Limiting Current Inductor | Shihlin Electric Capacitor Protection
Shihlin Electric's limiting current inductor suppresses inrush current in reactive power compensation banks. Reliable capacitor protection with superior stability.
Limiting Current Inductor
Capacitor
Specification
- ․Applicable to suppress/limit the in-rush current when switch-on the capacitors in the reactive power compensation bank
- ․One phase one current-limiting inductor for protection of capacitor
- ․During the wiring of the current-limiting inductor in a three phase circuit, the way of connection on the central phase shall be made reversely to the other two phases
- ․8 mm space for side-by-side installation is needed for better heat dissipation
- Certification
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ISO14001 -
ISO9001 -
OHSAS18001 -
TOSHMS
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How can you protect your capacitor banks from damaging inrush currents while maintaining compact installation footprints?
Shihlin Electric's limiting current inductor provides one-phase-one-inductor protection specifically designed for reactive power compensation banks. With only 8mm space requirements and proven IEC/JIS compliance, our inductors suppress inrush current effectively while enabling efficient three-phase circuit integration. Contact our technical team to discuss customized protection solutions for your capacitor bank applications and benefit from 60+ years of power distribution expertise.
The limiting current inductor is engineered for seamless integration into three-phase circuits with specific connection protocols to maximize effectiveness and heat dissipation. Requiring only 8mm side-by-side installation space, this compact design enables efficient deployment in space-constrained industrial environments without compromising protection capabilities. As part of Shihlin Electric's comprehensive reactive power compensation solutions, the limiting current inductor represents over 60 years of OEM/ODM expertise in power distribution and factory automation. By partnering with Shihlin Electric, industrial manufacturers and system integrators gain access to precision-engineered protection devices that enhance system reliability, reduce equipment failure risks, and optimize energy efficiency across diverse industrial applications.