JennAir GIC3051X - Manual

1-2 SERIAL NUMBER DP 0 24 01234 DIVISION RESPONSIBILITY DP = CLEVELAND YEAR OF PRODUCTION 0 = 2010 WEEK OF PRODUCTION 24 = 24TH WEEK PRODUCT SEQUENCE NUMBER MODEL NUMBER K IC U 50 9 X SS 0 PRODUCT GROUP K = KITCHENAID BRAND PRODUCT IDENTIFICATION EC = ELECTRIC COOKTOP GC = GAS COOKTOP IC = INDUCTION...

1-3 Model & Serial Number Label And Tech Sheet Locations The Model/Serial Number label and Tech Sheet locations are shown below. Model & Serial Number Label Location Tech Sheet Location (On Bottom Of Cooktop In Plastic Bag))

1-4 Specifications New Model ColorCooktop WidthCooktop MaterialNumber of ElementsLeft Front TypeLeft Front PowerLeft Rear TypeLeft Rear PowerRight Front TypeRight Front PowerRight Rear TypeRight Rear PowerCentral Front TypeCentral Rear PowerControl TypeControl LocationKnobFeatures KICU500X BL/SS (BL...

1-6 Induction Cooktop Components A. Cooktop base B. Power control board right C. Power control board leftD. Plastic housing E. User interface harness F. Fan G. User interface H. Aluminum plate I. Coil (6" [15.2 cm]) J. Coil (9" [22.9 cm]) K. Mounting bracket L. Mounting clips (4) M. Assembly...

2-1 INSTALLATION INFORMATION Installation Instructions NOTE: Kit Part Number W10310006 is re- quired for installing the cooktop into a marble countertop. See the “Assistance or Service” section of the Use and Care Guide for infor- mation on ordering. To Install Brackets into Marble Countertop: 2. Cl...

2-3 Installation Instructions (continued) Make Electrical Connection 4-Wire Cable from Home Power Supply This cooktop is manufactured with a frame- connected, green (or bare) ground wire. 1. Disconnect power. 2. Remove junction box cover if it is present. 3. Connect the flexible cable conduit from t...

3-1 PRODUCT OPERATION Understanding The Makeup Of A Magnet Metals are available to us in many different shapes and make-up. Copper, Cast Iron, Tin, Aluminum, Stainless steel and so on. They are all made up of positive and negatively charged electrons that distinguish metals from each other. In some ...

3-2 Remember, opposites attract and by providing voltage, the positive and negative charges in the induction coil create a tremendous magnetic field. Aligned positive and negative charge Figure 2 The electrical circuit from our house supply is 240 VAC and 60 Hz. Meaning the positive and negative ele...

3-3 Advantages Of Induction Cooking Heat is developed directly and instantly within • 1 second inside the pot or pan, allowing a much quicker startup than other heating equipment. Heating process times can be dramatically reduced & production output can be significantly increased. With induction...

3-4 Noises that are Common to the Normal Operation of Induction Cooktops Induction heating technology is based on the capacity that certain metal materials have to vibrate when they are subject to high frequency waves. Under certain circumstances, these vibrations may make certain sounds of a low vo...

3-5 turned off after being used if the detected temperature continues to be high. NOTE: All these noises are normal and inherent to induction technology, and they are not a sign of any breakdown.The noises that occur with greatest frequency are those with containers that have a “sandwich” type base....

4-1 Component Locations COMPONENT ACCESS User Interface Aluminum Plate Thermofuse Thermofuse Left Front Induction Element Assembly Right Front Induction Element Assembly Right Rear Induction Element Assembly Left Rear Induction Element Assembly Left Power ControlBoard Right Power ControlBoard Filter...

4-2 Removing the Cooktop Glass 1. Unplug cooktop or disconnect power.2. Remove the cooktop from its mounting location, (see “Installation Instructions” in Section 2). Position the cooktop so that you can access the bracket screws below the cooktop glass. 3. Remove the (6) T-20 Torx® head screws from...

4-3 Removing the User Interface 1. Unplug cooktop or disconnect power.2. Remove the cooktop glass from the cooktop (see page 4-2 for the procedure). 4. Remove the two edge connectors from the top of the User Interface. 3. Gently pull up on edges of User Interface board to release holder tabs, raise ...

4-4 Removing an Induction Element 1. Unplug cooktop or disconnect power.2. Remove the cooktop glass from the cooktop (see page 4-2 for the procedure). Left Front Induction 6 inch Element Left Rear Induction 9 inch Element Right Rear Induction 8 inch Element Right Front Induction 6 inch Element 3. Th...

4-5 1. Unplug cooktop or disconnect power. 2. Remove the cooktop glass. 3. Remove elements. 4. Remove 11 screws that mount the aluminum plate, and 1 ground screw. Be sure to replace the ground screw when reassembling, see figure 1. 5. a) Disconnect the 3-wire fan connector from power control board, ...

4-6 To remove a Power Control board: 1. a) Unplug cooktop or disconnect power.b) Remove the cooktop from installation.c) Remove cooktop glass.d) Remove the aluminum plate. e) Disconnect the wires from the power control board terminals. f) Remove 2 screws. g) Slide the board from under the two tabs o...

4-7 To access the terminal block, shunt clip and thermofuses: 1. Unplug cooktop or disconnect power. a) Remove the cooktop from installation.b) Remove cooktop glass.c) Remove the elementsd) Remove screws and lift the aluminum plate. e) The terminal block, shunt clip and thermofuses are now accessibl...

5-1 COMPONENT TESTING Before testing any of the components, perform the following checks: The most common cause for control failure • is corrosion on connectors. Therefore, disconnecting and reconnecting wires will be necessary throughout test procedures. All tests/checks should be made with a • VOM...

5-2 Component Testing (continued) Component Testing Chart To Enter Manual Configuration Mode: NOTE: This menu is accessible only during the first minutes after the cooktop is plugged in. 1. Remove the key-lock functionality by pressing the Control Lock button. 2. Press the following keys sequentiall...

5-3 Component Testing (continued) The resistance of the coil differs according to the size of the coil. Coil Burner Coil Sensor (S1) This sensor reduces power output from the burner before it completely fails. Coil Sensor: begins at 400°F (210°C) to gradually reduce the power output of the element, ...

5-4 Strip Circuit This is a simplified strip circuit of the operation of a typical burner. You can see what components are working during the operation of a burner. Component Testing (continued)

6-1 TROUBLESHOOTING Before testing any of the components, perform the following checks: The most common cause for control failure • is corrosion on connectors. Therefore, disconnecting and reconnecting wires will be necessary throughout test procedures. All tests/checks should be made with a • VOM o...

6-3 Troubleshooting (continued) Failure Codes Type 1 This is showing a TYPE 1 failure code…. Only one burner affected. In this case Burner (coil) sensor is not working. Only the left rear burner is affected. All other burners can be used. Type 2 failure codes– come from the control board, there coul...

6-7 Troubleshooting (continued) Control Board Indicator Light These LEDs are mainly used in the labs and for engineering evaluations. However, the technician should consider a blinking red light as something not properly working inside the system. The green light always blinks whenever power is supp...

7-1 WIRING DIAGRAM 30 ˝ COOKTOP Power Cord Ground To Burner Box 240V L1 L2 G 208 - 240V L1 L2 W1 L2 L1 Cx2 Cx1 TF2 TF1 Legend: IPC - Induction Power Control Board EMI - Filter Board BL - Blower (Left) BR - Blower (Right) I1 - Inductor (Single Zone) S1 - Sensor UI - User Interface (Touch Control) W1 ...

PRODUCT SPECIFICATIONS AND WARRANTY INFORMATION SOURCES IN THE UNITED STATES: FOR PRODUCT SPECIFICATIONS AND WARANTY INFORMATION CALL: FOR TECHNICAL ASSISTANCE WHILE AT THE CUSTOMER’S HOME CALL: THE TECHNICAL ASSISTANCE LINE: 1-800-832-7174 HAVE YOUR STORE NUMBER READY TO IDENTIFY YOU AS AN AUTHORIZ...