6FX5002-5CN06-1BC0 SIEMENS ⍾ 6FX50025CN061BC0
Power cable pre-assembled TYPE 6FX5002-5CN06 4X1,5 C, SPEED-CONNECT SIZE 1 FOR SINAMICS S120 BOOKSIZE MOTOR MODULE C-/D-TYPES MOTION-CONNECT 500 UL/CSA, DESINA DMAX=8.4 MM LENGTH (M) = + 0 + 10 + 2 + 0
- Customs tariff number
- 85444290
- Expected origin
- SK
- Weight
- 1.647 kg
 |
SIEMENS 6FX5002-5CN06-1BC0 Datasheet PDF (en) Size: 217 KB |
Download |
Related in 6fx500 / Spare parts ⍾ Page 1
-
6FX50022CA121CA0
Signal cable pre-assembled type: 6FX5002-2CA12 (HTL and TTL encoder) 4x 2x 0.34+4x 0.5 C without sub-D connector UL/CSA, DESINA MOTION-CONNECT 500 Dmax=9.3 mm Length (m)= 0 + 20 + …
-
-
-
6FX50025CS061BF0
Power cable pre-assembled TYPE 6FX5002-5CS06 4X1,5 C, CONN. FULL THREAD S. 1 FOR SINAMICS S120 BOOKSIZE MOTOR MODULE C-/D-TYPES MOTION-CONNECT 500 UL/CSA, DESINA DMAX=8.4 MM LENGTH …
-
-
6FX50025CR731DA0
Power cable pre-assembled type: 6FX5002-5CR73 4x 35 C, M50 screw connection for SINAMICS S120 Power Module MOTION-CONNECT 500 UL/CSA, DESINA Dmax=31.5 mm, Length (m)= 0 + 30 + 0 + …
-
6FX50081BB611DA0
Power cable sold by the meter type: 6FX5008-1BB61 4x 16 C UL/CSA, DESINA MOTION-CONNECT 500 Type of delivery: up to 29 m ring from 30 m drum Dmax=24.2 mm, Length (m)= 0 + 30 + 0 + …
-
6FX5002-2AD04-1AD0
Signal cable, pre-assembled Extension (611D/MCU to encoder EnDat) 3x 2x 0.14+4x 0.14+2x0.5 C UL/CSA, DESINA MOTION-CONNECT 500 Dmax=9.3 mm TYPE: 6FX5002-2AD04 LENGTH (M) = 0 + 0 + …
-
6FX5002-2AD04-1AJ5
Signal cable, pre-assembled Extension (611D/MCU to encoder EnDat) 3x 2x 0.14+4x 0.14+2x0.5 C UL/CSA, DESINA MOTION-CONNECT 500 Dmax=9.3 mm TYPE: 6FX5002-2AD04 LENGTH (M) = 0 + 0 + …
-
6FX5002-2AD04-1BA5
Signal cable, pre-assembled Extension (611D/MCU to encoder EnDat) 3x 2x 0.14+4x 0.14+2x0.5 C UL/CSA, DESINA MOTION-CONNECT 500 Dmax=9.3 mm TYPE: 6FX5002-2AD04 LENGTH (M) = 0 + 10 + …
-
6FX5002-2AD04-1BF0
Signal cable, pre-assembled Extension (611D/MCU to encoder EnDat) 3x 2x 0.14+4x 0.14+2x0.5 C UL/CSA, DESINA MOTION-CONNECT 500 Dmax=9.3 mm TYPE: 6FX5002-2AD04 LENGTH (M) = 0 + 10 + …
-
