WHAT IS A DTS?

What is a DTS? V1.01
2016
WHAT IS A DTS?
AU S E N G
Sentor 201 has been developed by an Australian company based in Pennant Hills, Sydney, Australia. Our
staff have been developing and applying optical fibre sensors since 1996.
AusEng is dedicated to providing you with:
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Fibre Sensing technology
Fibre selection and deployment
Business cases
C O N TA C T U S
SALES 02 9484 6434
[email protected]
W W W. AU S E N G L A B S . C O M . AU
SENTOR 201
BENEFITS
TECHNOLOGY
Sentor 201 key benefits include:
Sentor 201 includes:
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Reduced operating costs
Better asset management
Enhanced critical situation management
Improved system knowledge
Remote control (Web Enabled)
Alarms conveyed by relay closure or email.
Safety – nonconductive sensor
Uses standard optical fibre
Additional fibre for communications
Up to 28,000 temperature points
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WHAT IS A DTS?
The SENTOR 201® distributed temperature sensor (DTS) is a
member of a family of temperature measurement systems that
use the entire length of an optical fibre as the sensing element
(hence the term distributed). A DTS collects thousands of
temperatures along an optical fibre that is placed in thermal contact with the item being monitored.
SENTOR 201® belongs to a special class of DTS which was developed in Australia. A distinguishing feature
of the SENTOR 201® is value. It records temperatures every 162mm and may be up to 4km long.
The Sentor 201 DTS consists of a web connected control unit that connects to the sensing fibre.
FIBRE
Temperature along the fibre is periodically recorded. Zones and alarms can easily be set up and emails or
SMS broadcast in response to thresholds or rates of change in zone maximum, minimum or average
temperature. Direct control via relay contacts is also available. Various connectivity options are available.
The sensing fibre may be standard communications grade fibre. Various cladding options are readily
available for challenging environments such as underground, heavy traffic or those with hazardous
chemicals. Specialty fibre is available for applications where the temperature the fibre is directly exposed to
are in the order of several hundreds of ⁰C.
Further technical details are available in the document Sentor 201 AEL Technical Information TV1.2.pdf.
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EXAMPLE
Records may look like the following record taken on an underground power cable that is running along a
major road vehicle/bus system.
There is a lot more that can be done with such data. SENTOR® 201, 24-hour temperature record from a trial
at Endeavour Energy’s Parklea substation. 94 zones are monitored covering key assets including the 132kV
feeder cables, 11kV cables, power transformers, soil temperatures and a weather station.
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AusEng 2016
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Copyright © AusEng Pty Ltd 2016. The Sentor DTS is covered by United States Patent No: 2903264184. The
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