RS PRO Current Transformer 50A 8mm Bore PCB Mount Plastic Body AC 50-60Hz 124-3883

RS PRO 124-3883 Current Transformer is a PCB mountable device designed for accurate sensing of AC current up to 50A. Featuring an 8mm bore and a plastic body made from UL94 V0 flame-retardant material, this current transformer provides reliable electrical isolation and robust performance suitable for industrial and automation systems.

The device operates efficiently over a frequency range of 50Hz to 60Hz and withstands operating temperatures from -40°C to 120°C, supporting demanding environmental conditions. Its encapsulated toroidal design enables easy integration onto printed circuit boards for compact, reliable current measurement solutions.

Typical use cases include branch circuit overload detection, load drop sensing, and shutdown controls in process control and automation applications. The measurement accuracy can be further enhanced by adjusting the number of primary turns.

The solid plastic body ensures durability and safety compliance with a 2.5 kVac isolation test voltage. This low cost yet high-functionality Current Transformer is ideal for electrical engineers and system integrators requiring precise current sensing within compact footprints.

Accurate current detection for branch circuit overload and load drop protection. Encapsulated toroidal sensor suitable for PCB mounting. Operates within a temperature range of -40°C to 120°C. Bandwidth supports 50 Hz to 60 Hz AC current sensing.

Plastic body made from flame-retardant UL94 V0 material. Provides electrical isolation with 2.5 kVac isolation test voltage. Measurement accuracy improves by increasing primary turns. Low cost and easy to integrate into process control systems.

Durable design optimized for industrial and automation applications. Compact dimensions: width 20.5mm, depth 35mm.

RS PRO products are suitable for a wide range of industrial, automation, electrical distribution, and process control environments. Explore the extensive RS PRO catalog on EnvMart for compatible and complementary electrical components.