<FRAME-R Layout> ; 100 ~ 120V
1. WIRE-MAIN : above photo ① →
connect above photo "<SUB-PCB Layout>" ①
2. SENSOR WIRE : above photo ② →
connect above photo"<SUB PCB Layout>" ②
3. WIRE-HEATER : above photo ③ →
connect above photo BI-METAL.
4. WIRE-BI METAL : above photo ④ →
connect BI-METAL with HEATER.
5. WIRE-HEATER LINK : above photo ⑤ →
connect upper HEATER with lower HEATER
6. POWER CORD : above photo ⑥ →
connect MAIN FUSE
7. WIRE-FUSE : above photo ⑦ →
connect MAIN FUSE with MAIN S/W
1. WIRE-MAIN : above photo ① →
connect above photo "<SUB-PCB Layout>" ①
2. SENSOR WIRE : above photo ② →
connect above photo "<SUB PCB Layout>"②
3. WIRE-BI METAL : above photo ③ →
connect BI-METAL with Heater.
4. WIRE-BI METAL : above photo ④ →
connect BI-METAL with Heater.
5. POWER CORD : above photo ⑤ →
connect Main Fuse
6. WIRE-FUSE : above photo ⑥ →
connect Main Fuse with Main S/W
1. WIRE-MOTOR : above photo ① →
connect Micro S/W
2. WIRE-HEATER : above photo ② →
connect above photo ③ with
Wire-Temp Fuse
3. WIRE-TEMP FUSE : above photo ③ →
connect lower Heater
4. WIRE-HEATER LINK : above photo ④ →
connect lower Heater with
upper Heater
<connect part>
1. WIRE-MOTOR : above photo ① →
connect Micro S/W
2. WIRE-HEATER : above photo ② →
connect Wire-Temp Fuse and
lower Heater
3. WIRE-TEMP FUSE : above photo ③ →
connect upper Heater
<FRAME-L Layout>;100~120V
<FRAME-L Layout>;220~240V
<connect part>
38
<FRAME-R Layout> ; 220 ~ 240V
③
①
②
①
②
③
④
⑤
⑥
⑦
②
③
④
①
⑤
⑥
②
②
①
③
④