The IPM-1 indicator-converter is designed for measuring and displaying DC voltage or current signals, with the ability to convert the measured value into a standardized analog DC current signal or control a single discrete output with alarm functionality. An RS-485 interface with Modbus RTU protocol is provided to enable integration into SCADA systems or HMI panels. Modern alternative to traditional pointer-type DC voltmeters and ammeters.

Functions:

• Measurement of DC voltage and current signals;
• Input signal filtering and scaling;
• Front panel display of the measured input value;
• Linear conversion of the input signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Alarm signaling for deviations from user-defined setpoints;
• Complete galvanic isolation.

The IPM-1N indicator-converter is designed for measuring and displaying DC voltage or current signals, with the ability to convert the measured value into a standardized analog DC current signal or control a single discrete output with alarm functionality. An RS-485 interface with Modbus RTU protocol is provided to enable integration into SCADA systems or HMI panels. Modern alternative to traditional pointer-type DC voltmeters and ammeters.

Functions:

• Measurement of DC voltage and current signals;
• Input signal filtering and scaling;
• Front panel display of the measured input value;
• Linear conversion of the input signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Alarm signaling for deviations from user-defined setpoints;
• Complete galvanic isolation.

The IPM-2 indicator-converter is designed for measuring and displaying AC voltage signals, with the ability to convert the measured value into a standardized analog DC current signal or control a single discrete output with alarm functionality. An RS-485 interface with Modbus RTU protocol is provided to enable integration into SCADA systems or HMI panels. Modern alternative to traditional pointer-type AC voltmeters.

Functions:

• Measurement of AC voltage signals;
• Input signal filtering and scaling;
• Front panel display of the measured input value;
• Linear conversion of the input signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Alarm signaling for deviations from user-defined setpoints;
• Complete galvanic isolation.

The IPM-2N indicator-converter is designed for measuring and displaying AC voltage signals, with the ability to convert the measured value into a standardized analog DC current signal or control a single discrete output with alarm functionality. An RS-485 interface with Modbus RTU protocol is provided to enable integration into SCADA systems or HMI panels. Modern alternative to traditional pointer-type AC voltmeters.

Functions:

• Measurement of AC voltage signals;
• Input signal filtering and scaling;
• Front panel display of the measured input value;
• Linear conversion of the input signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Alarm signaling for deviations from user-defined setpoints;
• Complete galvanic isolation.

The IPM-3 indicator-converter is designed for measuring and displaying AC current signals, with the ability to convert the measured value into a standardized analog DC current signal or control a single discrete output with alarm functionality. An RS-485 interface with Modbus RTU protocol is provided to enable integration into SCADA systems or HMI panels. Modern alternative to traditional pointer-type AC ammeters.

Functions:

• Measurement of AC current signals;
• Input signal filtering and scaling;
• Front panel display of the measured input value;
• Linear conversion of the input signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Alarm signaling for deviations from user-defined setpoints;
• Complete galvanic isolation.

The IPM-3N indicator-converter is designed for measuring and displaying AC current signals, with the ability to convert the measured value into a standardized analog DC current signal or control a single discrete output with alarm functionality. An RS-485 interface with Modbus RTU protocol is provided to enable integration into SCADA systems or HMI panels. Modern alternative to traditional pointer-type AC ammeters.

Functions:

• Measurement of AC current signals;
• Input signal filtering and scaling;
• Front panel display of the measured input value;
• Linear conversion of the input signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Alarm signaling for deviations from user-defined setpoints;
• Complete galvanic isolation.

IPM-113-1 is a device for monitoring and measuring electrical energy parameters in three-phase networks, including voltage, current, frequency, power, and power factor. It provides users with comprehensive functionality for performing all necessary measurements to implement energy efficiency projects and monitor power distribution. All data can be accessed and analyzed remotely using application software packages in real time via the RS-485 interface and the Modbus RTU protocol.

Key Features:

• OLED display with keypad for real-time indication of measured values and device configuration;
• Connection error detection and self-diagnostics for operational reliability;
• USB interface for configuration via PC;
• RS-485 communication interface for integration with monitoring systems, HMI, or PLC.
• Relay outputs with configurable setpoints for event signaling or protection.

IPM-113-2 is a device for monitoring and measuring electrical energy parameters in three-phase networks, including voltage, current, frequency, power, and power factor. It provides users with comprehensive functionality for performing all necessary measurements to implement energy efficiency projects and monitor power distribution. All data can be accessed and analyzed remotely using application software packages in real time via the RS-485 interface and the Modbus RTU protocol.

Key Features:

• OLED display with keypad for real-time indication of measured values and device configuration;
• Connection error detection and self-diagnostics for operational reliability;
• USB interface for configuration via PC;
• RS-485 communication interface for integration with monitoring systems, HMI, or PLC.
• Relay outputs with configurable setpoints for event signaling or protection;
• Analog outputs enabling conversion of any measured value into a standardized signal (e.g. 4–20 mA or 0–10 V).

IPM-113-3 is a device for monitoring and measuring electrical energy parameters in three-phase networks, including voltage, current, frequency, power, and power factor. It provides users with comprehensive functionality for performing all necessary measurements to implement energy efficiency projects and monitor power distribution. All data can be accessed and analyzed remotely using application software packages in real time via the RS-485 interface and the Modbus RTU protocol.

Key Features:

• OLED display with keypad for real-time indication of measured values and device configuration;
• Connection error detection and self-diagnostics for operational reliability;
• USB interface for configuration via PC;
• RS-485 communication interface for integration with monitoring systems, HMI, or PLC.
• Analog outputs enabling conversion of any measured value into a standardized signal (e.g. 4–20 mA or 0–10 V).

The PNS-1 Converter is designed to convert DC voltage or current signals (both unipolar and bipolar) into a standardized analog DC current signal, also either unipolar or bipolar.
The converter is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated control systems (ACS TP) of energy-intensive industrial objects across various sectors.

Functions:

• Linear conversion of the input DC voltage or current signal into a standardized analog output signal: 0(-5)..5 mA, 0(-20)..20 mA, 4..20 mA, 0(-10)..10 V;
• Complete galvanic isolation;
• Two types of terminal blocks: screw or spring (removable connector).

The PNS-101 Converter is designed to convert DC voltage or current signals (both unipolar and bipolar) into a standardized analog DC current signal, also either unipolar or bipolar.
The converter is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated control systems (ACS TP) of energy-intensive industrial objects across various sectors.

Functions:

• Linear conversion of the input DC voltage or current signal into a standardized analog output signal: 0(-5)..5 mA, 0(-20)..20 mA, 4..20 mA, 0(-10)..10 V;
• Complete galvanic isolation;
• Signal connection via spring-loaded terminal connectors.

The PNS-650 converter is designed for linear conversion of DC voltage signals into a standardized analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various sectors.

Functions:

• Linear conversion of the DC voltage input signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V
• Complete galvanic isolation
• Slim housing with spring terminals.

The PNS-651 converter is designed for the linear conversion of DC current signals into a standardized analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various sectors.

Functions:

• Linear conversion of the input DC current or voltage signal into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V
• Complete galvanic isolation
• Slim housing with spring terminals

The PNS-2 converter is designed for linear conversion of AC voltage signals into a standardized unipolar or bipolar analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries.

Functions:

• Linear conversion of the AC voltage input signal into a standardized analog output signal: 0(–5) to 5 mA, 0(–20) to 20 mA, 4 to 20 mA, 0(–10) to 10 V
• Complete galvanic isolation
• Two terminal block types: screw or spring (detachable connector)

The PNS-102 converter is designed for linear conversion of AC voltage signals into a standardized unipolar or bipolar analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries.

Functions:

• Linear conversion of the AC voltage input signal into a standardized analog output signal: 0(–5) to 5 mA, 0(–20) to 20 mA, 4 to 20 mA, 0(–10) to 10 V;
• Complete galvanic isolation;
• Signal connection via spring-loaded terminal connectors.

The PNS-652 converter is designed for linear conversion of AC voltage or AC current signals into a standardized analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries.

Functions:

• Linear conversion of AC voltage or current input signals into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Complete galvanic isolation;
• Slim housing with spring terminals.

The PNS-3 converter is designed for linear conversion of AC current signals into a standardized analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries.

Functions:

• Linear conversion of AC current input signals into a standardized analog output signal: 0(-5)..5 mA, 0(-20)..20 mA, 4..20 mA;
• Complete galvanic isolation;
• Two types of terminal blocks: screw or spring (removable connector).

The PNS-103 converter is designed for linear conversion of AC current signals into a standardized analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries.

Functions:

• Linear conversion of AC current input signals into a standardized analog output signal: 0(-5)..5 mA, 0(-20)..20 mA, 4..20 mA;
• Complete galvanic isolation;
• Two types of terminal blocks: screw or spring (removable connector).

The PNS-653 converter is designed for linear conversion of AC current signal, 0..5А, into a standardized analog DC current signal. It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries.

Functions:

• Linear conversion of AC voltage or current input signals into a standardized analog output signal: 0–5 mA, 0–20 mA, 4–20 mA, 0–10 V;
• Complete galvanic isolation;
• Slim housing with spring terminals.

The PNS-410 converter is designed for linear conversion of DC voltage or current signals into a current loop signal (4–20 mA). It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries. The converter is intended for connection to secondary devices (e.g., PLCs) with active 4–20 mA inputs or loop-powered configurations.

Functions:

• Linear conversion of DC voltage or current input signals into a standardized analog output: 4–20 mA (current loop);
• Complete galvanic isolation;
• Device powered by the current loop;
• Signal connection via screw terminals.

The PNS-420 converter is designed for linear conversion of AC voltage signals into a current loop signal (4–20 mA). It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries. The converter is intended for connection to secondary devices (e.g., PLCs) with active 4–20 mA inputs or loop-powered configurations.

Functions:

• Linear conversion of AC voltage input signals into a standardized analog output: 4–20 mA (current loop);
• Complete galvanic isolation;
• Device powered by the current loop;
• Signal connection via screw terminals.

The PNS-420 converter is designed for linear conversion of AC current signals into a current loop signal (4–20 mA). It is used for monitoring electrical networks and installations, as well as for telemechanics and automation of power facilities and automated process control systems (APCS) of energy-intensive industrial sites across various industries. The converter is intended for connection to secondary devices (e.g., PLCs) with active 4–20 mA inputs or loop-powered configurations.

Functions:

• Linear conversion of AC current input signals into a standardized analog output: 4–20 mA (current loop);
• Complete galvanic isolation;
• Device powered by the current loop;
• Signal connection via screw terminals.