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HPL SOCOMEC 630A CHANGEOVER SWITCH

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MOQ : 100 Pieces

HPL SOCOMEC 630A CHANGEOVER SWITCH Specification

Circuit Type
Double Break per pole

Max. Current
630A

Mechanical Life
> 10000 operations

Response Time
Instantaneous on manual operation

Temperature Range
-25C to +70C

Number of Module
1 Module

Automation Grade
Manual

Rated Voltage
415V AC

Finish Type
Powder Coated

Protection Level
IP20

Product Type
Changeover Switch

Material
High-grade Thermoset & Metal Components

Insulation Resistance
> 1000 M at 500V DC

Contact Resistance
< 5 m

Max. Voltage
415V AC

Operating Temperature
-25C to +70C

Stoke
Manual

Size
Standard Modular Design

Color
Grey/Black

Weight
Approx. 8 kg

Mounting Type
Panel/Surface Mounting

Current Rating
630A

No Of Poles
4 Pole

Short Circuit Withstand
50 kA for 1 sec

Dielectric Strength
2.5 kV for 1 min

Switching Type
Three-position (I-O-II)

Application
Suitable for low-voltage circuits up to 630A

Standard Accessories
Operating lever, mounting kit

Conformity
IEC 60947-3 / IS 13947-3

Utilization Category
AC23A

Terminal Type
Screw type

HPL SOCOMEC 630A CHANGEOVER SWITCH Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
2 Days

Sample Available
Yes

Main Domestic Market
All India

About HPL SOCOMEC 630A CHANGEOVER SWITCH

A changeover switch is designedto transfer a house (or business) electricity from the commercial power grid to a local generator when n outage occurs. Also known as transfer switches, they connect directly to the generator, commercial power supply or line, and the house

Rugged Construction & Reliable Performance

Manufactured with high-grade thermoset and metal components, the HPL SOCOMEC 630A Changeover Switch is built to withstand demanding operational conditions. Its IP20 protection level, robust mechanical life (>10,000 operations), and modular design ensure long-term dependability across various low-voltage applications.

Designed for Safety and Compliance

This switch meets international standards IEC 60947-3 and IS 13947-3. It provides dielectric strength of 2.5 kV and excellent insulation resistance, safeguarding both users and equipment. The screw-type terminals and manual stoke with three-position switching facilitate secure and precise operation, ideal for critical power applications.

FAQs of HPL SOCOMEC 630A CHANGEOVER SWITCH:

Q: How do you operate the HPL SOCOMEC 630A Changeover Switch?

A: The switch functions manually using an operating lever included with standard accessories. It features a three-position switching mechanism (I-O-II), which allows you to easily alternate between two power sources or switch the circuit on and off as required.

Q: What are the typical applications for this changeover switch?

A: This changeover switch is suitable for low-voltage circuits up to 630A and is ideal for use in power distribution panels, backup generator systems, and critical facility operations where safe and efficient load transfer is necessary.

Q: Where can the HPL SOCOMEC 630A Changeover Switch be installed?

A: The switch is designed for panel or surface mounting and features a standard modular design for ease of integration. It is suitable for installation in commercial, industrial, or institutional environments within the specified temperature range of -25C to +70C.

Q: What safety features does the switch offer?

A: It provides a short circuit withstand capacity of 50kA for 1 second, a high dielectric strength of 2.5 kV, and insulation resistance greater than 1000 M at 500V DC. These features ensure reliable protection against electrical faults and conditions that could compromise safety.

Q: How is the switch compliant with standards?

A: The switch is built to meet IEC 60947-3 and IS 13947-3 standards, ensuring its suitability for use in regulated installations and providing confidence in its operational safety, mechanical durability, and electrical performance.

Q: What are the benefits of using a manual changeover switch like this model?

A: Manual changeover switches provide instantaneous switching between power sources with direct human control, reducing complexity and increasing reliability for applications that do not require automation. This enhances safety and allows for quick response during power interruptions or maintenance operations.

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