Industrial relay 2P 10A 48V DC AgNi R15-2012-23-1048-WT 802889

Industrial Relay – Reliable Switching of DC Circuits

This compact electromagnetic relay is designed to operate in demanding industrial conditions. Its versatility makes it suitable for both control installations and automation. The relay is designed for mounting in plug-in sockets, which facilitates its replacement and maintenance.

The R15-2012-23-1048-WT relay features a double-pole (2P) switching contact arrangement, allowing control of two independent circuits. Made of high-quality materials, including AgNi (silver-nickel) contacts, it ensures reliable operation and long life. The IP40 protection class protects against access to internal components.

Construction and application

This relay is ideal for applications requiring switching circuits with a voltage of up to 250V AC or 24V DC at a current of 10A. Thanks to the polarized 48V DC input, it provides precise control. A mechanical flag W and a test button T with contact locking facilitate diagnostics and device functionality checks. Compact dimensions (35 x 35 x 54.4 mm) allow mounting in tight spaces.

• Wide range of applications: controlling motors, lighting, heaters, solenoid valves and other electrical devices.
• Trouble-free mounting: compatible with popular sockets PZ8, GZU8, GZ8, GZP8 and GOP8 – relay replacement is quick and easy.
• Safety: has a CE marking confirming compliance with European Union standards.
• Durability: the AgNi contact material provides high resistance to wear and corrosion, guaranteeing long-term operation of the device.
• Diagnostics: the mechanical operation indicator and test button facilitate identification of any relay problems.

User parameters and construction

The relay has been designed with ease of use and reliability in mind. The 2P output allows you to control two circuits simultaneously, and the compact dimensions allow integration with various automation systems. Terminals A1(2) - A2(7) are used to connect the coil with a 48V DC voltage, while terminals 11(1)-12(4)-14(3) and 21(8)-22(5)-24(6) are responsible for the switching contacts. The IP40 degree of protection provides basic protection against solid objects. The relay design is based on the principle of residual magnetism – which means that after the coil voltage disappears, the contacts remain in the last position.