SQUARE D 9070T200D1 Industrial Control Transformer, Type T, 1 Phase, 200VA, 240 x 480V Primary, 120V Secondary

Square D 9070T150D4 transformer is ideal for voltage conversion and isolation in various industrial and commercial applications. With its reliable design & high efficiency, this transformer efficiently converts electrical energy between different voltage levels, ensuring the safe & optimal operation of electrical equipment. This transformer is used in control panels, machinery, power distribution setups and automation systems. It offers a foot mounting option for easy installation and secure placement in various set ups. This CSA-approved & UL-listed transformer is designed with an open enclosure style, allowing efficient heat dissipation and easy access for maintenance and inspection. It comes with an epoxy resin varnish coating, ensuring durability and shielding against environmental elements.

Working Mechanism:

• This Square D 9070T200D1 transformer operates on electromagnetic induction principles.
• It converts electrical energy between different voltage levels.
• The transformer consists of primary and secondary coils wound around a shared iron core.
• When AC voltage is applied to the primary coil, it induces a changing magnetic field.
• This magnetic field results in voltage transfer from the primary to the secondary circuit at a different voltage level.

Frequently Asked Questions:

Q. What frequency does Square D 9070T200D1 transformer support?

A. This transformer is compatible with 50 Hz and 60 Hz electrical frequencies.

Q. What are the factors to consider when choosing a Square D transformer for my application?

A. Major factors include input and output voltage, power capacity, application suitability, frequency compatibility, mounting and enclosure style, temperature rise and enclosure finish.

Q. What is the difference between a control transformer and a power transformer?

A. A control transformer is designed for low-power control circuits, offering isolated low-voltage outputs to drive relays and control devices. In contrast, a power transformer is engineered to handle higher power levels for distributing electrical energy across transmission and distribution networks. The focus of a control transformer is precision and safety for control circuits, while a power transformer deals with efficient energy transmission at larger scales.