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Provides the ability to change the lighting level of LED, halogen and incandescent lamps, dimmable lamps, both individually and in groups (up to 300W per channel).In addition to light control, it is also great for controlling the following devices: garage doors, electric locks, pumps, actuators, and other low-power devices.
Important! During installation and operation, observe the general rules of electrical safety regarding the use of electrical appliances, as well as the requirements of regulations on electrical safety. It is strictly forbidden to disassemble a device to which any conductors are connected!
Important! Although the controller has built-in protection against incorrect power connection, and in this situation will not fail, we recommend that you pay attention to the correct polarity when connecting.
Connect the extension controller to an i3-NET network. Install the end terminators included in the equipment kit at the ends of the bus.
Connect the devices controlled by the module to the outputs. Each output is implemented in the form of a 2-pin connector and is designed for connecting conductors with a cross-section of up to 2.5 mm2. A load is connected to the contact marked "OUT" according to the type of output.
Examples of connecting loads to the Atom R4AD6 extension module are shown below.
OUT1-OUT6 - dimmers for controlling alternating current loads with a supply voltage of 180-250V.
Allows you to control the brightness of lamps and adjust the speed of rotation of fans, pumps and electric motors. The maximum load power for one dimmer channel is 300 W.
OUT7-OUT10 - relay outputs with switching current up to 5A (active load), designed for switching direct and alternating current loads with a voltage of up to 250V.
They are best suited for controlling low-power loads: thermal heads, LED lamps and lamps, devices with dry contact inputs (garage gates, impulse blinds), intermediate relays, emergency lighting, electric locks.
The device is turned on, but is not visible in the application settings
1. Check the presence of supply voltage on the module2. Check the polarity of the power supply
The load does not turn on or reacts incorrectly
1. Check the correctness and reliability of the connection2. Check if the connected load operates properly