Description

Specifications Table

Product Material – Copper wound with insulated core

Grade – Industrial/Research

Application – Voltage adjustment, power stabilization, testing

Product Overview

The Auto Transformer Three Phase 10 Amp Closed is engineered for laboratories requiring precise voltage control across three-phase systems. Built with high-grade copper windings and an insulated core, it ensures minimal energy loss and consistent performance even under fluctuating loads. The closed design enhances safety by preventing accidental contact with live components, making it suitable for continuous operation in research and testing environments. Its robust construction resists overheating, while the 10A rating supports moderate to high-power applications without compromising stability. The transformer’s compact form factor allows easy integration into existing setups, and its three-phase configuration enables balanced power distribution for sensitive instruments. Whether used for calibrating equipment, simulating voltage conditions, or stabilizing power supply, this unit delivers reliability with low harmonic distortion. The industrial-grade build adheres to strict quality standards, ensuring longevity and repeatable results in demanding lab conditions.

FAQs

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

The transformer is designed for standard three-phase input voltages up to 440V, but always verify compatibility with your specific power source before use.

2. Can this transformer be used with single-phase equipment?

No, this is a three-phase auto transformer and requires a three-phase power supply; it is not suitable for single-phase applications.

3. How does this differ from a variable autotransformer?

This model provides fixed voltage steps for three-phase systems, whereas variable autotransformers offer continuous adjustment, typically for single-phase use.

4. What safety precautions should be taken during operation?

Ensure proper grounding, avoid overloading beyond 10A, and keep the unit in a well-ventilated area to prevent overheating. Always disconnect power before servicing.