Double Stack AB Switch

Double Stack AB Switch Specification

Product Type
Double Stack AB Switch

Material
Mild Steel, Copper, Porcelain

Welding Standard
IS 816

Capacity
400A / 630A / 800A / 1250A

Application
Outdoor Electrical Distribution & Isolation

Galvanization Standard
IS 2629 / IS 4759

Out Coating
Hot Dip Galvanized

Standard
IS / IEC

Shape
Rectangular / Custom

Surface Treatment
Corrosion Resistant Coating

Height
Up to 1000 mm

Voltage
Up to 33 kV

Design
Rugged Double Stack Design

Color
Grey / Metallic Silver

Double Stack AB Switch Trade Information

Minimum Order Quantity
10000 Pieces

Main Export Market(s)
Middle East, South America, Asia, Eastern Europe, Africa

Main Domestic Market
All India

About Double Stack AB Switch

We provide Double Stack AB Switch to our clients. Our offered product is used in industries. Easy to operate, minimal contact resistance, rugged design and trouble free operation are qualities of offered AB switch.we are offering this Double Stack AB Switch in varied technical specifications at an reasonable price range.

Current Rating	100A
Rated Voltage	11kV
IP Rating	200 Amps
Product Type	Ab Switch
Surface Treatment	Powder Coating
Material	Iron
Country of Origin	Made in India

High-Performance Outdoor Isolation Switch

Designed for outdoor use in power distribution, the Double Stack AB Switch offers reliability for disconnecting and isolating circuits. Its robust build, along with quality insulation and weatherproofing, ensures longevity and safety in varied environments. With multiple mounting and customization options, it fits seamlessly into existing infrastructure.

Engineered for Safety and Longevity

Featuring mechanical endurance of over 10,000 operations, heavy-duty silver-plated arcing horns, and adherence to stringent IS/IEC and galvanization standards, this AB switch provides long-term, maintenance-friendly operation. Lockable handles and interlocking provisions enhance safety for personnel during electrical work.

FAQs of Double Stack AB Switch:

Q: How does the Double Stack AB Switch ensure safe operation in outdoor environments?

A: With a weatherproof, lockable operating handle, corrosion-resistant hot-dip galvanized surface, and heavy-duty arcing horns, the switch is specifically designed to operate reliably in outdoor electrical distribution systems. Its construction minimises risks, making it suitable for use in harsh weather conditions.

Q: What mounting options are available for this AB Switch?

A: The Double Stack AB Switch can be pole mounted or structure mounted, offering flexibility during installation. This ensures it can be deployed across various site conditions to suit specific network requirements.

Q: When should I opt for the motorized versus manual operating mechanism?

A: The manual mechanism is ideal for installations requiring simple on-site operation, while the motorized option is suited for remote or automated control, particularly in installations requiring frequent switching or integration into SCADA systems.

Q: Where is the Double Stack AB Switch typically used?

A: It is designed for outdoor electrical distribution and isolation, widely used by power utilities, substations, and distribution networks across India needing reliable isolation and switching within 33 kV systems.

Q: What process is involved in the installation and commissioning of this switch?

A: Installation involves secure mounting on poles or structures, connecting to conductors using the provided copper blades, ensuring proper earthing as per standards, and testing the interlocking and operating mechanism before commissioning the switch into service.

Q: How do the insulation materials contribute to the switchs performance?

A: High-quality porcelain or polymeric insulation materials are used to prevent electrical leakage and withstand various environmental conditions, ensuring safety and reliable performance across the rated voltage range.

Q: What are the key benefits of choosing this switch for my electrical distribution system?

A: Benefits include low maintenance, easy accessibility of parts, high mechanical endurance, robust safety features, compliance with IS/IEC standards, and adaptability to customized requirements, resulting in reliable operation and enhanced network safety.