Starting Guide Atom Ferrum +R12

Atom Ferrum +R12

Atom Ferrum +R12

Can be used for full automation of small projects. Best suited for controlling devices such as garage doors, motorized blinds, electric locks, pumps, actuators, boilers and more.

Modifications

Atom

Atom

Basic version

Atom N

Atom N

Connect wireless devices and enjoy the remote control access

Atom N + OLED-дисплей

OLED-display

Optional for Atom N
Configure and diagnose devices even without internet connection

Functional elements

Atom Carbon N with numbers
1. 9-48V DCPower supply
2. CAN bus ensures synchronized operationof all Atom series devices
3. Integrate 3rd party devicesusing RS-485 interface
4. 5V and 3.3V portsfor sensors power supply
5. 22 multifunction input ports (16 in N modification)for temperature, air quality, water leakage sensors and switches connection
6. Buttonsfor navigation and control of the OLED display menu
7. Graphic OLED displayfor control and monitoring (optional for N modification)
8. Ethernet port for network connectionpossibility of remote control using the phone or voice assistants (N modification)


Outputs

Illustration
1. Energy meter with the ability to accurately measure voltage, current and power consumption
2. 14 x 5A relaysfor connection of electrical devices
3. 8 x 10A relays with built-in load control sensor for connection of electrical devices

LED Indication

Atom Carbon N with numbers

1. Device status indication

2. LAN connection indication

3. Relay output ports indication

4. Output ports type and status indication

Technical specifications

Note : Technical specifications, wiring diagrams, input and output specifications and other technical information can be viewed on page Atom Ferrum +R12

Installation guide

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!

Atom series controllers require pre-configuration:


1. Installation

Install the controller and power supply to the DIN rail. Make sure there are no signs of mechanical damage or condensation. If necessary, install additional switchboard equipment - contactors, circuit breakers, power supplies and other automation devices.


2.Power supply

Connect the power supply to the mains via the circuit breaker. Connect the power supply output to the controller's power connector.
Controller power connectors, sensor power outputs and load control outputs for easy installation are made in the form of removable connectors with screw terminals.

Illustration

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.

3. i3-NET

If your system uses multiple controllers, connect them to a i3-NET network. Install the end terminators included in the equipment kit at the ends of the bus.

Illustration

4. RS-485

If you have Modbus controled devices, connect them to the bus and connect them to the RS-485 connector. Install the end terminators included in the equipment kit at the ends of the bus.

Illustration

5.Sensors power supply

A 5V and 3.3V controller outputs are provided to power the sensors.

Important! If the system uses sensors or actuators with other operating voltages, use additional power supplies or the power supply that powers the controller. If the system uses several power supplies - connect their "negative" terminals to each other.

6. Input connections

Connect sensors, switches and other devices to the controller inputs. The inputs of the controller use connectors with spring-loaded contacts, which provides convenience and reliability of connection of conductors with a cross-section up to 1.5 mm2.

Atom Ferrum +R12

    • TYPE OF INPUT / # OF INPUT

    • 1-2

    • 3-11

    • 12-16

    • 17-22

    • TYPE OF INPUT / # OF INPUT

    • TYPE OF INPUT / # OF INPUT

    • 1-2

    • 1-2

    • 3-11

    • 3-11

    • 12-16

    • 12-16

    • 17-22

    • 17-22

    • Analog (thermistor, photoresistor, etc.)

    • TYPE OF INPUT / # OF INPUT

    • Analog (thermistor, photoresistor, etc.)

    • 1-2

    • 3-11

    • 12-16

    • 17-22

    • Digital (motion sensors, light level sensors, switches, buttons, etc.)

    • TYPE OF INPUT / # OF INPUT

    • Digital (motion sensors, light level sensors, switches, buttons, etc.)

    • 1-2

    • 3-11

    • 12-16

    • 17-22

    • Interface (1-Wire sensors)

    • TYPE OF INPUT / # OF INPUT

    • Interface (1-Wire sensors)

    • 1-2

    • 3-11

    • 12-16

    • 17-22

Atom Ferrum N +R12

    • TYPE OF INPUT / # OF INPUT

    • 1-2

    • 3-11

    • 12-16

    • TYPE OF INPUT / # OF INPUT

    • TYPE OF INPUT / # OF INPUT

    • 1-2

    • 1-2

    • 3-11

    • 3-11

    • 12-16

    • 12-16

    • Analog (thermistor, photoresistor, etc.)

    • TYPE OF INPUT / # OF INPUT

    • Analog (thermistor, photoresistor, etc.)

    • 1-2

    • 3-11

    • 12-16

    • Digital (motion sensors, light level sensors, switches, buttons, etc.)

    • TYPE OF INPUT / # OF INPUT

    • Digital (motion sensors, light level sensors, switches, buttons, etc.)

    • 1-2

    • 3-11

    • 12-16

    • Interface (1-Wire sensors)

    • TYPE OF INPUT / # OF INPUT

    • Interface (1-Wire sensors)

    • 1-2

    • 3-11

    • 12-16

Important! The inputs are numbered, and several terminals are marked with a "common" terminal (marked with the letter "G") - this is a common contact, it is connected to the "minus" power supply of the controller. All common contacts are interconnected, so when connecting switches with a lot of wired cable, if necessary, it is enough to use only one connection to the "G" terminal.

Схема підключення давачів


7. Output connections

Connect the controlled devices to the outputs. Each output is implemented in the form of a 2-pin connector and is designed to connect conductors with a cross-section up to 2.5 mm2. One of the contacts is marked "OUT". The load is connected according to the type of output.
Examples of connecting loads to Atom Ferrum +R12 are given below.

OUT1-OUT8 - relay outputs with switching current up to 16A (active load), designed for switching DC and AC loads with voltage up to 250V.
The outputs are designed to connect heavy loads: lighting groups, pumps, fans, electric motors, boilers, electric heaters.

Схема пілключення LED-ламп

OUT9-OUT22 - relay outputs with switching current up to 5A (active load), designed for switching DC and AC loads with voltage up to 250V.
They are best suited for controlling low-power loads: thermal heads, LED lamps and luminaires up to 10 W, devices with dry contact inputs (garage doors, impulse blinds), intermediate relays, emergency lighting, electric locks.
AC IN and AC OUT connectors - energy meter input and output connections. The built-in energy meter is designed to control the voltage, current consumption and power of devices connected to the AC OUT connector. Controlled voltage range 170 - 250V, current - up to 10A.

Illustration

8. Network connection (modification N)

The operation of network controllers requires remote access to configure, manage and control their operation. To ensure these capabilities, at least one of the controllers must be able to connect to a wired or wireless network. In the Atom product line, these are the N modification controllers. Don't forget to connect the network cable to the controller or configure access to the home Wi-Fi network .

Important! The router must have a DHCP server configured to automatically issue the IP address and network mask.

Illustration

9. Done. Turn on the power

Important! Check all connections. Make sure that the power supply, inputs and outputs are connected correctly.

10. i3 Home App configuration

After turning on the controller, you need to download the i3 Home mobile application and configure the system.

List of typical problems and their solutions

  • LED indicators do not light

    1. Check the supply voltage on the controller
    2. Check the polarity of the power supply

  • The device is turned on but not in the application settings

    1. Make sure Wi-Fi and bluetooth are turned on on your smartphone or tablet2. Verify that the home network password is specified correctly in the controller settings

  • Inputs do not respond to signals from sensors or switches

    1. Check that the connection is correct2. Check that the connections at the controller and sensor terminals are secure3. Check the login configuration to the type of sensor or switch

  • Output status indicators are not lit

    Check that the output settings are correct in the controller settings

  • The output status indicator lights up, the device does not turn on, or responds incorrectly

    1. Check that the connection is correct and reliable2. Check the device for damage

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