Description

Specifications Table

Product Material – High-grade copper windings with insulated core Grade – Industrial/Research Grade Application – Voltage adjustment, testing, and calibration in electrical circuits

Product Overview

The Auto Transformer Single Phase 2 Amp Closed is engineered for precision voltage control in laboratory environments, ensuring reliable performance for sensitive electrical applications. Constructed with high-grade copper windings and an insulated core, this transformer minimizes energy loss while delivering stable output across variable input conditions. Its closed design enhances safety by reducing exposure to live components, making it ideal for continuous use in research and testing setups. The compact form factor allows easy integration into existing lab benches or portable test rigs without compromising functionality. Designed to handle fluctuations in power supply, it maintains consistent voltage levels critical for accurate experimental results. The industrial/research-grade build ensures longevity even under frequent use, while its single-phase configuration simplifies wiring and compatibility with standard lab equipment. Whether used for calibration, equipment testing, or educational demonstrations, this transformer provides the flexibility and reliability demanded by modern laboratories.

FAQs

1. What is the maximum input voltage this auto transformer can handle?

This model is designed to operate safely with standard Indian lab voltage inputs (up to 240V AC), but always verify the specific range marked on the unit.

2. Can this transformer be used for both stepping up and stepping down voltage?

Yes, it supports bidirectional voltage adjustment, allowing you to increase or decrease output voltage as required for your application.

3. Is this transformer compatible with digital multimeters for calibration?

Absolutely, its stable output makes it suitable for calibrating digital multimeters and other precision measurement devices in lab settings.

4. What safety precautions should be taken during operation?

Ensure the transformer is placed on a non-conductive surface, avoid overloading beyond 2A, and never operate with exposed wiring or damaged insulation.

5. How does this compare to variable autotransformers with higher amperage ratings?

While higher-amperage models support heavier loads, this 2A unit offers finer voltage control for low-power applications, making it ideal for sensitive lab instruments.