High Pressure Anti-Wear Oil Control System (EH-ZRS)
About EH-ZRS
EH-ZRS includes an integrated independent oil source, providing a qualified high-pressure working oil source for the normal operation of the entire hydraulic control system. The working fluid uses environmentally friendly anti wear hydraulic oil with turbine oil characteristics, offering the same control precision and fire-resistant properties. This system features high positioning accuracy, large driving force, stepless speed regulation, and rapid shutdown protection, making it highly cost effective and suitable for small to medium-sized units. Its main components include an independent oil source unit (oil station, accumulator, anti-wear hydraulic oil, etc.), a servo actuator (servo motor, servo valve, OPC solenoid directional valve, etc.), a trip control system, and an oil pipeline system (oil pipelines and various valves).
Product Features
-
High PrecisionFIndependent oil source pressure of 14.0 MPa, and high output stiffness for an actuator
-
ReliabilityAnti-wear hydraulic oil, no environmental pollution, redundant configuration of the oil supply pump in the oil supply system, and two sets of oil pumps mutually reserved
-
Availability100% continuous adjustable work, and closed-loop servo control system
-
RapidityDynamic response time < 0.3s, and fast closing time < 0.2s
-
ConvenienceActuator that is compact in size and easy to install, disassembly of the actuator not required for annual maintenance, and replacing only the seals of the hydraulic components on the pump station and actuator
Related Products
-
T80 Universal Turbine Controller -
T800K Digital Electro-Hydraulic System (T800K DEH)
-
T800N Digital Electro-Hydraulic System (T800N DEH) -
PLC-Based Emergency Trip System (ETS-LM) -
Integrated Emergency Trip System (ETS-K) -
Triple-Redundant Emergency Trip System (ETS-SGM) -
Turbine Supervisory Instrument (TSI)
-
Low Pressure Turbine Oil Control System (EH-HLP) -
High Pressure Fire-Resistant Oil Control System (EH-HHP)
Services & Support
The Latest
