The relay actuator is used to switch selected electrical consumers. A variety of functions can be switched via four potential-free contacts. The sWave.NET® wireless system and the Sensor Bridge connect the relay actuator simply and easily to the system. The Sensor Bridge serves as a central database for management of the relay status. As a standard feature it provides a REST-API via http(s) to establish the relay status and to request new status updates.
Highlights
Integration in the sWave.NET® wireless system
4 independently switching relay outputs
Extremely low power consumption (small 20 mA), thus very well suited to mobile applications
With the relay actuator, consumers such as indicator lamps can be switched in typical Andon applications. Due to the extremely low power consumption of the actuators, the devices are also used in mobile AGV in order to extend the running times of these vehicles. For example, an AGV can be woken by a relay actuator from its Deep Sleep mode. At regular intervals (usually 1 minute) the relay receivers are sent the status information needed to activate an AGV via the wireless system.
The relay actuator is used to switch selected electrical consumers. A variety of functions can be switched via four potential-free contacts. The sWave.NET® wireless system and the Sensor Bridge connect the relay actuator simply and easily to the system. The Sensor Bridge serves as a central database for management of the relay status. As a standard feature it provides a REST-API via http(s) to establish the relay status and to request new status updates.
Highlights
- Integration in the sWave.NET® wireless system
- 4 independently switching relay outputs
- Extremely low power consumption (small 20 mA), thus very well suited to mobile applications
With the relay actuator, consumers such as indicator lamps can be switched in typical Andon applications. Due to the extremely low power consumption of the actuators, the devices are also used in mobile AGV in order to extend the running times of these vehicles. For example, an AGV can be woken by a relay actuator from its Deep Sleep mode. At regular intervals (usually 1 minute) the relay receivers are sent the status information needed to activate an AGV via the wireless system.
