Dry-Type Iron Core Shunt Reactor

Our BKSC series dry-type iron core reactors feature advanced resin casting for both the core pillars and windings, which significantly enhances the product's electrical performance and mechanical strength. Through meticulous design, we have employed lower magnetic flux density and incorporated multiple small air gaps, thereby guaranteeing high precision and linearity of the reactance.

A key characteristic of this product series is the vacuum pressure resin casting technology applied to its windings. This process endows the reactors with low partial discharge, mechanical strength, and robust short-circuit withstand capability. Furthermore, their inherent safety, fire resistance, and pollution-free attributes allow them to operate directly within load centers without requiring additional protective measures.

In terms of structural design, the core pancakes and air gaps are integrally resin cast. This innovative approach effectively minimizes magnetostriction and vibration of the core sheets during operation, resulting in lower operating noise, higher mechanical strength, and advantages such as compact size, lighter weight, and convenient installation. By eliminating the need for transformer oil, our products completely avoid risks associated with oil degradation and sealing leakage, leading to truly maintenance-free operation and significantly reducing long-term operational costs for users.

Moreover, both the windings and core surfaces are covered with solid insulation materials, providing exceptional moisture-proof and anti-mold properties. Even under high humidity or other harsh environmental conditions, our BKSC Dry-Type Iron Core Shunt Reactors consistently deliver reliable performance, offering robust assurance for your power system.