BCV protection terminal for capacitor banks and reactors
BCV protects and controls static capacitor banks and reactors and combines this with full bay protection. The main principle is voltage unbalance protection with compensation of the natural neutral unbalance for earthed and unearthed shunt banks.
- Principle
- voltage unbalance protection with compensation of the natural neutral unbalance
- Banks
- earthed and unearthed shunt
- Guide
- IEEE C37.99-2000
Price, availability and lead time on request. We help with analogue selection, customs clearance and delivery.
Description
When individual capacitors in a bank fail, the neutral voltage shifts, and BCV detects this shift. The natural unbalance, present in any bank from the new state, is compensated by the terminal, so the protection responds precisely to element faults. The protection schemes are built following the IEEE C37.99-2000 guide. The terminal suits earthed and unearthed shunt banks, and also reactors.
Technical specifications
| Principle | voltage unbalance protection with compensation of the natural neutral unbalance |
|---|---|
| Banks | earthed and unearthed shunt |
| Guide | IEEE C37.99-2000 |
Request a price and lead time
BCV protection terminal for capacitor banks and reactors. We reply within one business day.
Or email sales@usk.ua or call 044 339-50-20.
Customs codes
| UKTZED (Ukraine) | 8536 49 00 90 |
|---|---|
| HS, 6 digits | 8536 49 |
| CN (EU) | 8536 49 00 |
| HTSUS (USA) | 8536 49 00 80 |
| China customs tariff | 8536 49 00 90 |
Codes are for reference: the final code is determined at declaration for the specific model.
Questions and answers
What is the capacitor bank protection principle in BCV?
Voltage unbalance protection with compensation of the natural neutral unbalance.
Which banks can be protected?
Earthed and unearthed shunt static capacitor banks, and also reactors.
Which standard guidance does the protection rely on?
The IEEE C37.99-2000 guide.
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