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| Model NO. | HiaPAC |
| Adaptable Altitude | -300 to 4,500 M |
| Channel Safety | Fully Isolated Channels and Online Status Diagnost |
| Expansion & Protection | Flexible Expansion and Power Failure Protection |
| High-Availability Architecture | Dual-Frame Redundancy Design |
| Transport Package | Wooden or Others |
| Origin | China |
| HS Code | 8471499100 |
| Production Capacity | 8, 000 Sets/Year |
In oil & gas operations - from remote well startups to pipeline pressure control-industrial control systems are mission-critical. Yet, rising cybersecurity and industrial security threats, growing pressure on technology self-sufficiency, the emergence of edge nodes such as remote facilities and cross-border pipelines, and extreme environments (desert heat, polar cold, high-altitude) demand a new paradigm: advanced, secure, and ultra-resilient control solutions.
In response, the Programmable Automation Controller (HiaPAC) is introduced - a next-generation industrial control solution purpose-built for oil & gas applications. Developed on a proven platform and powered by cutting-edge intelligent control technologies, HiaPAC delivers unmatched security, intelligence, and reliability-redefining the future of intelligence in oil & gas.
Built on an advanced architecture featuring Loongson processors, a proprietary microkernel OS, and embedded firmware, HiaPAC ensures complete control over core technologies vital to the oil & gas sector.
Integrating robust and diverse PID functions including fuzzy logic and auto-tuning in Distributed Control System (DCS).
Supports -40°C to +75°C operation, altitudes from -300 m to 4,500 m, EMC Level 3 immunity, and G3 corrosion resistance.
Combining industrial optical bus and software-defined I/O technologies, HiaPAC reduces copper cabling and lowers capital and operating expenditures.
High-Availability Architecture
High-Performance Core
Diverse Module Configurations
Channel Safety Technology
HiaPAC is designed for extreme environments, supporting a wide operating temperature range from -40°C to +75°C.
Yes, the HiaPAC is adaptable to altitudes ranging from -300 meters up to 4,500 meters, making it suitable for both mining and high-plateau oil & gas facilities.
The system features a dual-frame redundancy design, including master-slave hot standby, full data redundancy, and dual-network redundancy (SNET) to ensure zero communication interruption.
The controller is built with G3 corrosion resistance and EMC Level 3 immunity, ensuring reliable performance in high-humidity and chemically corrosive field conditions.
The high-performance I/O modules support AI, AO, DI, DO, TC, and RTD hybrid signals, including 8-channel HART communication and relay-isolated I/O with overcurrent protection.
HiaPAC features a 1 GHz CPU with an ultra-high-speed scheduling cycle of ≤5 ms, providing excellent real-time control responsiveness.
