COMPRESSOR CONTROLS CORP MCP-1004｜Main Processor Module｜

Compressor specific control
Execute core algorithms such as pressure closed-loop, temperature regulation, flow control, and speed regulation
Support start stop control, loading/unloading, load balancing, sequential start stop, and rotation operation logic
Built in multi-level protection mechanisms for overvoltage, overcurrent, overtemperature, low oil pressure, vibration exceeding limits, etc
Real time monitoring and diagnosis
Real time collection of key parameters such as speed, pressure, temperature, valve opening, and actuator status
Support fault self diagnosis, fault alarm, and historical data recording for easy traceability and maintenance
Operation status and parameters can be remotely viewed through handheld devices and upper computers
System integration and scalability
Compatible with industrial buses such as Modbus and Profibus, seamlessly integrated into DCS and SCADA systems
Support multi module redundant configuration to enhance system reliability
Modular hardware architecture for easy expansion of I/O and functional modules
Energy efficiency and operation optimization
Optimize the operating cycle of the compressor to reduce energy consumption and operating costs
Support remote configuration of parameters and online software upgrades to reduce on-site downtime
Oil and gas industry: natural gas gathering and transportation, boosting, gas injection, LNG pre-treatment compressor units
Chemical industry: process gas compression, air compression, inert gas compression systems
Power industry: power plant auxiliary compressor, hydrogen/nitrogen compressor unit
Metallurgical industry: blast furnace gas compression, instrument air compression system
General Industry: Air Compressor Joint Control, Screw/Reciprocating Compressor Automation Control

COMPRESSOR CONTROLS CORP MCP-1004｜Main Processor Module｜