3. TEST INSTRUCTION ........................................................................................................................................... 6
3. MATERIAL LIST...............................................................................................................................................10
4.1 MAIN PCB ............................................................................................................................................................18
5. SILKTOP AND SOLDERS ..............................................................................................................................19
5.1 MAIN PCB ............................................................................................................................................................19
≈ 530X320X430 mm
≈ 612X376X477mm
≈ 15,80 Kg
≈ 18,10Kg
2.2.Specifications:
a) Supply:
Supply voltage:V120108132
Supply Frequency:Hz60--
Microwaves Frequency ( ISM ):MHz245024352465
Consumed Power :M-400W1450-Microwaves Power :M-400W900-Browner Power :M-400W1050
Nominal Current:M-400A13--
− Duration time of the sonorous alarm when pressed the key: 0,05 second;
− Duration time of the sonorous alarm when finished the process: 0,5 second/3 touches;
− Indication when the electric net: Access 4 segments / two points blink, to indicate that
the pr oduct is power on at the electric net.
2.3.Functions:
01Energy SavingCook wiht the 80% power.
02ClockClock function 12:00h.
03+1 moreHeat for 1 minute or add + 1 minute for the time.
04Power onExecute the programed option.
05SetSet the time and set the clock.
06Power off / Canc elStop the work or cancel the programming.
07DefrostExecute the defrost pre programed function.
08PowerSet the level power desired.
09BrownerExecute durador function.
10Pop cornExecute the pop corn pre programed function.
11POWERMaster Key
2.4.Safety Requisites:
a) Specification:
Accordance Product: IEC325-2-25 ( 1996 ).
b) Safety divices:
- Fuse of net: 20A/120V
- Monitored microwaves:1st Monitored key of the door (otice the microcontroler the
- Cavity thermostat :Temperature = 95ºC;
- Magnetron thermostat: Temperature = 135ºC;
10A/220V
door state).
2nd Monitored key of the electric net (em parallel with AC, in
case of relay fail and of the third key in series with electric net,
provoke the fuse bu rning.).
3rd Key in serires with the electric net ( interrupt the circuit
supply at the moment when is opened the door. ).
M-400
6
3. TEST INSTRUCTION
3.1.Microwaves creepage
Specification: the microwaves creepage – a distance of 50mm of the external
surface of the device could not exceed 1miliwatts for squared centimeters.
Experience: a (275 +/- 5) g load of potable water at (20 +/- 2) ºC temperature inside a
recipient of thin walls of borosilicate glass with diameter upper 85mm is places at the
horizontal support center, the device supplied with nominal voltage and operated with
controls adjusted to maximim power. The microwaves meter is moved over the device
surface with objective the locate microwaves creepage.
The maximum creepage colud not exceed 1 miliwatts per squared centimeters.
3.2.Output power measurement of microwaves.
It must be utilized borosilicate recipient with external diameter of aproximately
190mm and height of 90mm and thickness of 3mm.
At the begining of the experience, the oven and the recipient must be at
environment temperature. And used to the experince potable water with 10 +/- 1 ºC
initial temperature. The water temperature is measured immediately before to
placed in recipient.
An amount of 1000 +/- 5g of water is added in recipient. The recipient is placed at
plate center of the oven. The device is supplied with nominal voltage at the
adjustment of maximum power. It must be placed the needed time for that the water
reach 20 +/- 2ºC. After the time finishing it leave the recipient and it measured
immediately.
Notas:
ü The water is mixed before your temperature be measured.
ü Device of mixing and measurement must have low capability of heating.
ü Specified power 900 Watts (IEC 705)
The output power of the microwaves is calculated by formulation:
P = (1/T) x [4,187 x Mw x (T2 – T1) + 0,55 x Mc x (T2 – T0)] / T
Where:
P = microwaves output in watts.
Mw = water mass in grammes.
Mc = recipient mass in grammes.
T0 = environment temperature in ºC.
T1 = water initial temperature in ºC.
T2 = water final temperature in ºC.
T = heating time in seconds, excluding the heating time of the magneton filament.
3.3.Input power.
The oven will have to be supplied with nominal voltage and a load of 1 liter of water.
The measured input power could not present deviation more than 60W in relation to
the specified value, A potência de entrada medida não poderá apresentar desvio
maior que 60W em relação ao valor especificado, or either, the speficied value for
consumed power will be:
Consumed power = 1450 + 60W.
M-400
7
3.4.Oscillation frequency of the microwaves.
The nominal frequency 2450MHz can vary +/- 15MHz.
3.5.Creepage current and dielectric hardeness.
Inicial experience: Submit a device to a climstic expereince during 72 hours at the
following conditions: 24 hours at the environment temperature and 48 hours a 30 +/2ºC and 93 +/- 2% of relative wetly.
Creepage current
The device creepage current could not exceed 0,5mA for class 01, when submitted
to a 1000V voltage.
3.5.1 Dielectric hardness
It could not occur anything spark ou fail when submitted to sinusoidal voltage of
60Hz frequency, during 1 minute accordance the following description:
- beetwen the body and the poles of the supply cord, 1250V
3.6.Heating.
The device is placed as if was inlaid under of ceiling as the following
specifications.
a) minimum height in relation to device 150mm
b) depht of the ceiling 300mm, from the wall of the corner of experience.
c) minimum length 150mm more than the device width.
d) the device must be supplied with voltage 1,06 time the nominal voltage.
As the microwaves, the device is operated during 9 consutives periods of 10
minutes separated by an rest period of 1 minute.
It was adopted as load 1000g of water at 20ºC temperature. During the rest period,
the door is opened and replaced in the recipient.
During the heating experience, the temperature addition could not
exceed the specified values in the table A.
Measured pointsAB
1. Internal superior of the oven close of the thermostat cable.
2. Next the motor of the revolving.
3. Externallateral of the oven beside the transformer.
4. Externalcentral superior of the oven
5. Insulation of white cable next the superior interlock.
6. Insulation of the black grey that come from the transformer primary rolling.
160
60
60
60
65
65
M-400
8
3.7.Operation without load.
The microwaves oven must be operated without load during the most
time permitted by timer.
The oven could not suffer no damage. Any device of safety will have
to act.
3.8.Supervision device
To curt-circuit the supervisor device of the door. Supply the device
with nominal voltage with the door closed. The door opening will
provoke the automatic power off of the microwaves generator.
3.9.Protection against electric chock (Miniature standard finger)
The standard finger miniature (figure 101 of the IEC 335 - - 25)
cannot touch live parts when applied without appreciable force in
device parts that are accessible only when the oven is operated in
normal use.
3.10. Cutting parts
The device will not have present cutting partes that can bring risk to
the user during a normal operation or maintans.
3.11. Insulation
Do not have be used as insulation the following materials:
ü wood, cotton, silk, ,commom paper, with staple, hygroscopic.
3.12. Amianthus
Amianthus cannot be used in construction of devices.
3.13. Internal wiring
3.13.1 Internal wiring guide
The internal wiring guide must be smooth and free of cutting parts.
The wiring cannot have contact with wings barbs of cooling or similar.
The metallic orifice must be smooth and corners without tips except if
have bushings.
The wiring must not have contact with mobile parts.
M-400
9
3.14. Internal wiring insulation.
The internal wiring insilation must resiste at the voltage experience
applied of 2000V, 60Hz during 15 minutes if have not marking
equivalent to IEC227, IEC245, NBR 13249 and NBR 9374.
3.15. Wire heart identification.
The supply cord of class 01 devices must have a wire heart that
connect the earthing terminal of the device to the earthing terminal of
the electric net.
M-400
10
3. MATERIAL LIST
CAPACITORS
CODEDESCRIPTIONPOSITION
1380471932ELCO 470UF/10V M 8X11MMC18
1380100524ELCO 10UF/50V M 5x11mmC22
1380109622ELCO 1UF/100V M 5x11mmC21
1364104102C.C.D.Y5V 100KPF>=25V ZC8
1363103601C.C.D. Y5U 10KPF/500V ZC1
1363103601C.C.D. Y5U 10KPF/500V ZC2
1363103601C.C.D. Y5U 10KPF/500V ZC3
1363103601C.C.D. Y5U 10KPF/500V ZC4
1363103303C.C.D.Y5U 10KPF>=100V ZC14
1363103303C.C.D.Y5U 10KPF>=100V ZC20
1363103300C.C.D. Y5U 10KPF/50V ZC14
1363103300C.C.D. Y5U 10KPF/50V ZC20
1364104102C.C.D.Y5V 100KPF>=25V ZC10
1364104102C.C.D.Y5V 100KPF>=25V ZC6
1360330300C.C.D.NPO 33PF/50V KC11
1360330300C.C.D.NPO 33PF/50V KC12
1380101328ELCO 100UF/25V M 6,3X11MMC9
1291222422ELCO 2200UF/25V M 16X20MMC5
1364104102C.C.D.Y5V 100KPF>=25V ZCX/GND
1291222422ELCO 2200UF/25V M 16X20MMC15
1259995898CAPACITOR DE ALTA TENSAO7(B11)
1265224563C.POLY.M.220KPF/250VAC K SUPX2
RESISTORS
CODEDESCRIPTIONPOSITION
1183510392RES.METAL.FILME 1/2W 10K 5% NR12
1183510392RES.METAL.FILME 1/2W 10K 5% NR17
1183510392RES.METAL.FILME 1/2W 10K 5% NR57
1183510392RES.METAL.FILME 1/2W 10K 5% NR58
1183510392RES.METAL.FILME 1/2W 10K 5% NR59
1183510392RES.METAL.FILME 1/2W 10K 5% NR6
1183510392RES.METAL.FILME 1/2W 10K 5% NR60
1183510492RES.METAL FILME 1/2W 100K 5% NR63
1183522392RES.METAL FILME 1/2W 22K 5% NR41
1183522392RES.METAL FILME 1/2W 22K 5% NR61
1183522392RES.METAL FILME 1/2W 22K 5% NR8
1183510292RES.METAL FILME 1/2W 1K 5% NR1
1183510292RES.METAL FILME 1/2W 1K 5% NR21
1183510292RES.METAL FILME 1/2W 1K 5% NR22
1183510292RES.METAL FILME 1/2W 1K 5% NR23
1183510292RES.METAL FILME 1/2W 1K 5% NR24
1183510292RES.METAL FILME 1/2W 1K 5% NR25
1183510292RES.METAL FILME 1/2W 1K 5% NR26
1183510292RES.METAL FILME 1/2W 1K 5% NR27
1183510292RES.METAL FILME 1/2W 1K 5% NR28
1183510292RES.METAL FILME 1/2W 1K 5% NR29
1183510292RES.METAL FILME 1/2W 1K 5% NR50
M-400
11
CODEDESCRIPTIONPOSITION
1183556292RES.METAL FILME 1/2W 5,6K 5% NR52
1183556292RES.METAL FILME 1/2W 5,6K 5% NR53
1183556292RES.METAL FILME 1/2W 5,6K 5% NR54
1183556292RES.METAL FILME 1/2W 5,6K 5% NR55
1183556292RES.METAL FILME 1/2W 5,6K 5% NR56
1183547392RES.METAL.FILME 1/2W 47K 5% NR49
1183547392RES.METAL.FILME 1/2W 47K 5% NR5
1183547292RES.METAL FILME 1/2W 4,7K 5% NR13
1183547292RES.METAL FILME 1/2W 4,7K 5% NR14
1183547292RES.METAL FILME 1/2W 4,7K 5% NR19
1183547292RES.METAL FILME 1/2W 4,7K 5% NR4
1183547292RES.METAL FILME 1/2W 4,7K 5% NR42
1183547292RES.METAL FILME 1/2W 4,7K 5% NR48
1183547292RES.METAL FILME 1/2W 4,7K 5% NR62
1183510192RES.METAL FILME 1/2W 100R 5% NR10
1183522292RES.METAL FILME 1/2W 2,2K 5% NR11
1183522292RES.METAL FILME 1/2W 2,2K 5% NR18
1183522292RES.METAL FILME 1/2W 2,2K 5% NR9
1183533392RES.METAL FILME 1/2W 33K 5% NR2
1183533392RES.METAL FILME 1/2W 33K 5% NR3
1183510292RES.METAL FILME 1/2W 1K 5% NR51
1183510192RES.METAL FILME 1/2W 100R 5% NR32
1183510192RES.METAL FILME 1/2W 100R 5% NR33
1183510192RES.METAL FILME 1/2W 100R 5% NR34
1183510192RES.METAL FILME 1/2W 100R 5% NR35
1183510192RES.METAL FILME 1/2W 100R 5% NR36
1183510192RES.METAL FILME 1/2W 100R 5% NR37
1183510192RES.METAL FILME 1/2W 100R 5% NR38
1183510192RES.METAL FILME 1/2W 100R 5% NR39
1183547192RES.METAL FILME 1/2W 470R 5% NR20
1183547192RES.METAL FILME 1/2W 470R 5% NR30
1182510632RES.CARBONO 1/4W 10M 5% NR40