To provide accurate performance and results, the PS500 has to be properly used and maintained. The Auto Bump & Calibration Station (ABC) provides bump testing, calibration and data management options and is compact, robust and intuitive to use.
Designed for the gas industry, the GT Series are multi-application instruments, satisfying all the needs of service technicians within a single unit. With 7 modes of operation, the GT Series is the most versatile instrument available for working with gas.
Applications: Leak test, confined space entry, bar hole testing, carbon monoxide, purge, sniffer pressure leak tightness
The ShipSurveyor was designed after extensive consultation with shipowners, ship managers and shipping personnel. The result is a range of 8 instruments dedicated to the marine market.
The ShipSurveyor is versatile yet simple to use. The feature-rich range of instruments are suitable for all marine applications including confined space monitoring, cargo monitoring and inerting.
Up to 5 gases can be simultaneously measured and displayed. The hydrocarbon range, which utilises the latest infrared technology, can be calibrated with Butane, Propane or Methane, depending on application.
The GMI Protege ZM Single Gas Monitor is an easy-to-use, zero maintenance gas detection solution that delivers high performance in a small, ergonomically designed package. It is available in oxygen, carbon monoxide and hydrogen sulphide single gas models. This single gas monitor is incredibly reliable, giving industrial workers and first responders the confidence to focus on the task at hand, not on their equipment.
The PS500 can be tailored to detect up to five gases with its toxic and catalytic sensors, photo ionisation detectors, and infrared capabilities. “Plug and Play” option allows the customer to “plug in” a new board with a different gas range.
The BM25 packs the benefits of a fixed system area monitor into a rugged, user-friendly and transportable instrument. It was designed to detect one to five gases for mobile or temporary work applications, team protection, area surveillance or places where fixed detection systems are not suitable.
The simple and proven technology of digital Linear Heat Detection (LHD) cable, makes it a product of choice for difficult and challenging applications where other technologies struggle to work. With it’s ease of installation and low maintenance it also provides a cost effective solution where project expenditure requires to be kept at a minimum.
The sensing cable is formed from a pair of twisted steel conductors each with temperature sensitive insulation and then an overall Nylon outer sleeve. When the temperature sensitive insulation reaches it’s predetermined alarm temperature the two conductors short together providing the digital or switched signal. The cable can be connected to any unit capable of monitoring a switched signal, i.e. Conventional fire panel, addressable switch monitor unit or PLC.
The Digital Interface Module (DIM) monitors the Linear Heat Detection (LHD) cable for both Fire and Fault (open circuit) conditions. Using an additional series resistor, it can also offer discrimination of a short circuit fault on the interposing field wiring.
With the ability to monitor up to 5000m for both Fire and Fault conditions the DIM enhances any fire detection capability and allows an appropriate action to be taken.
The DIM has volt free relay outputs for Fire and Fault which can be configured for connecting directly into a conventional fire alarm panel or addressable interface module.
As well as having Fire and Fault indicators built in, it has two pairs of outputs for driving remote LED indicators for Fire and Fault.
The Digital Location Interface (DLI) monitors the Linear Heat Detection cable and identifies the location of the active alarm. The distance is then displayed in meters on the 3½ digit LCD.
The DLI is able to monitor up to 2000m for both Fire and Fault conditions. This enhances any fire detection capability and allows an appropriate action to be taken.
The DLI also offers flexible interface options, designed as a two-wire device for connecting directly into a conventional fire alarm panel. It also has the ability to signal via volt free relay contacts for Fire and Fault, plus a 4-20 mA output.
IP 65 weatherproof lockable Polycarbonate enclosure with M20 and M25 cable gland knockouts.
The Digital Location Interface (DLI) monitors the Linear Heat Detection (LHD) cable and identifies the location of the active alarm. The distance in meters is then displayed on the 4-digit LCD.
The DLI is able to monitor up to 10,000m for both Fire and Fault conditions the DLI enhances any fire detection capability and allows an appropriate action to be taken.
There are flexible interfacing options, designed as a two-wire device for connecting directly into a conventional fire alarm panel, it also has the ability to signal via volt free relay contacts for Fire and Fault, plus a 4-20 mA output.
IP 65 weatherproof lockable Polycarbonate enclosure with M20 and M25 cable gland knockouts.
Floating roof storage tanks usually contain highly flammable products which can potentially cause catastrophic fires. When the fire is not detected early it can cause significant loss of plant, down time of production and in severe situations even risk to life. These can have a large financial or environmental impact.
The main cause of fires is the ignition of flammable vapours leaking from a worn or damaged rim seal.
Early detection of the incipient fire is paramount for any fire suppression measures preventing the growth and spread of the fire. The design and size of storage tanks can differ with each operator and site, requiring a flexible solution to meet individual needs. With its ease of installation and low maintenance Linesense digital Linear Heat Detection (LHD) cable provides a cost effective answer. The LHD cable can be cut to length as required and a single cable can protect the largest of storage tanks.
Linesense Linear Heat Detection cable is simple and reliable, providing uninterrupted detection along its length ensuring the complete circumference of the rim seal is protected.
The LHD cable installed around the rim seal of a floating roof tank requires an electrical connection between roof level and a junction box at the top of the tank wall. The connecting cable needs to allow for the rise and fall of the floating roof as the tank fills and empties. The cable reeler automatically adjusts for the movements of the roof, dispensing cable out as the level falls and reeling cable back in when the level rises. The Automatic Cable Reeler is installed at the top of the tank wall and provides a four-core cable to connect to a junction box located on the tank roof.
End Of Line (EOL) units are used in conjunction with the Interface modules to terminate the Linear Heat Detection (LHD) cable and contain the appropriate EOL component or device. This allows the modules to monitor the LHD for any open circuit fault conditions. Units fitted with test switches allow the alarm system to be tested for Fire and Fault conditions without the need for destructive use of any LHD. The units are available in several different materials to suit different applications and environments.
Designed for hazardous industries where fast optical flame detection is critical and nuisance alarms are not an option!
The MICROPACK FDS300 is an explosion-proof visual flame detector. It processes live video images to detect the characteristic properties of flames visually, by means of its flame detection algorithms and on-board digital signal processing.
Designed for hazardous industries where fast optical flame detection is critical and nuisance alarms are not an option!
The MICROPACK FDS301 is an explosion proof visual flame detector. It processes live video images to detect the characteristic properties of flames visually, by means of its FM and SIL 2 certified flame detection algorithms and on-board digital signal processing. It is the safest and most advanced flame detector on the market today, and its installation track record in the harshest of locations around the globe has proven the instrument to be extremely robust.
Designed for hazardous industries where fast H2 flame detection is critical and nuisance alarms are not an option.
The MICROPACK FDS303H is an explosion proof multi spectrum IR hydrogen (H2) flame detector. The device delivers superior performance, responding to hydrogen fires at long distances. The FDS303H has been independently tested to demonstrate it can detect a hydrogen plume fire at 40m (131 ft) in 5 seconds.
Designed for hazardous industries where fast fire detection is critical and nuisance alarms are not an option!
The MICROPACK FDS303 is an explosion-proof multi-spectrum IR flame detector. The device delivers superior performance, responding to hydrocarbon liquid fuel and gas fires at long distances.
The FDS303 has been tested by Factory Mutual to detect a hydrocarbon fuel pan fire at 60 m (~ 200 feet) in 5 seconds.