Product Overview
In oil & gas operations - from remote well startups to pipeline pressure control - industrial control systems are mission-critical. Rising cybersecurity threats and extreme environments (desert heat, polar cold, high-altitude) demand a new paradigm: advanced, secure, and ultra-resilient control solutions.
The Programmable Automation Controller (HiaPAC) is a next-generation industrial control solution purpose-built for oil & gas applications. Powered by cutting-edge intelligent control technologies, it delivers unmatched security, intelligence, and reliability.
Core Product Features
Self-Developed & Controllable
Built on an advanced architecture featuring high-performance processors, a proprietary microkernel OS, and embedded firmware, ensuring complete control over core technologies.
Diverse PID Functionality
Integrating robust PID functions including fuzzy logic and auto-tuning in Distributed Control System (DCS) environments.
Extreme Environment Resilience
Supports -40°C to +75°C operation, altitudes up to 4,500m, EMC Level 3 immunity, and G3 corrosion resistance for high-temperature and corrosive fields.
Integrated Industrial Optical Bus
Reduces copper cabling through optical bus and software-defined I/O, simplifying engineering and lowering operational expenditures.
Secure & Trustworthy
Endogenous security protection via trusted computing. A dual-system trusted chain ensures secure boot and dynamic measurement.
Frequently Asked Questions
What is the operating temperature range for the HiaPAC?
The HiaPAC is designed for harsh environments and supports a wide operating temperature range from -40°C to +75°C.
Does this controller support high-altitude installations?
Yes, the system is adaptable to altitudes ranging from -300 meters up to 4,500 meters, making it ideal for diverse geographic locations.
How does the system ensure high availability?
It utilizes a dual-frame redundancy design with master-slave hot standby and full data redundancy to ensure zero communication interruption.
What security measures are integrated into the hardware?
The controller integrates trusted computing technology with a dual-system trusted chain transmission model for secure boot and dynamic measurement.
What types of I/O signals are supported?
The multifunction modules support AI, AO, DI, DO, TC, and RTD hybrid signals, along with 8-channel HART communication for AI/AO modules.
How is maintenance simplified for this system?
The system supports comprehensive multi-dimensional self-diagnostics and predictive maintenance through sensing of temperature, humidity, and online channel status.