Leave your address - as soon as the price of the product goes down, you'll know about it right away
Hager MZ203 Shunt Trip Release 230-415V AC/DC, 1 Module
Hager MZ203 Shunt Trip Release 230-415V AC/DC, 1 Module
In cart {{totalProductsCount}} item(s)
Your cart is empty
Hager MZ203 Shunt Trip Release 230-415V AC/DC, 1 Module
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Hager MZ203 Shunt Trip Release 230-415V AC/DC, 1 Module
Hager MZ203 Shunt Trip Release 230-415V AC/DC, 1 Module
The Hager MZ203 is a high-quality shunt trip release engineered for the remote tripping of circuit breakers within electrical distribution systems. This device provides a reliable solution for emergency shutdowns or automated control sequences, ensuring that circuit protection equipment can be operated safely from a distance. Designed for efficiency, it operates across a wide voltage range of 230-415V AC/DC, making it a versatile component for various industrial and commercial electrical installations.
The primary benefit of the Hager MZ203 is its ability to facilitate remote control over circuit breakers, which significantly enhances the safety and operational flexibility of an electrical panel. Its compact 1-module width allows for space-saving installation in standard distribution boards without requiring extensive modifications. Furthermore, the device is built to the high standards associated with the Hager brand, ensuring long-term reliability and consistent performance even in demanding electrical environments.
This shunt trip release is not intended for use in low-voltage control circuits below 230V AC/DC. It is also not suitable for applications requiring continuous duty cycles, as it is designed for intermittent operation to trigger a trip mechanism.
The Hager MZ203 should be installed by a qualified electrician onto the side of a compatible circuit breaker. Once mechanically coupled, the electrical terminals must be connected to the control circuit that will provide the trigger signal. Ensure that the control voltage matches the specified range of the device. After installation, perform a functional test to verify that the shunt trip successfully triggers the circuit breaker mechanism when the control signal is applied.
Always disconnect the main power supply before attempting to install or service the shunt trip release. Ensure that the control circuit is protected by an appropriate fuse or circuit breaker to prevent damage to the coil during operation.
{{highlightedFeature.featureTitle}}:
{{getProductFeatureValueById(product, highlightedFeature.featureId)}}