Compact Medium Voltage Vacuum Contactor EVC4-160A to 630A 12KV

Home Products Vacuum ContactorMedium Voltage Vacuum Contactor (7.2/12kV)Compact Medium Voltage Vacuum Contactor EVC4-160A to 630A 12KV

Compact Medium Voltage Vacuum Contactor EVC4-160A to 630A 12KV
Compact Medium Voltage Vacuum Contactor EVC4-160A to 630A 12KV
Compact Medium Voltage Vacuum Contactor EVC4-160A to 630A 12KV
Compact Medium Voltage Vacuum Contactor EVC4-160A to 630A 12KV
Product details

Compact Medium Voltage Vacuum Contactor EVC4-160A to 630A 12KV

The EVC4 series high-voltage vacuum contactor, engineered by Greegoo Electric, is designed for use in AC 50-60Hz power networks with rated operating voltages of 7.2kV or 12kV and rated currents up to 630A. It is ideal for remote circuit making and breaking, frequent starting, and controlling AC motors. This contactor is particularly suitable for integration with fuses and various protection devices as an alternative to vacuum circuit breakers, offering reliable performance across power systems, industrial automation, and heavy industries.

Specification
Parameter Description Value
Part Numbers  

EVC4-160A/12KV; EVC4-250A/12KV;

EVC4-400A/12KV; EVC4-630A/12KV

Rated Current   160/250/400/630A
Rated Voltage   12kV
Rated Making Capacity A/100 times 1600/2500/4000/6300A
Rated Breaking Capacity A/25 times 1280/2000/3200/5000A
Limited Breaking Capacity A/3 times 1600/2500/4000/6300A
Rated Short Time Withstand Current (2S)   5kA
Rated Peak Withstand Current   12.5kA
Pick-up Power VA (transient) 1200
Hold Power W 100
Mechanical Life times 5×10⁵ (500,000 times)
Electric Life times 6×10⁴ (60,000 times)
Control Power Voltage V (AC/DC) 110, 220, customizable
Auxiliary Switch   4NO 3NC (customizable)
Auxiliary Contact Capacity   Ue: 660V AC, Ie: 15A
Weight Kg 25
Copyright © Greegoo Electric Co., Ltd.

WeChat

WhatsApp

GreegooChina@Gmail.com

Send an Enquiry

We value your privacy

We use cookies to enhance your browsing experience, serve personalized ads or content, and analyze our traffic. By clicking "Accept All", you consent to our use of cookies.

Consent Preferences

Consent Preferences