Energy savings and automatic equipment

Frequency converters

PCH-S100 frequency converters
The converters are designed for a smooth start, shaft speed adjustment, control and protection of asynchronous three-phase electric motors, which have a short-circuited rotor with nominal current from 2A to 14A and nominal voltage 220V.

PCH-S200 frequency converters
The converters are designed for a smooth start, shaft speed adjustment, control and protection of asynchronous three-phase electric motors, which have a short-circuited rotor with nominal current from 3A to 30A and nominal voltage 380V.

PCH-S300 frequency converters
The converters are designed for a smooth start, shaft speed adjustment, control and protection of asynchronous three-phase electric motors, which have a cage rotor with nominal current from 35A to 570A and nominal voltage 380V.

PCH-S400 frequency converters
The converters are designed for a smooth start, shaft speed adjustment, control and protection of asynchronous three-phase electric motors, which have a cage rotor with nominal current from 10A to 1200A and nominal voltage from 200V to 690V.

Equipment for housing and utilities infrastructure

IRZ-660
Station for control of a group of pumps. The station is designed for control, parameters monitoring and protection of two pumps, which operate for the overall pipeline network. Speed adjustment of an asynchronous motor for the purpose of maintaining a required pressure at the outlet of pump units or a level in the reservoir is provided.

IRZ-670
Station for control of a group of pumps. The station is designed for control, parameters monitoring and protection of three pumps, which operate for the overall pipeline network. The speed adjustment of an asynchronous motor for the purpose of maintaining a required pressure at the outlet of pump units or a level in the reservoir is provided.

KDU-IRZ ZHKH
Dispatch control system for public utilities is designed for remote control, manual and automatic control of the equipment, which is installed at heating and pumping stations of public utilities.

ASU BITP
Automated system for control of a separate modular heating station. The system constitutes an automated modular installation, which is used for heating energy transfer to different heat supply systems.

ASU CTP
Automatic system for control of a central heat supply station. The system is designed for monitoring and automatic control of the central heat supply station, maintaining heating profile parameters, hot water supply and water conditioning, as well as economic use of heat energy.

Information analysis system for power resources accounting (IASUE)

IASUE
New! Real time reception of reliable information about power resources consumption, data consolidation for several companies, data separation for functional objects, analysis, general trend detection, definition of power saving potential and visualization for economic and energy estimation of power resources saving actions implementation.