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Sandwich Busbar Reducer

Name: Sandwich Busbar Reducer
Brand: Ganpati Electricals Pvt. Ltd.
Price: 3148-3523 INR
Availability: InStock

Price 3148-3523 INR/ Kilograms

Get a Price/Quote

MOQ : 500 Kilograms

Sandwich Busbar Reducer Specification

Insulation Material
Polyester Resin

Efficiency
>99%

Overheating Protection
YES

Shape
Rectangular

Surface Finish
Epoxy coated

Connector Type
Flat Terminal

IP Rating
IP55

Feature
Flame Retardant, High Conductivity

Operating Temperature
-30C to +105C

Mounting Type
Vertical & Horizontal

Power Factor
1.0

Humidity %
95% RH

Product Type
Sandwich Busbar Reducer

Application
Electrical Power Distribution, Panel Boards, Switchgears

Protection Level
High

Frequency (MHz)
50/60 Hz

Rated Voltage
690V AC

Energy Consumption
Low

Output Type
Busbar

Color
Red / Grey

Dimension (L*W*H)
220*75*35 mm

Weight
1.6 kg

Phase
Three Phase

Size
Customizable

Input Voltage
Up to 690V

Connection Type
Bolted

Material
Copper / Aluminum Core, Insulated

No Of Poles
3 Pole / 4 Pole

Sandwich Busbar Reducer Trade Information

Minimum Order Quantity
500 Kilograms

Supply Ability
15000 Kilograms Per Month

Delivery Time
1 Months

About Sandwich Busbar Reducer

Ganpati Electricals Pvt. Ltd. is a business partner of Larsen & Toubro for Bus Bar Trunking System, which is used in hotels, data centers, hospitals, airports, industries, factories, apartments etc. Electrical busbar systems are a modular approach to electrical wiring.

Busbar Trunking System is a prefabricated electrical distribution system consisting of busbars in a protective enclosure, including straight lengths, fittings, devices and accessories. These are mainly of two types namely Air-Insulated Trunking Busbar System and Sandwich Trunking Busbar System.

Sandwich Busbar Trunking System is epoxy insulated and used for transferring 400A to 6300A current for up to a maximum of 1000V. Compaired to this Conventional Busbar Trunking System is air insulated and is used for 100-400A current for upto a maximum of 415V. Besides these two, there comes also air-insulated Medium Voltage Busbar Trunking System for 100A to 6300A current for up to a maximum load of 33 kV.

Busbar Trunking System of L&T comes in a metal enclosure and is quite compact in size. It requires no maintenance and can easily last for more than 20 years. Compared to normal cabling, it requires much less space and can be installed within a very short time.

Sandwich Busbar Trunking System has a high tolerance to heavy voltage drop. It has single bolted copper or alumium busbars meant for 400A to 6300A current for a load of maximum 1000V.

Compared to Sandwich Busbar Trunking System, Conventional Busbar Trunking System is air-insulated. It has multi-bolted copper busbars housed in a 1.6 mm thick GI container having epoxy coating. Conventional Busbar Trunking System is meant for 100A to 400A current for an operating voltage upto 415V.

Larsen & Toubro has also Medium Voltage Busbar Trunking System for 400A to 5000A current for a load of 3.6 kV to 24kV. The enclosure is made of GI, Stainless Steel or Aluminium and is epoxy coated. The Busbars are made of Copper or Aluminium having multiple bolted splice plate joints.

All types of L&T Busbar Trunking Systems are ISO approved for their quality and for fire safety.

Superior Fire and Impact Resistance

With a high-grade class V0 fire resistance and an IK08 mechanical impact rating, this busbar reducer is designed to withstand harsh electrical environments. It adheres to the UL94 V-0 flammability standard, reducing fire risks and ensuring operational safety in both indoor and outdoor installations.

Adaptable and Durable Construction

Crafted with insulated copper or aluminum cores, and finished with epoxy coating, the busbar reducer offers exceptional conductivity and corrosion resistance. Its robust construction supports vertical and horizontal mounting, making it suitable for a range of electrical power distribution applications and adaptable to varying installation requirements.

FAQs of Sandwich Busbar Reducer:

Q: How does the Sandwich Busbar Reducer enhance safety in electrical systems?

A: The Sandwich Busbar Reducer is engineered with fire-resistant class V0 insulation and meets UL94 V-0 flammability standards. Its IK08 impact strength and corrosion-resistant design, coupled with a high protection level (IP55), provide comprehensive safety for both indoor and outdoor electrical distribution systems.

Q: What installation process is recommended for this busbar reducer?

A: The reducer features a bolted connection type and flat terminal connectors, supporting both vertical and horizontal mounting. Proper installation involves securely fixing the busbar reducer to distribution panels or switchgears, ensuring compatibility with your systems voltage (up to 690V AC) and current requirements (up to 3150A).

Q: Where can the Sandwich Busbar Reducer be used most effectively?

A: This busbar reducer is ideal for electrical power distribution in panel boards, switchgears, and related systems in industrial or commercial environments. Its high environmental resilience supports both indoor and outdoor usage, especially where fire and corrosion protection are essential.

Q: What are the advantages of its epoxy-coated, insulated design?

A: The epoxy coating provides strong resistance to corrosion and mechanical wear, while the 2.5 mm polyester resin insulation minimizes electrical leakage, sustains high thermal stability, and further enhances the safety and efficiency of power distribution.

Q: When should I consider using a customizable size or pole configuration?

A: Customizable size and the option for 3 or 4-pole configurations enable seamless integration with existing panel layouts and unique installation needs, making it suitable for both system upgrades and new projects.

Q: How does the reducers efficiency and service life benefit my operations?

A: With greater than 99% efficiency and a service life exceeding 25 years, this busbar reducer considerably reduces maintenance frequency, downtime, and operational costs, leading to reliable power distribution over long-term use.

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