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Product description: Zamel mROW-02 - WiFi lighting controller - Android / iOS application
A ready-made module designed for convenient control of lighting circuits and household appliances via a WiFi network using a smartphone application. At the same time, mROW-02 provides information about the electricity consumption of the controlled circuit. Allows you to control two different channels separately. Closed in a miniature housing , the module can be placed inside a box with a diameter of 60 mm. The device is equipped with an additional neutral wire connector , which will make installation faster and easier, as well as with an overload protection system factory set to 5 A. The controller is managed from the Supla environment, from where you can remotely control devices in your home.
You can use the free Suple application on both Android and iOS devices .
Control module for home appliances and lighting circuits.
mROW-02 has an additional neutral wire connector, which makes it extremely easy to install.
Main features of mROW-02
- WiFi communication
- Communication with the cloud
- Built-in electricity monitor
- Extra connector for neutral wire
- Possibility to control 2 channels separately
- Overload protection system
- Possibility to control lighting supporting mono and bistable switches
- Free driver application
- Compact housing
Driver technical specification
- Producer: Zamel
- Model: mROW-02
- Rated supply voltage: 230 V, 50/60 Hz
- Rated power consumption: 1.2W
- Communication: WiFi 2.4 GHz
- Number of inputs: 2
- Number of outputs: 2
- Maximum output load: 2 x 5 A / 250 V AC:
- incandescent and halogen bulbs - 750 W
- CFL fluorescent lamps - 250 W
- LED bulbs - 60 W
- Cooperation with switches: monostable and bistable
- Housing protection degree: IP20
- Number of connection terminals: 7 (wires up to 1.5 mm²)
- Operating temperature: -10°C to 55°C
- Mounting method: to a flush-mounted box
- Can dimensions: diameter min. 60mm
- Housing dimensions: 40 x 37.5 x 17 mm
- Weight: 31g
The module provides information on the electricity consumption generated by the controlled circuit.
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