TSM-LC-ITSM-LC-N690TSM-LC-N1 /
TSM-LC-N480
             TSM-LC-S
TSM-LC10TSM-LC100TSM-LC200             

Applications:

  • Power factor correction equipment

Features:

  • Fast electronically controlled, self-observing thyristor switch
  • Usage in dynamic (fast) power factor correction systems

Customer benefits:

  • Easy installation
  • Display and control via LED indication or display
  • Permanent self-controlling
FrequencyCapacitive loadsVoltage
TSM-LC-I50/60 Hz10 … 22 kvar
depending on the voltage
1 x 230, 400, 440, 480, 525 V AC
(110 V AC upon request)
TSM-LC12.5 ... 200 kvar3 x 380 ... 440 V AC
TSM-LC-N1Up to 55 kvar380 … 440 V AC
TSM-LC-N48025 ... 50 kvar
depending on the voltage
380 ... 480 V
TSM-LC-N69040 … 75 kvar
depending on the voltage
3 x 380 … 690 V AC
TSM-LC-SUp to 55 kvar3 x 200 … 440 V AC

EW-22

                                    

Discharge resistors EW-22 to be used if fast re-switching time is required. For higher rated steps please contact your local sales office.

Usage:
TSM-LC-I
TSM-LC10
TSM-LC100
TSM-LC200
TSM-LC-N
TSM-LC-S
TSM-HV50
TSM-HV200


not required
1 x EW-22
2 x EW-22 (in parallel)
4 x EW-22 (in parallel)
1 x EW-22
1 x EW-22
not required
4 x EW-22

                              

BD-XXX

Current limitation reactor BD-series for PFC systems without detuning reactors to be used for TSM-LC-I, TSM-LC10, TSM-LC-N, TSM-LC-S, TSM-LC100, TSM-HV50, two units per step required. Protection of thyristor modules TSM series.

Usage:
TSM-LC-I
TSM-LC100
TSM-LC200
TSM-LC-N
TSM-LC-S
TSM-HV50
TSM-HV200


1 x BD050 or 1 x BD100
2 x BD200
only for de-tuned systems
2 x BD100
2 x BD100
3 x BD100
only for de-tuned systems

                              

ESP-24

Feed-in module for TSM-LC-S
For feed-in of operating voltage 24 V DC into the network
1 module per max.10 thyristor switches required

1) Products shown on this page reflect typical specifications. You are kindly requested to approve our product specifications or request our approval for your specifications before ordering.

 

Further information see Product Profile

Power Factor Correction