Self reclosing RCCB 2P 63A for automatic power restoration after temporary faults. Suitable for meter boxes, smart distribution, solar auxiliary systems, and remote electrical protection applications.
TM Series ultra-low voltage automatic AC voltage regulator. Maintains stable 220V output even with input as low as 95V. Ideal for areas with unstable grid voltage.
Brand Name: CHINT Product Type: Over Voltage Release / Overvoltage Release Model: OVT-X1 Compatible Series: NXB-63 and NXB-40 Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT Product Type: Over / Under Voltage Release Model: OUVT-X1 Compatible Series: NXB-63 and NXB-40 Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT Product Type: Shunt Release Model: SHT-X1 Compatible Series: NXB-63 and NXB-40 Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT Product Type: Under Voltage Release / Undervoltage Release Model: UVT-X3 Compatible Series: NXB-125 Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT Product Type: Alarm Auxiliary Contact Model: AL-X1 Compatible Series: NXB-63 and NXB-40 Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT Product Type: Auxiliary Contact Model: AX-X1 Compatible Series: NXB-63 and NXB-40 Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT Product Type: Fault Indication Accessory Model: XF9 Compatible Series: CHINT breaker systems Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT
Product Type: Fault Indication Accessory
Model: XF9J
Compatible Series: CHINT breaker systems
Application: Low-voltage breaker accessory for panel and distribution systems
Brand Name: CHINT Product Type: Signal Contact Accessory Model: S9 Compatible Series: CHINT breaker systems Application: Low-voltage breaker accessory for panel and distribution systems
