- Full Performance: Multiple protections, traceable and controllable
Adopting a fully automatic control mode, the system can instantly start a backup unit in the event of equipment failure, ensuring uninterrupted on-site gas supply. It integrates multiple interlocking protection functions such as low-voltage protection, anti-start protection, and shutdown delay, building a comprehensive system safety barrier. The cabinet comes standard with audible and visual alarm devices and also supports SMS alerts, allowing operators to receive abnormal condition notifications immediately. All alarm information is automatically recorded and stored, with support for historical queries, enabling full fault traceability and providing accurate data support for subsequent fault analysis and problem correction.
- Reliability:
Mature design, stable and durable. Developed based on standardized professional design, it is a commercially produced model with mature technology, widely applied in large-scale operations across chemical, manufacturing, energy, and other industries, with proven practical reliability. The equipment has a clear maintenance logic, making it easy for customers to establish standardized maintenance plans and significantly simplifying operational management processes. The unit adopts an intelligent rotation operation mechanism that can automatically balance the operating hours of each device, effectively reducing component wear and significantly extending the overall service life of the equipment.
- Intelligent Features:
Precise control and efficient adaptation help users enhance the informatization management of daily operations and deepen the level of automation control. Real-time, accurate monitoring of equipment energy consumption data supports dynamic diagnostics of unit operating efficiency, facilitating timely optimization of energy consumption plans. For centrifugal units, it specifically features load-sharing professional control logic, which can adaptively calculate based on system pressure fluctuation trends, intelligently determining the loading and unloading sequence of backup units to ensure system pressure stability and optimal energy consumption.
- Ease of operation: No human intervention, remotely controllable
Achieves full-process automatic control of equipment, requiring no manual intervention during daily operation; collects and records operational data in real time, and after setting alarm parameters, the system can automatically trigger SMS alerts without the need for manual monitoring. Supports remote switching between 'automatic / manual' operation modes, reducing safety risks and time costs associated with frequent personnel movement in production areas. Includes 8 sets of preset automatic control programs, with main and backup unit switching that can be triggered with one click or completed automatically, without on-site manual operation; also supports interlocking control of equipment based on key operational data (such as pressure, temperature, and flow), balancing operational convenience and operational safety.
- Benefits and Advantages: Cost Reduction and Efficiency Improvement, Value Empowerment
Equipped with an intelligent gas usage matching algorithm, it can flexibly start and stop units according to actual on-site gas demand, accurately maintaining stable gas supply pressure in the pipeline and avoiding unnecessary energy consumption. Reducing manual operation not only lowers labor management costs but also mitigates the risk of human error, indirectly extending equipment lifespan. The main and backup units operate alternately, balancing equipment load pressure, significantly reducing the frequency of shutdown maintenance, and lowering spare parts replacement and repair costs. It supports real-time storage of operational data for up to 30 days and can automatically generate multidimensional reports on energy consumption, operating conditions, and faults, providing data-driven decision support to help customers optimize production scheduling, improve operational efficiency, and achieve cost reduction and efficiency gains.