Leaks can indeed pose significant risks to businesses, from costly repairs to potential equipment damage and disruptions to operations. At FMS Integration, we understand the importance of proactive monitoring to mitigate these risks, which is why we offer comprehensive leak detection hardware solutions.

Our years of experience in monitoring services, including leak detection technology, enable us to assist our clients effectively in safeguarding their businesses. By explaining how leak detection technology works and offering implementation strategies, we help businesses better protect their assets and operations.

Leak detection technology operates by identifying leaks from various sources, such as water heaters, drains, and external piping. Pressurized leaks and normal piping leakage can go undetected for extended periods, leading to potential hazards and breakdowns. Therefore, incorporating advanced sensors is crucial to detecting and locating issues promptly.

By implementing leak detection hardware, businesses can detect small leaks before they escalate into more significant problems, saving time, money, and preserving hard work. Our solutions provide comprehensive coverage and early warning capabilities, ensuring that your business remains protected and operates smoothly.

Don’t let leaks jeopardize your business. Trust FMS Integration for reliable leak detection solutions that safeguard your assets and ensure peace of mind. Contact us today to learn more about how we can help protect your business from potential leaks and their detrimental effects.

 

What is Leak Detection Hardware?

leak detection hardware types

A leak detector is a specialized sensor designed to monitor areas containing conductive liquids like water and chemicals. These sensors are equipped to detect the presence of such liquids and trigger alarms or alerts when a leak is detected.

Leak detection controllers play a crucial role in integrating sensor data with the overall system. These controllers receive signals from the leak detectors and translate them into actionable information for system users. Depending on the complexity of the system, leak detection controllers may perform various functions:

Alert Generation: Controllers receive signals from leak detectors and generate alerts or alarms to notify users of potential leaks. These alerts can be in the form of audible alarms, visual indicators, or notifications sent to monitoring systems.

Data Integration: Leak detection controllers may integrate sensor data with other systems, such as building management systems (BMS) or security systems. This integration allows for centralized monitoring and control of leak detection activities along with other building or facility functions.

Response Coordination: In some cases, leak detection controllers may be programmed to initiate predefined responses to detected leaks. This could include shutting off valves, activating containment systems, or triggering emergency protocols to mitigate the impact of the leak.

Data Logging and Analysis: Controllers may also collect and store sensor data for analysis and reporting purposes. This data can help identify trends, assess system performance, and optimize maintenance schedules.

Overall, leak detection controllers play a crucial role in ensuring the effectiveness and reliability of leak detection systems. By integrating sensor data with system users and other components of the overall infrastructure, these controllers help to enhance safety, minimize risks, and protect assets from the damaging effects of leaks.

Leak Detection Sensor Types

Leak Detection sensors can be a Spot Sensor or a Cable/Rope style sensor.

This works all by monitoring the surface of that area.

Typical systems used in server rooms use an electrical signal to find if any water has come in contact with the sensor.

Leak Detection Spot Sensor

RLE Seahawk Spot Detector - SD-R01

These direct contact sensors can come in different forms. Water leak Spot Detectors become limited to certain areas where liquids will collect.

Leak Detection Sense Cable (Rope)

Seahawk Orange Sense Cable

Leak Detection Cables, also referred to as rope sensors, are well-suited for monitoring large areas along the floor or piping for the presence of liquids. These sensors can be connected to a controller, which serves to interpret the signals received from the sensors and trigger appropriate notifications.

Notification methods can vary depending on the controller and system setup. In simpler configurations, notification may involve emitting an audible alarm to alert nearby personnel of a detected leak. More sophisticated systems may combine audible alarms with visual indicators to provide additional clarity and urgency.

Some controllers utilize relays for integration with broader system functionalities. These relays enable seamless communication between the leak detection system and other components or systems within the facility, allowing for coordinated responses to detected leaks.

For even more advanced functionalities, certain controllers leverage protocols such as email notification or integration with building monitoring systems. By utilizing these protocols, the leak detection system can transmit alerts and status updates to designated recipients via email or seamlessly integrate with broader building management and monitoring systems for centralized oversight and control.

In summary, leak detection cables offer versatile monitoring capabilities for large areas, with controllers facilitating the interpretation of sensor data and enabling various notification methods, integration options, and system functionalities to suit the specific needs of the facility.

Leak Detection Controller Types

Leak Detection Zone Controller

RLE Seahawk LDRA6 Controller

Zone Leak Detection controllers provide a straightforward Go-NoGo style of alerting, making them ideal for monitoring designated zones for the presence of leaks. These controllers can accommodate single or multiple zones, depending on the facility’s requirements.

Key features of Zone Leak Detection controllers include:

Alerting System: Zone controllers utilize a simple Go-NoGo alerting system to indicate the status of each zone. This typically involves status lights that indicate Normal, Fault, and Alarm conditions, providing clear visual cues for operators.

Audible Alarm: In addition to visual indicators, Zone Leak Detection controllers incorporate local audible alarms to provide immediate notification of detected leaks within the monitored zones. This ensures that personnel can respond promptly to potential issues.

Relay Outputs: Zone controllers feature dry contact (relay) outputs that facilitate external alarm notification. These outputs can be connected to external alarm systems or devices to extend notification capabilities beyond the immediate vicinity of the controller.

System Integration: Advanced Zone Leak Detection controllers may utilize protocol data for intelligent system integration. By leveraging industry-standard protocols, such as Modbus, these controllers can seamlessly integrate with broader building management systems or monitoring platforms, enabling centralized control and oversight of leak detection activities.

Overall, Zone Leak Detection controllers offer a reliable and effective solution for monitoring designated zones for leaks, providing intuitive alerting mechanisms, local and external notification capabilities, and potential integration with broader system infrastructure for enhanced functionality and control.

Leak Detection Distance-Read Controller

RLE Seahawk LD5200 Distance Read Controller

Distance-Read Leak Detection systems offer advanced functionality by providing a distance marker to pinpoint the location of detected leaks. These systems may incorporate various features to enhance monitoring and notification capabilities:

Distance Marker Display: Distance-Read Leak Detection systems feature a digital readout or detailed screen that displays the distance to the detected leak, providing valuable information for quick identification and response.

Status Indicators: These systems typically include status lights or LEDs to indicate Normal, Fault, and Alarm conditions, ensuring operators are promptly alerted to any detected issues.

Audible Alarm: Equipped with a local audible alarm, Distance-Read Leak Detection systems provide immediate notification of detected leaks, enabling rapid response to mitigate potential damage or safety hazards.

Relay Outputs: Dry contact (relay) outputs are commonly integrated into these systems to facilitate external alarm notification. This allows for seamless integration with external alarm systems or devices to extend notification capabilities.

Serial Ports: Some controllers may feature serial ports compatible with industry-standard protocols such as Modbus RTU or BACnet MS/TP. This enables communication with other devices or systems, enhancing interoperability and control.

Ethernet Connectivity: Advanced controllers may include an Ethernet port to support network connectivity. This allows for access to a web interface for system monitoring and configuration. Additionally, Ethernet connectivity enables email (SMTP) notification, ensuring that relevant personnel receive timely alerts and updates regardless of their location.

Overall, Distance-Read Leak Detection systems offer comprehensive monitoring and notification capabilities, leveraging advanced features such as distance markers, status indicators, audible alarms, relay outputs, and communication interfaces for seamless integration and enhanced functionality.

Server open protocols Modbus, BACnet and SNMP

To facilitate seamless integration with third-party monitoring systems, Leak Detection controllers often support open protocols. These protocols enable communication and data exchange between the leak detection system and other monitoring or management platforms. Common open protocols supported by Leak Detection controllers include:

Modbus TCP/IP: Modbus is a widely used communication protocol in industrial automation applications. Modbus TCP/IP allows for communication over Ethernet networks, enabling compatibility with a wide range of devices and systems. By supporting Modbus TCP/IP, Leak Detection controllers can exchange data with third-party monitoring systems that also utilize this protocol.

BACnet: BACnet (Building Automation and Control Networks) is a standard protocol for building automation and control systems. BACnet IP enables communication over IP networks, facilitating interoperability between different devices and systems within a building or facility. Leak Detection controllers that support BACnet IP can seamlessly integrate with BACnet-compliant monitoring systems, allowing for centralized management and monitoring of leak detection activities.

SNMP (Simple Network Management Protocol): SNMP is a protocol commonly used for network management and monitoring. It allows devices to send and receive management information across IP networks, making it suitable for monitoring and controlling networked devices. Leak Detection controllers that support SNMP can be integrated into SNMP-based monitoring systems, enabling administrators to monitor the status and performance of the leak detection system alongside other networked devices.

By supporting these open protocols, Leak Detection controllers offer flexibility and interoperability, allowing them to integrate seamlessly with third-party monitoring systems and providing administrators with centralized visibility and control over leak detection activities.

    RLE’s Seahawk LD5200 and Seahawk LD2100 controllers offer an Interactive Map feature, providing advanced visualization capabilities for leak detection applications. With this feature, users can embed an image of the application area, such as a floor plan or layout diagram, into the controller’s interface. When a leak is detected, the Interactive Map flashes a marker on the drawing, indicating the precise location of the leak within the monitored area.

    Key features of the Interactive Map feature on RLE’s Seahawk LD5200 and Seahawk LD2100 controllers include:

    Image Embedding: Users can upload or import an image of the application area into the controller’s interface. This image serves as the background for the Interactive Map, providing a visual representation of the monitored space.

    Leak Location Visualization: When a leak is detected within the monitored area, the Interactive Map flashes a marker on the embedded image, pinpointing the exact location of the leak. This visual indicator allows users to quickly identify the source of the leak and take appropriate action.

    Enhanced Situational Awareness: By integrating leak detection data with visual mapping, the Interactive Map feature enhances situational awareness for users. They can easily interpret the location of detected leaks within the context of the application area, facilitating rapid response and remediation efforts.

    User-Friendly Interface: The Interactive Map feature offers a user-friendly interface that is intuitive and easy to navigate. Users can quickly access and interpret leak detection data, improving operational efficiency and effectiveness.

    Overall, the Interactive Map feature on RLE’s Seahawk LD5200 and Seahawk LD2100 controllers provides advanced visualization capabilities for leak detection applications, allowing users to visualize and pinpoint the location of leaks within the monitored area with precision and ease.

      FMS Integration uses these leak detection tools and methods to help you uncover any leaks before they become problematic.

      Don’t Have Leak Detection Hardware? You Should.

       

      Don’t overlook the importance of leak detection hardware for your business. The consequences of weather, water, or cooling-related damage can be staggering, with organizations spending nearly $500K per occurrence on average to rectify such issues. Leaks can quickly escalate into costly problems, which is why it’s crucial to take proactive measures.

      At FMS Integration, we understand the significance of maintaining a safe and efficient environment for your business. That’s why we offer comprehensive leak detection solutions tailored to your specific needs. With our expertise and cutting-edge technology, we can help you detect and address leaks before they spiral out of control.

      Don’t wait until it’s too late. Schedule a consultation with FMS Integration today and take the first step towards safeguarding your business against costly damages. Let us help you stay ahead of potential leaks and ensure the safety and efficiency of your operations