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Technical data of the ox-an.com

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ox-an gas detection systems, gas detection equipment & gas monitoring systems quality gas monitoring systems for a global market since 1980 0800 772 0894 home about our difference project news applications installation products oxygen depletion monitoring zoned gas monitoring carbon dioxide monitoring carbon monoxide monitoring oxygen enrichment monitoring gas density data carbon dioxide safety carbon monoxide safety oxygen gas safety methane gas safety resources oxygen depletion monitoring systems about ox-an® gas detection systems why ox-an® are different our installation service gas detection systems - oxygen depletion or enrichment, carbon monoxide or dioxide, chlorine, hydrogen, nitrogen or sulphur dioxide, hydrogen sulphide or fluorine the things that make our systems different from other manufacturers unique high visibility traffic light indicators red leds - evacuate immediately via the safest route amber leds - first warning level, inform the site supervisor green leds - safe environment, no action required unique event & system setting print facility hold off - allows engineer to set a brief hold off period mute - sounders muted for 5minutes after an alarm then reset event printer - record alarm levels when staff are absent zoned system benefits ox-an® gas detection systems can monitor between 2 to 16 zones. in the event of a hazardous incident, there is no need to evacuate unaffected zones. trusted partner for all types of projects in the uk & overseas from the university of manchester to bae systems to guy's hospital, london to the princess nora university in saudi arabia, ox-an® oxygen depletion and gas monitoring systems are providing trouble free, essential life safety monitoring. typical projects king abdullah university - saudi arabia addenbrooke’s hospital - cambridgeshire rothamsted research - hertfordshire guy’s & st thomas hospital - london princess nora university - riyadh new york university - abu dhabi sir peter mansfield mri centre - nottingham astbury biostructure lab - leeds university kaust dow middle east innovation centre anthony nolan cell therapy centre great ormond street children's hospital please get in touch your name (required) your email (required) message please solve this captcha ninety two − = 90 raymond coupland environmental | sun hill farm unit 1, fleets lane, rylstone, skipton, north yorkshire, bd23 6na, united kingdom about gas detection gas detection systems, gas detection equipment and gas monitoring systems ox-an® have provided the following information for gas detection systems as simple information guidance only. please refer to published documents. ox-an® cannot be held responsible in any way for the use of this data. whether you refer to them as gas detection systems, gas detection equipment or gas monitoring systems, they have come a long way in a few centuries. before the 19th century, when the effects of various gases on human health were not yet well established, gas detection methods were typically less precise. in the 19th century, coal miners introduced canaries into the mining tunnels as a safety precaution against life-threatening gases such as carbon monoxide, methane and carbon dioxide. the canaries a crude for of gas detection equipment, would then stop singing and eventually die when not removed from areas with harmful gases, signalling to the coal miners that it was time to leave the mines and escape from the presence of harmful gases. in the 1980s and 1990s gas monitoring systems utilised chemically-infused papers to detect carbon monoxide, with the papers turning brown in the presence of the gas. soon after, electronic gas detection systems were introduced to detect, monitor and alert people of gas leakages and potential gas hazards. the performance and cost of gas detection systems has improved immensely over the years, and more varied gas sensors have now been incorporated into a broad array of gas monitoring systems. for instance, gas detection systems have been installed in automobiles to help with engine emissions control and to boost passenger safety and comfort. equally, gas detection equipment incorporating carbon dioxide detectors have been installed in residential and commercial buildings to boost the effectiveness of demand-controlled ventilation systems. likewise, sophisticated gas detection systems have been devised for use in medical operation rooms and for diagnosis, monitoring and treatment procedures. gas detection equipment, alarms and sensors for carbon monoxide and many other harmful gases have been also availed for domestic and office use, and for legal investigations. furthermore, the complexity of gas detection systems has changed greatly over the years. for example, while initial electronic detectors were designed for detecting one type of gas, modern detectors can sense several combustible or toxic gases simultaneously. what are gas detection systems? gas detection systems are front-line devices that provides the earliest hint of the release of a dangerous gas. the systems gas detection equipment detect the presence of gases in designated areas and are typically used as part of an extensive safety strategy. gas detection systems are typically used to monitor flammable, toxic, combustible and oxygen depleting gases. when installed in a place, the gas detection equipment will detect a gas leakage and then interfere automatically with the gas control system in order to shut down the gas flow. alternatively, gas detection equipment sensors may sound warning alarms to operators or residents of an area where gas leakage is occurring in order to give those individuals a timely opportunity to leave the area. top-notch gas detection systems should only be used as part of an all-inclusive safety management plan that must be in place in any residential, commercial or industrial settings where gases are used or handled. in fact, for gas detection systems to be effective, they must not only have proper layouts and designs, but should also come with standardised user guidelines addressing the questions of how the gas detection systems should be configured eg how many sensors should be used for different settings. users must also put in place measures for the timely application of real-time gas detection equipment data and alerts obtained from the gas sensors. what types of gases require gas detection equipment? a gas is any substance that exists normally in the gaseous state at ordinary temperatures and pressures, while a vapour is a gaseous form of any substance that normally exists as a liquid or solid at ordinary temperatures and pressures. fumes are airborne dispersions that are made up of minute particles originating from solids (commonly oxides) as result of chemical reactions between the solids and oxygen. the types of gases and vapours that require gas detection equipment include: 1. asphyxiants: these are gases and vapours that cause suffocation through oxygen displacement (such as carbon monoxide and hydrogen) or through the interference with the ability of human blood to transport oxygen (such as carbon monoxide). 2. corrosives (irritants): these are gases that cause tissue inflammation through their chemical actions. they include ammonia, chlorine, ozone, and sulphur dioxide. 3. toxic gases: these are gases that are poisonous to one or many body tissues (or organs). they include carbon sulphide, carbon monoxide and chloromethane. 4. carcinogens: these gases cause cancer. an example is vinyl chloride. 5. central nervous system depressants: the gases disturb the central nervous system. examples are acetone and benzene. 6. combustibles and flammables: generally, combustibles are liquids that can reach their flash points at temperatures between 100 degrees f and 200 degrees f, while flammables specifically reach their flash points under 100 degrees f and often form explosive mixtures with air at just 13-percent of the gas or less. examples includ

URL analysis for ox-an.com

http://www.ox-an.com/portfolio-item/addenbrookes-hospital/
http://www.ox-an.com/the-oxan-difference
http://www.ox-an.com/portfolio-item/anthony-nolan-cell-therapy-centre/
http://www.ox-an.com/about.asp
http://www.ox-an.com/portfolio-item/great-ormond-street-childrens-hospital/
http://www.ox-an.com/portfolio-item/new-york-university-abu-dhabi/
http://www.ox-an.com/portfolio-item/rothampsted-research-centre-hertfordshire/
http://www.ox-an.com/gas-safety-information-carbon-dioxide-co2.asp
http://www.ox-an.com/systems-and-applications
http://www.ox-an.com/gas-safety-information-oxygen-o2.asp
http://www.ox-an.com/gas-safety-information-carbon-monoxide-co.asp
http://www.ox-an.com/carbon_monoxide_monitoring.asp
http://www.ox-an.com/installations
http://www.ox-an.com/projects
http://www.ox-an.com/portfolio-item/guys-st-thomas-hospital-cell-research-laboratories/

Whois Information

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Whois Server Version 2.0

Domain names in the .com and .net domains can now be registered
with many different competing registrars. Go to http://www.internic.net
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Domain Name: OX-AN.COM
Registrar: TUCOWS DOMAINS INC.
Sponsoring Registrar IANA ID: 69
Whois Server: whois.tucows.com
Referral URL: http://www.tucowsdomains.com
Name Server: NS0.EBIZ.HOSTING.MT.IM
Name Server: NS1.EBIZ.HOSTING.MT.IM
Status: clientTransferProhibited https://icann.org/epp#clientTransferProhibited
Status: clientUpdateProhibited https://icann.org/epp#clientUpdateProhibited
Updated Date: 06-jan-2017
Creation Date: 04-feb-2000
Expiration Date: 04-feb-2018

>>> Last update of whois database: 2017-07-18T05:13:55Z <<<

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  REGISTRAR TUCOWS DOMAINS INC.

  REFERRER http://www.tucowsdomains.com

SERVERS

  SERVER com.whois-servers.net

  ARGS domain =ox-an.com

  PORT 43

  SERVER whois.tucows.com

  ARGS ox-an.com

  PORT 43

  TYPE domain

DOMAIN

  NAME ox-an.com

NSERVER

  NS0.EBIZ.HOSTING.MT.IM 80.65.249.8

  NS1.EBIZ.HOSTING.MT.IM 80.65.249.9

STATUS
clientTransferProhibited https://icann.org/epp#clientTransferProhibited
clientUpdateProhibited https://icann.org/epp#clientUpdateProhibited

  CHANGED 2017-01-06

  CREATED 2000-02-04

  EXPIRES 2018-02-04

  REGISTERED yes

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