Ajax Relay module Relay module Control with 7-24V DC (wireless device)

The Ajax Relay Module is a versatile and efficient solution for remote control of electrical systems via a wireless network.

The module is compatible with both low-voltage systems and household electricity, making it ideal for controlling a variety of devices, from lighting and gates to valves and electromagnetic locks.

The relay module is equipped with a dry contact and operates without a galvanic connection to the unit's power supply, which allows it to be used in a variety of electrical installations.

One of the most prominent features is the flexible operating technology that offers both bistable and pulse modes to suit different types of use.

In pulse mode, the user can adjust the duration from 0.5 to 255 seconds, allowing the module to be set exactly as needed.

The relay module is also equipped with a voltage protection that protects the device against voltage spikes and ensures long durability and operational reliability.

Installation is easy and takes only a few minutes. By connecting the module to the Ajax hub via the Ajax app, users can quickly access their devices.

The miniature designed unit (39×33×18 mm) fits perfectly into electrical junction boxes and electrical panels, and an external antenna ensures stable communication up to 1000 meters in open terrain.

The Relay module is built with Ajax's Jeweler radio technology, ensuring fast and secure communication between devices.

The encryption and authentication prevents forgery and hacking, making the system both secure and reliable.

The relay module can handle both resistive and inductive loads and supports a maximum current load of 13A at 230V~ and 5A at 24V⎓.

The relay module is ideal for use in both small and large installations and can be used to control a range of electrical devices.

With support for automation via the Ajax apps, Relay can be easily integrated into automated scenarios, such as turning on lights when an alarm is activated, or controlling valves and gates based on schedules or alarm events.