8/12/2019 FS6300
1/2
22.Jul.2010
sensors
FiberSensing Sistemas Avanados de Monitorizao, S.A. | T. +351
229 613 010 | F. +351 229 613 020 | www.fibersensing.com |
[email protected]
bringing light to measurement
FS6300 TEMPERATURE PROBE
HIGH-TEMPERATURE DIELECTRIC TEMPERATURE
: heat-resistant
: extended temperature range
: immunity to EMI/RFI
: highly dielectric
: ruggedized construction
: chemically inert
: long-term stability and reliability
OVERVIEWThe FS6300 is a high-temperature, dielectric fiber
optictemperature sensor probe based on Fiber Bragg Grating
(FBG)technology. It is specifically designed to be used in
harshenvironments, withstanding high temperatures and
intenseelectromagnetic fields. This probe is therefore well suited
for:
: Power Plants, including Nuclear Power Plants: Power
Generators: Electric Machinery
: Chemical and Petrochemical Industry: Oil and Gas Industry:
Laboratories & Universities
CONSTRUCTIONThe FS6300 is completely non-metallic and employs
only heat-resistant and highly dielectric materials.
The probe cabling has a ruggedized construction with Kevlar
andPTFE strength layers, designed to provide both longitudinal
andtransversal protection. It is designed to resist severe
installationand operation conditions.The sensor has been
extensively tested in Power Generatorsunder High-Voltage and
High-Temperature conditions.
ADVANTAGES
: Immunity to all electromagnetic effectsincluding intense
electric fields, electric sparks,Electromagnetic Interference
(EMI), Radio FrequencyInterference (RFI), microwaves, etc.;
: Absolute temperature measurementsbased on Bragg wavelength
monitoring and independent ofsignal amplitude;
: Scalabilitysensors operating at specific wavelengths making
itpossible to connect several sensors to the same opticalchannel in
a single Measurement Unit.number of sensors simultaneously
interrogated by one Unitmay be further increased by combining with
active and/orpassive multiplexers.
: Multi functionality
possibility of combining the temperature probe with otherFBG
based sensors, such as vibration and strain.
: Robustnessresistant to harsh environments and industrial
processes(corrosion and chemicals);
: Low transmission lossmaking it suitable for long transmission
distances.
MONITORING EQUIPMENTTemperature Sensors are fully compatible
with FiberSensingsBraggMETER and BraggSCOPE Measurement Units, as
well aswith other common FBG interrogators. Each FiberSensing
sensoris provided with a complete calibration sheet, allowing
itsconfiguration to be easily and accurately set into
FiberSensing
Measurement Units.
COMPLETE SOLUTIONFiberSensing may also provide a turnkey
solution for temperatureand vibration monitoring of Electric
Machines.
8/12/2019 FS6300
2/2
22.Jul.2010
sensors
FiberSensing Sistemas Avanados de Monitorizao, S.A. | T. +351
229 613 010 | F. +351 229 613 020 | www.fibersensing.com |
[email protected]
bringing light to measurement
FS6300 TEMPERATURE PROBE
HIGH-TEMPERATURE DIELECTRIC TEMPERATURE
ORDERING INFORMATIONFS6300 Temperature Sensor
Kevlar/PTFE 3 mm cablep n WL
756 308 010 701 - z
A- 1528.9 nmB - 1535.1 nmC - 1541.5 nmD - 1547.9 nmE - 1554.3
nmF - 1560.8 nm
G - 1567.2 nmH - 1573.8 nmI - 1580.2 nmJ - 1586.6 nmK - 1516.1
nmL - 1522.5 nmW 15xx.x nm (custom)
SPECIFICATIONS
Sensor
1storder sensitivity 10 pm/C (typical)
measurement range0 to 150 C(customization upon request)
operation range -50 to 200 C
accuracy 0.5 C
resolution0.1 C(measured w/ 1 pm resolution)
Optical
central wavelength 1510 to 1590 nm
spectral width (FWHM) < 0.2 nm
reflectivity > 75%
insertion loss < 0.1 dB
side lobe suppression > 10 dB
Inputs / Outputs
cable diameter 3 mm
cable length up to 10 m
cable type high temperature dielectric
cable reinforcement Kevlar and PTFE
sensor type terminal
connectorFC/APCLC/APCSC/APC
Environmental
relative humidity < 90% at 80 C
dielectric strength > 15 000 V/mm
Mechanical
materialsSilica, Ceramic (Alumina), Viton,PTFE, Kevlar.
dimensions L65 D8 (mm)
weight 10 g
Specifications may change without notice
