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HPL SOCOMEC 1600A CHANGE OVER SWITCH

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MOQ : 100 Pieces

HPL SOCOMEC 1600A CHANGE OVER SWITCH Specification

Finish Type
Matt Finish

Rated Voltage
690V/1000V AC

Automation Grade
Manual

Temperature Range
-25C to +70C

Number of Module
Modular

Max. Current
1600A

Circuit Type
AC

Mechanical Life
> 5000 operations

Protection Level
IP20

Response Time
Instantaneous, manually operated

Product Type
Change Over Switch

Material
High-grade Thermoplastic Housing, Copper Contacts

Insulation Resistance
> 1000 M at 500V DC

Contact Resistance
< 20

Max. Voltage
1000V AC

Operating Temperature
-5C to +40C

Stoke
3 positions (I-O-II)

Size
Standard Panel Mount (As per manufacturer)

Color
Grey/Black

Weight
Approx. 18 kg

Mounting Type
Panel Mount/Surface Mount

Current Rating
1600A

No Of Poles
4 Pole

Connection Type
Screw Terminal

Applications
Main Power & Generator Changeover in Industrial & Commercial Installations

Utilization Category
AC-23A

Torque for Terminal
22 Nm Max

Frequency
50/60 Hz

Switching Mode
OFF-ON-ON (Change Over)

Handle Type
Rotary, Front Operated

Rated Impulse Withstand Voltage
12kV

Auxiliary Contact Option
Available (Optional)

Short Time Withstand Current (Icw)
20 kA for 1 sec

HPL SOCOMEC 1600A CHANGE OVER 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 1600A CHANGE OVER 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.

Superior Safety and Robust Design

Equipped with a high-grade thermoplastic housing and copper contacts, the HPL SOCOMEC 1600A Change Over Switch provides outstanding insulation resistance and minimal contact resistance, enhancing both safety and performance. Its IP20 protection level and reliable mechanical build ensure effective isolation and long service life, making it ideal for mission-critical settings.

Versatile Power Switching for Industrial Needs

This change over switch is designed for main power and generator change-over applications in challenging industrial and commercial environments. The 4-pole configuration, rotary handle, and modular design make installation simple, while the OFF-ON-ON switching mode ensures seamless power transfer and operational continuity during maintenance or outages.

FAQ's of HPL SOCOMEC 1600A CHANGE OVER SWITCH:

Q: How is the HPL SOCOMEC 1600A Change Over Switch utilized in industrial and commercial installations?

A: It is used to switch power between the main supply and a generator, ensuring uninterrupted operation during maintenance or emergencies. Its AC-23A category and high current rating make it suitable for heavy-duty loads in such environments.

Q: What process should be followed to install this change over switch?

A: The switch should be panel or surface mounted as per the standard panel size, with screw terminals tightened to a torque of up to 22 Nm. Connections must adhere to rated voltage and current specifications, and optional auxiliary contacts can be integrated if required.

Q: When should the auxiliary contact option be considered for this switch?

A: Auxiliary contacts are recommended when you need remote indication, automation, or enhanced monitoring of the switch position within your control system. They are especially beneficial in complex power distribution setups.

Q: Where is the switch typically installed for optimal safety and efficiency?

A: The switch is ideally installed within a secure electrical panel or switchgear in a centralized, accessible location. This ensures compliance with safety regulations and provides ease of operation during power changeover events.

Q: What are the benefits of using a front-operated rotary handle on this switch?

A: The rotary handle design allows for safe, intuitive, and rapid manual operation during change-over, reducing response time and minimizing risk during critical switching tasks.

Q: How does the switch ensure safety and reliability during operation?

A: Safety and reliability are ensured by robust insulation (>1000 M at 500V DC), low contact resistance (<20 ), high impulse withstand voltage, and durable mechanical construction, meeting stringent industrial standards.

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