Cambridge Sensotec Ltd
Cambridge Sensotec Ltd specialises in the design and manufacture of gas analysis instruments under the brand name Rapidox. Based in the UK, the company has an established worldwide distribution network and ISO 9001 accreditation.
The Rapidox range includes high precision, scientific gas analysis instruments designed for industrial processes, quality control applications, environmental monitoring and research and development experiments. Powerful bespoke software is supplied with every analyser, providing users with many valuable functions and features.
Initially specialising in oxygen analysis, Cambridge Sensotec has since diversified and extended its product range into other gas analysis markets including SF6 gas testing equipment. The company’s Rapidox SF6 gas analyser range is designed for many applications including the testing of high voltage gas insulated electrical equipment, medical monitoring, process gas analysis and SF6 gas purity tests.
Cambridge Sensotec offers a range of high-quality SF6 gas analysis instruments, test equipment and accessories.
Continual product development has seen the introduction of the Rapidox SF6 6100 Portable, followed by the Rapidox SF6 6100 Pump Back, a fully automatic gas analyser. Both products are designed for applications such as analysing and testing the purity of SF6 gas within medium and high voltage, gas-insulated electrical equipment. Multiple sensor configurations are available to suit a range of application requirements.
The Rapidox SF6 6100 Bench is a triple gas analyser designed for calculating SF6, SO2 and H2O (dew point) in applications including gas-insulated electrical equipment, laboratory research and medical monitoring. Additionally, a range of complimentary accessories is available to enhance instrument functionality and prohibit the release of SF6 gas into the atmosphere. View our product brochure for further information.
Rapidox SF6 6100 Pump Back
Rapidox SF6 6100 Portable
Rapidox SF6 6100 Bench
Rapidox SF6 6100 Accessories
Contact us to discuss your SF6 requirement
Electrical arcs are a discharge of light and heat and can be caused within high voltage electrical power systems when conductive channels facilitate their formation.
SF6 is an extremely chemically stable, non-flammable and highly electronegative greenhouse gas with excellent dielectric properties. It is commonly used within high voltage electrical equipment as an electrical insulator, arc quenching and cooling medium.
Regular SF6 gas analysis as part of a maintenance schedule is essential in order to protect personnel and equipment. Early identification of decomposition products and moisture within the SF6 gas will avoid unnecessary shutdowns, outages and failures, in addition to reducing maintenance expenditures.
Typical applications include:
- Controlling SF6 quality in gas insulated high voltage switches, bus bars, circuit breakers and transformers
- Checking for the build-up of corrosive decomposition products such as SO2 present in SF6 gas
- Measuring the moisture content of SF6 gas
- Applying a condition based maintenance program (CBM) to extend the life cycle of the SF6 gas
- Gas insulated high-voltage medical equipment
- Magnesium and aluminium production
- Medical monitoring and analysis, such as within Ophthalmology applications
- Recovery and storage of gases for analysis or recycling
- Testing SF6 process gas within semiconductor manufacturing
- Detecting the presence of leaks and SF6 discharge
Stricter legislation has seen changes to the requirements of the electrical power industry in relation to the handling of SF6 gas. The Kyoto Protocol is an international agreement between nations that came into force in 2005. It commits its parties by mandating country-by-country reductions in greenhouse gas emissions. Due to the chemical stability of SF6 gas it has the potential to remain in the atmosphere for thousands of years. Under the Kyoto Protocol, SF6 gas has been identified as a greenhouse gas with a limitation as to the amount that can be released into the atmosphere.