The MIK-311 is a universal microprocessor-based controller designed for automatic regulation and monitoring of technological parameters in industrial processes. It supports both manual and automatic control of process variables such as temperature, pressure, level, humidity, flow, and other physical values across various industrial sectors.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• One universal input for measuring temperature or other physical values (pressure, humidity, flow, level, etc.) using sensors with standardized current or voltage outputs. Switching to another sensor type does not require recalibration.
• Dedicated input for thermocouple signal compensation.
• Real-time indication of measured values and control status.
• Input scaling for each measurement channel.
• Digital signal filtering and correction.

📈 Control Modes:

• Maintains stable process values according to setpoints.
• Supports:
  • PID control with auto-tuning (analog, pulse, and PWM);
  • Two-position (ON/OFF) and three-position control;
  • Manual control via the front panel.
• Generation of control signals for actuators (e.g., solenoid valves, SSRs, VFDs).

🚨 Alarm Functions:

• Alarm triggering when measured values exceed preset limits, activating discrete outputs.
• Linear conversion of input signals to standardized analog output signals.

🔄 Additional Features:

• Communication interfaces: RS-485, USB
• Protocol support: Modbus RTU

The MIK-311 is a universal microprocessor-based controller designed for automatic regulation and monitoring of technological parameters in industrial processes. It supports both manual and automatic control of process variables such as temperature, pressure, level, humidity, flow, and other physical values across various industrial sectors.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• One universal input for measuring temperature or other physical values (pressure, humidity, flow, level, etc.) using sensors with standardized current or voltage outputs. Switching to another sensor type does not require recalibration.
• Dedicated input for thermocouple signal compensation.
• Real-time indication of measured values and control status.
• Input scaling for each measurement channel.
• Digital signal filtering and correction.

📈 Control Modes:

• Maintains stable process values according to setpoints.
• Supports:
  • PID control with auto-tuning (analog, pulse, and PWM);
  • Two-position (ON/OFF) and three-position control;
  • Manual control via the front panel.
• Generation of control signals for actuators (e.g., solenoid valves, SSRs, VFDs).

🚨 Alarm Functions:

• Alarm triggering when measured values exceed preset limits, activating discrete outputs.
• Linear conversion of input signals to standardized analog output signals.

🔄 Additional Features:

• Communication interfaces: RS-485, USB
• Protocol support: Modbus RTU

The MIK-111Н is a universal microprocessor-based controller designed for automatic regulation and monitoring of technological parameters in industrial processes. It supports both manual and automatic control of process variables such as temperature, pressure, level, humidity, flow, and other physical values across various industrial sectors.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• One universal input for measuring temperature or other physical values (pressure, humidity, flow, level, etc.) using sensors with standardized current or voltage outputs. Switching to another sensor, can be changed, though it requires input board jumper adjustment and recalibration.
• Real-time indication of measured values and control status.
• Input scaling for each measurement channel.
• Digital signal filtering and correction.

📈 Control Modes:

• Maintains a stable parameter value based on the setpoint.
• Supports:
  • PID control: analog, pulse, and PWM control
  • ON/OFF (two-position) and three-position control
• Manual control from the device's front panel
• Signal generation for control of actuators (e.g., electric valves, solid-state relays, frequency converters)

🚨 Alarm Functions:

• Alarm triggering when measured values exceed preset limits, activating discrete outputs.
• Linear conversion of input signals to standardized analog output signals.

🔄 Additional Features:

• Communication interfaces: RS-485
• Protocol support: Modbus RTU

The universal microprocessor-based controller MIK-112 is designed for automatic control and monitoring of technological parameters in industrial processes. It provides both manual and automatic regulation of parameters such as temperature, pressure, level, humidity, flow, and other physical values across various industrial sectors.

⚙️ Functional Features

📊 Measurement and Indication:

• Two universal inputs for measuring temperature or other physical values (pressure, humidity, flow, level, etc.).
• Switching to another sensor type is possible but requires calibration and changing jumper positions on the input board;
• Indication of current values and control process status;
• Input signal scaling;
• Digital filtering and correction of the input signal.

📈 Control Modes:

• Maintains stable parameter values based on predefined setpoints;
• Supports:
  • PID control: analog, pulse, and PWM (pulse-width modulation);
  • Advanced PID control: cascade control, ratio control, feedback control, external setpoint input (setpoint via AI2);
  • Two-position (ON/OFF) and three-position control;
• Manual control from the device's front panel;
• Generation of control signals for actuators (e.g., solenoid valves, solid-state relays, frequency inverters).

🚨 Alarming:

• Alarm function triggers digital outputs when the measured parameter exceeds preset limits;
• Linear conversion of the input signal into a standard unified analog output signal.

🔄 Additional Capabilities:

• Communication interfaces: RS-485;
• Supported protocols: Modbus RTU.

The universal microprocessor-based controller MIK-121 is designed for automatic control and monitoring of technological parameters in industrial processes. It provides both manual and automatic regulation of parameters such as temperature, pressure, level, humidity, flow, and other physical values across various industrial sectors.

⚙️ Functional Features

📊 Measurement and Indication:

• Two universal inputs for measuring temperature or other physical values (pressure, humidity, flow, level, etc.).
• Switching to another sensor type is possible but requires calibration and changing jumper positions on the input board;
• Indication of current values and control process status;
• Input signal scaling;
• Digital filtering and correction of the input signal.

📈 Control Modes:

• Maintains stable parameter values based on predefined setpoints;
• Supports:
  • PID control: analog, pulse, and PWM (pulse-width modulation);
  • Advanced PID control: cascade control, ratio control, feedback control, external setpoint input (setpoint via AI2);
  • Two-position (ON/OFF) and three-position control;
• Manual control from the device's front panel;
• Generation of control signals for actuators (e.g., solenoid valves, solid-state relays, frequency inverters).

🚨 Alarming:

• Alarm function triggers digital outputs when the measured parameter exceeds preset limits;
• Linear conversion of the input signal into a standard unified analog output signal.

🔄 Additional Capabilities:

• Communication interfaces: RS-485;
• Supported protocols: Modbus RTU.

The universal microprocessor-based controller MIK-121 is designed for automatic control and monitoring of technological parameters in industrial processes. It provides both manual and automatic regulation of parameters such as temperature, pressure, level, humidity, flow, and other physical values across various industrial sectors.

⚙️ Functional Features

📊 Measurement and Indication:

• Two universal inputs for measuring temperature or other physical values (pressure, humidity, flow, level, etc.).
• Switching to another sensor type is possible but requires calibration and changing jumper positions on the input board;
• Indication of current values and control process status;
• Input signal scaling;
• Digital filtering and correction of the input signal.

📈 Control Modes:

• Maintains stable parameter values based on predefined setpoints;
• Supports:
  • PID control: analog, pulse, and PWM (pulse-width modulation);
  • Advanced PID control: cascade control, ratio control, feedback control, external setpoint input (setpoint via AI2);
  • Two-position (ON/OFF) and three-position control;
• Manual control from the device's front panel;
• Generation of control signals for actuators (e.g., solenoid valves, solid-state relays, frequency inverters).

🚨 Alarming:

• Alarm function triggers digital outputs when the measured parameter exceeds preset limits;
• Linear conversion of the input signal into a standard unified analog output signal.

🔄 Additional Capabilities:

• Communication interfaces: RS-485;
• Supported protocols: Modbus RTU.

The universal microprocessor-based controller MIK-121Т is designed for automatic control and monitoring of technological parameters in industrial processes. It provides both manual and automatic regulation of parameters such as temperature, pressure, level, humidity, flow, and other physical values across various industrial sectors.

⚙️ Functional Features

📊 Measurement and Indication:

• Two universal inputs for measuring temperature or other physical values (pressure, humidity, flow, level, etc.).
• Switching to another sensor type is possible but requires calibration and changing jumper positions on the input board;
• Indication of current values and control process status;
• Input signal scaling;
• Digital filtering and correction of the input signal.

📈 Control Modes:

• Maintains stable parameter values based on predefined setpoints;
• Supports:
  • PID control: analog, pulse, and PWM (pulse-width modulation);
  • Advanced PID control: cascade control, ratio control, feedback control, external setpoint input (setpoint via AI2);
  • Two-position (ON/OFF) and three-position control;
• Manual control from the device's front panel;
• Generation of control signals for actuators (e.g., solenoid valves, solid-state relays, frequency inverters).

🚨 Alarming:

• Alarm function triggers digital outputs when the measured parameter exceeds preset limits;
• Linear conversion of the input signal into a standard unified analog output signal.

🔄 Additional Capabilities:

• Communication interfaces: RS-485;
• Supported protocols: Modbus RTU.

The MIK-322 Dual-Channel Microprocessor Controller is designed for automatic regulation and monitoring of technological parameters in industrial processes. It provides both manual and automatic control of parameters such as temperature, pressure, level, humidity, flow, and other physical quantities across various industrial sectors. The device includes two independent PID controllers.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• Two universal inputs for measuring temperature or other physical quantities (pressure, humidity, flow, level, etc.). Sensor type switching does not require recalibration;
• Dedicated input for thermocouple signal compensation;
• Indication of current values and control process status;
• Input signal scaling;
• Digital filtering and signal correction;
• Built-in mathematical functions.

📈 Control Modes:

• Two independent PID controllers;
• Maintains stable parameter values according to defined setpoints;
• Supports:
  • PID control with auto-tuning of coefficients: analog, pulse, and PWM;
  • Two-position (ON/OFF) and three-position control;
  • Manual control from the device’s front panel;
  • Output signal generation for actuators (e.g., solenoid valves, solid-state relays, frequency converters).

🚨 Alarm Functions:

• Alarm function for out-of-range process variables, with discrete output activation;
• Linear conversion of input signal into a standardized analog output signal.

🔄 Additional Features:

• Interfaces: RS-485, USB;
• Supported protocols: Modbus RTU.

The MIK-122 Dual-Channel Microprocessor Controller is designed for automatic regulation and monitoring of technological parameters in industrial processes. It provides both manual and automatic control of parameters such as temperature, pressure, level, humidity, flow, and other physical quantities across various industrial sectors. The device includes two independent PID controllers.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• Two universal inputs for measuring temperature or other physical quantities (pressure, humidity, flow, level, etc.). Sensor type switching does not require recalibration;
• Switching to another sensor type is possible but requires calibration and changing jumper positions on the input board;
• Indication of current values and control process status;
• Input signal scaling;
• Digital filtering and signal correction.

📈 Control Modes:

• Two independent PID controllers;
• Maintains stable parameter values according to defined setpoints;
• Supports:
  • PID control: analog, pulse, and PWM;
  • Two-position (ON/OFF) and three-position control;
• Manual control from the device’s front panel;
• Output signal generation for actuators (e.g., solenoid valves, solid-state relays, frequency converters).

🚨 Alarm Functions:

• Alarm function for out-of-range process variables, with discrete output activation;
• Linear conversion of input signal into a standardized analog output signal.

🔄 Additional Features:

• Interfaces: RS-485;
• Supported protocols: Modbus RTU.

The MIK-122Н Dual-Channel Microprocessor Controller is designed for automatic regulation and monitoring of technological parameters in industrial processes. It provides both manual and automatic control of parameters such as temperature, pressure, level, humidity, flow, and other physical quantities across various industrial sectors. The device includes two independent PID controllers.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• Two universal inputs for measuring temperature or other physical quantities (pressure, humidity, flow, level, etc.). Sensor type switching does not require recalibration;
• Switching to another sensor type is possible but requires calibration and changing jumper positions on the input board;
• Indication of current values and control process status;
• Input signal scaling;
• Digital filtering and signal correction.

📈 Control Modes:

• Two independent PID controllers;
• Maintains stable parameter values according to defined setpoints;
• Supports:
  • PID control: analog, pulse, and PWM;
  • Two-position (ON/OFF) and three-position control;
• Manual control from the device’s front panel;
• Output signal generation for actuators (e.g., solenoid valves, solid-state relays, frequency converters).

🚨 Alarm Functions:

• Alarm function for out-of-range process variables, with discrete output activation;
• Linear conversion of input signal into a standardized analog output signal.

🔄 Additional Features:

• Interfaces: RS-485;
• Supported protocols: Modbus RTU.

MTR-138 is an industrial eight-channel temperature controller with PID control functionality. It is designed for simultaneous measurement, indication, control, and remote monitoring of up to eight technological parameters—such as temperature, pressure, humidity, flow, level, and other physical quantities—across various industrial applications, depending on the type of connected sensor. The device generates output control signals accordingly.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• 8 independent universal group-type inputs for measuring temperature or other physical quantities (pressure, humidity, flow, level, etc.) via sensors with standardized current or voltage outputs
• Sensor type change is possible, but requires recalibration and repositioning of input board jumpers
• Real-time digital display of measured values
• Independent input scale configuration
• Digital filtering and input signal correction

📈 Control Modes:

• Eight separate and independent controllers
• Supports maintaining a stable parameter value based on user-defined setpoints
• Control types implemented:
  • PID control: analog, pulse, and PWM
  • Two-position (ON/OFF) and three-position control
• Manual control from the device’s front panel
• Generation of control signals for actuators (e.g., electric valves, solid-state relays, frequency converters)

🚨 Alarming:

• Alarm function for parameter deviations beyond preset limits, with triggering of discrete outputs
• Linear conversion of the input signal to a standardized analog output signal

🔄 Additional Features:

• Mathematical operations
• Communication interface: RS-485
• Supported protocols: Modbus RTU

MTR-8 is an industrial eight-channel temperature controller with PID control functionality. It is designed for simultaneous measurement, indication, control, and remote monitoring of up to eight technological parameters—such as temperature, pressure, humidity, flow, level, and other physical quantities—across various industrial applications, depending on the type of connected sensor. The device generates output control signals accordingly.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• 8 independent universal group-type inputs for measuring temperature or other physical quantities (pressure, humidity, flow, level, etc.) via sensors with standardized current or voltage outputs
• Sensor type change is possible, but requires recalibration and repositioning of input board jumpers
• Real-time digital display of measured values
• Independent input scale configuration
• Digital filtering and input signal correction
• Signal connection via external terminal block of the control unit KBZ

📈 Control Modes:

• Eight separate and independent controllers
• Supports maintaining a stable parameter value based on user-defined setpoints
• Control types implemented:
  • PID control: analog, pulse, and PWM
  • Two-position (ON/OFF) and three-position control
• Manual control from the device’s front panel
• Generation of control signals for actuators (e.g., electric valves, solid-state relays, frequency converters)

🚨 Alarming:

• Alarm function for parameter deviations beyond preset limits, with triggering of discrete outputs
• Linear conversion of the input signal to a standardized analog output signal

🔄 Additional Features:

• Support for expansion modules
• Mathematical operations
• Communication interface: RS-485
• Supported protocols: Modbus RTU

MTR-8 is an industrial eight-channel temperature controller with PID control functionality. It is designed for simultaneous measurement, indication, control, and remote monitoring of up to eight technological parameters—such as temperature, pressure, humidity, flow, level, and other physical quantities—across various industrial applications, depending on the type of connected sensor. The device generates output control signals accordingly.

⚙️ Functional Capabilities:

📊 Measurement and Indication:

• 8 independent universal group-type inputs for measuring temperature or other physical quantities (pressure, humidity, flow, level, etc.) via sensors with standardized current or voltage outputs
• Sensor type change is possible, but requires recalibration and repositioning of input board jumpers
• Real-time digital display of measured values
• Independent input scale configuration
• Digital filtering and input signal correction
• Signal connection via external terminal block of the control unit KBZ

📈 Control Modes:

• Eight separate and independent controllers
• Supports maintaining a stable parameter value based on user-defined setpoints
• Control types implemented:
  • PID control: analog, pulse, and PWM
  • Two-position (ON/OFF) and three-position control
• Manual control from the device’s front panel
• Generation of control signals for actuators (e.g., electric valves, solid-state relays, frequency converters)

🚨 Alarming:

• Alarm function for parameter deviations beyond preset limits, with triggering of discrete outputs
• Linear conversion of the input signal to a standardized analog output signal

🔄 Additional Features:

• Support for expansion modules
• Mathematical operations
• Communication interface: RS-485
• Supported protocols: Modbus RTU