Devices
Devices for industrial automation, measurement, regulation, accounting, signal transmission, and equipment protection in technological processes and engineering systems.
Sections
Subcategories
Assortment
Products
Wireless LoRa Interface Converter
Wireless RS-485 Interface Converter
Discrete Output Expansion Unit BR2/BR3
Eight-Channel Discrete Outputs Expansion Block BR8
Ten-channel discrete output expansion block BR10
Discrete Input Expansion Block Twenty-Channel BR20
Two-channel Humidity and Temperature Meter И4-2ДВТ
Eight-Channel Measurer I8
Eight-channel measurer I8
Eight-channel meter I8-D6
Two-channel measurer I2
Two-channel measurer I2-01
Temperature and Humidity Meter И2-1ДВТ
Four-channel wall-mounted temperature meter И4
Four-Channel Measurer I4
Sixteen-Channel Meter I16-D6
Measurers / Emergency Signal Indicators with GSM-Logger Function (И4л-GSM, И8л-GSM, И16л-GSM, И32л-GSM)
Logger meters I1L, I2L, I4L, I8L
Remote indicator for EPC electromagnetic flowmeter EPC-I
Electromagnetic Flow Meter ERS-50 (NIO-35)
Electromagnetic flow meter EPS
Two-channel impulse counter SI2
Two-Channel Pulse Counter SI2-8
Single-channel pulse counter SI1
Single-Channel Pulse Counter SI1-8
SI1-03 Pulse Counter
Four-channel pulse counter SI4-8
Equipment Operating Time Counter (Engine Hours) SI1m
Wall-mounted meters with logger function И4л, И8л
RS-485/Ethernet Interface Converter
RS-485/USB Interface Converter
8-Channel PID Controller RP8
Dual-channel PID Controller for Gate Valves and Three-position Valves RP2-Z
Dual-Channel PID Controller for Controlling Gate Valves and Three-Position Valves RP2-Z
Two-Channel PID Controller with Analog Outputs RP2
Two-Channel PID Controller RP2 with Discrete Outputs
PID Controller for Controlling Gate Valves and Three-Position Valves RP1-3
Single-channel PID regulator for control of shut-off and three-position valves RP1-3
PID Single-Channel Controller RP1
Single-channel PID Controller RP1-D
Four-Channel PID Controller RP4
PID Controllers with Logger Function RP2l, RP4l
Voltage, Current, and Temperature Protection Device for 3-Phase Circuits UZ2
Humidity and Temperature Regulator RD2-DVTts
Two-position Eight-channel Programmable Regulator RD8-D6
Eight-Channel Two-Position Regulator RD8
Two-position two-channel regulator RD2
Two-position Two-channel Controller RD2-D4
Two-position Single-channel Controller RD1
Two-position Single-channel Regulator RD1-D2
Three-channel two-position regulator RD3
RD4 Four-Channel Two-Position Regulator
Regulator for Generator Control RD2-06
Edge Banding Machine Controller RD2-03
Power Regulator RM1
Power Controller RM1-3
Supply Ventilation Regulator with Water Heater RP2-V
Two-channel Level Controller RU2
Three-channel Level Regulator RU3
4-Channel Level Controller RU4
Temperature Controller with Timer RP2-U
Temperature Controller for Edge Banding Machine RD3-02
Single-Channel Temperature Controller RD1
RP2-06C Temperature Controller
Logger Controllers RD1l, RD2l, RD3l, RD4l
Eight-Channel Time Relay RV8
Eight-channel time relay RV8-D6
Dual-Channel Time Relay RV2
Single-Channel Time Relay RV1
Single-Channel Time Relay RV1-D2
Single-channel time relay RV1F-U
Three-Channel Time Relay RV3
Four-Channel RV4 Time Relay
Brain Ring Game System
Universal two-channel controller RP2-T
Universal Two-Channel Counter-Timer RP2-T
Universal two-channel device RP2-M
Universal Single-Channel Timer UT1
Universal RP2-M Controller on DIN Rail
Universal two-channel timer UT2REGMIK Automation Devices
REGMIK devices are used for measurement, control, regulation, recording, and automation of technological processes in industry, energy, water supply systems, ventilation, heating, production lines, and switchboard equipment.
This category includes regulators, meters, loggers, electromagnetic flowmeters, interface converters, expansion units, triac blocks, pulse counters, timers, time relays, and protection devices. Such devices allow collecting data from sensors, controlling actuators, monitoring emergency conditions, transmitting information to dispatch systems, and maintaining stable equipment operation.
Main Types of Devices
Electromagnetic Flowmeters
Used to measure the flow of electrically conductive liquids in pipelines. These devices are applied in water supply, wastewater systems, pumping stations, technological lines, as well as food, chemical, and municipal industries. Flowmeters can transmit signals to controllers, recorders, or dispatch systems.
GSM Loggers
GSM loggers are designed for remote collection, storage, and transmission of data via mobile communication. They are convenient for facilities lacking constant local network access: pumping stations, reservoirs, boiler houses, wells, remote production sites, and monitoring systems.
Expansion Units
Expansion units are used to increase the number of inputs and outputs in automation systems. They allow connecting additional sensors, relays, actuators, signal lines, and other control elements without fully replacing the main controller.
Meters
Meters are used to monitor temperature, pressure, level, humidity, current, voltage, frequency, flow, and other parameters. They receive signals from sensors, process them, and display values on screens or transmit them to control systems.
Loggers
Loggers are used for recording parameters over time. They store data about temperature, humidity, pressure, level, flow, or other technological values. Such devices are needed for process quality control, analysis of emergency situations, reporting, and equipment monitoring.
Interface Converters
Interface converters provide communication between devices with different protocols or physical interfaces. They are used to integrate controllers, sensors, recorders, operator panels, computers, and dispatch systems.
Regulators
Regulators maintain specified process parameters: temperature, pressure, level, humidity, flow, or other values. They receive signals from sensors, compare them to set values, and control actuators such as valves, heaters, pumps, fans, drives, or relays.
Triac Blocks
Triac blocks are used for controlling electrical loads, particularly heaters, heating elements, lamps, and other AC consumers. They provide contactless switching, smooth or pulse power control, and extend system lifespan compared to mechanical contacts.
Pulse Counters
Pulse counters are designed to count signals from sensors, flowmeters, encoders, limit switches, relays, and other equipment. They are used for product accounting, work cycle counting, liquid flow measurement, counting operations, or object passage on a line.
Timers and Time Relays
Timers and time relays are used to control processes with a set delay or time interval. They enable automation of start, stop, switching, cyclic operation, and equipment protection by time.
Protection Devices
Protection devices monitor emergency modes and help prevent equipment damage. They can respond to temperature overrun, incorrect phase sequence, phase loss, overvoltage, undervoltage, overload, incorrect operating mode, or other hazardous conditions.
Where REGMIK Devices Are Used
Automation devices are used in various industries where process parameters need to be controlled, equipment operated, or data transmitted to dispatch systems.
Main application areas:
- industrial automation;
- production lines;
- boiler houses and heat points;
- heating, ventilation, and air conditioning systems;
- pumping stations;
- water supply and wastewater systems;
- reservoirs, tanks, and pipelines;
- food industry;
- chemical production;
- energy sector;
- switchboard equipment;
- drying chambers;
- refrigeration plants;
- compressor stations;
- monitoring and dispatch systems.
In such systems, REGMIK devices can perform various functions: measuring parameters, regulating temperature or pressure, counting pulses, controlling loads, recording data, transmitting information via communication interfaces, or protecting equipment from emergency modes.
How to Choose a Device
When choosing a device, it is necessary to consider the task it must perform, the type of connected sensors, output signals, and operating conditions.
Key selection criteria:
- device purpose: measurement, regulation, accounting, recording, protection, or data transmission;
- type of input signal;
- number of inputs and outputs;
- support for analog, discrete, or pulse signals;
- output type: relay, transistor, analog, triac;
- availability of RS485, Modbus, USB, Ethernet, or GSM interfaces;
- measurement range;
- accuracy;
- power supply type;
- mounting method: panel, DIN rail, enclosure, or panel mount;
- operating conditions;
- compatibility with sensors, controllers, and actuators;
- need for archiving, indication, or remote access.
To control temperature or a technological parameter, a regulator is typically used. For collecting parameter history, a logger is required. For remote facilities, a GSM logger is convenient. To increase the number of channels, expansion units are used. For controlling powerful loads, triac blocks are appropriate.
Advantages of Using Automation Devices
Properly selected devices make equipment operation more stable, safer, and easier to monitor.
Using REGMIK devices helps to:
- automate technological processes;
- monitor parameters in real time;
- reduce human factor influence;
- increase regulation accuracy;
- protect equipment from emergency modes;
- account and record data;
- transmit information to dispatch systems;
- optimize energy consumption;
- simplify equipment maintenance;
- enhance reliability of production and engineering systems.
Buy REGMIK Devices
Our catalog features REGMIK devices for measurement, regulation, recording, data transmission, pulse accounting, load control, and equipment protection. You can select electromagnetic flowmeters, GSM loggers, expansion units, meters, loggers, interface converters, regulators, triac blocks, pulse counters, timers, time relays, and protection devices.
We will help you choose a device according to the task, signal type, operating conditions, mounting method, and your automation system requirements.









