GSM Remote Control 2 Channels GRM-10
The GRM-10 device is used for performing simple control and notification functions via the GSM network. The controller has two independent outputs with a maximum load of 16 A / 250 V AC. Two digital inputs allow integration with alarm control panels. The RS485 interface, in combination with the RXM-01 translator, enables the control of EXTA FREE system receivers from a mobile phone via user-defined SMS messages.
A large number of operating modes and configuration options make the GRM-10 an extremely useful device in various home and industrial automation systems where control signals and notifications need to be executed remotely via the GSM network.
Thanks to the CLIP function, the device can be controlled at no cost. The micro USB input and special software allow you to quickly and easily configure the GRM-10. The device is especially recommended for controlling gate electric motors, notifying about installation status, and remotely managing electric power receivers (rollers, lighting, valve actuation mechanisms, etc.).
The GRM-10 is housed in a 3-module case and is intended for mounting on a TH-35 rail.
- Remote control of electrical devices via commands sent from a mobile phone.
- Convenient control of hard-to-access devices (ventilation, heating, etc.).
- Two relay outputs with a load capacity of 16A.
- Visual operation indication (power supply, relay status, GSM modem status).
- Low power consumption, capable of continuous operation.
Technical Specifications:
- Nominal supply voltage: 230V AC/DC.
- Protection level: IP20.
- Maximum relay current: 16A.
- Maximum relay voltage: 250V AC.
- Maximum relay power: 4000VA.
- 2 NO contacts.
- Use category AC1.
- DIN control units.
Specifications
- Nominal Voltage
- 250 V
- Rated Voltage
- 16 A
Features & Functions
- WiFi
- No
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.