Blue Sea Systems 1829-BSS AC Current Transformer, 300A AC / 50mA AC, Model 1829-BSS

Blue Sea AC Coil Current Sense 300A/50mA

The Blue Sea Systems 1829-BSS AC Current Transformer is a reliable and precise instrument designed to measure alternating current (AC) in electrical systems. With a maximum current rating of 300 amps and a secondary current of 50 milliamps, this transformer is ideal for monitoring and safety applications in both residential and commercial environments. Its robust construction ensures durability and consistent performance even under demanding conditions.

The transformer features an inside diameter of 1.25 inches (31.75 mm) and an outside diameter of 2.68 inches (68.07 mm), making it suitable for a variety of wiring setups. The device weighs approximately 4 pounds (1.81 kg), providing a stable and sturdy presence in your electrical panel or equipment setup. Designed with precision in mind, the Blue Sea Systems 1829-BSS ensures accurate current readings, helping you maintain safe and efficient electrical systems.

Constructed with safety and environmental considerations, this transformer includes a Prop 65 warning regarding potential cancer and reproductive harm, ensuring users are informed of its safety data. The unit is built to last, supporting ongoing monitoring with minimal maintenance, and is suitable for integration into complex electrical systems requiring precise current measurement. Whether for troubleshooting, system upgrades, or routine monitoring, the Blue Sea Systems 1829-BSS AC Current Transformer offers dependable performance backed by trusted engineering.

Features:
* Current Rating: 300 amps AC with a 50mA AC secondary output for accurate measurement
* Durable Construction: Built to withstand demanding electrical environments
* Compact Size: Inside diameter of 1.25 inches and outside diameter of 2.68 inches for versatile installation
* Robust Weight: Approximately 4 pounds (1.81 kg) for stability during operation
* Safety Warning: Includes Prop 65 warning for potential cancer and reproductive harm