52 Air Monitoring IoT for environmental monitoring empowered
by custom battery solutions proven to last over 40 years As the use of IoT continues to grow for environmental monitoring and real-time data transmission, the demand for reliable and long-lasting power sources has become critical. Cell Pack Solutions offers tailored solutions that cater to the unique requirements of remote IoT sensors. Cell Pack Solutions strongly recommends utilising lithium thionyl chloride chemistry for its exceptional energy density. These primary power sources have been proven to comfortably last for 10+ years, with some verifi ed lasting over 40 years. With detailed application information, Cell Pack Solutions’ team of specialists can conduct lifetime calculations and suggest the most suitable cell for each specifi c application. Considering the battery during the initial design phase maximises life expectancy and minimises the risk of costly redesigns in the future.
As a globally-renowned provider of battery solutions, Cell Pack Solutions specialises in the design and manufacturing of custom battery packs for a wide range of industries. The company’s unwavering focus on quality, innovation, and exceptional customer service ensures the delivery of reliable power solutions that consistently exceed expectations. With a team of experienced engineers who collaborate closely with customers to develop battery packs tailored to their precise requirements, including voltage, capacity, and form factor. This collaborative approach ensures that each solution is optimised for the intended application, providing seamless integration and optimal performance.
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Casella Family of Air Sampling Pumps
Casella is a global leader in the manufacturing and supply of occupational hygiene and environmental monitoring equipment. For over 200 years, Casella continue to provide innovative solutions that help improve health in the workplace & the community.
Casella offers a range of air sampling pumps, ideal for measuring exposure to dust and vapours. From low, to medium and high fl ow air sampling pumps, Casella pumps are well-known for their reliability, accuracy, and user-friendly features.
Stay connected with the airwave app, Casella’s range of air sampling pumps utilise the latest technology to enable remote monitoring with a tablet or mobile phone via the airwave app. The airwave app allows accessor to Start/Stop and Pause your instrument and view real time data using Bluetooth®
notes and photographs to your laptop for easier reporting.
Casella’s wearable pumps have a slim, ergonomic design, the pump is less obtrusive to the wearer, allowing them to carry on with their job whilst being monitored. The Apex2 medium-fl ow sampling pump features a sturdy clip with a lifetime guarantee, it’s secure and the detachable rubber boot guards against knocks. Ingress resistant to IP65 means that you can use it in the harshest environments.
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NON-CONTACT FLOW METER
NEW in ATEX!
World-class: The new RADAR FLOW METER for sewage and wastewater sets new standards in monitoring discharge.
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Cutting-edge sensor platform for high- quality NDIR and non-dispersive NDUV dual beam gas analysis displayed at Sensor + Test
Wi.Tec recently showcased their ground-breaking
INFRA.sens®
ULTRA.sens®
connectivity. You can also email the data, alongside
and at
Nuremberg’s Sensor + Test Exhibition. These advanced sensor platforms have been specifi cally developed to provide high-quality NDIR and NDUV gas analysis and set new standards for the industry. Wi.Tec’s sensors garnered signifi cant attention at the exhibition for their exceptional stability and remarkably low detection limit.
The
INFRA.sens® was specifi cally designed
to meet the demanding requirements of gas measurement technology. By incorporating high-performance light emitting diodes (IR- LED) and thermal micro radiators, Wi.Tec successfully attained unparalleled stability
and an impressively low detection limit for this device. Operating within the spectral range of 2 μm to 12 μm, this cutting-edge sensor platform provides precise and reliable detection of carbon dioxide, carbon monoxide, hydrocarbons, and nitrous oxide, even down to the parts per million (ppm) range.
Among its wide range of applications,
INFRA.sens® proves instrumental in the
gas-insulated high and medium-voltage switchgear sector. Sulphur hexafl uoride (SF6), a widely used insulating and quenching gas, offers excellent chemical inertness and a relative density of approximately fi ve times that of air. SF6 demonstrates its remarkable capability to swiftly extinguish arcs resulting from high short-circuit currents, making it indispensable in the industry. Wi.Tec’s
INFRA.sens®
SF6-AK2/P offers qualitative control and monitoring of SF6 by
effi ciently detecting concentrations up to 100% Vol % SF6. The density of the gas necessitates a specialised linearisation procedure incorporating pressure, zero- point temperature, and end-point temperature compensation.
Leak detection plays a vital role in managing SF6 due to its greenhouse potential. Wi.Tec’s
INFRA.sens®
offers the ideal solution for precise measurement in the
ppm range, alongside its zero and end-point temperature compensation and pressure compensation capabilities.
The
ULTRA.sens®
Non-contact Radar measurement of level and flow velocity
Maintenance-free operation No structural work in the water
Easy installati on and integrati on in existi ng systems
Mounted outside of the water Water-proof and submergible
www.sommer.at IET ANNUAL BUYERS’ GUIDE 2023/24 represents a breakthrough in NDUV gas measurement
technology, as the fi rst OEM gas measurement module to utilise miniaturised UV LEDs. These UV-LEDs provide superb stability and durability, enabling highly accurate gas analyses even at concentrations as low as parts per billion (ppb). Moreover, by employing two UV-LEDs, it becomes possible to simultaneously detect two different gases. This innovative approach also allows for the realisation of two measuring ranges, spanning from parts per million (ppm) to volume percent (Vol.-%).
Within the spectral range of 200 nm to 500 nm, the
ULTRA.sens® sensor platform
can reliably identify several substances, including nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide, and chlorine. Importantly, this novel sensor platform is capable of achieving such detection without interference from water vapour thanks to its very low detection limit of less than 0.1 ppm.
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