Current monitoring relay, 0.3 - 15 A, 220 - 240 V AC EMR6-I15-A-1 184754

Current monitoring relay EMR6-I15-A-1 – reliable installation protection

The EMR6-I15-A-1 current monitoring relay is an advanced device designed for comprehensive protection of electrical installations. It provides overcurrent and undercurrent control, protecting against overloads, short circuits and malfunctioning receivers. Its versatility and wide measurement range (0.3…15 A) make it an ideal solution for both professional installers and end-users who care about the safety and reliability of power supply. The device is a direct replacement for outdated EMR4-I15-1-A models (cat. no. 106943), which simplifies the modernization of existing systems.

Functionality and application

The EMR6-I15-A-1 relay offers versatile possibilities for monitoring current in single-phase circuits. Thanks to the ability to configure two current setting ranges (0.3…1.5 A and 3…15 A), it can be adapted to various applications – from protecting delicate electronics to securing motors and devices with high power consumption. Use in industry, construction or in households allows for effective protection against failures and costly downtime. The device does not require an external power supply, which simplifies installation and reduces installation costs.

Design features and operating parameters

The relay is characterized by a compact design (22.5 mm wide, 85.6 mm high and 103.7 mm deep) allowing for mounting on a DIN rail. Made of high-quality materials, it ensures durability and reliable operation even in harsh environmental conditions. The screw connections used guarantee secure and stable electrical connections. The device operates within a wide range of supply voltages (24…240 V AC/DC) and ambient temperatures (-25°C to 60°C). Thanks to this, it can be used without fear in various industrial and commercial applications. The maximum delay time when power is applied is 30 seconds, and the minimum delay time when power is lost is 0 seconds, allowing for a quick response to changes in the circuit.