3.6KV Fast Vacuum Contactors (bypass switch)

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Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Fast Vacuum Contactor bypass switch
Product Details

3.6KV Fast Vacuum Contactors (bypass switch)

Model CNF-400A/1.14KV CNF-630A/3.6KV CNF-1250A/3.6KV CNF-1600A/2.5KV CNF-2500A/3.6KV
Rated voltage 1140V 3.6KV 3.6KV 2.5KV 3.6KV
Rated current: 400A 630A 1250A 1600A 2500A
Short circuit breaking capacity 4KA 6KA 10KA 10KA 10KA
Withstand current 4s: 4KA 6.3KA 12.5KA 16KA 25KA
Mechanical life: 10x106 cycles 10x106 cycles 10x106 cycles 10x106 cycles 10x106 cycles
Electrical life (AC3): 1x106 cycles 1x106 cycles 1x106 cycles 1x106 cycles 1x106 cycles
Contacts distance: 1.5±0.5mm 3±0.5mm 3±0.5mm 3±0.5mm 3±0.5mm
Limit: 1.5±0.5mm 1.5±0.5mm 1.5±0.5mm 1.5±0.5mm 1.5±0.5mm
Making/closing time: 5ms 5ms 5ms 5ms 5ms
Control voltage: 36/110/127/220/380V AC or DC

This is a custom-made vacuum contactor, while orering, please indicate your requirement about application field, making or breaking time, control voltage and contacts etc.

Control Diagram

fast vacuum contactor cnf-400A/1.14KV

Importance of fast vacuum contactor

The Critical Role of Fast Vacuum Contactors in Power System Maintenance

The fast vacuum contactor plays a crucial role as a bypass switch in power system maintenance. Its main function is to reroute the current path, bypassing the equipment or lines that require inspection or maintenance, thereby ensuring the normal operation of other parts. This operation effectively reduces downtime and enhances the reliability and stability of the power system. In practice, it begins with assessing the system status and developing a detailed maintenance plan. Then, a fast vacuum contactor is installed on the equipment that needs to be bypassed, ensuring a secure connection. During the switching process, the system's current and voltage are monitored in real-time to ensure a smooth transition. After the equipment inspection or maintenance is completed, the bypass switch is closed to restore the normal current path, and the system status is checked again to ensure all equipment is functioning properly. Finally, the entire operation process is documented, and a maintenance report is generated for future analysis and reference. Through these steps, the fast vacuum contactor effectively supports the maintenance work of the power system.

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FAQ
Q:Why fast vacuum contactor can be act as bypass switch?

Fast vacuum contactors are widely used as bypass switches due to their quick operation (<5 milliseconds), high reliability, and high current tolerance. They ensure continuous power supply during main circuit faults or maintenance, making them ideal for scenarios requiring rapid response and efficient power management.

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