Deluge Alarm Skid-Mounted System: Combining Modularity and Intelligence, Leading New Revolution in the Fire Protection Industry
Affiliated Columns:News
Published:2025/09/26
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Are you still troubled by the cumbersome installation and inefficient management of conventional deluge alarm systems? Now, a groundbreaking intelligent detection and control module deluge alarm skid-mounted system solution has arrived. Leveraging technological innovation, it ushers in a new era of efficiency, intelligence, and safety for fire safety!

This system eliminates the drawbacks of conventional decentralized designs, achieving "plug-and-play" functionality through modular prefabrication. Integrating IoT and intelligent control technologies, it not only achieves precise temperature control within the skid but also intelligently manages the deluge valve alarm system throughout its lifecycle. This revolutionary architecture is reshaping the operational logic of fire protection systems, driving the industry's profound transformation from reactive disaster response to proactive risk prevention.

(1) Core advantages of the system

1. Highly integrated overall skid: dual optimization of efficiency and cost

The innovative system integrates key components of the automatic sprinkler fire extinguishing system (alarm valve, water supply, test signal control valve, drainage, control piping, etc.) into a skid-mounted structure. This significantly simplifies the installation and commissioning process, shortens the construction period, reduces installation difficulty and costs, and improves system reliability and space utilization, achieving a triple breakthrough in "cost reduction, efficiency improvement, and quality improvement."

2. Intelligent temperature control system: stable guarantee under all working conditions

The double-layer 304 stainless steel with rock wool insulation provides excellent thermal insulation and corrosion resistance, ensuring stable operation in cold outdoor environments. An integrated temperature sensor and intelligent controller allow flexible setting of temperature thresholds via desktop or mobile devices. The system automatically adjusts the power supply to the heating element to maintain a stable temperature in real time, preventing the impact of low temperatures on the equipment.

3. Intelligent Monitoring + Cloud Platform: Full-Time Perception and Cloud-Based Intelligent Control

Equipped with a pressure sensor to monitor pipeline pressure in real time, the data is uploaded to a cloud platform via a data collection and transmission system. Users can view the status in real time and conduct remote monitoring via desktop side or WeChat app. A PLC controller enables remote control of electromagnetic piping, allowing users to open and close the main valve via desktop side or mobile side,reducing human error and improving emergency response speed. Immediate notifications are sent when equipment anomalies occur, strengthening safety protection.

(2) Product Parameters

Specification range: DN50-200

Pressure level: PN10/16/25

Output signal setting: RS485

Power supply voltage: 24 VDC

Data transmission: 4G signal, real-time transmission

Media temperature: -20~80°C

Waterproof rating: IP65

(3) Application Scenarios

1. Core industrial production scenarios: protecting high-risk processes and critical facilities

The industrial field, which involves high temperatures, high pressures, and flammable and explosive media (such as oil and gas, chemical raw materials, and dust), has more stringent fire safety requirements. The "fast response + stable operation" features of the intelligent deluge alarm skid-mounted system precisely meet the needs of such scenarios.

2. Warehousing and logistics and commercial complex scenarios: Adapting to dense spaces and high-frequency traffic

Warehousing logistics and commercial complexes, due to their dense space, concentrated flow of people, and complex business formats, place higher demands on "precise control and efficient operation and maintenance" for fire safety. The system's advantages of "intelligent management and flexible installation" can effectively cover such scenarios.

3. Transportation hubs and special public scenarios: coping with mobile spaces and complex environments

Transportation hubs and special public settings have an outstanding demand for "full coverage and strong adaptability" in fire safety due to their "open spaces, high mobility of people, and changing environments." The system's "stable performance and intelligent linkage" precisely meet these scenarios.

4. Outdoor and extreme environment scenarios: breaking through climate limitations and ensuring full-area safety

Traditional deluge systems are prone to pipeline damage and equipment failure in extreme outdoor environments (such as severe cold, high temperature, and high humidity). However, the "environmental adaptability + stable operation" design of the intelligent deluge alarm skid-mounted system can overcome these limitations.

(4) Technology Value and Industry Impact

The intelligent deluge alarm valve skid-mounted system builds a closed technology loop with triple advantages. It not only revolutionizes the response speed and operation and maintenance efficiency of the fire protection system, but also breaks the limitations of traditional fire protection decision-making that relies on experience with data intelligence: it not only drives the industry from the dilemma of passive disaster relief to a new realm of active risk prevention, but also achieves a leap from the extensive model dominated by experience to the precise paradigm of digital empowerment, injecting core momentum into the strategic transformation of the fire protection system.

With the continuous iteration of technology and the in-depth expansion of application scenarios, the system will become the key engine of the smart city fire safety system, continuously releasing the transformation potential of "efficiency, intelligence, and safety", laying a solid technical foundation for building a more stable urban fire safety line, protecting the safe development of the city, and helping to create a more resilient smart city security ecosystem.


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