BSF
Power line BandSolid Filters
Power line BandSolid Filters BSF are designed to effectively eliminate frequency interference, frequency harmonics and impedance gaps below 150kHz in power distribution networks.
BSF
Power line BandSolid Filters
BSF-3P/63A
BSF-3P/63A
| Operating voltage: | 3x 230V /400 V AC, 50Hz |
| Rated current IR: | 63A per phase |
| Frequency bandwidth: | 35kHz – 95kHz |
| Insertion loss: | > 40dB |
| Dimensions (H x W x L): | 60 × 120 (127) x 285 mm |
| Weight: | 4,5 kg |
BSF-1P/40A | |
|---|---|
Operating voltage: | 230V AC, 50Hz |
Rated current IR: | 40A per phase |
Frequency bandwith: | 35kHz – 95kHz |
Insertion loss: | > 40dB |
Dimensions (H x W x L): | 50×40(67)x261 mm |
Weight: | 1,4 kg |
Three-phase BandSolid Filter
The Three-phase BandSolid Filter effectively eliminate all types of interference caused by three-phase electrical devices, such as frequency converters (heat and ventilation pumps, etc.), AC motors (elevators, saws, CCNC machines, etc.), inverters (solar power plants, uninterruptible power supplies, etc.) and other computer and communication devices. At the same time it effectively improves PLC communication in the power distribution network.
| Operating voltage: | 3x 230V /400 V AC, 50Hz |
| Rated current IR: | 63A per phase |
| Frequency bandwidth: | 35kHz – 95kHz |
| Insertion loss: | > 40dB |
| Dimensions (H x W x L): | 60 × 120 (127) x 285 mm |
| Weight: | 4,5 kg |
BSF-1P/40A | |
|---|---|
Operating voltage: | 230V AC, 50Hz |
Rated current IR: | 40A per phase |
Frequency bandwith: | 35kHz – 95kHz |
Insertion loss: | > 40dB |
Dimensions (H x W x L): | 50×40(67)x261 mm |
Weight: | 1,4 kg |
Three-phase BandSolid Filter
The Three-phase BandSolid Filter effectively eliminate all types of interference caused by three-phase electrical devices, such as frequency converters (heat and ventilation pumps, etc.), AC motors (elevators, saws, CCNC machines, etc.), inverters (solar power plants, uninterruptible power supplies, etc.) and other computer and communication devices. At the same time it effectively improves PLC communication in the power distribution network.
