REACTOR SWITCHERS - Advanced Switching Solutions for High Voltage Reactors
VOLTAK introduces the RLSwitcher, a cutting-edge reactor switching device crafted to address the challenges of switching high-voltage reactors in today’s electrical systems. Designed to handle voltages ranging from 15.5KV to 550KV, the RLSwitcher is equipped with a patented interrupter design that significantly minimizes the occurrence and impact of re-ignitions during switching operations. This advanced technology ensures the longevity of both the reactor and the switching device, making it an essential component for modern electrical infrastructure.
Key Highlights of VOLTAK's RLSwitcher:
Patented Interrupter Design:
The VOLTAK RLSwitcher features an innovative interrupter design using SF6, significantly reducing re-ignitions, thereby protecting reactor windings and switching device components.
Enhanced Safety and Reliability:
This design minimizes turn-to-turn voltage stress on reactor windings and damage to the nozzle and contacts of the switching device, ensuring long life and reducing harmful transients on the system.
Simplified and Efficient Design:
A compact and straightforward design enhances the reliability of the switcher and allows it to fit in tight spaces.
Durable Mechanism:
Equipped with a single mechanism spring-open, spring-close system for reliable, long-life performance, particularly for ratings less than or equal to 245kV.
Factory Testing and Easy Installation:
Fully assembled and tested at the factory, these switchers are shipped with minimal disassembly required, simplifying installation.
Wide Range of Ratings:
Available for various voltage ranges, from 15.5KV to 550KV, accommodating different reactor switching currents and shunt reactor ratings, making them suitable for a wide range of applications.
Adaptability to Environmental Conditions:
Designed to operate in a broad ambient temperature range, from -40°C to +50° C, ensuring reliability in diverse environmental conditions
By integrating VOLTAK’s RLSwitcher into your electrical systems, you benefit from an advanced solution that not only enhances the safety and efficiency of high-voltage reactor operations but also contributes to the longevity and reliability of your electrical infrastructure. Its state-of-the-art design and functionality make it a pivotal component in managing the complexities of modern electrical systems.
