Atlas Copco GHS 730 VSD+ - Page 106

Instruction book
106 6996 0227 40
max. fuse pack
Supply cables
Pump
Voltage
Freq.
IEC class gL/gC
UL class K5 CSA
HRC from ii
Wire ends
Recommended
cable size
V
Hz
A
A
mm
2
(P/FF)
GHS 900 VSD
+
400
50
40
40
end sockets
10
GHS 900 VSD
+
460
60
35
35
end sockets
10
GHS 900 VSD
+
200
50
80
80
end sockets
35
GHS 900 VSD
+
230
60
80
70
end sockets
25
GHS 900 VSD
+
500
50
32
30
end sockets
10
GHS 900 VSD
+
575
60
32
30
end sockets
6
GHS 730 VSD
+
Turbo
380
60
40
40
end sockets
10
GHS 730 VSD
+
Turbo
400
50
40
40
end sockets
10
GHS 730 VSD
+
Turbo
460
60
35
35
end sockets
10
GHS 730 VSD
+
Turbo
200
50
80
80
end sockets
35
GHS 730 VSD
+
Turbo
230
60
80
70
end sockets
25
GHS 730 VSD
+
Turbo
500
50
32
30
end sockets
10
GHS 730 VSD
+
Turbo
575
60
32
30
end sockets
6
I: current in the supply lines at maximum load and nominal voltage
Setting for circuit breakers
Q1
1 A
Q15 (as fuse)
0.6 A
Fuse calculations for IEC are done according to 60364-4-43 electrical installations of buildings, part 4:
protection for safety- section 43: protection against over current. Fuse sizes are calculated in order to
protect the cable against short circuit.
Fuse calculations for cUL and UL: The indicated fuse size is the maximum fuse size in order to protect
the motor against short circuit. For cUL fuse HRC form II, for UL fuse class K5
Earthing
The earthing cable connected to the vacuum pump (PE) should be minimum 10 mm
2
(according to EN
60204-1 section 828).
Cable sizing according IEC
The tables below indicate the current carrying capacities of cables for 3 commonly used installation
methods, calculated according to standard 60364-5-52 - electrical installations of buildings part 5 -
selection and erection equipment and section 52 - current carrying capacities in wiring systems.
The allowed currents are valid for PVC insulated cables with three loaded copper conductors (maximum
conductor temperature 70 °C).
Installation method B2 according to table B.52.1. Multi-core
cable in conduit on a wooden wall.
Maximum allowed current in function of the ambient temperature for installation method B2