The instrument is dedicated for companies and sites, in which continuous or random assessment of the insulation resistance is required as part of production. It is also perfect for automated production systems.
The meter can be installed in the distribution board, at the operator’s station (assembly or quality control bench), in the control cabinet or even in the rack enclosure. It can be controlled by switchgear management devices, such as Siemens S7 Simatic controllers. The measurement is performed by means of clamps, used to connect the test leads of the system, in which the instrument is installed.
It is possible to prepare a version of the meter with the interface and communication protocol requested by the customer.
 
The meter is designed for building in/permanent installation. It plays a Secondary/Slave role, meaning that it executes the commands issued by the Main/Master control device and it does not initialise the transmission on its own. It enables measuring the insulation resistance with the test voltage of up to 5000 V.
There are two measurement modes available: automatic (continuous) and manual (one-time). Under automated testing, the meter can be programmed to measure the capacity or not.
Response and communication
The meter is operated from the Main/Master control device by means of the MIC-RSx-SCP serial communication protocol or Modbus protocol. It enables, for example, starting and stopping the measurement of resistance, reading the measurement result or changing the configuration of the instrument.
Objective: Industry 4.0
The meter is engineered for seamless integration with leading automation and energy management platforms (e.g., systems based on Schneider Electric’s EcoStruxure architecture). Utilizing the industry-standard Modbus RTU protocol over an RS-485 bus, it enables:
PLC and SCADA integration – direct connectivity to Programmable Logic Controllers (PLCs) and SCADA visualization systems allows for centralized data acquisition and analysis.
Automation and predictive maintenance – remote measurement control (start/stop, continuous mode) and real-time data retrieval support the transition from preventive to predictive maintenance strategies,
Flexibility and scalability – the implementation of Modbus RTU simplifies the deployment of meters in both new and retrofitted Medium Voltage (MV) switchgear, ensuring continuous monitoring of the insulation status of critical equipment.
This approach ensures not only high technical reliability but also tangible operational benefits and compliance with modern industrial infrastructure management standards.