Sudharsan Insulations
4 products found

Sudharsan Insulations products

Loading Transformer (Wound Secondary)

Sudharsan - Model Type SI/LTR-20 (spl) - Loading Transformer (Wound Secondary)

A Loading Transformer with the designation Type SI/LTR-20 (spl), also referred to as a Loading Transformer with a “Wound Secondary,” is a specialized electrical device designed for applying adjustable loads to electrical circuits during testing, calibration, and performance assessment. This type of transformer typically offers precise control over load parameters and is widely used in various applications where load control and measurement are critical.

Sudharsan - Model Type SI/LTR-5/10/15 - Loading Transformer (Wound Secondary)

A Loading Transformer with the designation Type SI/LTR-5/10/15 is a specialized transformer designed for providing adjustable loads to electrical circuits during testing, calibration, and performance evaluation. These transformers typically offer three different load settings: 5, 10, and 15, which represent the available load levels that can be applied to the circuits under test.

Sudharsan - Model Type SI/LTR-20 - Loading Transformer (Wound Secondary)

A Loading Transformer with the designation Type SI/LTR-20 is a specific type of transformer designed for use in electrical testing and calibration applications. This transformer is known for its ability to provide a precisely controlled and adjustable load to electrical circuits, allowing for testing, calibration, and performance assessment of various electrical equipment and systems. Here are some key features and applications associated with this type of loading transformer

Sudharsan - Model Type SI/LTR-(w) - Loading Transformer

A Loading Transformer with the designation Type SI/LTR-(w) is a specialized transformer designed as a window-type or toroidal transformer. These transformers are used for providing adjustable loads to electrical circuits during testing, calibration, and performance evaluation, similar to other loading transformers. The “window model” or “toroidal” design implies that these transformers have a toroidal or ring-shaped core with a secondary winding that can be passed through the core’s central opening, facilitating the measurement of currents without requiring direct contact with the primary circuit