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Flameproof Multiple Switch Socket

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MOQ : 200 Units

Flameproof Multiple Switch Socket Specification

Rated Voltage
230V AC Volt (V)

Response Time
Instant Seconds

Max. Current
32 Amp Ampere (amp)

Mechanical Life
Not Specified Days

Temperature Range
T6 Temperature Class Celsius (oC)

Protection Level
IP66

Finish Type
Epoxy Powder Coated

Circuit Type
DP / TPN

Automation Grade
Manual

Number of Module
4 / 6 / 8 / 10 / 12

Power Rating
Up to 32 Amp

Product Type
Flameproof Multiple Switch Socket

Insulation Resistance
Not Specified

Contact Resistance
Not Specified Volt per ampere (V/A)

Max. Voltage
415 V AC Volt (V)

Warranty
12 Months

Stoke
Not Applicable

Size
Up to 32A

Usage & Applications
Oil & Gas, Chemical Plants, Petrochemical Industries, Refineries, Offshore Platforms, Pharmaceutical Plants, Hazardous Area Power Distribution

Cable Type
Armoured

Color
Epoxy Powder Coated

Operating Temperature
Standard Ambient Celsius (oC)

Weight
Not Specified Kilograms (kg)

Phase
Single Phase / Three Phase

Display Type
No Display

Features
Flameproof Construction, IP66 Weatherproof, Ex db IIC T6, Interlocked Plug & Socket, Stainless Steel Hardware, Corrosion Resistant Epoxy Powder Coating, Internal & External Earthing, Suitable for Zone 1, 2, 21 & 22

Material
Die Cast Aluminium Alloy

Rated Current
Up to 32 Ampere (amp)

Frequency
50 Hertz (HZ)

Conductor
Copper

Mounting Type
Surface Mount

Current Rating
Up to 32 Amp

No Of Poles
4P + E / 2P + E

Flameproof Multiple Switch Socket Trade Information

Minimum Order Quantity
200 Units

Delivery Time
7 Days

About Flameproof Multiple Switch Socket

Description

The Flameproof Multiple Switch Socket is specifically designed to provide safe and reliable power distribution in hazardous industrial environments where explosive gases or combustible dust may be present. Built with a robust die-cast aluminium alloy enclosure and certified for Ex db IIC T6 applications, this switch socket is suitable for use in Zone 1, Zone 2, Zone 21, and Zone 22 hazardous locations.

The unit supports switches, sockets, and plug tops up to 32 Amps and is available in multiple switch/socket configurations to suit various industrial applications. Constructed with stainless steel hardware, neoprene/silicone gaskets, internal and external earthing points, and epoxy powder-coated finish, it delivers long-lasting performance in demanding environments. It is widely used across oil & gas plants, chemical industries, refineries, offshore platforms, pharmaceutical plants, and other hazardous industrial facilities.

Key Features

Certified Flameproof Ex db IIC T6 Gb enclosure for hazardous areas.
Suitable for Zone 1, Zone 2, Zone 21 & Zone 22 installations.
IP66 weatherproof protection against dust and water ingress.
Manufactured from high-strength die-cast aluminium alloy.
Durable epoxy powder-coated finish for corrosion resistance.
Supports switches, sockets, and plug tops up to 32A.
Safe interlocking mechanism prevents plug removal while the switch is ON.
Equipped with internal and external earthing terminals for enhanced safety.
Stainless steel hardware ensures long service life.
Endless neoprene/silicone gasket provides superior environmental sealing.
Compatible with 230V AC and 415V AC supply options.
Available in 4, 6, 8, 10, and 12 switch/socket combinations.
Optional configurations include ELCB, RCBO, and MCB combinations.
Optional construction in Stainless Steel with Brass, SS, or Aluminium glands.
Certified by CIMFR, BIS, and PESO for hazardous area applications.

Flameproof & Weatherproof Design

This socket's epoxy powder-coated, die-cast aluminium body ensures outstanding protection in hazardous and corrosive settings. Its IP66 rating guarantees reliable operation even under severe environmental conditions, making it ideal for industries like oil & gas, pharmaceuticals, and petrochemicals.

Versatile Power Distribution

Supporting up to 32A and compatible with both 230V AC and 415V AC, this socket provides flexible solutions for diverse power distribution needs. The product accommodates various circuit types, including DP and TPN, with options for 4, 6, 8, 10, or 12 modules for custom configurations.

Enhanced Safety Features

Equipped with internal and external earthing, interlocked plug and socket, and stainless-steel hardware, this switch socket prioritizes user safety. Its flameproof construction and compliance with Ex db IIC T6 standards ensure it is suitable for hazardous areas, preventing fire and explosion risks.

FAQ's of Flameproof Multiple Switch Socket:

Q: How is the Flameproof Multiple Switch Socket installed?

A: The socket is designed for surface mounting, making installation straightforward on walls or panels using the provided hardware. Ensure the area is properly prepared and consult a qualified electrician to comply with safety standards.

Q: What are the main safety benefits of using this switch socket in hazardous locations?

A: With flameproof construction, internal and external earthing, and an IP66 weatherproof rating, this switch socket minimizes risks associated with fire, explosions, and electrical faults in areas prone to dangerous gases or dust.

Q: When should I choose this socket for my facility?

A: Use this switch socket when operating in hazardous environments such as oil & gas facilities, chemical plants, refineries, or offshore platforms, especially where Ex db IIC T6 compliance and high corrosion resistance are required.

Q: Where can this product be used effectively?

A: It's suitable for power distribution in hazardous zones (1, 2, 21, 22), including refineries, pharmaceutical plants, offshore platforms, and industries with a risk of flammable/explosive atmospheres.

Q: What makes the construction material advantageous for longevity?

A: Constructed from die-cast aluminium alloy and finished with corrosion-resistant epoxy powder coating, this socket offers durability and protection against harsh chemical, marine, or outdoor environments.

Q: How does the interlocked plug and socket system enhance operational safety?

A: The interlocked design ensures the socket cannot be energized unless the plug is fully inserted, preventing accidental connection or disconnection under load and reducing the risk of electrical shocks.