MINERVA PROJECT. Bio Step 1 Oven Cassinetta

Transcription

1 MINERVA PROJECT Bio Step 1 Oven Cassinetta Gold Level Training 2012

2 Bio Step 1 oven Product Evolution Chapter List Table of Contents Version 1.0 Whirlpool Europe Service Consulting Center Office +49-(0) Mobile +49-(0) Pasquale Lattuca Service Expert Food Preparation Pasquale_Lattuca@whirlpool.com

3 Table of Contents Product Information General Information Project description Classification Power board change Mechanical changes New side grids New fixation of upper heating element New Program Chart Configuration & Test procedure Failure codes Chassis structure Disassembling part New cavity sensor

4 Marketing Information Project description A-X% is a mktg claim (voluntary declaration or super declaration ) based on the harmonized standard EN50304:60350 (the wet brick test) The energy consumption is X% less than the class A limit for the oven (considering its volume category) The claim should be consistent with the energy consumption of the least consuming function declared on the energy label (plus tolerances)

5 Marketing Information Classification Energy Consumption conventional heating mode Energy Consumption forced air / convection mode Volume Size category

6 Brick Test Consumption (kwh) Technical Information Classification Actual Directive - Limit for A Class and Claims 1,05 1,00 0,95 0,90 0,85 BOSCH HBA42B2 : 67 Liter Declared consumption 0,79 kwh Class A limit 0,99 kwh A-20% AEG: 74 Liter Declared consumption 0,89 kwh Class A limit 0,99 kwh A-20% A-10% 0,80 0,75 0,70 FAGOR 6H760AX: 51 Liter Declared Consumption 0,70 kwh Class A limit 0,79 kwh AEG: 74 Liter Declared consumption 0,79 kwh Class A limit 0,99 kwh 0,65 A-10% A-20% 0,60 0,55 A-20% Volume (L) A-20%

7 Technical Information Classification Platform Q MINERVA 67 FLAGSHIP NOT CHANGED A-20% Pyro, KA, STD Integrated Handle, STD HE door / NAV A-10% STD G2 FGV door NAV G2 Minerva 67: Modification to CONVECTION (MF8) OR GENTLE FAN (MF5) algorithm (to reduce evaporation during brick test) A-10% All others MINERVA 55 A-20% HE door G2 FLAT MINERVA 55 EMBOSSED A-10% All others A - class NOT CHANGED Minerva 55 Flat: cavity volume increase to move from medium to large cavity VULCANO FLAT VULCANO EMBOSSED A class NOT CHANGED STEP 1 in execution SKU IMPACTED BY STEP 1: 332

8 Technical Information Power board change G2 EVO NAVIGATOR Description Modification of CONVECTION BAKE (MF8) or GENTLE FAN (MF5) by pulsing the CAVITY fan. The function will be used for energy declaration according to EN (2009). Fan operates for 3 s on a period of 30 s (with inertia will apparently rotate for 6 seconds) Function can be used for cooking (with a slightly different use from today) Modification of CONVECTION BAKE (MF8) by pulsing the CAVITY fan The function will be used for energy declaration according to EN (2009). Fan operates for 3 s on a period of 30 s (with inertia will apparently rotate for 6 seconds) Function can be used for cooking (with a slightly different use from today) TIME STARTING END FEB STARTING END FEB NOTE User may perceive that fan is pulsing (low duty cycle 10%). A line in IFU is necessary to explain the functionality. User may perceive that the fan is pulsing (low duty cycle 10%). A line in IFU is necessary to explain the functionality. Modification 1) EEPROM on POWER BOARD ESTER / Antares EVO 2) Data for label and technical fiche 3) IFU update (cooking table, function description) 4) Service explanation sheet to be packed with the new spare parts of the control 1) EEPROM on POWER BOARD Antares EVO 2) Navigator (reference table to ANTARES function) 3) Data for label and technical fiche 4) IFU update (cooking table, function description Implementation by Running Change Change of the 12 th digits

9 Technical Information Mechanical changes on cavity walls ACTUAL LARGE - in Wk

10 Technical Information New side grids ACTUAL WILL BE INTRODUCED IN Wk with large cavity

11 Technical Information Chassis structure Current production New modified production

12 Technical Information New catalytic panel design WILL BE INTRODUCED IN Wk 1 / 2012 (Can also be used on older models)

13 Disassembling part New embossed cavity

14 Disassembling part New cavity sensor Remove the screw & slide the termostat + bracket out

15 Disassembling part New fixation of upper heating element

16 Technical Information New progamm chart

17 Technical information Configuration & Test procedure

18 Technical information Test procedure

19 Technical information Test procedure

20 Technical information Test procedure

21 Technical information Test procedure

22 Technical information Test procedure

23 Technical information Test procedure

24 Technical information Test procedure

25 Technical information Test procedure

26 Technical information Failure codes Failure Code Failure Type Sentence on SAM display Temperature Probe error First check probe connection, if ok disconnect the probe and measure its resistance (1000W+3.75*Temp ambient). If value is in range change AM. F01 F02 F03 Probe Temperature EEPROM Temperature error. Check heating elements insulation (disconnect the heating element and check each terminal for continuity to GROUND). If there is no continuity change AM. EEPROM error. Reprogram EEPROM using SAM. If the problem persists change AM. WIDE communication error. First check the connection on P007 of AM. If it is OK check the connection of the WIRE that start from AM P007 to the UI board. If it is ok connect a new UI and check if the appliance works properly. If not change the AM. F04 WIDE Latch Latch error. First unplug the appliance, wait at least 10sec then reconnect. Verify that latch system repositioning works correctly (door has to be closed, motor has to run). If this happens, check the connection between AM and door latch system. If it is ok check micro switch functionality (door switch open if the door is open and latch switch open if the door is unlocked). If switches are ok then change AM. F05 (Pyro version only)

27 Technical information Configuration & Test procedure F06 F07 Door (Pyro version only) Cooking parameter data set error Door error. First check connection between AM and door latch system. If it is ok check door switch functionality (open circuit if the door is open, closed circuit if the door is closed). If switch is ok then change AM. Data set error. Reprogram Cooking Parameter using SAM. If the problem persists change AM. User Interface EEPROM error. F08 UI EEPROM error Change UI (Navigator or Atlas). UI SPI memory error. Change UI (Navigator or Atlas). F09 UI SPI memory error The value read is not allowed for the selected knob. F10 Function knob error First check connection between UI (dummy or smart) and the knob. If it is ok reprogram Oven Manual Configuration using SAM. If the problem persists change the knob. If the problem still persists change the AM. 6 TH sense error, Voltage error and Current error. F11 6 TH sense error Change AM.

28 Questions & answers END