Gas Detection 43
CoGDEM Comment - CoGDEM prepares for WWEM 2016 in November
CoGDEM is the Council of Gas Detection and Environmental Monitoring, a trade association with a membership of around sixty companies involved in the gas detection industry. We are pleased to have ILM/ETP (the publishers of this IET magazine) as an Associate Member, so we now place a regular column of news from the gas detection industry in IET magazine.
Every two years, many of the gas detection equipment and sensor manufacturers who supply their products into the process industries
meet in the UK Midlands to take part in the WWEM exhibition and workshops. This biennial event takes place on 2nd and 3rd November 2016 at The International Centre Telford, where visitors from any industries can receive free entry, free parking, free refreshments and free workshops. Details of WWEM 2016 will be found elsewhere in this magazine.
CoGDEM is pleased to once again help to coordinate the Gas Detection Zone at WWEM, providing visitors with the chance to see innovative new gas detection instruments and systems being displayed for the fi rst time, as well as the opportunity for visitors to attend free workshops and seminars. These will be relevant to engineers and managers from any process or manufacturing industry, and will help to improve their knowledge of updated standards, guidance and technology related to all forms of gas detectors. Subjects covered will include confi ned space entry, new standards and guidance for toxic gas detectors, selection of apparatus, new gas sensor development and relevant case-studies.
Visitors whose appetite is whetted for a more detailed knowledge of all aspects of workplace gas detection will be able to purchase a copy of ‘The CoGDEM Guide to Gas Detection’, a hardback reference book available from the publishers of this magazine who are also the organisers of the WWEM event. The book contains chapters on the science of gas and sensing techniques, guidance on selecting suitable equipment and setting appropriate alarm activation thresholds, calibration and testing, hazardous area requirements and relevant standards.
CoGDEM will have representatives available during WWEM 2016 to answer generic questions related to industrial gas detectors, and to point visitors towards the relevant members’ exhibits and workshops.
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Add Total Volatile Organic Compound Measurement to Your Existing Gas Monitoring Instrument Design
The piD-POD from MOCON Inc. – Baseline (USA) allows for sample fl ow path integration of a piD- TECH photoionisation sensor into existing gas monitoring instrumentation without extensive engineering expense. Since a photoionization detector does not destroy the sample, the piD-POD is a direct way for OEMs to provide a total volatile organic compound (TVOC) measurement into their instrument design prior to analysis by preexisting detectors.
Compact and economical, the piD-POD has no moving parts and consists of a cylindrical housing which accommodates the piD-TECH photoionisation sensor and inlet/outlet sample ports. It is engineered for inlet fl ows of up to 300 cc/min. and comes equipped with a PCB-mounted connector with mating adapter. The piD-POD utilises the MOCON-Baseline piD-TECH sensors, allowing the user to choose the desired sensitivity and lamp energy for the application.
Hand-held Total Volatile Organic Compound Detector
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The VOC-TRAQ II detector from MOCON Inc. – Baseline is designed for those involved with VOC detection and indoor/outdoor air quality, industrial hygiene and safety, toxic gas exposure, facility management, laboratories, and cleanrooms.
The detector operates via a Windows-based PC or in a stand-alone mode using an external USB power supply. Internal memory stores up to 36,000 sample readings at user selectable time intervals. Includes PC software for calibration routine, setup parameters, and a graphical display of data; programmable alarm levels with graduated audible signal proportional to the VOC concentration detected.
The detector has no moving parts, operates by diffusion, and possesses a fast response time (T90 between 2 to 4 seconds, typical). Designed for use with a MOCON-Baseline piD- TECH photoionisation sensor, VOCs with ionisation potentials of ≤ 10.6 eV are detected within a full-scale range of 2 ppm to 10,000 ppm, with MDQs as low as 0.5 ppb.
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New Gas Detection Controller Now Available
Tyco Gas & Flame Detection (USA) is pleased to announce that the new MX 32 alarm and control system is now available.
Designed to meet SIL1 requirements, the new MX 32 is a compact, low- profi le controller that continuously monitors gas detection. It uses the same platform as the MX 43 that has already proven to be a very high performing and reliable controller.
The new MX 32 manages both digital lines and analog channels and covers all needs for a wide variety of gas monitoring applications. Its digital technology allows up to 8 detectors to be distributed on two lines for increased savings. The unit allows two inputs for Wheatstone bridge sensors.
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piD-TECH® eVx micro-PID Toxic Gas Sensors
The Right Solution for OEMs
The #1 PID sensor of choice for over 15 years by OEMs looking to include VOC detection capabilities in their hand-held, mobile or fixed devices.
Multiple lamp energies Full-scale ranges from 0-2 ppm to 0-10,000 ppm MDQs as low as 0.5 ppb Ground plane minimizes humidity effects Dual filter technology protects from aerosols and particulates Internal, input voltage regulation for greater signal stability Pre-Ignition circuit for fast, repeatable and dependable startup Reliable long lamp life: guaranteed 6,000 continuous hours Designed for use in intrinsically safe circuits: UL, CAS, ATEX, IECEx certified
Our dedicated sensor engineers will assist you in integrating our patented, award-winning PID sensor into your products, reducing the time and high cost associated with product development.
Contact us today to discuss how we can assist you.
P: 303.823.6661 E:
info@baselineindustries.com www.baseline-mocon.com
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piD-TECH is a registered trademark of MOCON, Inc.
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www.envirotech-online.com IET Annual Buyers’ Guide 2016/17
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