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HPL SOCOMEC 125A CHANGEOVER SWITCH

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MOQ : 100 Pieces

HPL SOCOMEC 125A CHANGEOVER SWITCH Specification

Mechanical Life
10,000 Operations

Rated Voltage
415V AC

Max. Current
125A

Automation Grade
Manual

Circuit Type
AC Circuit

Finish Type
Glossy

Response Time
Instantaneous

Number of Module
Four

Temperature Range
-5C to +55C

Protection Level
IP 20

Product Type
Changeover Switch

Material
High Grade Flame Retardant Plastic & Metal

Insulation Resistance
>1000 M at 500 V DC

Contact Resistance
<20 m

Max. Voltage
690V AC

Operating Temperature
-5C to +55C

Stoke
Manual Switching

Size
Standard Panel Mount Size

Color
Grey and Black

Weight
Approx. 1.5 kg

Mounting Type
Panel Mount

Current Rating
125A

No Of Poles
Four Pole

Contact Material
Silver Alloy

Terminal Type
Screw Type Terminal

Utilization Category
AC-22A

Conforming Standard
IEC 60947-3

Frequency
50/60 Hz

Dielectric Strength
2500V AC for 1 Min

Switch Type
Rotary

Operation Mode
ON-OFF Changeover

Model Number
125A Changeover Switch

Humidity Range
< 95% RH, Non-Condensing

HPL SOCOMEC 125A 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 125A CHANGEOVER SWITCH

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

Reliable Power Transfer Solution

Engineered for seamless manual switching, the HPL SOCOMEC 125A Changeover Switch guarantees a safe and swift transfer between two power sources. Its sturdy rotary mechanism and robust build help prevent downtime and enhance electrical system reliability, especially in critical applications requiring uninterrupted power supply.

Built for Safety and Long-Term Use

This changeover switch is crafted with high-grade flame-retardant materials and silver alloy contacts, providing superior electrical conductivity and enhanced safety. Rated for up to 10,000 mechanical operations, it is ideal for demanding environments where dependability and safety are paramount.

FAQ's of HPL SOCOMEC 125A CHANGEOVER SWITCH:

Q: How is the HPL SOCOMEC 125A Changeover Switch installed?

A: The switch is designed for standard panel mounting using screw-type terminals. It should be installed by a qualified electrician, ensuring correct wiring for safe operation in AC circuits.

Q: What environments are suitable for using this changeover switch?

A: This switch is suitable for indoor environments with humidity less than 95% (non-condensing), temperatures ranging from -5C to +55C, and locations requiring reliable changeover between power sources, such as commercial buildings and industrial facilities.

Q: When should a changeover switch like this be utilized?

A: It is ideal for scenarios needing quick manual transfer between main and backup power supplies. This can include times of grid maintenance, emergency power requirements, or switching between generators and utility lines.

Q: Where can this changeover switch be mounted?

A: The switch is panel mountable, allowing it to be installed in standard electrical panels or distribution boards, making it convenient for integration into new or existing systems.

Q: What benefits does the manual rotary operation provide?

A: Manual rotary operation ensures precise ON-OFF changeover control, offering immediate response and reliability without the need for external power sources or complex automation.

Q: How does the switch's construction enhance safety?

A: High-grade flame-retardant plastic and metal construction, along with a protection level of IP20, help prevent electrical hazards and ensure safe handling and operation in various settings.

Q: What is the process for switching between power sources?

A: Switching is performed by manually rotating the handle to the desired ON-OFF position, which instantly changes the contact arrangement and redirects the power flow to the selected source.

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