Surge Control
Design of surge detection and control algorithms, and implementation of compressor pressure control.
High-speed compressor and pump control system
Pressure, flow, stability;
in one control logic.
A control and monitoring system for high-speed pumps and compressors: from temperature, pressure, flow and bearing protection to surge control, start-up sequences and emergency shutdown, in step with the rotating machine and the process infrastructure.
Kaavosh Electronics Vanda Shargh · Khorasan Science and Technology Park
KEVC / High-speed compressor and pump control system
Conceptual view
Control, protection, monitoring
Signals become decisions
- Monitoring of pump and compressor fluid temperature, pressure and flow
- Monitoring and protection of bearing temperature and of gearbox, pump and compressor vibration
- Monitoring and protection of seal plans, including dry gas seals
- Lubrication-system monitoring, start/stop sequence control and emergency shutdown (ESD)
- Surge-detection and surge-control algorithms, and compressor pressure control
See the process as one system
Control architecture and integration
Control architecture
Fail-safe design and redundancy at instrument, I/O, network and CPU levels, configured to each project.
Integration
Vibration protection with an MMS, and PLC communication with the refinery or petrochemical DCS.
Local control panel
A PLC-based local control system for high-speed pumps.
Electrical and mechanical together
Control logic comes from understanding the machine
Collaboration between the electrical and mechanical teams, CFD analysis and control-system simulation before implementation.
A technical conversation is how we start
Request a technical consultation →
Bring the machine data into the conversation.
Get in touch with Kaavosh Electronics Vanda Shargh to review the needs of your project.