• Universal standard converter NPM-11, - is designed to convert temperature values ​​measured by thermocouples or resistance thermometers or standardized signals (pressure, flow) into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• The converter allows switching between different types of sensors without the need for calibration.
• Configured using the MIC-Programmer software package via one of the built-in USB interfaces. Configuration parameters are stored in independent memory.
• Two built-in discrete outputs (relay, transistor), with alarm function and on/off logic.
• Provides complete galvanic isolation (protection) of all device nodes. Can be used as a galvanic isolation device.
• RS-485 interface, for connection to SCADA systems and PLCs. Data exchange via Modbus RTU protocol.

• Universal standard converter NPM-15, - is designed to convert temperature values ​​measured by thermocouples or resistance thermometers or standardized signals (pressure, flow) into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• The converter allows switching between different types of sensors without the need for calibration.
• Configured using the MIC-Programmer software package via one of the built-in USB interfaces. Configuration parameters are stored in independent memory.
• Two built-in discrete outputs (relay, transistor), with alarm function and on/off logic.
• Provides complete galvanic isolation (protection) of all device nodes. Can be used as a galvanic isolation device.
• RS-485 interface, for connection to SCADA systems and PLCs. Data exchange via Modbus RTU protocol.
• Display of the measured value on the built-in OLED display with the ability to customize the displayed information.

• Universal standard converter NPM-12, - is designed to convert temperature values ​​measured by thermocouples or resistance thermometers or standardized signals (pressure, flow) into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• The converter allows switching between different types of sensors without the need for calibration.
• Configured using the MIC-Programmer software package via one of the built-in USB interfaces. Configuration parameters are stored in independent memory.
• Provides complete galvanic isolation (protection) of all device nodes. Can be used as a galvanic isolation device.

Universal standardizing converter NPM-612, - is designed to convert temperature values ​​measured using a thermocouple or resistance thermometers or standardized signals (pressure, flow) into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
The converter allows switching between different types of sensors without the need for calibration.
It is configured using the MIC-Programmer software package via one of the built-in USB interfaces. Configuration parameters are stored in non-volatile memory.
Partial galvanic isolation (protection) is provided. The input and power supply of the device are isolated from each other. The output is not isolated.

Thermocouple signal conversion unit with galvanic isolation:

• Designed to convert signals from resistance thermometers TSM 50M, TSM 100M, TSM 23 gr., Cu 50, Cu 100, TSP 50P, TSP 100P, TSP 21gr., Pt 50, Pt 100, Pt 500, Pt 1000 into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Connection via input three-wire connection scheme.
• Measured temperature ranges -200...+200 °C for copper thermometers and -200...+850 °C for platinum thermometers (depending on the type of resistance thermometer used).
• Power supply 10-30V.
• Spring terminal blocks.

Thermocouple signal conversion unit with galvanic isolation:

• Designed to convert signals from resistance thermometers TSM 50M, TSM 100M, TSM 23 gr., Cu 50, Cu 100, TSP 50P, TSP 100P, TSP 21gr., Pt 50, Pt 100 into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Connection via input three-wire connection scheme.
• Measured temperature ranges -200...+200 °C for copper thermometers and -200...+850 °C for platinum thermometers (depending on the type of resistance thermometer used).
• Power supply 10-30V.
• Screw terminal block.

Thermocouple signal conversion unit with galvanic isolation:

• Designed to convert signals from resistance temperature transducers Сu 50M, Сu 100M, TSM 23 gr., Cu 50, Cu 100, TSP 50P, TSP 100P, TSP 21gr., Pt 50, Pt 100, into a current signal of 4...20 mA and power supply: current loop.
• Connection of sensors, according to a three-wire circuit.
• Ranges of measured temperatures -200...+200 °C for copper temperature transducers and -200...+850 °C for platinum temperature transducers (depending on the type of resistance temperature transducer used).
• Screw terminal block.

Thermoresistance signal conversion unit with galvanic isolation, dual-channel:

• Designed to convert signals from resistance thermometers TSM 50M, TSM 100M, TSM 23 gr., Cu 50, Cu 100, TSP 50P, TSP 100P, TSP 21gr., Pt 50, Pt 100 into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Two separate, independent measurement and conversion channels.
• Connection via input three-wire connection scheme.
• Measured temperature ranges -200...+200 °C for copper thermometers and -200...+850 °C for platinum thermometers (depending on the type of resistance thermometer used).
• Power supply 10-30V.
• Screw terminal block.

Thermocouple signal conversion unit with galvanic isolation, two-channel:

• Designed to convert signals from resistance thermometers TSM 50M, TSM 100M, TSM 23 gr., Cu 50, Cu 100, TSP 50P, TSP 100P, TSP 21gr., Pt 50, Pt 100, into a current signal of 4...20 mA and power supply: current loop.
• Two separate, independent measurement and conversion channels.
• Sensor connection, three-wire circuit.
• Measured temperature ranges -200...+200 °C for copper thermometers and -200...+850 °C for platinum thermometers (depending on the type of resistance thermometer used).
• Screw terminal block.

Thermocouple signal conversion unit with galvanic isolation:

• Designed to convert thermocouple signals ТЖК(J), ТХК(L), ТХКн(E), ТХА(K), ТПП10(S), ТПР(B), ТВР(A-1), into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Performs linear conversion of the input signal into the output signal. Therefore, there is an additional error in the middle of the measurement range.
• Measured temperature ranges 0...+2000 °C depending on the type of thermocouple used.
• Power supply 18-30V.
• Spring terminal blocks.

Thermocouple signal conversion unit with galvanic isolation:

• Designed to convert thermocouple signals ТЖК(J), ТХК(L), ТХКн(E), ТХА(K), ТПП10(S), ТПР(B), ТВР(A-1), into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Performs linear conversion of the input signal into the output signal. Therefore, there is an additional error in the middle of the measurement range.
• Measured temperature ranges 0...+2000 °C depending on the type of thermocouple used.
• Power supply 18-30V.
• Spring terminal blocks.
• Without galvanic isolation.

Thermocouple signal conversion unit with galvanic isolation:

• Designed to convert thermocouple signals ТЖК(J), ТХК(L), ТХКн(E), ТХА(K), ТПП10(S), ТПР(B), ТВР(A-1), into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Performs linear conversion of the input signal into the output signal. Therefore, there is an additional error in the middle of the measurement range.
• Measured temperature ranges 0...+2000 °C depending on the type of thermocouple used.
• Power supply 18-30V.
• Spring terminal blocks.
• Without galvanic isolation.

Thermocouple signal conversion unit with galvanic isolation:

• Designed to convert thermocouple signals ТЖК(J), ТХК(L), ТХКн(E), ТХА(K), ТПП10(S), ТПР(B), ТВР(A-1), into universal current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Performs linear conversion of the input signal into the output signal. Therefore, there is an additional error in the middle of the measurement range.
• Measured temperature ranges 0...+2000 °C depending on the type of thermocouple used.
• Power supply 18-30V.
• Spring terminal blocks.

Mutual inductance signal conversion unit with galvanic isolation:

• Designed for continuous proportional conversion of the signal from mutual inductance sensors based on differential transformer, into unified current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Used to work with the following devices: manometer (pressure measurement), differential manometer (pressure difference measurement), vacuum gauge (vacuum measurement), manovacuum gauge (overpressure and liquefied gas pressure measurement), barometer (measurement of small overpressures up to 40 kPa) (Measurement of small pressures and vacuums).
• Input signal measurement range: 0 - 10 mH; -10 - 0 - +10 mH.
• Power supply: ~(220±22)V, (50±1)Hz.
• Screw terminal block.

Mutual inductance signal conversion unit with galvanic isolation:

• Designed for continuous proportional conversion of the signal from mutual inductance sensors based on differential transformer, into unified current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Used to work with the following devices: manometer (pressure measurement), differential manometer (pressure difference measurement), vacuum gauge (vacuum measurement), manovacuum gauge (overpressure and liquefied gas pressure measurement), barometer (measurement of small overpressures up to 40 kPa) (Measurement of small pressures and vacuums).
• Input signal measurement range: 0 - 10 mH; -10 - 0 - +10 mH.
• Power supply: ~(220±22)V, (50±1)Hz.
• Screw terminal block.

Pneumatic-electric signal conversion unit, with galvanic isolation:

• Designed for continuous proportional signal conversion: excess pressure of compressed air coming from pneumatic devices of pressure, vacuum, pressure difference, liquid level and density, into unified current signals 4...20 mA, 0...20 mA, 0...5 mA and voltage 0...10 V.
• Input signal measurement range: 0 - 10 kPa; 0 - 50 kPa; 0 - 100 kPa; 20 - 100 kPa; 0 - 200 kPa.
• Power supply: ~(220±22)V, = 24 V, 50 mA.
• Screw terminal block.

Pneumatic-electric signal conversion unit, with galvanic isolation:

• Designed for continuous proportional conversion of the signal: excess pressure of compressed air coming from pneumatic devices of pressure, vacuum, pressure difference, level and density of liquid, into a current signal of 4...20 mA and power supply: current loop.
• Input signal measurement range: 0 - 10 kPa; 0 - 50 kPa; 0 - 100 kPa; 20 - 100 kPa; 0 - 200 kPa.
• Power supply: current loop;
• Screw terminal block.

Pneumatic-electric signal conversion unit, with galvanic isolation:

• Designed for continuous proportional conversion of the output shaft position signal of an electric actuator with an inductive sensor into unified current signals of 4...20 mA, 0...20 mA, 0...5 mA and voltage of 0...10 V.
• Input signal measurement range: rotation of the inductive sensor shaft. The full stroke of the input signal corresponds to the angle of rotation of the profile cam of 0-225°(0-90°) of the mechanism sensor shaft.
• Power supply: ~(230±22)V, = 24 V, 50mA.
• Screw terminal block.

Actuator position conversion unit, resistive type:

• Designed for continuous proportional conversion of the output shaft position signal of an electric actuator with an inductive sensor into unified current signals of 4...20 mA, 0...20 mA, 0...5 mA and voltage of 0...10 V.
• Input signal measurement range: 0 - 500 Ohm
• Power supply: = 24 V, 50 mA.

Actuator position conversion unit, resistive type:

• Designed for continuous proportional conversion of the output shaft position signal of an electric actuator with an inductive sensor into unified current signals of 4...20 mA, 0...20 mA, 0...5 mA and voltage of 0...10 V.
• Input signal measurement range: 0 - 20000 Ohm
• Power supply: = 24 V, 50 mA.

Actuator position conversion unit, resistive type:

• Designed for continuous proportional conversion of the output shaft position signal of an electric actuator with an inductive sensor into unified current signals of 4...20 mA, 0...20 mA, 0...5 mA and voltage of 0...10 V.
• Input signal measurement range: 0 - 500 Ohm
• Power supply: = 24 V, 50 mA.

Potentiometric resistance signal conversion unit:

• Designed for linear conversion of resistance changes, in the range from 0 to 100kΩ, into a 4...20 mA current signal and power supply: current loop.
• Sensor connection, two-wire or three-wire circuit.
• Screw terminal block.

Potentiometric resistance signal conversion unit, two-channel:

• Designed for linear conversion of resistance changes, in the range from 0 to 100kΩ, into a 4...20 mA current signal and power supply: current loop.
• Sensor connection, two-wire or three-wire circuit.
• Screw terminal block.