Variac Aluminium Base

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Variac Aluminium Base Specification

Cooling Type
Air cooled

Dimension (L*W*H)
180mm x 180mm x 170mm (Approx.)

Rated Voltage
230V AC

Capacity
2 KVA

Load Loss
Low

Coil Material
Copper

Voltage Booster Type
Manual rotary

High Voltage
270V max

Low Voltage
0V min

Product Type
Variac (Variable Autotransformer)

Material
Aluminium Base with Copper Winding

Frequency (MHz)
50 Hz

Efficiency
98%

Phase
Single Phase

Usage
Variable voltage supply, laboratory testing, and voltage regulation

Coil Structure
Toroidal

Coil Number
Single

Power Scope
Up to 20 Amps operation

Weight
Approx. 5 kg

Variac Aluminium Base Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
Unit

Delivery Time
7 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Carton Box.

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, Western Europe, Africa, Central America, South America, Asia

Main Domestic Market
All India

About Variac Aluminium Base

Variac Aluminium Base (28 amp)

We are involved in offering Variac Aluminium Base (28 amp) which is offered in diverse specifications to meet the individual requirements of our clients based in the country and abroad. In our state-of-the-art production unit, these Variac Aluminium Base (28 amp) are designed using premium grade materials as per the International quality standards. We offer at reasonable prices.

Versatile Voltage Regulation for Laboratories and Industry

This Variac offers precise voltage control, spanning from 0V to 270V, making it essential in laboratory testing, repair workshops, and calibration environments. With its aluminium base and durable copper windings, the device supports variable testing scenarios while ensuring electrical stability and safety.

User-Friendly Mounting Options

With both table-top and panel mounting capabilities, this variac enables flexible installation settings. Its open frame structure paired with compact design (180mm x 180mm x 170mm) allows easy integration into various setups, whether temporary or permanent.

High Efficiency and Reliable Performance

Efficiency is paramount with this model, offering a 98% performance rate. The self-lubricating carbon brush ensures minimal maintenance, while the toroidal single-coil structure provides smooth voltage adjustment and low load loss for continuous operation.

FAQs of Variac Aluminium Base:

Q: How does the Variac Aluminium Base improve voltage regulation in laboratory testing?

A: The Variac allows for precise manual adjustment of output voltage from 0V to 270V AC. This feature is particularly valuable in laboratory settings, where accurate voltage levels are required for equipment testing and calibration.

Q: What is the benefit of the self-lubricating carbon brush in the Variacs design?

A: The self-lubricating carbon brush reduces wear, minimizes maintenance, and enhances the lifespan of the contact system, ensuring smooth operation and reliable electrical contact during voltage adjustment.

Q: When should I use this variac instead of a standard transformer?

A: This variac is suitable when variable voltage output is required, such as in testing environments, equipment calibration, or applications needing gradual voltage adjustments, which a standard transformer typically cannot provide.

Q: Where can the Variac Aluminium Base be installed?

A: The device supports both table-top and panel mounting, offering flexibility to integrate it into existing workbenches, panels, or laboratory test setups depending on spatial availability and functional requirements.

Q: What is the process for adjusting voltage with this variac model?

A: Voltage adjustment is achieved via a manual rotary handle connected to the carbon brush. Turning the handle alters the contact position on the toroidal coil, incrementally increasing or decreasing the output voltage.

Q: What materials ensure the durability of this variac?

A: Constructed with an aluminium base for sturdiness and copper winding for efficient conductivity, the device also utilizes a carbon brush contact system to maximize performance and prolong operational life.

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