—TABLE OF CONTENTS —
Specifications .....................................1 Test Procedures ..................................3-4
PowerOutput Measurement ..........................1 Exploded View and Parts List ,......................5- 12
QCircuit Diagram ....................................2 Overall Circuit Diagram ..... ....................13-14
1. SPECIFICATIONS
Rated Power Consumption .
Microwave Output .
Frequency . . .
Power Supply . ..
Rated Current . . .
Safety Devices .
Q
Timer . .... . . .
Overall Dimensions ..
Oven Cavity Size ..................
Turn Table Diameter ..............
Effective Capacity of
‘L Oven Cavity . .
Net Weight .......................
2. POWER OUTPUT
NOTE
.
1,500W.
850W.
2,450MHz*50MHz.
230V-240V,50HZ.
6.6Amp.
Temp. Fuse, Open
at 167°C for Cavity.
Thermal Protector, Open
at 122”C for Magnetron.
Fuse (Cartridge Type 8A)
Primary Interlock Switch.
Door Sensing Switch and
Relay 2.
Interlock Monitor Switcn.
Electronic Digital, up to
99min,99 sec.
525(W) X425(D) x288 (H)mm.
351 (W)X371 (D)x208(H) mm.
275mm.
28 liters.
Approx.17 Kg.
The Power Output specification 850W onthis modei is measured
Lwith IEC measurement. The Power Output is measured with two
(2)liters water isequivalent to850Win measurement with IEC,
when measured with the following Power Output.
(A) 1. Fill twotest bowls with eachl Iiter water respectively
2. Use accurate thermometer and measure each water
temperature respectively.
(B) Place thetwobowls on glass turntable.
(c)
(D)
(E)
(F)
(G)
1.
2,
1.
2.
1.
2,
3.
Set cooking time to two (2) minutes.
display)
Touch START key and operate oven
minutes.
Take out the two bowls at once.
Stir both water with thermometer and
temperature rise respectively.
(“2 00’’ appears in
for exactly two (2)
measure the water
Get temperature rise by calculating the difference (water
temperature after cooking minus initial temperature) in
each bowl.
Then calculate average value(t) of both temperatures rises
in degrees centigrade.
Then work out;
Power Output (watt) =70 xAt
Where At is an Average Temperature Rise in degrees
centigrade.
Power Output shall be in the following range:
Average Microwave
Temperature Rise Power Output
H%-t=-i
I,1
Power Output will be influenced by line voltage of power
supply. Consequently, correct power output must be
measured within 240V AC *2volts while unit is operating.
L
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