Leak detection systems

UDP-24 point-of-use water detector comprises two components: a detector module and a point detector connected together via a 1m jumper cable. It needs a 24 volt power source. In the event of an alarm a volt-free contact is triggered, giving an alarm signal back to a BMS etc. The Detector Module houses electronic circuitry; the Point Detector

The UDF-24 ‘Universal’ Float Detector requires a 24 volt power source, and in the event of an alarm a volt-free contact is triggered, giving an alarm signal back to a BMS etc: does not require an i-Zone control panel; for use within Sumps, Plant rooms, & water tanks; can be set to alarm on the rise or fall of water; manufactured from rust proof

The STDi-24 point of use conductive water detector is designed for use in plant rooms and other solid floor areas. It has two components - the detector module and the point detector - connected by a 1m jumper cable. Conductive fluid touching the two detection pins simultaneously will cause the detector to enter an alarm condition. Alarm status and monitoring is via a network

The Sunaero 101 is a portable hydrogen tracer gas detector designed for use in hazardous environments, with ATEX Div. 1 or Zone 0 approval (Ex ia, IIC T4). It uses the hydrogen method for leak detection, allowing it to identify the smallest leaks, down to the size of bacteria. Key Features: safe: The Trace 101 is designed to operate safely in

The Aqualarm IRDi-485 point-of-use oil detector comprises two components: the detector module and the point-of-use detector, connected via a 1m jumper cable. Both are manufactured from STAREX General ABS (SD-0150) plastic. The detector module houses the electronic circuitry; the point-of-use detector houses the infrared transmitter / receiver

The iZ-T25 i-Zone touch screen control panel can simultaneously monitor all 25 Aqualarm detectors, including water, oils, chemicals, refrigerant gas leak detectors, and temperature and humidity detectors. Two pulsed flowmeters for incoming mains water can also be monitored, with the facility to control a solenoid valve. By connecting the control

The STDi-485 Point of Use water Detector is comprised of TWO components, the detector module and the point detector, connected together via a 1m jumper cable. Both the Detector Module and the Point detector are manufactured from STAREX General ABS (SD-0150) plastic. The Detector Module houses the electronic circuitry and the Point Detector houses

The IRDi-24 point of use oil detector is made up of two components: the detector module and the point of use detector, connected together via a 1m jumper cable. Both the detector module and point of use detector are manufactured from STAREX General ABS (SD-0150) plastic. The detector module houses the electronic circuitry and the point of use

The UDC-24 ‘Universal’ Zone Detector Module requires a 24-volt power source and, in the event of an alarm, a volt-free contact is triggered, giving an alarm signal back to a BMS. Does not require an i-Zone control panel; zone detector module for connection to detecting cable; manufactured from rust-proof and hard-wearing ABS plastic; LED and

UDOF-24 ‘Universal’ Overflow Detector is used to detect water in an overflow pipe. It requires a 24 volt power source. In the event of an alarm a volt-free contact is triggered, giving an alarm signal back to a BMS

The QL320 is a quantitative optical gas imaging (QOGI) system that allows surveyors to measure the leak rates for methane and other hydrocarbons with immediate results, eliminating the need for secondary sampling. QL320 does not require close contact with the gas in order to measure emission rates, making it a safer solution for quantifying

FLIR Si124 is an easy-to-use, stand-alone system for locating pressurised leaks in compressed air systems. Lightweight, one-handed solution is designed to help maintenance, manufacturing, and engineering professionals identify leaks up to 10 times faster than with traditional methods. Built with 124 microphones, the Si124 produces a precise

FLIR G343, a member of the G-Series, is an innovative Optical Gas Imaging (OGI) camera used to visualise possible carbon dioxide (CO2) gas leaks. Whether or not CO2 is a byproduct of a production process or used as a trace gas, the G343 provides fast accurate detection to ensure safety. Advanced cooled 320 × 240 (76,800 pixels) resolution camera

The GF343 is an optical gas imaging camera designed to detect CO2 leaks quickly, easily, and from a safe distance. Typical applications include detection of CO2 as a byproduct of a production process, as a trace gas used to detect leaks from power generators, or as part of an Enhanced Oil Recovery program. Visually detects CO2 gas leaks in real

The FLIR GF77 is an uncooled infrared gas leak detection camera for visualising methane and other gas emissions in realtime. Camera features spectral filtering for methane and similar gases: oil and gas facilities; gas transportation terminals; power generation plants. maintain valuable capital equipment and avoid product loss; meet emissions

FLIR G304 is an innovative optical gas imaging (OGI) camera used to detect possible hydrofluorocarbon, refrigerant and other industrial gas leaks. Designed with safety and efficiency in mind G304 can detect dangerous and environmentally harmful gases from safe distances. Capable of reducing inspection time by scanning large areas without

The Aqualarm CD-X water leak detecting cable is comprised of two flat tinned copper braids separated, and protected, by Helegaine self-extinguishing nylon 66 sleeves. This type of configuration gives protection to the sensing cores against dust, other types of conductive contamination, and mechanical damage. The cable is available in modular

The Aqualarm ZLM-500 zoned locating module is used to monitor combined leader / jumper and detecting cables for water leaks and cable damage. ZLM-500 is typically used for larger areas allowing monitoring per zone. It can monitor up to 500m of cables and allows users to locate the point of the alarm condition with an accuracy of ±1m, along with 'water detected' or 'open circuit' alarms

Inspectahire offers a range of thermographic cameras for optical gas imaging, including the G300a, G300pt, and A6604. These systems are designed for continuous, 24/7 monitoring of gas pipelines and similar installations from a safe distance. Available for sale or rental

The i-Zone Mini control panel can monitor up to four zones for water leak detection using cable, point, float or overflow detectors. The status of each detector is displayed on an LED monitor. Up to 100m of network cable per zone

FLIR GF346 thermal imaging camera is capable of detecting carbon monoxide leaks as well as a number of other gases. Capable of tracing leaks in real time through thermal imaging for efficient and precise identification of gas sources: real-time visualisation of gas leaks; can be used for a wide variety of thermal inspections; measures temperatures

The Aqualarm CDBi-485 zone detector module is made of a purpose-moulded ABS box, housing the electronic circuitry. At one end of the module a locking line socket is fitted to enable connection of the detecting cable. The other end is fitted with glands for connection to the PCB. A red LED is incorporated in the top of the module

The Aqualarm FLi-485 Liquid Level Detector is made up of two components, the detector module and the float switch, connected together via a 1m jumper cable. Both the detector module and the float switch are manufactured from STAREX General ABS (SD-0150) plastic. The glass filled nylon float switch is held in place by a sprung clip, secured to the

The Aqualarm OFDi-24 overflow detector is made up of two components: the detector module and the overflow detector, connected via a 2m jumper cable. Both the detector module and overflow detector are manufactured from STAREX General ABS (SD-0150) plastic. The bottom of the overflow detector is fitted with a ¾” BSP threaded connector with two