Specifications Table

Product Material – Copper wound core with insulated housing

Grade – Industrial/Research Grade

Application – Voltage adjustment, testing, and calibration in lab environments

Product Overview

This single-phase auto transformer (4A) is engineered for precise voltage regulation, offering seamless adjustability in laboratory and research applications. The copper-wound core ensures high efficiency and minimal energy loss, while the closed design enhances safety by preventing accidental contact with live components. Built for durability, it features a robust insulated housing that resists wear and electrical interference, making it suitable for continuous use in demanding setups. The transformer’s compact form factor allows easy integration into existing workstations without occupying excessive space. Whether used for testing equipment, calibration, or powering sensitive devices, its smooth voltage control mechanism delivers consistent performance. The unit is designed to handle minor fluctuations without compromising output stability, ensuring reliable operation even in variable power conditions. Ideal for environments where precision and safety are paramount, this auto transformer combines functionality with ease of use, reducing the need for additional voltage regulation tools.

FAQs

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

The transformer is rated for standard single-phase input voltages, typically up to 230V AC. Always verify compatibility with your power source before use.

2. Can this transformer be used with sensitive electronic devices?

Yes, its smooth voltage regulation makes it suitable for powering delicate instruments, provided the current draw does not exceed 4A.

3. Are there any alternatives for higher current requirements?

For applications exceeding 4A, consider step-up or isolation transformers with higher ampere ratings, available in our lab power supply range.

4. How should this transformer be stored when not in use?

Store in a dry, dust-free environment away from direct sunlight or moisture. Keep terminals covered to prevent oxidation.

5. Is this transformer compatible with invertors or UPS systems?

Compatibility depends on the inverter/UPS output waveform. Pure sine wave systems work best; modified sine wave may cause inefficiencies or noise.