This website uses cookies primarily for visitor analytics. Certain pages will ask you to fill in contact details to receive additional information. On these pages you have the option of having the site log your details for future visits. Indicating you want the site to remember your details will place a cookie on your device. To view our full cookie policy, please click here. You can also view it at any time by going to our Contact Us page.

Sponsored Article

Sponsored: New temperature monitoring accessory reduces the risk of Legionnaires’ disease

04 September 2013

Help is on hand for building managers responsible for the maintenance of water temperature monitoring systems to reduce the risk of Legionnaires’ disease.

TM Electronics (UK) Ltdnow offer the TC Wall Port, a low-cost accessory which allows discrete fine wire sensors to monitor boxed-in TMV’s, concealed pipes and covered water tanks up to 20 meters away – a perfect solution in public areas where temperature points are usually concealed or positioned at height for safety or cosmetic reasons and to prevent vandalism.

What is a TC Wall Port? The new test port – measuring just 52 x 52 mm - is actually a temperature sensor monitoring point which facilitates spot checks on anywater outlet with difficult or impaired access. This allows temperatures to be taken by simply ‘plugging’ in a standard thermocouple thermometer to tiny fine wire sensors. A much simpler solution than dismantling boxing below sinks or using ladders to access covered tanks necessitating working at height.

How does it work? - The TC Wall Port is primarily designed for use with fine wire probes which are attached to the temperature test point and left in-situ. These wires (available in a variety of lengths) can then be fitted into conduits or run neatly to the test portwhich is screwed to the wall, providing an unobtrusive and easy to install solution. Alternatively, it can also be used with a wide range of surface, clamp or immersion probes.

Paperless recording - For premises and facilities managers adopting a paperless recording system, less vulnerable to human error, the front cover of the test port is recessed to take an ID or barcode label for use with the company’s MM7000 Bluetooth Barcode logging thermometer.

TM Electronics MD, Tom Sensier, says: “The TC Wall Port is as small and unobtrusive as a phone socket but its’ simple yet efficient functionality is already making a big difference to legionella risk management wherever it is used.”

What’s a safe water temperature? To prevent an outbreak of Legionnaires’ disease, the HSE’s ACOP L8 recommends that hot water in a building should be stored above 60°C and distributed above 50°C, and cold water distributed below 20°C. Water outlets must be monitored – typically once a month – to ensure safe water temperatures.Older buildings; facilities like schools, hospitals, leisure facilities or offices which have a large number of water outlets; and accommodation used by those with impaired immune systems, are the kind of premises which present the most risk.

Trust the experts – With over 20 years’ experience,TME are market leaders in temperature measurement equipment for the prevention of Legionnaires’ disease, specialising in accurate, fast response thermometers and sensors which are robust and waterproof.

Contact Details and Archive...

Print this page | E-mail this page


Article image Why the Law Says You Need a Nappy Bin Disposal Service

At home, parents are used to disposing of their babies’ used nappies the same way they do any other domestic waste - bagging it up and sticking it in the rubbish for general collection.Full Story...

Article image Competency in FM - part one

Competency in FM is a subject that is attracting attention in the industry and rightly so. Legislation and regulations put the duty to comply on a ‘competent person’ and, more often than not, there is no definition of competent.Full Story...

ESOS fines of nearly £160,000 announced

More sit-stand desks for the workplace?

Upgrading one component within your HVAC system could reduce the energy consumption of your building by 40%