....................................................24
Master Potentiometer (optional)........................................................................................................ 25
Decommissioning .............................................................................................................................. 26
Error detection .................................................................................................................................. 26
Potentiometer Error Handling ........................................................................................................... 27
Troubleshooting ................................................................................................................................ 27
Overview Alerts on Display.............................................................................................................. 29
Overview Faults on display............................................................................................................... 29
Cleaning........................................................................................................................................... 29
Guarantee ........................................................................................................................................ 30
Repair during the warranty period..................................................................................................... 30
Maintenance ..................................................................................................................................... 31
Disposal ........................................................................................................................................... 31
Technical documents.......................................................................................................................... 31
Generatorviews ................................................................................................................................. 32
Spare parts ...................................................................................................................................... 33
BIPS-Generator .............................................................................................................................. 33
BIPS Generators ............................................................................................................................. 34
Devices with BIPS generators:.......................................................................................................... 34
BIPMS-GeneratorEn ........................................................................................................................ 35
BIPMS Generators........................................................................................................................... 36
Devices with BIPMS generators: ....................................................................................................... 36
BIPDS Generator ............................................................................................................................ 38
BIPDSGenerators............................................................................................................................ 39
Devices with BIPDS generators:........................................................................................................ 39
BIPDMS Generator .......................................................................................................................... 41
BIPDMSGenerators ......................................................................................................................... 42
Devices with BIPDMS generators: ..................................................................................................... 42

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Safety
Read this guide carefully. Keep the instructions for use and assembly for later use or
for subsequent owners. Check the device after unpacking. Do not connect in the
event of transport damage. Record the damage in writing and call the customer
service, otherwise the warranty claim will not be waived. The installation of the
device must be carried out in accordance with the attached installation instructions.
Use the device only for preparing food. Supervise the device during operation. Use the device
only indoors. Do not use hob covers. They can lead to accidents, e.B. due to overheating,
inflammation or cracking materials. Do not use unsuitable protective devices or child protection
screens. They can lead to accidents. This device is not intended for operation with an external
timer or remote control.
If you are wearing a pacemaker or other electronic body help,be careful when you are in front of
a switched-on induction hob. Check with your doctor or medical device manufacturer for
compliance or possible intolerance.
Fire!
-Hot oil and fat ignite quickly. Never leave hot oil and grease unattended. Never extinguish a
fire with water. Switch off the cooking place. Carefully suffocate flames with lid, extinguishing
blanket or similar.
-The cooking places get very hot. Never place combustible objects on the hob. Do not store
any items on the hob.
-The device gets hot. Store non-flammable objects or spray cans in drawers directly under the
hob.
Risk of combustion !
-The cooking stoves and their surroundings, in particular a possibly existing hob frame,
become hot. Never touch the hot surfaces. Keep children away.
-The cooker heats, but the display does not work. Switch off the fuse in the fuse box. Call
customer service.
-Metal objects get hot very quickly on the hob. Never place metal objects, such as .B knives,
forks, spoons and lids on the hob.
-After each use, turn off the hob with the main switch. Do not wait for the hob to turn off
automatically because there are no more pots and pans on it.
Risk of electric shock !
-Improper repairs are dangerous. Only customer service technician trained by us is allowed to
carryout repairs and replace damaged connecting lines. If the device is defective, turn off the
device or turn off fuse in the fuse box. Call customer service.
-Invading moisture can cause an electric shock. Do not use a high-pressure cleaner or steam
cleaner.
-A defective device can cause an electric shock. Never turn on a defective device. Turn off the
device or turn off the fuse in the fuse box. Call customer service.
-Jumps or fractures in the glass ceramic can cause electric shocks. Switch off the fuse in the
fuse box. Call customer service.
Damage!
-The hob is equipped with a blower at the bottom. Observe the installation instructions for the
air duct.
Attention!
-Rough pot and pan bottoms scratch the hob.
-Never place empty cooking vessels on the hob. This could lead to damage.
-Do not place hot pots or pans on the control panel, displays or hobs. This could lead to
damage.
-If hard and pointed objects fall on the hob, damage can occur.
-Aluminum foil and plastic vessels melt on hot stoves. The use of stove protection film on the
hob is not recommended.

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Safety regulations
Description of Hazard Symbols
General danger symbol
Failure to comply with safety regulations
means danger ( injuries )
This symbol warns of dangerous tension.
(Figurine 5036 of IEC 60417-1)
This symbol warns against non-ionizing electromagnetic radiation.
(Figurine 5140 of IEC 60417-1)
Danger symbols directly attached to the device must be followed and readability
must be ensured at all times.
Dangers in case ofnon-observance of safetyregulations
Failure to comply with the safety regulations can lead to danger to persons, the environment
and to the inductionsystemitself. In the event of non-compliance with the safety regulations,
there is no right to claim any damages.
In detail, failure to observe the following risks may result in the following risks
( Examples):
-Danger to persons due to electrical causes
-Danger to people from overheated pans
-Danger to persons due to overheated storage area (ceramic field)
Safe use
The safety provisions of this manual, the existing national rules on electricity to prevent
accidents and any internal working, application andsafetyregulations must be followed.
-Attention! Cookware may only be placed on the stove with a full extent. Do not place hot
pots or pans on the control panel, displays or hobs. Ignoring this notice will damage the pots
and equipment. Effect in ignoring: Pots are welded together, burning the joint material by
heat of the pots and thus destroying the seal, leading to penetration of moisture and grease
and can thus lead to the defect of the device. Defect of the displays or control panels.
-If the ceramic glass is torn or broken, the inductiongerät mustbe switched off and
disconnected from the electrical supply. Do not touch any parts inside the induction.
-The ceramic field is warmed by the heat of the pan. To avoid injuries (burns), do not touch
the ceramic field.
-Please be wareify against hot food and liquids.
-PLEASE NOTE: Warning of possibly slippery ground in the vicinity of the device. This can
lead to injuries.
Attention
In case of improper use
may cause minor injuries or
damage to property!
Attention
The user manual must be read before using or
maintaining the device.

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-To avoid overheating of the pans by empty cooking, do not heat the pan unattended and
without cooking.
-Turn off the heating zone if you take the pan away for a while. This prevents the heating
process from automatically start when a pan is placed back on the heating zone. Thus,
unattended heating is avoided, i.e. a person who wants to use the inductiongerät must start
the heating process by switching on the device or by turning the power controller to 'ON'.
-Do not use the cooking surface as a shelf!
-Do not place paper, cardboard, fabric etc. between the pan and ceramic field as it could
ignite. Aluminium foils and plastic vessels must not be placed on the hot surfaces.
-Care must be taken to ensure that during the operation of the device, items worn by the
user, such as.B rings, watches, etc., can become hot when they come close to the cooking
level.
-After use, the hot plate must be switched off by means of its control and/or control device.
Do not rely on pot detection.
-Do not place credit cards, phone cards, cassettes or other magnetic-sensitive items on the
ceramic field.
-Only recommended types and sizes of vessels may be used.
-The inductiongerät has an internal air cooling system. Avoid obstructing the air supply and air
outlet zone with objects (e.B. fabric). This would cause overheating and therefore the device's
shutdown.
-Avoid the entry of liquids into the device and overflow water or cooking material over the
edge of the pan. Do not clean the device with a water jet.
Improper operation
The functionality of the inductiongerätit can only be guaranteed if used correctly. The limit
values in accordance with the technical data may not be exceeded or exceeded under any
circumstances.
Changes / use of spare parts
Contact the manufacturer if you intend to make changes to the device. To ensure safety, use
only original spare parts and accessories approved by the manufacturer. When using non-
original components, all liability for follow-up costs expires. When disassembly, testing or
repairs, pay attention to the stability of the device.
Attention! When replacing spare parts, the induction device must be "visibly tt" from the
power supply.

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Pan detection
Pans with a diameter of less than 12 cm (bottom) are not recognized. During operation, the
power indicator lamp, LED or digital display indicates the selected power level (1-9). When
operating without a pan or an unsuitable pan material, no power is emitted, the power indicator
lamp flashes only briefly or the indicator does not report a pot detected see error messages.
Monitoring of the heating zone
The heating zone is monitored by a temperature sensor (middle of the cooker) located under the
ceramic field. Overheated pans (hot oil, empty pans) can be detected in the middle of the
cooking place. The energy supply is stopped. The device only transfers energy back to the pan
until the temperature has dropped to a normal level.
Noise
The fans of the cooling are audible, but switch off again in between.
General
This manual contains basic information that must be observed during assembly, application and
maintenance. It must be read completely by the installer and the operator before installation
and commissioning, and must always be located near the cooking station for a look-up.
Application
The inductiongeräte are used for preparing meals. They can be used for cooking, keeping warm,
flaming, grilling, etc. of food. Attention, onlyinduction-grade pan material must be used on
induction gerät en. For the use of the pan material, only products recommended by us and
suitable for professional use should be used. The entire bottom of the pan must be magnetic. In
case of doubt, this can be tested with the help of a permanent magnet.
Product
Products
-Compact modular design
-Easy operation by rotary knob
-Compact power electronics enable easy and safe operation
-Max operational safety thanks to various protection and monitoring functions
-Continuous power control with electronic overtemperature protection of the
performance part.
-At Sauteusenspulen:5-Fühler-Temperaturüberwachung für verbesserten Topfschutz.
Technical data
Operation and control
Lamp "Operation or pot detection" 2V DC/approx. 10mA (LED green)
Power Controller - Potentiometer0Ohm - 10kOhm
Digital display "Power and error display" 2.8V DC/approx. 60mA (red)
Lamp "Operation" green (devices with main switch)
Attention! Only the cooking appliance is protected from overheating, not the pan. The
overheated pan is not detected until the overheating of the ceramic field has reached the
shutdown temperature (260°C).

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Technical device data
Devices System 60/20: B x T x HCeran fläche
BI1KTT-3.5;-5;-5F;-7F 400x 600 x 200mm 350x 560x 6mm
BI1KTT-3.5GN;-5GN 400x 600 x 200mm 350x 560x 6mm
BI2KTT-3. 5;-7;-10 400x 600 x 200mm 350x 560x 6mm
BI4KTT-14;-20 600x 600 x 200mm 550x 560x 6mm
BWKTT-3. 5;-5;-7 400 x 600 x 200 mmx300 x 6 mm
Devices System 70/20: B x T x HCeran fläche
BI2KTH-7;-10;-F7;-F10 400 x 700 x 200 mm350 x 605 x 6 mm
BI4KTH-14;-20;-F14;-F20 700 x 700 x 200 mm 650 x 605 x 6 mm
BWKTH-3. 5;-5;-7 400 x 700 x 200 mmx300 x 6 mm
Devices System 70: B x T x HCeran fläche
BIH2KTD-7;-10;-F7;-F10400 x 700 x 850/900 mm350 x 605 x 6 mm
BIH4KTD-14;-20;-F14;-F20 700 x 700 x 850/900 mm 650 x 605 x 6 mm
BIH4KTDF-20W;-28W 800 x 700 x 850/900 mm 750 x 605 x 6 mm
BIH6KTD-21;-30;-F21;-F30 1000 x 700 x 850/900 mm 950 x 605 x 6 mm
BIH4KTDW-19;-25 800 x 700 x 850/900 mm 750 x 605 x 6 mm
BIH4KTDBF24 1100 x 700 x 850/900 mm 750 x 605 x 6 mm
BHWKTD-3. 5;-5;-7 400 x 700 x 850/900 mmx300 x 6 mm
BI2KTD-7;-10;-F7;-F10400 x 700 x 250 mm350 x 605 x 6 mm
BI4KTD-14;-20;-F14;-F20 700 x 700 x 250 mm 650 x 605 x 6 mm
BI4KTDF-20W;-28W 800 x 700 x 250 mm 750 x 605 x 6 mm
BI6KTD-21;-30;-F21;-F30 1000 x 700 x 250 mm 950 x 605 x 6 mm
BWKTD-3. 5;-5;-7 400 x 700 x 250 mmx300 x 6 mm
BIH2K-7;-10;-F7;-F10400 x 700 x 850/900 mm350 x 605 x 6 mm
BIHW-3. 5;-5;-7 400 x 700 x 850/900 mmx300 x 6 mm
BIH4K-14;-20;-F14;-F20 700 x 700 x 850/900 mm 650 x 605 x 6 mm
BIH4KF-20W;-28W 800 x 700 x 850/900 mm 750 x 605 x 6 mm
BIH6K-21;-30;-F21;-F30 1000 x 700 x 850/900 mm 950 x 605 x 6 mm
BIH4KW-19;-25 800 x 700 x 850/900 mm 750 x 605 x 6 mm
BI2SH-10;-F10;-F14420-550 x 850-950 x 700-800 mm370x 720 x 6 mm
BI2SHV14450-550 x 850-950 x 700-800 mm388 x 720 x 6 mm
BI4SH-20;-F20;-F28 800-950 x 850-950 x 700-800 mm 700x 720 x 6 mm
BI4SHV28 800-950 x 850-950 x 700-800 mm 750 x 720 x 6 mm
BI4SHB-26;-F26;-F34 1100-1200 x 850-950 x 700-800 mm 700 x 720 x 6 mm
BI6SH-30;-F30;-F42 1100-1200 x 850-950 x 700-800 mm 1050x 720 x 6 mm
Stool cooker induction: W x T x HCeran surface
BIHK9 480 x 480 x 465 mm 468 x 468 x 6 mm
BIHKR9 480 x 480 x 535 mm 468 x 468 x 6 mm
System 60/20: Type coil in mmVoltagemax. APower weight
BI1KTT3.5 BIPMS3.5x270230V/1x/N/PE15.3 A3.5 kW18.4 kg
BI1KTT5 BIPS5 x270 400V/3x/PE 7,6 A 5,0 kW 20,0 kg
BI1KTT5F BIPS5 x280 400V/3/PE 7.6 A 5,0 kW 20,5 kg
BI1KTT7F BIPS5 x280 400V/3"/PE 10.6 A7,0 kW 20.5 kg
BI1KTT3.5GN BIPMS3.5 x250x460 230V/1/N/PE 15.3 A 3.5 kW 18,4kg
BI1KTT5GN BIPS5 x250x460 400V/3/PE 7.6 A 5,0 kW 20,0 kg
BI2KTT3.5 BIPDMS3.52 x 230 230V/1/N/PE 15.3 A 3.5 kW 20,4 kg
BI2KTT7 BIPDS 2 x 230 400V/3/PE 10.6 A 7,0 kW 25,0 kg
BI2KTT10 BIPDS 2 x 230 400V/3/PE 15.3 A 10,0 kW 25,0 kg
BI4KTT14 BIPMS3.5 4x 230 400V/3/N/PE 21.3 A 14.0 kW 50,0 kg
BI4KTT20 BIPMS5 4x 230 400V/3/N/PE 30.5 A 20.0 kW 50,0 kg
BWKTT3.5 BIPMS3.5x300 230V/1 x/N/PE 15.3 A 3.5 kW 16,6 kg
BWKTT5 BIPS5x300 400V/3/PE 7.6 A 5,0 kW 20,0 kg
BWKTT7 BIPS5x300 400V/3/PE 10.6 A 7,0 kW 20,0 kg
System 70/20: Type coil in mmVoltagemax. APower weight
BI2KTH7 BIPDS2 x 230400V/3/PE10.6 A7.0 kW30.0 kg
BI2KTH10 BIPDS 2 x 230 400V/3/PE 15.3 A 10,0 kW 30,0 kg
BI2KTHF7 GDPDS 2 x 280 400V/3"/PE 10.6 A7,0 kW 31,0 kg
BI2KTHF10 BIPDS 2 x 280 400V/3/PE 15.3 A 10.0 kW 31,0 kg
BI4KTH14 BIPDS 4 x 230 400V/3/PE 21.3 A 14.0 kW 47,0 kg
BI4KTH20 BIPDS 4 x 230 400V/3/PE 30.5 A 20.0 kW 47,0 kg
BI4KTHF14 BIPDS 4 x 280 400V/3/PE 21.3 A 14.0 kW 49,0 kg
BI4KTHF20 BIPDS 4 x 280 400V/3/PE 30.5 A 20.0 kW 49,0 kg
BWKTH3.5 BIPMS3.5x300 230V/1 x/N/PE 15.3 A 3.5 kW 17.6 kg

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BWKTH5 BIPS5 x 300 400V/3/PE 7.6 A 5,0 kW 21,0 kg
BWKTH7 BIPS5 x 300 400V/3/PE 10.6 A 7.0 kW 21,0 kg
System 70: Type coil in mmVoltagemax. APower weight
BIH2KTD7 BIPDS2 x 230400V/3/PE10.6 A7.0 kW47.7 kg
BIH2KTD10 BIPDS 2 x 230 400V/3/PE 15.3 A 10.0 kW 47.7 kg
BIH2KTDF7 BIPDS 2 x 280 400V/3/PE 10.6 A 7.0 kW 49.7 kg
BIH2KTDF10 BIPDS 2 x 280 400V/3/PE 15.3 A 10.0 kW 49.7 kg
BIH4KTD14 BIPDS 4 x 230 400V/3/PE 21.3 A 14.0 kW kg
BIH4KTD20 BIPDS 4 x 230 400V/3/PE 30.5 A 20.0 kW kg
BIH4KTDF14 BIPDS 4 x 280 400V/3/PE 21.3 A 14.0 kW kg
BIH4KTDF20 BIPDS 4 x 280 400V/3/PE 30.5 A 20.0 kW kg
BIH4KTDF20W BIPS5 4 x 300x280 400V/3/PE 30.5 A 20.0 kW kg
BIH4KTDF28W BIPS5 4 x 300x280 400V/3/PE 42.6 A 28.0 kW kg
BIH6KTD21 BIPDS 6 x 230 400V/3/PE 32.0 A 21,0 kW kg
BIH6KTD30 BIPDS 6 x 230 400V/3/PE 45.7 A 30,0 kW kg
BIH6KTDF21 BIPDS 6 x 280 400V/3/PE 32.0 A 21,0 kW kg
BIH6KTDF30 BIPDS 6 x 280 400V/3/PE 45.7 A 30.0 kW kg
BIH4KTDB19 BIPDS 4 x 230 400V/3/PE 28.3 A 18,6 kW kg
BIH4KTDB25 BIPDS 4 x 230 400V/3/PE 37.4 A 24,6 kW kg
BIH4KTDBF24 BIPDS 4 x 230 400V/3/PE 37.4 A 24,6 kW kg
BHWKTD3.5 BIPMS3.5x300 230V/1 x/N/PE 15.3 A 3.5 kW kg
BHWKTD5 BIPS5 x 300 400V/3/PE 7.6 A 5,0 kW kg
BHWKTD7 BIPS5 x 300 400V/3/PE 10.6 A 7.0 kW kg
BI2KTD7 BIPDS2 x230400V/3/PE10.6 A7.0 kW 30.8 kg
BI2KTD10 BIPDS 2 x 230 400V/3/PE 15.3 A 10.0 kW 30,8 kg
BI2KTDF7 GDPDS 2 x 280 400V/3/PE 10.6 A 7.0 kW31.8 kg
BI2KTDF10 BIPDS 2 x 280 400V/3/PE 15.3 A 10.0 kW 31.8 kg
BI4KTD14 BIPDS 4 x 230 400V/3/PE 21.3 A 14.0 kW 48,0 kg
BI4KTD20 BIPDS 4 x 230 400V/3/PE 30.5 A 20.0 kW 48,0 kg
BI4KTDF14 BIPDS 4 x 280 400V/3/PE 21.3 A 14.0 kW 50,0 kg
BI4KTDF20 BIPDS 4 x 280 400V/3/PE 30.5 A 20.0 kW 50,0 kg
BI4KTDF20W BIPS5 4 x 300x280 400V/3/PE 30.5 A 20.0 kW69 ,0 kg
BI4KTDF28W BIPS5 4 x 300x280 400V/3/PE 42.6 A 28.0 kW69 ,0 kg
BI6KTD21 BIPDS 6 x 230 400V/3/PE 32.0 A 21,0 kW kg
BI6KTD30 BIPDS 6 x 230 400V/3/PE 45.7 A 30.0 kW kg
BI6KTDF21 BIPDS 6 x 28 0 400V/3/PE 32.0 A 21.0 kW kg
BI6KTDF30 BIPDS 6 x 28 0 400V/3/PE 45.7 A 30.0 kW kg
BWKTD3.5 BIPMS3.5x300 230V/1 x/N/PE 15.3 A 3.5 kW 18.6 kg
BWKTD5 BIPS5 x 300 400V/3/PE 7.6 A 5,0 kW 22.0 kg
BWKTD7 BIPS5 x 300 400V/3/PE 10.6 A 7.0 kW 22.0 kg
BIH2K7 BIPDS2 x 230400V/3/PE10.6 A7.0 kW 47.7 kg
BIH2K10 BIPDS 2 x 230 400V/3/PE 15.3 A 10.0 kW 47.7 kg
BIH2KF7 BIPDS 2 x 280 400V/3"/PE 10.6 A 7.0 kW 48.7 kg
BIH2KF10 BIPDS 2 x 28 0 400V/3"/PE 15.3 A 10.0 kW 48.7 kg
BIH4K14 BIPDS 4 x 230 400V/3/PE 21.3 A 14.0 kW kg
BIH4K20 BIPDS 4 x 230 400V/3/PE 30.5 A 20.0 kW kg
BIH4KF14 BIPDS 4 x 28 0 400V/3/PE 21.3 A 14.0 kW kg
BIH4KF20 BIPDS 4 x 28 0 400V/3/PE 30.5 A 20.0 kW kg
BIH4KF20W BIPS5 4 x 300x280 400V/3/PE 30.5 A 20.0 kW kg
BIH4KF28W BIPS5 4 x 300x280 400V/3/PE 42.6 A 28.0 kW kg
BIH6K21 BIPDS 6 x 230 400V/3/PE 32.0 A 21.0 kW kg
BIH6K30 BIPDS 6 x 230 400V/3/PE 45.7 A 30.0 kW kg
BIH6KF21 BIPDS 6 x 28 0 400V/3/PE 32.0 A 21.0 kW kg
BIH6KF30 BIPDS 6 x 28 0 400V/3/PE 45.7 A 30.0 kW kg
BIH4KB19 BIPDS 4 x 230 400V/3/PE 28.3 A 18.6 kW kg
BIH4KB25 BIPDS 4 x 230 400V/3/PE 37.4 A 24.6 kW kg
BI2SH10 BIPDS 2 x 27 0 400V/3"/PE 15.3 A 10.0 kW 49.0 kg
BI2SHF10 BIPS5 2 x 30 0 400V/3/PE 15.3 A 10.0 kW 50.0 kg
BI2SHF14 BIPS5 2 x 30 0 400V/3/PE 21.3 A 14.0 kW 50.0 kg
BI2SHV14 BIPS5 2 x 32 0 400V/3/PE 21.3 A 14.0 kW 52.0 kg
BI4SH20 BIPDS 4 x 27 0 400V/3"/PE 30.5 A 20.0 kW kg
BI4SHF20 BIPS5 4 x 30 0 400V/3/PE 30.5 A 20.0 kW kg
BI4SHF28 BIPS5 4 x 30 0 400V/3/PE 42.6 A 28.0 kW kg
BI4SHV28 BIPS5 4 x 32 0 400V/3/PE 42.6 A 28.0 kW kg
BI4SHB26 BIPDS 4 x 270 400V/3/PE 39,0 A 25.6 kW kg
BI4SHBF26 BIPS5 4 x 30 0 400V/3/PE 39.0 A 25.6 kW kg

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BI4SHBF34 BIPS5 4 x 30 0 400V/3/PE 51.1 A 33.6 kW kg
BI6SH30 BIPDS 6 x 27 0 400V/3"/PE 45.7 A 30.0 kW kg
BI6SHF30 BIPS5 6 x 300 400V/3/PE 45.7 A 30,0 kW kg
BI6SHF42 BIPS5 6 x 30 0 400V/3/PE 63.9 A 42.0 kW kg
Stool cooker
Induction: Type coil in mmvoltagemax. APower weight
BIHK9 GDPS5x 350400V/3/PE13.7 A9.0 kW37.7 kg
BIHKR9 BIPS5x 350400V/3/PE13,7 A 9,0 kW 39,7 kg
Power table 1 channel (single generator BIPS, BIPMS)
Block
Mwp
Function
Off
On
Switch
1
4
Performance setting See performance table
5
8
Master Potentiometer Function
Generator 2 takes potentiometer value from
generator 1
From A
Switch 3
1
Control procedure
Pulse for installation and multi-cooker units
Frequency for single cookers
Impulse Frequency
2
CAN ID / Operating Frequency
CAN address when two devices are
connected
Frequency shift at low coil distances (pulse
mode only)
ID 1
(f=0Hz)
ID 2
(f=-70Hz)
3
Pan detection Sensitivity
00 default
01 -10%
10 +10%
11 +20%
4
5
Application settings See application table
6
7
8
Applications
Sw3
5678
No. 230V 1ph 230V 3ph
400V 2ph
400V 3ph
0000
1
R 18cm
R 22cm
R 22cm
R 27cm
0001
2
R 22cm
R 25cm
R 25cm
R 30cm
0010
3
Q 20cm
Q 27cm
0011
4
Q 23cm
Q 30cm
0100
5
W 22cm
W 22cm
D 26cm
0101
6
W 25cm
W 25cm
D 30cm
0110
7
G 185u
0111
8
G 180u
1000
9
R 35cm
1001
10 (A)
1010
11 (B)
Warm holder 60°-90°C
1011
12 (C)
Warm holder 60°-150°C
1100
13 (D)
S 18cm

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1101
14 (E)
1110
15 (F)
1111
16 (G)
Grill controller
70°-250°
Power table 1 phases generator / 2 phase generator BIPMS
Sw1 4
5
Type
230V
Current
[A]
Power[kW]
Type
400V
Current
[A]
Power[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
Power Table 3 Phases Generator BIPS
Sw1 4
5
Type
400V
Current
[A]
Power[kW]
Type
230V
Current
[A]
Power[kW]
0 0
5.1
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
Power table 2 channel (double generator BIPDMS, BIPDS)
Block
Mwp
Function
Off
On
Switch 3
1 Pot detection
Sensitivity setting of pot detection Normal Fine +10%
Switch 2
1 Mode
Deactivate Channel 2
2 Channel
operation
1 channel
operation
3 Performance
Application-dependent performance setting Level I (Low) Level II
(High)
Switch 1
Application settings
See Applications and Services Rotary switch 0-F
SW3
SW2
SW1

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Ver. 3.6 © Bernese cooking systems 2018
Power table 1 phases double generator BIPDMS 1x230V
SW1 Application
Power Channel 1 [kW]
Power Channel 2 [kW]
Single
operation
Dual
operation
Single
operation
Dual
operation
Low
High
Low
High
Low
High
Low
High
1
R220 60H
2.5
3.5
1.2
1.8
2.5
3.0
1.2
1.8
3 Q270 65H 2.5 3.5 1.2 1.8 2.5 3.0 1.2 1.8
6
W30 65H
2.5
3.5
1.2
1.8
2.5
3.0
1.2
1.8
A
WH60-90
0.9
1.5
0.9
1.5
0.9
1.5
0.9
1.5
B
WH60-150
0.9
1.5
0.9
1.5
0.9
1.5
0.9
1.5
C
GR70-250
205H
2.5 3.0 1.2 1.8 2.5 3.0 1.2 1.8
Power table 3 phases double generator BIPDS 3x400V
SW1 Application
Power Channel 1 [kW]
Power Channel 2 [kW]
Single
operation
Dual
operation
Single
operation
Dual
operation
Low
High
Low
High
Low
High
Low
High
0
R230
230H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
1
R260
230H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
2
R280
230-H
5.0 7.0 5.0 5.0 5.0 5.0 5.0 5.0
3
Q250
235H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
4
Q270
230H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
5
D280
215-H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
6
D300
215-H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
7
2G320
220-H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
8
2G360
220-H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
A
W30
230H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
B
S260
230H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0
C
GR70-250
205H
3.5 5.0 3.5 5.0 3.5 5.0 3.5 5.0

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Installation
Electrical data of the devices
Devices by power (3.5 kW- BIPMS3.5)
Induction cooktop 1-phase (voltage 230Volt +5% / -10%)
Connection
Color
Frequency
Backup
Phase
Brown, Black or 1
50 Hz / 60 Hz
1 x 20A F (fast)
N
Blau or 2
Working
frequency
22-35 kHz
Tax security
-
Pe
Yellow/Green
Devices by power (5 kW- BIPMS5)
Induction cooktop 2-phase (voltage 400Volt +5% / -10%)
Connection
Color
Frequency
Backup
Phase
Brown, Black or 1.2
50 Hz / 60 Hz
1 x 16A F (fast)
N
Blau or 4
Working
frequency 22-35
kHz
Tax security
-
Pe
Yellow/Green
Devices by power (5 kW, 7kW, 8kW, 9kW- BIPS)
Induction cooktop 3-phase (voltage 400Volt +5% / -10%)
Connection
Color
Frequency
Backup
Phase
Brown, Black, Grey or 1,
2, 3
50 Hz / 60 Hz
3 x 16A F (fast)
N
Blau or 4
Working
frequency 22-35
kHz
Tax security
-
Pe
Yellow/Green
Devices by power (10 kW double generator BIPDS)
Induction cooktop 3-phase (voltage 400Volt +5% / -10%)
Connection
Color
Frequency
Backup
Phase
Brown, Black, Grey or 1,
2, 3
50 Hz / 60 Hz
3 x 16A F (fast)
N
Blau or 4
Working
frequency 22-35
kHz
Tax security
-
Pe
Yellow/Green
Devices by power (3.5 kW- double generator BIPDMS3.5)
Induction cooktop 1-phase (voltage 230Volt +5% / -10%)
Connection
Color
Frequency
Backup
Phase
Brown, Black or 1
50 Hz / 60 Hz
1 x 20A F (fast)
N
Blau or 2
Working
frequency 22-35
kHz
Tax security
-
Pe
Yellow/Green
Functional conditions
omax. tolerance of mains voltage nominal voltage+5%/-10%
oFrequency50 / 60 Hz
oProtection class in delivery stateIP 11
omin. pan diameter12 cm

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Installation environment
-Maximum ambient temperature
Storage >-20°C to +70°Cin Function>+5°C to +35°C
-maximum relative humidity
Storage> 10% to 90% in function> 30% to 90%

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Ver. 3.6 © Bernese cooking systems 2018
Installationpresetzungen
The inductiongerät must be mounted in a straight surface by means of a mounting frame. The
air supply and outlet area must not be obscured. The installation area must allow a weight of at
least 100 kg. The mains disconnector must be easily accessible.
Installation regulations for the installation model
The following points must be observed:
-Check and make sure that the voltage of the main supply line matches that of the type plate.
-The induction device must be connected to a PA line (6 mm2
green/yellow-to 20kW, 16mm2 green/yellow-over 20kW)
to the connection screw(M6x10- up to 20kW, M8x10- over
20kW) and thebuilding-side potential equalization point of
the stove system.
-The induction device in separate design (generator coil separated) must be connected to a
potential equalizing line (6 mm2 green/yellow-to 20kW, 16mm2 green/yellow-over 20kW) to
the connection screw (M6x10-to 20kW, M8x10-over 20kW) and the potential equalization
point of the generator compartment of the stove. If the generator compartment is outside the
stove system, this must also be connected to the potential equalization point of the stove
system on site.
The PE line (6mm2 green/yellow) must beconnected to the PE of the electrical
supplyline. The PE line has the same length as the coil extension.
-The electrical installations must comply with local building installation regulations. The
applicable national regulations of the electricity authorities must be complied with.
-The inductiongerät is equipped with a power cable.
-If incorrect current circuit breakers are used, they must be designed for a fault current of at
least I n=30mA.
-It is necessary to ensure that the appropriate RCD (Type B) fault current circuit breakers are
installed for the electronic equipment.
-Prevent blocking of the air supply and air outlet zone by objects (fabric, wall, etc.)
-Avoid that hot ambient air is sucked in by the inductiongerät (several devices stand side by
side, devices stand one after the other, near frying tippers or ovens). Otherwise, a duct must
be used.
-The device has a suction filter. Nevertheless, you must ensure that no fat ambient air caused
by other applications can be sucked into the inductiongerät (near fryers, grill plates or fryers).
-The air intake temperature must be below +35°C.
-Operators must ensure that all installation, maintenance and inspection work is carried out by
approved personnel.
-The intake air must be channelled and fed directly to the fans via the supplied filter. The
intake cross-section should be at least 200 cm2 per electronic unit.
-Do not build a thermal short circuit. The exhaust air must not be sucked back in, otherwise
the device will become hotter and hotter.
-The installation must be checked for practicality. For this purpose, the maximum cooling plate
temperature must be determined. Measurements are made on the cooling plate base plate
below the induction coil. The temperature must not exceed 65°C in continuous operation of at
least 2 hours and 20°C ambient temperature.
-All INSTALLATION models must be fastened by means of an enclosed mounting frame.
-The power supply cable must be shielded in general and contacted cleanly on both sides.
-Provide the mains disconnector in such a way that a maximum of 5 times per day is switched
on and off.
-To maintain and replace parts, the device must be disconnected from the power supply. If a
disconnect from the voltage of the device is provided, whereby it must be clearly pointed
out that the separation must be done in such a way that the operator can control from any
place to which he has access that the separation still exists. If this is not possible due to
the design of the device or the installation, the separation must be ensured with a locking in
the separation position.
The inductiondevices areequipped with a cable in accordance with national regulations.

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Make sure that any plug you are using is properly wired:
Commissioning
Assembly
The inductiongeräte are equipped with a power cable. They must be connected to a wall socket
or junction box. The electrical installations must be carried out by approved installers in
compliance with specific national and local regulations. The installers are responsible for the
correct design and installation in accordance with the safety regulations. The warning and type
plates must be strictly followed.
Check and make sure that the voltage of the mains current and the device (type plate) match.
When installing this appliance in the immediate vicinity of a wall, partition walls, kitchen
furniture, decorative cladding, etc., it is recommended that these are not made of combustible
material; otherwise, they must be clad in suitable non-combustible, thermally insulating
material, and the fire protection regulations must be observed with the most care!
The inductiongerät must be in a clean, straight surface (table, combination, etc.) ebuilt up and
stand by its final destination. It must be installed in such a way that it cannot be moved. The
"installation requirements" must be met.
Remove all items from the heating zone. Check that the heating zone is neither split nor broken.
If you stop commissioning immediately, if the heating zone is split or broken, turn off the
deviceimmediately.
Turn the power knob to the OFF position(0) before
Connect inductiongerät to the power grid.
Devices on and off switch
Position OFF:Position ON:
'0' points to the mark ()'I' points to the mark (). οο
Power control with potentiometer
With the potentiometer, the power is infinitelyadjustable.
The knob can be rotated via the 0 position. This means that a quick changeover
from the low to the high power level and vice versa.
Elements
Description
Function
Rotary switch
0 position From
Rotary switch
Range α40°-320° Power level 1-9
For the electrical connection of the device, the legal
Regulations of the respective country!
Attention
Incorrect voltage can cause the
Damage induction device
Attention
The electrical connections must be carried
out by a specialist.

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Power control with touch
Instead of the pot (Poti must NOT be connected) the touch display takes over
control.
The device is switched on by means of the on-off button.
Performance is set in whole increments from level 1 to 9.
(When the warming function is activated, the power control is done in half steps)
Power control with Spin Control
The set temperature is set on the knob. The direction of rotation has no influence
to the function, since in the induction cooktop without a warming function only the
performance control is supported.
Elements
Description
Function
Rotary switch
0 position From
Rotary switch
Range α40°-320° Power level 1-9
The power level is displayed on the 3-digit display in the middle.
For this purpose, the LED ring with a strongly luminous LED displays the power position parallel to
the rotary knob. When it is moved, a tail appears as an optical effect.
Elements
Description
Function
Arrow Right
indicates the function-dependent direction of
rotation
Arrow Left
indicates the function-dependent direction of
rotation
Performance icon
lights up with power control,
flashes in power mode when pot detection
Warming function (optional)
How do I use the warm-up function
When using this function by means of gags (W70-W110) or activating by the touch control
panel, the warming function is active. Attention must be made to ensure that the pot dishes
must always be placed in the middle of the cooking area (temperature sensor coil).
The warming function is released as an option for the induction cooktop individually per channel.
(see controls). Thus, the hob also has a temperature control in addition to the power control. The
use of the two functions is subject to the different operating concepts.
For grill and hot holder applications, the warming function has no meaning.
Elements
Description
Function
On-Off button Button for 1 sec to press
Switching on or off
On button increment in 1 steps
Ab button decrement in 1 steps

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Display
Example
Importance
Declaration
Setpoint
Setpoint 90°C
Temperature too
low
Setpoint is represented by point.
Point on the right indicates heating
status
Setpoint 90°C
Temperature +/-
4°C
Setpoint 90°C
Temperature too
high
Actual
Actual value
125°C
Temperature too
low
Actual value appears every 10 sec for 2
sec.
Actual value
105°C
Temperature too
low
Residual
heat
Warning "Hot"
Residual heat
indicator
Induction switched off and actual value
> 45°C, every 10 sec for 2 sec.
Pyro-Sensor ITC
The Pyro-Sensor (ITC) has a center lighting, which lights through the ceramic glass:
Display
Importance
Declaration
Pot detection
Flashes when induction is turned on and no
pot is present
Residual heat indicator
Lights up when induction is switched off
and actual value > 45°C
Warming function with potentiometer
Instead of power levels 1 to 3, the warming temperature can be set from 70-110°C. This is
followed by the performance settings from level 4 to 9.
Elements
Description
Function
Rotary switch
0 position From
Rotary switch
Range α40-120° Temperature control 70-110°C (level 1-3)
Rotary switch
Range α120-320° Power control level 4-9
Warming function with pyro-sensor ITC and electronic potentiometer
When the warming function is switched on, the start-turning direction can be used to
be elected. After at min. 1 second off state, the direction of rotation is detected.
Thus, in operation, the rotary switch can also be rotated via the 0-position, without
change the operating mode.
Elements
Description
Function
Rotary switch
0 position From

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Rotary switch Start in
Clockwise
Range α40°-320°
Power control level 1-9
Rotary switch start
counterclockwise
Range α40°-320°
Temperature control 70-240°C
Compatibility mode:
When the electronic potentiometer is set to compatibility mode, it behaves the same as a
conventional potentiometer on the standard IO
(Warm hold function instead of power level 1 to 3)
Warming function with pyro sensor and touch
Instead of the potentiometer (Poti must NOT be connected), the touch display takes control.
The device is switched on by means of the on-off button.
The function key can be used to switch between power control and temperature control. The
temperature range is from 70-240°C in 1°C increments with the
Up and down buttons adjustable. The power setting is carried out in half steps of stage
1 to 9. The last used temperature is stored. It also stores whether power control or keeping warm
was active.
The set temperature is displayed on the 3-digit display.
The LED ring is also connected to the set temperature range with abrightly
Displayed.
The actual temperature is displayed as a weak luminous tail above or below the
Target temperature LED. When the target temperature is reached, no tail is visible.
Elements
Description
Function
Arrow Right
indicates the function-dependent direction of
rotation
Arrow Left indicates the function-dependent direction of
Elements
Description
Function
On-Off button Button for 1 sec to press
Switching on or off
Function button
0.5 sec.
Switching between power control and
temperature control
On button
Power setting:
Quick press: increment in 0.5 steps
Temperature:
Quick press: increment in 1 steps
Long press: increment in 5 steps
Ab button
Power setting:
Short press: decrement in 0.5 steps
Temperature:
Quick press: decrement in 1 steps
Long actuating: decrement in 5 steps

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rotation
Performance icon
lights up with power control,
flashes in power mode when pot detection
Temperature icon
illuminates with temperature control,
flashes in temperature mode when pot
detection
Warm holder
In contrast to the warming function, which can be switched as an option for power induction, the
hot holder is a separate application. (see applications)
The hot holder is a pure temperature control unit. There are 2 temperature ranges to choose
from: 60-90°C, 60-150°C
The temperature is measured by means of PT1000 sensors under the ceramic glass.
Display
Example
Importance
Declaration
Setpoint
Setpoint 90°C
Temperature too
low
Setpoint is represented by point.
Point on the right indicates heating
status
Setpoint 90°C
Temperature +/-
4°C
Setpoint 90°C
Temperature too
high
Actual
Actual value
125°C
Temperature too
low
Actual value appears every 10 sec for 2
sec.
Actual value
105°C
Temperature too
low
Residual
heat
Warning "Hot"
Residual heat
indicator
Induction switched off and actual value
> 45°C, every 10 sec for 2 sec.
Warm holder with potentiometer
With the potentiometer, the set temperature can be set
The knob can be rotated via the 0 position. This means that a quick changeover
from a low to a high setting value and vice versa.
Elements
Description
Function
Rotary switch
0 position From
Rotary switch
Range α40°-320° Temperature
Warm holder with touch
Instead of the potentiometer (Poti must NOT be connected), the touch display takes control.
The device is switched on by means of the on-off button.
The temperature range is from 70-250°C in 2°C increments with the ups and downs
Adjustable. The temperature is stored.