Kipor Sinemaster IG6000 - Generator Usage Guidelines; Generator Usage Safety Warnings

Fig.18 IG6000 Wiring diagram
11. WIRING DIAGRAM
Charging winding
Blue Blue
Black Black
Black
Main Winding
Vice winding
White White
24V winding
Chargng adjustor
Blue
Invert cell
Blue Blue
Green Green
Black White Brown Grey
Yellow Orange Blue Pink
Stepping motor
Work indicator
Overload indicator
Low oil indicator
12V
DC contactor
Red
Yellow
Start motor
Ignition winding
Green
Spring winding
Low oil switch
Spark plug
High pressure wrap
Yellow/Green
Red
Green
Yellow/Green
Yellow
Orange
Blue
Red Blue Red Blue
Yellow/Green
DC receptacle
Single-phase
receptacle
Purple Purple
Electric
lock
Rectifier bridge
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12. APPENDIX
The choice of the electric cable depends on the allowable current of the cable and
the distance between the load and the generator. And the cable section should be
big enough.
If the current in the cable is bigger than the allowable current, it will become over
hot and the cable will be burnt. If the cable is long and thin, the input voltage of the
electric appliance will be not enough, causing that the generator doesn't start.
In the following formula, you can calculate the value of the potential "e".
The relations among of the allowable current, and length, section of the Insulating
cable (single core, multi-core) are as follow:
(Presume that the use voltage is 220V and the potential is below 10V.
2
The application of the single-core insulating cable section mm
2
The application of the multi-core insulating cable section mm
1. The choice of the electric cable
Potential (v)
= Current (A) 3
Length
Section area
1
58
50A
100A
200A
300A
Current
Length
beneath
75m 125 20015050m 100m
8
22
60
100
14
30
60
100
38
60
125
200
22
38
60
100
22
50
80
125
30
50
100
150
50A
100A
200A
300A
Current
75m 125 20015050m 100m
14
38
38 2
60 2
14
38
38 2
60 2
22
38
38 2
60 2
22
50
50 2
60 2
30
50
50 2
80 2
38
60
50 2
100 2
Length
beneath
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