Overview

 

A Leakage Detection System is an essential safety solution designed to monitor liquid leakage, identify precise leakage locations, and provide instant alarm signals for rapid response. These systems are critical for areas where water, chemical liquids, fuel, or cooling fluids pose a risk to equipment integrity, production continuity, and operational safety.

 

 
  • GDRX-1BMS Leakage Collection Host
    The GDRX series leakage monitoring system is mainly used for detecting areas prone to liquid leakage, such as server rooms, base stations, power distribution rooms, equipment areas, public tunnels,
 
GDRX-1BMS Leakage Collection Host

 

How the System Works

The system operates through continuous, real-time monitoring between the sensing components and the central control unit. The operation flow is as follows:


The sensor detects a leakage condition upon liquid contact.


The controller analyzes the signal to determine the severity.


The system identifies the specific leakage zone or location.


An alarm output is triggered automatically.


Data is transmitted to external monitoring systems for centralized control.

 

Key Components
 

Leakage Detection Controller

The controller serves as the system's processing core.
Core Functions: Sensor signal processing, leakage alarm management, real-time fault monitoring, alarm output control, and communication with external systems.
Integration Options: Relay output, RS485 communication, Modbus protocol, and building management system (BMS) integration.

Leakage Detection Cable

This provides distributed, wide-area detection coverage.
Typical Installation Locations: Under raised floors, around cooling equipment, along pipelines, near tanks/pumps, and inside mechanical rooms.
Selection Factors: Cable length requirements, compatibility with the target liquid (e.g., water, oil, chemicals), installation environment, and ease of maintenance.

Alarm and Communication Interface

Provides connectivity to Building Management Systems (BMS), industrial control platforms, remote monitoring centers, and security management systems to ensure centralized oversight.

 

Primary Applications
 

Data Centers

Monitors cooling pipes, air conditioning units, and chilled water equipment to protect servers and power infrastructure.

Industrial Manufacturing

Protects hydraulic systems, chemical processing lines, and storage areas.

Battery Energy Storage

Monitors liquid cooling systems and battery containers to enhance facility safety.

Mechanical & HVAC Rooms

Provides continuous protection for pump rooms, water supply areas, and critical equipment zones.

 

System Selection Guide

By Leakage Type

Choose sensors based on fluid characteristics, such as water, oil, cooling liquids, or specialized chemicals.

By Detection Area

Evaluate total monitoring distance, layout complexity, cable routing requirements, and the number of zones.

By Integration Needs

Confirm the required communication protocols and compatibility with existing plant-wide monitoring systems.

 

Technical & Quality Standards

When evaluating a system, procurement teams should prioritize the following: 

 

Detection Accuracy: High-precision location reduces inspection time and enhances maintenance efficiency.

 

Response Time: Rapid signal processing ensures operators can intervene before minor leaks become major hazards.

 

Environmental Compatibility: The system must be rated for specific temperature, humidity, and exposure conditions of the installation site.

 

Production Quality: Suppliers should demonstrate rigorous electronic assembly, standardized cable production, and thorough functional testing (electrical performance, communication, and alarm verification).

 

Customization & Project Support

 

We provide flexible configurations tailored to specific project requirements:

Customized sensing cable lengths.

Multi-zone monitoring capability.

Adaptation of controller functions and communication interfaces.

Support for system integration and industrial equipment OEM projects.

 

 

Frequently Asked Questions

 

Q: What is a Leakage Detection System?

A: It is an electronic monitoring system that detects liquid presence, identifies the location, and alerts operators.

Q: Can the system connect with a BMS?

A: Yes, most units support standard industrial protocols like RS485 or Modbus.

Q: How do I choose the right system?

A: Selection depends on the type of liquid, the size of the area, the required cable length, and the integration protocol.

Q: Is the cable length customizable?

A: Yes, systems can be configured with specific cable lengths to match the floor plan or piping layout of your facility.

Q: How does this improve safety?

A: By detecting leaks at the initial stage, the system provides early warnings that prevent expensive equipment damage and costly production downtime.

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