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Fire Pump Automatic Inspection Control Equipment Box

Fire Pump Automatic Inspection Control Equipment Box

The Fire Pump Automatic Inspection Control Equipment Box is engineered to provide systematic monitoring and routine inspection of fire pump systems. It ensures that fire pumps remain in a ready-to-operate condition by performing scheduled inspections without manual intervention. 

Product Advantages
Automated Routine Inspection
Executes periodic inspection procedures on fire pumps according to preset schedules.Reduces dependency on manual checks, ensuring timely and repeatable inspection processes.

Reliable System Monitoring
Continuously observes the operational status of fire pump equipment.Provides alerts in case of faults, abnormal parameters, or system errors.

Efficient Maintenance Planning
Inspection data is stored and analyzed to support predictive maintenance.Helps identify potential issues before they affect pump readiness.

Enhanced Safety Compliance
Supports adherence to fire safety standards and regulations by documenting inspection history.Provides proof of routine checks for audits or insurance requirements.

Reduced Operational Costs
Limits manual labor involved in daily or weekly testing routines.Minimizes wear on the system by using controlled, time-limited test runs.

Product Features
Programmable Logic Control (PLC)
Central controller automates inspection sequences with customizable parameters.Allows configuration for different pump types and operational cycles.

Data Storage and Reporting
Built-in memory logs inspection results, operational data, and fault records.Supports USB or network export of inspection data for record-keeping and review.

Self-Diagnosis and Alarm System
Performs self-check on startup and during operations to detect internal faults.Includes visual and audible alarms for immediate issue identification.

Product Applications
Commercial Buildings
Installed in office towers, shopping centers, and hotels to manage fire pump readiness.Enhances fire response infrastructure in large, multi-level structures.

Industrial Facilities
Applied in factories, refineries, and storage areas where fire risk is elevated.Ensures high-availability fire protection systems in areas with volatile processes.

Public Infrastructure
Used in airports, metro stations, and government buildings to safeguard public safety.Provides consistent monitoring in high-traffic environments where emergency readiness is critical.

◇Environmental temperature:-10℃~55℃; 
◇The humidity of the air conditioner should be below 95% (at a temperature of 40 ℃± 2 ℃); 
◇Altitude not exceeding 2000m; 
◇The geological operation is free from conductive and explosive dust, corrosive metals, and destructive insulating gases;
◇There is no vibration or impact during operation.

◇Input three-phase voltage of mains power; 
◇Mains input voltage: 170V-250V; 
◇Mains frequency: 50Hz 2.5Hz.

◇Pressure reduction inspection of water pumps: Periodic inspections of each water pump are carried out by alternately starting star shaped pressure reduction, which not only solves the impact of high water pressure on the pipeline network but also provides feedbackl and saves the status of the water pumps 
◇Water pump temperature and insulation detection: Real time temperature and insulation detection of the water pump to improve its service life and safety Power monitoring: Sensors collect and store signals such as current, voltage, phase failure, phase loss, and phase sequence detectionl 
◇Fire monitoring and active fire extinguishing: monitoring and alarming of wires and cables, equipment temperature, fire detection, etc.,l and automatically extinguishing when a fire is detected Dehumidification of fire control equipment: detect the temperature and humidity of the control equipment, and perform heating, dehumidification or heat dissipation Fire pool liquid level detection: The ultra-low liquid level alarm and real-time water level detection of the fire pool are carried out through liquid level sensors 
Pipeline network detection: The pressure and flow of the inlet main pipeline are detected through sensors, and the pressure of the outlet fire and sprinkler pipelines is detected through loT collection and data storage. All the above data is saved and printed in real time, and sent to the monitoring terminal through loT collection. It has fault alarm, power down flash memory function, fault storage record function, and can store 256 fault records, which is convenient for maintenance personnel to repair and analyze. It can be connected to the computer network of the company's monitoring center or the public security fire department, and the equipment can be monitored and monitored in real-time 24 hours, realizing remote computer monitoring and all-round network center management, further strengthening safety monitoring 
Adopting a large Chinese LCD touch screen as the human-machine interface, it is easy to operate, simple and intuitive If a fire signal is encountered during the inspection process, immediately exit the inspection and start the fire hydrant pump and sprinkler pump immediately

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