Atom Ferrum

The ideal solution for controlling powerful and inductive loads, such as lighting groups, pumps, fans, electric motors, controlled sockets.

Installation guide

1. CAN bus ensures synchronized operationof all Atom series devices

2. Integrate 3rd party devicesusing RS-485 interface

3. 5V and 3.3V ports forsensors power supply

4. 12 multifunction input ports (9 in N modification) for temperature, air quality, water leakage sensors and switches connection

5. Graphic OLED display forcontrol and monitoring (optional for N modification)

6. Ethernet port for network connectionpossibility of remote control using i3 Home app or voice assistant (N modification)

7. 4 x 5A relaysfor connection of electrical devices

8. 8 x 10A relayswith built-in load control meter for connection of electrical devices

Atom Ferrum

Basic version

Atom Ferrum N

Connect wireless devices and enjoy the remote control access

OLED-display

Optional for Atom Ferrum NConfigure and diagnose devices even without internet connection

Inputs
Atom Ferrum
Atom Ferrum N

Inputs
Inputs

Atom Ferrum
Atom Ferrum

Atom Ferrum N
Atom Ferrum N

Input ports
12 digital (10 of them with a possibility to work in analog mode)
9 digital (7 of them with a possibility to work in analog mode)

Inputs
Input ports

Atom Ferrum
12 digital (10 of them with a possibility to work in analog mode)

Atom Ferrum N
9 digital (7 of them with a possibility to work in analog mode)

Voltage range for inputs without optocoupler mode / with optocoupler mode (selected with jumper)
0-3,3V / 0-5V
0-3,3V / 0-5V

Inputs
Voltage range for inputs without optocoupler mode / with optocoupler mode (selected with jumper)

Atom Ferrum
0-3,3V / 0-5V

Atom Ferrum N
0-3,3V / 0-5V

ADC bit rate for input ports in analog mode
12 bit
12 bit

Inputs
ADC bit rate for input ports in analog mode

Atom Ferrum
12 bit

Atom Ferrum N
12 bit

Outputs 1-8
Atom Ferrum
Atom Ferrum N

Outputs 1-8
Outputs 1-8

Atom Ferrum
Atom Ferrum

Atom Ferrum N
Atom Ferrum N

Number of built-in normally opened relays / Active load
8 x 10А 250V AC
8 x 10А 250V AC

Outputs 1-8
Number of built-in normally opened relays / Active load

Atom Ferrum
8 x 10А 250V AC

Atom Ferrum N
8 x 10А 250V AC

Max inrush current
70A
70A

Outputs 1-8
Max inrush current

Atom Ferrum
70A

Atom Ferrum N
70A

Outputs 9-12
Atom Ferrum
Atom Ferrum N

Outputs 9-12
Outputs 9-12

Atom Ferrum
Atom Ferrum

Atom Ferrum N
Atom Ferrum N

Number of built-in normally opened relays / Active load
4 x 5А 250V AC/ 30V DC
4 x 5А 250V AC/ 30V DC

Outputs 9-12
Number of built-in normally opened relays / Active load

Atom Ferrum
4 x 5А 250V AC/ 30V DC

Atom Ferrum N
4 x 5А 250V AC/ 30V DC

Max inrush current
50А
50А

Outputs 9-12
Max inrush current

Atom Ferrum
50А

Atom Ferrum N
50А

Interfaces
Atom Ferrum
Atom Ferrum N

Interfaces
Interfaces

Atom Ferrum
Atom Ferrum

Atom Ferrum N
Atom Ferrum N

Interfaces
CAN

Atom Ferrum
✔

Atom Ferrum N
✔

RS-485 (Modbus protocol)
✔
✔

Interfaces
RS-485 (Modbus protocol)

Atom Ferrum
✔

Atom Ferrum N
✔

Digital interfaces on input ports
1-Wire
1-Wire

Interfaces
Digital interfaces on input ports

Atom Ferrum
1-Wire

Atom Ferrum N
1-Wire

Ethernet 10/100 Mb
✖
✔

Interfaces
Ethernet 10/100 Mb

Atom Ferrum
✖

Atom Ferrum N
✔

WiFi 802.11 b/g/n 2,4 GHz
✖
✔

Interfaces
WiFi 802.11 b/g/n 2,4 GHz

Atom Ferrum
✖

Atom Ferrum N
✔

Bluetooth v4.2 BLE
✖
✔

Interfaces
Bluetooth v4.2 BLE

Atom Ferrum
✖

Atom Ferrum N
✔

Indication
Atom Ferrum
Atom Ferrum N

Indication
Indication

Atom Ferrum
Atom Ferrum

Atom Ferrum N
Atom Ferrum N

Input and output ports status LEDs
✔
✔

Indication
Input and output ports status LEDs

Atom Ferrum
✔

Atom Ferrum N
✔

Ethernet port status LEDs
✖
✔

Indication
Ethernet port status LEDs

Atom Ferrum
✖

Atom Ferrum N
✔

Graphic OLED display for control and monitoring
✖
Optional

Indication
Graphic OLED display for control and monitoring

Atom Ferrum
✖

Atom Ferrum N
Optional

Type of input / # of input
1-2
3-9
10-12

Type of input / # of input
Type of input / # of input

10-12
10-12

Analog (thermistor, photoresistor, etc.)
✖
✔
✔

Type of input / # of input
Analog (thermistor, photoresistor, etc.)

10-12
✔

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

Type of input / # of input
Digital (motion sensors, light level sensors, switches, buttons, etc.)

10-12
✔

Interface (1-Wire sensors)
✔
✔
✔

Type of input / # of input
Interface (1-Wire sensors)

10-12
✔

Type of input / # of input
1-2
3-9

Type of input / # of input
Type of input / # of input

Analog (thermistor, photoresistor, etc.)
✖
✔

Type of input / # of input
Analog (thermistor, photoresistor, etc.)

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

Type of input / # of input
Digital (motion sensors, light level sensors, switches, buttons, etc.)

Interface (1-Wire sensors)
✔
✔

Type of input / # of input
Interface (1-Wire sensors)

Atom Hydrogen

The set of multifunction inputs and modular architecture of outputs allow to use this controller to solve any technical problems, even if these tasks provide periodic change of types of input signals and types of loads. Change the configuration of outputs and inputs in real time without any tools.

Atom Helium

Provides the ability to change the lighting level of LED, halogen and incandescent lamps, both individually and in groups (up to 300W per channel). In addition to light control, Atom Helium is perfect for controlling devices such as garage doors, electric locks, pumps, actuators and more.

Atom Neon

The name itself says that its main purpose is to control modern lighting devices such as LED strips, furniture lamps, low-voltage LED lamps and more.

Atom Carbon

Designed to work with high loads. Not only you can turn on powerful devices, but also conveniently organize managed outlets and even use them to control the input power groups.

Atom Argon

Ideal for controlling a large number of low-power loads: thermal heads, devices with dry contact inputs (garage doors, impulse blinds), intermediate relays, emergency lighting, electric locks and more.