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The bulk transportation and on-board processing of CNG. LPG and Crude Oil present many flammable or toxic gas hazards in the marine industry. The aggressive marine environment also presents many challenges for instrumentation. IGD's Tocsin 102 series of flammable and toxic gas detectors provide the perfect gas monitoring solution. In addressable format the network capability of the Tocsin 102 detectors greatly reduces cabling and improves reliability. The stainless steel version of the JB3 ATEX terminal box provides excellent corrosion resistance. Used in conjunction with the 19" rack mount Tocsin 920 series colour touch screen controller results in a powerful gas monitoring solution.
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The distribution of LPG and methane fuel gases in buildings requires careful monitoring to ensure safe long term operation. The ability to network both ATEX 102 series uas detectors and Tocsin 103 series safe area detectors using our addressable gas detection technology results in reliable cost effective gas leak monitoring. Both Tocsin 700 and Tocsin 920 gas detection control panels have the ability to control efficiently networks of detectors and interface easily to host systems.
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Sewage under processing in the water treatment industry requires monitoring for Hydrogen Sulphide. Methane and Oxygen deficiency. Chlorine. Ozone and Ammonia in treatment areas must also be continuously monitored to ensure the safety of personnel and plant. Areas requiring gas monitoring can often be widely separated making integrated monitoring difficult to implement. Tocsin 920, Tocsin 700 and Tocsin 903 controllers minimise cabling to Tocsin 102 or Tocsin 103 series gas detectors. Simple to implement addressable gas detectors allow effective display of plant status using the latest in touch screen colour HMI technology.
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Chemical processing and petrochemical plant can have a wide range of toxic gas hazards, flammable gas hazards or asphyxiant gas hazards. Our Tocsin 102 PIP detector can provide safe low level hazardous gas detection for a very wide range of gas hazards. Used in conjunction with our Tocsin 102 series infra red flammable gas detectors and toxic gas detectors plant can be safely monitored to provide early warning. Tocsin 920 and Tocsin 700 controllers simply interface to detectors and host systems either using traditional analogue 4-20mA signals or more efficiently-using our addressable network technology.
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Whether in schools, universities or commercial institutes, laboratories can have a range of gas hazards which require continuous monitoring to keep personnel safe. Tocsin 103 or 103 series detectors can be used for Oxygen deficiency monitoring were quantities of Nitrogen are used. Infra red or Pellistor based gas detectors can monitor a broad range of flammable gas hazards. The Tocsin 102 PID uses pholo-ionisation technology to provide detection of a wide range of hazardous gases at low ppb levels. Continuous gas hazard monitoring is required to maintain a safe operating environment
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Fuel gases such as natural gas. LPG or CNG is increasingly used in modern boiler plant. Gas detection is required to continuously monitor for leaks or malfunctioning plant. IGD provide a range of cost effective gas leak detection solutions for integration into the plant safety system. IGD's pellistor based flammable gas detectors provide a reliable solution when used with our Tocsin 600 or Tocsin 700 series controllers. When used in conjunction with IGD's Tocsin 950 boiler efficiency monitor gas detection can be combined with plant efficiency.
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Monitoring underground car parks and maintaining good air quality by employing gas detection is a unique application. IGD's Tocsin 103 series addressable gas detectors provide detection for vehicle exhaust gases and our Tocsin 700 and Tocsin 920 controllers can be used to vary the ventilation rate and minimise energy usage whilst providing good, safe air quality.
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