| Quantity: | |
|---|---|
PCS-200
1. Wide Temperature Adaptability: The system supports full-temperature operation from -40℃ to 80℃ (PCS-200) and -20℃ to 60℃ (PCS-600X), with electromagnetic interference resistance up to EMC Class B standard and compliance with ISA S71.04 G3 corrosion protection requirements, adapting to complex building environments.
2. Ultra-High Reliability: Adopting industrial-grade hot standby redundancy technology, the hardware failure rate of the control system is as low as 0.1%, the module MTBF (Mean Time Between Failures) exceeds 100,000 hours, and the power supply supports redundant access to ensure 24/7 stable operation of the system.
3. Strong Expandability: The PCS-200 single controller supports up to 8 IO expansion modules, while the PCS-600X can connect 32 remote sub-stations and support 16,384 DI/DO points. It is compatible with protocols such as CANopen and Modbus RTU/TCP, easily meeting the expansion needs of large - scale buildings.
4. Refined Energy Management: Featuring an energy management system, it monitors energy consumption in real-time via 16-bit precision AI signal acquisition (with an error of ±0.2%) and automatically adjusts equipment parameters based on algorithms. The comprehensive energy saving rate of the SUPCON Technology Park reconstruction project reached 15.8%.
5. Multi-System Collaboration: The 3D visualization engine intuitively presents equipment status and supports the IBMS operation management platform for multi-system linkage. It can integrate subsystems such as intelligent lighting, fire alarm, and video surveillance. For example, the Sun Yat-sen University project improved operation efficiency by 30% through the platform.
6. Terminal Equipment Compatibility: It is perfectly compatible with terminal equipment such as FCU fan coil thermostats (temperature setting 5-35℃) and liquid level sensors (range 0-10M, accuracy ±0.5%FS), realizing the full-link intelligence of "control-monitoring-terminal".
1. Wide Temperature Adaptability: The system supports full-temperature operation from -40℃ to 80℃ (PCS-200) and -20℃ to 60℃ (PCS-600X), with electromagnetic interference resistance up to EMC Class B standard and compliance with ISA S71.04 G3 corrosion protection requirements, adapting to complex building environments.
2. Ultra-High Reliability: Adopting industrial-grade hot standby redundancy technology, the hardware failure rate of the control system is as low as 0.1%, the module MTBF (Mean Time Between Failures) exceeds 100,000 hours, and the power supply supports redundant access to ensure 24/7 stable operation of the system.
3. Strong Expandability: The PCS-200 single controller supports up to 8 IO expansion modules, while the PCS-600X can connect 32 remote sub-stations and support 16,384 DI/DO points. It is compatible with protocols such as CANopen and Modbus RTU/TCP, easily meeting the expansion needs of large - scale buildings.
4. Refined Energy Management: Featuring an energy management system, it monitors energy consumption in real-time via 16-bit precision AI signal acquisition (with an error of ±0.2%) and automatically adjusts equipment parameters based on algorithms. The comprehensive energy saving rate of the SUPCON Technology Park reconstruction project reached 15.8%.
5. Multi-System Collaboration: The 3D visualization engine intuitively presents equipment status and supports the IBMS operation management platform for multi-system linkage. It can integrate subsystems such as intelligent lighting, fire alarm, and video surveillance. For example, the Sun Yat-sen University project improved operation efficiency by 30% through the platform.
6. Terminal Equipment Compatibility: It is perfectly compatible with terminal equipment such as FCU fan coil thermostats (temperature setting 5-35℃) and liquid level sensors (range 0-10M, accuracy ±0.5%FS), realizing the full-link intelligence of "control-monitoring-terminal".
