GENUS TRAINING
Contents
1. Via flex Skevng Tem malBlck E for Top O ven 8 Lights x 120 16Amp ETH TH 700 Them al Cutout CAPAC IO DDDE EARTH PO NT ARRANGEMENT 555 ET peu 09 M CROW AVE TRAN SFO RM ER 170 16Am p Fan Stall Cente Duct Them alC utut Pay 1006 1 077 W hie 1000mm Unless other ise specifed on this hamess where M IC ROW AVE the bad bower n watts Eo i greater than 100W atts m ustbe m ade from Silicon Elastm a and have 1 0m m 2 cross sectonalarea Em usta so be ofw thsandng 16Am 05 01 180 C ES contnuous Itm doubtcheck power ratings ofekm ents on page 8 SS i SW glen dimplex cooking This diagram is the property ofG D m pix C ookmg Lin ied N otto be reproduced or ttansm ited m any shape or fom w ihoutthe pem issin len D m Cookmg Lm ied 22. Capacitor 275volts x omm a 1 gt 2 765W Q I Lo E TE grill As i K7 16Amp Il 9 inner 1000w Loa Microwave lo 230v Transformer 1800W Low Oven T T 20 watts for the DOOR ights 0 lamps 20watts O VEN n for driving the relays 1 1 VEL a Il and controling the LIGHTS CUTOUT 7 THERMAL i 1800 watts 9 20 CUTOUT I interface 2X10watts Microwave o 100 each 16 High l 16Amp 1600W Il AA SE ae lia 2 A A PRO VISIO N AL SWITCH RELAY POWER IDENTIFICATION 230V 240 256V ib e 2110 2300W 2620 HR 1655W 180047 2050W MICRO WAVE CIRCUIT 920W 1000W 1135W GREEN HIGHLITES INDICATE 920 1000W 1135W NON RELAY SWITCHES 920W 1000W 1135W K6Tiaac 53W 38W 66w EIE e 725W 790W 900w a 9 208 00 1470W 1600W 1820W 2 xao mosrermansior 18w 204 23W 5sw sew cow 612 20 1655W 1800W 205000 5 7004 765W 870W 23w 25W 28W Note All element power ratings are quoted at 240volts Mark Hope Techn
3. GLEN DIMPLEX HOME APPLIANCES Discharging Capacitor Ensure appliance is switched off at the mains Using discharge lead place the earth probe on the chassis ground touch the other end of the lead on one of the capacitor terminals leave for a few seconds Repeat with second terminal to chassis NOTE The discharge lead should have a nominal resistance of 27002 which should be checked on a regular basis GLEN DIMPLEX ME APPLIANC Capacitor Test Procedure Switch off appliance Discharge High Voltage Capacitor Remove leads Noting there position Put your meter on the highest Resistance ohm scale Connect across the two capacitor terminals The reading Should increase and then slowly decrease as the Capacitor is charged Reverse the leads and the effect should be repeated If you have a meter with a capacitor test feature use this and the meter should read approx 1 2 GLEN DIMPLEX HOME APPLIANCES Magnetron Test Procedure Switch appliance Discharge High Voltage Capacitor Disconnect plug from magnetron Using the resistance reading on the meter check across the two terminals of the magnetron this should read less than 1 ohm Check the reading from each terminal to the magnetron casing this should read infinity GLEN DIMPLEX HOME APPLIANCES High Voltage Transformer Test Switch off appliance Discharge High Voltage Capacitor Disconnect primary winding connections Blue and Orange
4. GLEN HOME APPLIANCES Genus Oven Magnetron Separate tuned Cavi Broadband Electromagnetic Waves with High E field Broadband Electromagnetic Waves with High H field high number of Genus Waves Frequency Generator e n Genus the electromagnetic waves are launched into an innovative and patented separate tuned chamber that contains a frequency stirrer GLEN DIMPLEX HOME APPLIANCES Genus Oven This gives Genus the following advantages The frequency stirrer increases the bandwidth of the electromagnetic field which means that the number of modes in the oven are significantly increased reducing the intensity of the hot spots and eliminating the need for a turntable The chamber is designed such that the electromagnetic waves emitted from it have enhanced H field that is the magnetic part of the electromagnetic wave and suppressed E field This increases the cooking performance and solves the problem of arcing between metal surfaces The separate chamber creates a constant load which means it 15 possible to run Genus with nothing in the main oven without the danger of overheating and damaging the magnetron It also means different types of food can be heated together without affecting the overall cooking performance GLEN DIMPLEX HOME APPLIANCES Genus Oven e The electrical circuitry in Genus uses the resistance of the heating elements to reduce the powe
5. unplug from magnetron and remove leads from capacitor Noting lead connections Set meter to read resistance Primary winding 6 3mm Male terminals Approx 2 ohms Filament Coil Leads on molex plug less than 1 ohm High Voltage Secondary Single red lead from transformer with 6 3 receptacle to body of transformer Approx 90 ohms Note Ensure insulation on transformer body is cleared to obtain a true reading GLEN DIMPLEX HOME APPLIANCES Diode Test Procedure Switch off appliance Discharge High Voltage Capacitor Disconnect the diode Noting the connections Using a Insulation Resistance meter Megger put the leads across the diode and test reverse the leads and retest continuity closed circuit should be seen in one direction and infinity open circuit in the other GLEN DIMPLEX HOME APPLIANCES Fault Codes e Fl Main Oven RTD Failure F2 Top Oven RTD Failure e F3 Thermal Cut Out Operated e F4 Low Voltage Transformer Polarity GLEN DIMPLEX OME APPLIANCES RID Test Procedure F1 F2 Switch off appliance at the mains Disconnect the RTD Set the meter to read resistance ohms Check the resistance of the RTD by placing the leads across the Molex plug The resistance should read approximately 1000 ohms 1kohm Note The resistance should increase with temperature GLEN DIMPLEX HOME APPLIANCES Thermal Cut Out Test Procedure e These cut outs are for
6. 00 Sunday e Date Set Date e Hour Set Hour e Blank Set Minute GLEN cA OME APPLIANCES Microwaves What are they and How do they cook GLEN DIMPLEX OME APPLIANCES What Microwaves Electromagnetic Radiation e Energy rays that are either reflected or emitted as radiation by objects X rays ultraviolet light visible light near infrared light and heat thermal radiation are different wavelengths of electromagnetic energy GLEN DIMPLEX HOME APPLIANCES Electromagnetic Spectrum 2 Microwaves radar Millimeter FM radio waves AM Radio Television short wave 10 10 10 10 10 101010 10 10 10 10 70 710 High frequency Short wavelength High quantum energy Conduct through free air GLEN DIMPLEX HOME APPLIANCES Effect of Electromagnetic Radiation Higher frequencies have higher quantum energy lonising Radiation lonising Radiation Any form of radiation that has sufficient energy to remove electrons from atoms so producing charged particles called ions Short wavelength electromagnetic radiation ultraviolet X rays and gamma rays Lower frequencies have low quantum energy Non lonising Radiation RF and Microwaves do not have sufficient energy to remove electrons from atoms Gay GLEN A HOME APPLIANCES Wavelength Calculation Eu Also comm only C V neve f veloci
7. Power W 4 187 oules x 2000 Quantity of Water x 2 1 Temperature Rise 167 Magnetron on time allows 3 second warm up Typical value for 900 Genus will be 500 550 Watts GLEN HOME APPLIANCES Microwave Power number of factors will determine the microwave power output The supply voltage The metal to metal connections within the cavity good continuity between metal parts will result in higher output power In particular those parts closest to the launch system Excessive leakage from around the cavity GLEN DIMPLEX HOME APPLIANCES Electromagnetic leakage Leakage 15 prevented from the cavity by The cavity itself reflects the Electromagnetic radiation Any point there 15 a possibility of leakage ie through holes from RTD and Element connections a metallic mesh washer 15 placed The door is sealed using an electromagnetic leakage prevention system choke ec GLEN DIMPLEX HOME APPLIANCES Electromagnetic Leakage System Choke Theory M M The system works by or OC or OIC shorting out electromagnetic 4 energy at the point of egress from the appliance ExH Fig 4 shows that zero power will exist at a half a wavelength away from an 0 imposed short circuit n wn a or S C or S C or S C Physics state that 2 435 2 475 GHz 120 124 frequency range of 2 435 wavelength dimens
8. No Current Monitor Y x Door Open Secondary Door Switch GLEN HOME APPLIANCES Door Safety Circuit Test Switch off appliance at the mains Discharge High Voltage Capacitor Disconnect the door safety circuit from the power board remove 19 and white lead from 22 With the meter set to read resistance you should get a Short circuit across these two connections when the door is closed and an open circuit when the door 5 open If an open circuit is detected the problem could be with the door switch assembly or the magnetron thermal cut out NOTE If the fault is that the appliance is flashing door when it is closed this could be due to the magnetron thermal cut out power board ribbon cable or fascia pcb T GLEN HOME APPLIANCES Recommended Parts List PCBA Fascia 012550437 PCB Power Board 082572700 Frequency Stir Blade 08256605 0 Door Microswitch Assembly 082575800 Low Voltage Transformer 082573700 Main Oven Lamps 082573200 Stir Motor 0825 700 00 2A Fuse T250V Electronics 10A Fuse 250V Door Monitor GLEN DIMPLEX HOME APPLIANCES Safety Where possible switch off appliance before Starting work WI TH POWER OFF ALWAYS DI SCHARGE THE HIGH VOLTAGE CAPACITOR Leave yourself enough space to work around the appliance Check the leakage BEFORE and AFTER repairing the appliance Check the operation of the door safety switch b
9. Position gt h 4 a 1 1 gt 97 be 9 E A L100c Thermal cut out mm 6 LI I de e LEA 4 apx aa Z M ka 4 Ie gr rawa tir me a GLEN DIMPLEX HOME APPLIANCES LIANCI ni EE Assembly of Bracket amp Cooling Fan GLEN DIMPLEX HOME APPLIANLES Note the correct terminating point for both the Main and Top oven RTD s The Main oven RTD has a black dot marked on it Y AIN POWER BOARD VO 47 0 Q O A x IL 4 QI I 4 Interface Earth Connection GLEN DIMPLEA HOME APPLIANCES General Rear View e n I 4 EI L APPLIANLES Troubleshooting GLEN DIMPLEX OME APPLIANCES Troubleshooting SAFETY FIRST Ensure the appliance 15 switched Whenever you remove the rear of the appliance ALWAYS DISCHARGE THE HIGH VOLTAGE CAPACI TOR GLEN res Troubleshooting SAFETY FIRST BE SAFE NOT SORRY e Use the available wiring and circuit diagrams Work in a logical and methodical manner e f required use special function G3 Example flowchart 1 No Display on Fascia Example flowchart 2 Poor Cooking Performance
10. a mode A mode is a wave that is perfectly matched to the Space it inhabits Thus a mode is a wave that has become a standing wave and as such has node and anti nodes The more modes than can be created in a cavity the more anti nodes there will be and as such the energy will be distributed amongst more hot spots decreasing their intensity Perfectly matched thus a mode GLEN DIMPLEX HOME APPLIANCES How Microwaves Cook Microwaves have frequency of 2 45 GHz 2 450 000 000 times a second Food is made up of molecules with positive and negative parts which act like little magnets e As the microwave energy switches from positive to negative so do the molecules in the food As the molecules 0 back and forth friction occurs Causing heat GLEN DIMPLEX HOME APPLIANCES Measuring Microwave Using two microwave safe containers place 1 litre of water each 2 litres total Take the average temperature of the water in both containers to 0 1 C 1 Place the shelf on level 6 from bottom and place the jars in the centre of the shelf Switch on the appliance and use Special Function 51 The appliance is automatically set to run for 170 seconds When complete take the average temperature of the water both containers 2 EAN 4 GLEN DIMPLEX HOME APPLIANCES Measuring Microwave Use the following formula to calculate power of microwave
11. fail scenarios Switch off appliance Discharge High Voltage Capacitor Remove Molex plug from CT 29 Set the meter to read resistance ohms The meter should read zero or short circuit GLEN DIMPLEX HOME APPLIANCES Low Voltage Transformer Test e Switch off appliance Discharge High Voltage Capacitor e Disconnect Low Voltage Transformer Molex plug from CT 15 e Set meter to read resistance ohms e Primary Winding Brown Blue 300 Secondary Winding Orange Black 0 50 x DIMPLEX OME APPLIANCES Door Safety Circuit Primary Door Switch E 1 Fuse Direction of Must open before Y primary Monitor and secondary are closed __ Door Closed Secondary Door Switch QO QO YD Q GLEN HOME APPLIANCES Door Safety Circuit Failure of Primary Monitor Monitor and Primary closed secondary open Creates a Short circuit and blows the fuse Failure of Secondary Primary open monitor closed Secondary closed No current can flow 10A Fuse Direction of Current 10A Fuse No current can flow Secondary Door Switch Monitor OOOO OOOO UU Secondary Door Swi GLEN DIMPLEA HOME APPLIANCES Door Safety Circuit Primary Door Switch 10A Fuse o gt
12. 2 45GHz That means that 2 450 000 000 waves pass a specified fixed point second Because the speed of electromagnetic waves is set at 3 million metres per second and the speed of a wave is the frequency multiplied by the wavelength if the frequency of an electromagnetic wave changes so must the wavelength Fixed Point GLEN DIMPLEX HOME APPLIANCES Electromagnetic Radiation Amplitude This is the vertical distance from the top of one peak of a wave to the bottom of a trough IL is a measure of the energy In a wave A wave with a large amplitude has a larger energy than a wave with a smaller amplitude Amplitude GLEN DIMPLEX HOME APPLIANCES Electromagnetic Radiation Node Node a standing wave the area of minimum N YN Y displacement is called a Node This 15 where the two waves interfere with each other to produce an area of no displacement That is the amplitude 5 zero e At these points there is no heating effect GLEN DIMPLEX OME APPLIANCES Electromagnetic Radiation Antinode e This it the opposite of a Antinode node This is where the two waves interfere with each other to produce an area of maximum displacement one that 15 twice the amplitude of one wave on its own e This Is an area of maximum heating effect GLEN DIMPLEX OME APPLIANCES Electromagnetic Radiation Modes I mperfectly Matched not
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14. GENUS TRAINING GLEN DIMPLEX Genus Training Operation of Genus User Manual e Special Functions Microwaves What and How 7 e Measuring Microwave Power e Leakage Measurement e Genus Technology e Differences Overview Mechanical Build e Wiring and Circuit Diagrams Troubleshooting Flowchart Component Check Safety Do s and Don ts GLEN HOME APPLIANCES Operation of Genus GLEN DIMPLEX OME APPLIANCES THE TECHNOLOGY LS Topoven grill functions Conventional Base heat Full grill _ _ Half grill Factory set clock i HUM Programme both ovens interactive modes Time setting gum Temp adjust before amp during cooking Volume control 1L S Revolutionary cooker Remarkabl results Special Functions e To access special functions depress the centre control Knob All available icons will illuminate red G functions 1 8 can be activated for special functions by touching and holding the numbered icon for 5 seconds GLEN DIMPLEX OME APPLIANCES Special Functions G1 Microwave Power Test Runs Microwave power for 170 seconds G2 Auto Sequence Test Mode Runs through each relay triac operation and displays expected power output G3 Manual Sequence Test Mode As above but can be switched manually
15. al objects such as baking trays cutlery GET 1 5 Revolutionary cooker Remarkable results THE TECHNOLOGY E US E 22 mm IL 16 waves are different in two main ways ee COS i 1 1 The Genus wave creates a myriad of tiny compact balls of energy This enables the food to be cooked in a more consistent way without the need for a turntable 999099 9 Genus suppresses the E field and amplifies the H field This improves the cooking results and allows the use of metal dishes trays E Field 11 Revolutionary cooker Remarkable results THE TECHNOLOGY How Genus works Conventional cooking Genus wave The most advanced domestic base top heat oven in the World Fanned fanned heat Genus therefore operates automatically as a multifunction oven in Genus mode selecting the optimum combinations for the best possible cooking results EL JSG Revolutionary cooker Remarkable results THE TECHNOLOGY This is an example of how we have programmed Genus to product superb cooking results Type Magnetron Frequency Stirrer Fanned heat Top heat Base heat Genus Full power Genus Medium power Genus Low power Time E 1L Revolutionary cooker Remarkable results Algorithms Elements Any PWM over a 2 minute duty cycle but s
16. e atmosphere e The exposure to microwave drops by the square of the distance you move away e E g if you are exposed to 5mW cnY at 50mm and then move to 500mm 10x the exposure will drop by a factor of 100 O 05mW cm GLEN DIMPLEX HOME APPLIANCES Microwave Exposure Microwaves act by depositing energy within the material and so far as the human body 5 concerned the difference between exposure to infra red frequencies radiant heat and microwaves is that the former produces surface heating while the later is absorbed within the body tissue thus raising its bulk temperature Thermal damage has been shown to occur at radiation intensifies of 100 mW cr and above ec GLEN DIMPLEX HOME APPLIANCES Microwave Exposure In 1960 the Post Office published a guide called Safety Precautions relating to Intense Radio Frequency Radiation This recommended maximum safe working level of 10 mW cn thereby setting a safety factor of 10 A committee of the Medical Research Council carried out a review the late 1960s and their report 1970 confirmed the 10 mWW crrr limit for continuous exposure of personnel It also laid down parameters for short periods of exposure at higher levels Current draft proposals by the National Radiological Protection Board for The Health Protection of Workers and Members of the Public against the Dangers of Extra Low Frequency RF and Microwave Radiations recommend the
17. efore leaving the appliance Wear relevant PPE Gloves etc GLEN DIMPLEX HOME APPLIANCES REMEMBER Be safe not sorry Most work can be done with the appliance off If the anti tamper label has been removed proceed with caution Has somebody tampered with the appliance The Low Voltage can be just as lethal as the High Voltage Check Leakage before leaving appliance Reapply anti tamper label to casing when work IS complete ex GLEN DIMPLEX HOME APPLIANCES Wiring amp Circuit Diagrams GLEN DIMPLEX OME APPLIANCES 900 ELECTRIC RAPID ISSUE II CIRCUIT DIAG RAM 02 03 2005 PRIORITY No 1 BWL AOIF 03 Total Power W 7816 O 240v 1 Total Current A 32 6 240 rf Filter Circuit Cour wu SECONDARY m m m m m m m m SWITCH SWITCH PRIO RITY No 2 Total Power W 4615 240v Total Current A 15 1 O 240v HV CAPACITOR 2 LTS rms i with rapid 11 6 102 discharge T K12 K3 K15 20Amp j 16Amp 16Amp K10 gt 58 MOSFET MAGNETROR Triac PO WER 24 K4 K2 K5 Il COOLING 20 16Amp 1 v d rm RON m d os Top id 3 Ss X1 100 nf 25 ial 1 i Medium
18. electromagnetic waves also have a very high E field that is the electric part of an electromagnetic wave Narrow band Electromagnetic Waves with High E field giving a low number 0 Turntable GLEN DIMPLEX HOME APPLIANCES Conventional Microwave Some of the problems associated with conventional microwaves are A small number of modes means a small number of intense hot spots Conventional microwaves usually incorporate a turntable to try and improve the cooking performance by evening out the heating by rotating the food through the hot spots However it does not reduce the intensity of these hot spots which damage the structure of many foods being cooked The high E field means that metal objects can cause arcing Sparking the oven making them very problematic to use Launching the microwaves directly into the oven means that the quantity size shape etc of food substances changes the performance of the oven It also means that some types of food can deprive others of energy especially when some of the foods are frozen Also running the microwave oven with nothing in the oven can damage the magnetron through overheating In many conventional microwave ovens it is not possible to vary the amount of power produced by the microwave generation circuitry instead they have to pulse the power to achieve a similar reduced effect however the damage caused by the hot spots still the same
19. ical Centre 900E RAPD CO O KM I ROW AVE D O W D Bhck 470mm Bhck 900m m Cutout Black 630mm MAN APPLAN CE COOLNG FAN Black 120mm Tem malBlbck for C oolmg Fan FREQ UEN CY STIRRER Red 900mm
20. ion is 60 62mm average 61mm GLEN DIMPLEX HOME APPLIANCES Electromagnetic Leakage System Fig 1 Primary Choke Location 1 shows the gap between the cavity and the choke ditch 1 e The three lines are 61mm long we impose the required 4 Short circuit condition at location 1 GLEN HOME APPLIANCES Electromagnetic Leakage System e Fig 2 Secondary Choke e Location 3 shows a gap between the cavity and the outer shell This gap also needs to be a magnetic short circuit 50 as to absorb any microwaves that were not absorbed by the primary choke due to manufacturing tolerances e The three lines are again i 0 61mm long and using the Same condition of the bottom of the choke ditch we impose Fig 2 WA the required short circuit condition at location 3 GLEN HOME APPLIANCES Electromagnetic Leakage System Fig 3 Choke 3 Short circuits at points 1 and 3 result in a short circuit at point 4 GLEN HOME APPLIANCES Microwave Leakage Measurement The power density of microwaves 15 determined my measuring the amount of energy that flows through one square centimetre in 1 second For our purpose we will be measuring values mW crrY using an Apollo x 10 Microwave Monitor GLEN DIMPLEX HOME APPLIANCES Microwave Leakage Microwaves disperse and dissipate very quickly in th
21. r developed by the magnetron meaning the power levels can be reduced without pulsing e Definition of the Genus wave Is an electromagnetic wave of frequency 2450MHz with a broad bandwidth of 40MHz having a high field and a low E field ex GLEN DIMPLEX HOME APPLIANCES THE TECHNOLOGY Conventional ovens Most of today s ovens use three cooking methods to cook food One way round this is to cook food very slowly using 1 Radiant heat much lower temperatures Conduction 3 Convection Conventional cooking is very inefficient as only 5 of the energy is actually used in cooking the food Food is heated from the outside inwards which is problematic in that it Over cooks the exterior before it cooks the interior This causes problems as the heat escapes through the cavity doors ventilation the kitchen units and into the atmosphere GENIUS Revolutionary cooker Remarkable results THE TECHNOLOGY Microwaves e lt q Microwaves would look a bit like this e ES 2 They generate hot spots amp need a turntable to drive the food through these hot spots 0 Mo The problem with them is they are very selective uneven in what they cook Cooking results are inconsistent at best The electro magnetic waves used in a conventional microwave have a stronger electric E Field This causes arcing Sparking with met
22. retention of the 10 mW cnY level for the microwave frequency band for the continuous exposure of adults A lower figure of 5 mW cnr is proposed for the general public British Standard BS 5175 1976 and International Electrotechnical Commission Standard IEC 335 25 requirements specify maximum leakage rates from a microwave oven in service of not more than 5 mW cn at 5 cm from any surface of the oven GLEN a HOME APPLIANCES Microwave Leakage Measurement e From BS 60335 2 25 2002 2750 of water placed in the cavity within a borosilicate glass vessel Pyrex Appliance operated on max microwave power Special function G1 e Detector moved around external surface of appliance particular attention to door seal and corners Maximum allowed leakage 50W m rre GLEN DIMPLEX ME APPLIANC Genus Technology GLEN DIMPLEX OME APPLIANCES Conventional Microwave In the conventional microwave the electromagnetic waves generated by the microwave generation circuitry have a Door frequency of 2 45GHz with a m narrow bandwidth These electromagnetic waves are guided directly into the oven As the waves frequency bandwidth is narrow a low number of modes only small number of modes produced mode is the name we give to a wave that is matched to the dimensions of the mabe oven Magnetron GLEN DIMPLEX HOME APPLIANCES Conventional Microwave Magnetron These
23. ted lt GLEN DIMPLEX HOME APPLIANCES dis x Y 755 Sas j JA E 3 er y ne 1 y i ASI E e o gt EN leni sini DA en e 5 4 je ges 453335 6 8 925 an ae 4 4 pe 8 Fit MS Hexserts and use 5 Pozi pan screws to secure all Elements and the RTD in the Main oven cavity only Centre Vent Duct GLEN DIMPLEX HOME APPLIANCES Centre Duct Front View GLEN DIMPLEX HOME APPLIANCES Cavities and Centre Duct GLEN DIMPLEX HOME APPLIANCES Intermediate Rear Fitting L7Oc thermal cut out x 3 GLEN DIMPLEX HOME APPLIANCES Intermediate Top Fitting m L100c Thermal Cut out GLEN DIMPLEX HOME APPLIANCES amp Main Oven Base Elements GLEN DIMPLEX HOME APPLIANCES Microwave Transformer amp Diode Wire Connections GLEN DIMPLEX HOME APPLIANCES Transformer Enclosure The orange and blue wires must be fitted this way round to avoid interference GLEN DIMPLEX HOME APPLIANCES Main Oven RTD OF GLEN DIMPLEX HOME APPLIANCES Magnetron Thermal Cut out Wiring GLEN DIMPLEX HOME APPLIANCES Magnetron Spacer GLEN HOME APPLIANCES Magnetron Thermal Cut Out
24. through each one using rotary control knob G7 Demonstration Mode Appliance operates as normal but switches no relays on Can be operated from a 13A Plug 3A Fuse G8 Volume Control Will operate audible tone and allow the volume to be changed using the rotary control Lights only mode Press and hold centre control knob for 10 seconds GLEN DIMPLEX HOME APPLIANCES Special Functions G2 and G3 Left Hand Component Right Hand Display Display 4 e Z Frequency Stirrer T O Lights Cooling Fan er Y O1 O O Convection Element M O Grill Inner Element T O Grill Outer Element M O Grill Outer Element M O Base Outer Element Low Microwave 2 O1 h O O O N C1 Medium Microwave r 8 High Microwave rl9 1600 T O Grill Inner Element 1800 s i APPLIANCES Setting The Clock Depress the centre control knob e Touch and hold the Cook Time con e The display should flash Year 2005 e Note the display flashes Year 2000 this is an indication that the battery 15 flat e The display will then go through each of the set parameters in turn e These can be adjusted by rotating the central control knob GLEN HOME APPLIANCES Setting The Clock The display will show the following YEAR Set Year e Cal Set Month e Day Set day of week
25. till under Default Maximum Maximum Short Warm Long Warm GENUS Default ivici Fast thermostatic control Time Conventional Genus Time Time Division Ratio up Time up Time Function Temperature Warm Hours Time Hours Hours Correction Correction 1 10 20 400 40 13 OFF Thermostatic 506 Hh 0 29 mins Thermostatic 22 Thermostatic Thermostatic High for 4 5mins then Medium 30 mins 50 mins 50 0 45 mins T 3 Medium last 3 minutes of cooking Thermostatic On time o ED Id E Thermostatic Thermostatic Medi ao f 46 75 mins T 2 5 Thermostatic On for first for first 3 nes Mala then between 8 time ins 3 5 mins mins then off Medi ear f y edium las minutes of cookin gt 35mins 190 Low and then MENU for last 3 Thermostatic x OE 170 E 2 00 OFF Thermostatic static PWM PWM30 High AA High 2 5mins then Low eet aw BEENDEN NE G EM Microwave Power GLEN DIMPLEA HOME APPLIANCES Mechanical Build GLEN DIMPLEX OME APPLIANCES Wrap amp Front Frame NOTE Do not forget to fit the hinge ducts Left hand and Right hand at this stage a GLEN DIMPLEX HOME APPLIANCES Inside Oven Cavity standard 900E Stoves Premier Cavity with a 2 8Kw Dual Grill Element fit
26. ty frequency x wavelength Speed of Light C x 105 m s 299 792 458 m s S GLEN HOME APPLIANCES Wavelengths 3 5 3 3 J g g 2 gt x O 14 117 18 10 10 10 10 10 10 10 Hz Wavelength Wavelengths about 400 700 nm GLEN DIMPLEX HOME APPLIANCES Microwave Wavelength 299 792 458 2 450 000 000 122 36 mm GLEN DIMPLEX HOME APPLIANCES Electromagnetic Radiation E Field e Field This is the electric part of the wave It causes arcing in metallic objects and causes intense hot spots in the cavity and is Suppressed It is measured volts e H Field This is the magnetic part of the wave It does not cause arcing and distributes the energy more evenly around the cavity creating fewer hot spots It is enhanced in the cavity GLEN HOME APPLIANCES Electromagnetic Radiation Wavelength OA N N N Wavelenoth This is the distance from one point in the wave to the same point on the next wave A peak to a peak or trough to a trough or any point in between It is a measure of the size of the wave The shorter the wavelength the smaller the objects it affects GLEN DIMPLEX HOME APPLIANCES Electromagnetic Radiation Frequency e This is the number of complete waves that pass a specified fixed point one second The frequency of microwaves is
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