Derating Data; Derating Factor Of The Output Current As A Function Of The Ambient Temperature In Operation - Siemens PM330 Hardware Installation Manual

Article No.
Recommended cable cross-section for 500 V
- line cable
- motor cable
3)
Recommended cable cross-section for 690 V
- line cable
- motor cable
3)
Recommended cable cross-section for 500 V
- DC link infeed (2/3 inverter power)
Recommended cable cross-section for 690 V
- DC link infeed (2/3 inverter power)
Tightening torque for line, motor, DC link, and
ground cable
Dimensions: Width x height x depth [mm]
Weight
The line supply must be capable of supplying the minimum short-circuit current so that the fuses trigger and consequen-
1)
tial damage is avoided.
Note: If the minimum short-circuit current is not reached, then the tripping time for the fuses increases, and this may re-
sult in consequential damage.
When semiconductor fuses are used, they must be mounted in the same higher construction as the inverter.
2)
The motor cables must be evenly distributed at both connection chambers.
3)
6.3

Derating data

6.3.1 Derating factor of the output current as a function of the ambient temperature in
operation
Figure 6-3
Power Module PM330
Hardware Installation Manual, 12/2018, A5E32844552B AF
6SL3310- 1PG35-8AA0
2 x 240 mm
2 x 185 mm²
2 x 240 mm
2 x 185 mm²
2 x 185 mm
2 x 150 mm
50 Nm / 443 lbf in
801 x 1621 x 393
Derating factor of the output current as a function of the ambient temperature in
operation
1PG36-5AA0
3 x 185 mm
2
2 x 240 mm²
3 x 150 mm
2
2 x 240 mm²
2 x 185 mm
2
2 x 185 mm
2
50 Nm / 443 lbf in
801 x 1621 x 393
234 kg 234 kg
Technical specifications
6.3 Derating data
1PG37-2AA0
3 x 185 mm
2 2
2 x 240 mm²
3 x 185 mm
2 2
2 x 240 mm²
2 x 240 mm
2 2
2 x 185 mm
2 2
50 Nm / 443 lbf in
801 x 1621 x 393
244 kg
99