System configuration example for bulk temperature measurement Sensor screwed in the monitored equipment, including rotating cylinders or inaccessible places 5 cm to 2 m (1) Real-time data monitoring on GUI or customer monitoring system Recording in database Data acquisition & temperature computation from frequency Wireless temperature measurement with SAW sensor Remote RF interrogation Analog or digital link Wireless link if needed (2) (1) Dependent on RF environment & system components (2) Zigbee link or similar can be implemented for wireless sensor networks SAW sensor response Wireless Passive SAW Measurement Systems Standard Product Portfolio SENSeOR: your best partner Field-proven quality standard products Unique-patented sensor structure, interrogation methods & innovative SAW sensors Expert team & exclusive scientific partners High-value services at each step of your project: from technical support & field engineering to consultancy & customized development Application examples Electrical equipment temperature monitoring (generators, switchgears) Rotating cylinders monitoring (paper industry, steel industry) Direct temperature monitoring inside engines on rotating bearings Rotors & shafts wireless torque monitoring Instrumented valves for pressure & temperature measurements Home appliances monitoring, instrumented cookware for temperature control Enhanced monitoring: continuous real-time measurement at the most critical points even on moving equipment, additional control points & earlier detection of undesired changes High ROI: low-cost installation, increased safety, gains from improved equipment efficiency & lower cost of ownership (shorter downtime, on-demand maintenance) SAW Sensors Surface Acoustic Wave Technology Wireless sensors, small, light Passive sensors (no battery, infinite autonomy) Robust & stable, compatible with severe environments Maintenance free, no need of re-calibration Temperature & strain measurements (standard) Pressure & torque measurements (customized) Embeddable in materials like rubber or composites, OEM versions available for equipment integration Multisensor configurations for multiple control points
Transcript
System configuration example for bulk temperature measurement
Sensor screwed in the monitored
equipment, including rotating
cylinders or inaccessible
places
5 cm to 2 m(1)
Real-time data monitoring on GUI or customer monitoring system
Recording in database
Data acquisition & temperature computation
from frequency
Wireless temperature measurement with
SAW sensorRemote RF interrogation
Analog or digitallink
Wireless linkif needed(2)
(1) Dependent on RF environment & system components(2) Zigbee link or similar can be implemented for wireless sensor networks
SAW sensor response
Wireless Passive SAWMeasurement Systems
Standard Product Portfolio
SENSeOR: your best partner Field-proven quality standard products Unique-patented sensor structure, interrogation
methods & innovative SAW sensors Expert team & exclusive scientific partners High-value services at each step of your project:
from technical support & field engineering to consultancy & customized development
Application examples Electrical equipment temperature monitoring
(paper industry, steel industry) Direct temperature monitoring inside engines
on rotating bearings Rotors & shafts wireless torque monitoring Instrumented valves for pressure & temperature
measurements Home appliances monitoring, instrumented
cookware for temperature control
Enhanced monitoring: continuous real-time measurement at the most critical points even on moving equipment, additional control points
& earlier detection of undesired changes
High ROI: low-cost installation, increased safety, gains from improved equipment efficiency
& lower cost of ownership (shorter downtime, on-demand maintenance)
SAW SensorsSurface Acoustic Wave Technology Wireless sensors, small, light Passive sensors (no battery, infinite autonomy) Robust & stable, compatible with severe environments Maintenance free, no need of re-calibration Temperature & strain measurements (standard) Pressure & torque measurements (customized) Embeddable in materials like rubber or composites,
OEM versions available for equipment integration Multisensor configurations for multiple control points
Temperature Measurement
Sensor reference Sensor chip reference(standard)
Measurement range
Mounting Dimensions (LxWxH in mm) Fixation Antenna type Recommended environmentwithout antenna with antenna without antenna if not integrated
TSM G100 to 105 TSA G100 to 105 TSE F160 to 165 -15°C, 165°C Stainless steel thermowell 124x30 - probe diameter 9 mm 1/2" G male screw AN D071 40 mm Metallic ground plane
TSM G160 to 165 TSA G160 to 165 TSE F160 to 165 -15°C, 165°C Aluminum fixture 26x16x12.6 2 clamps or 2 screws or glue AN D071 40 mm Metallic ground plane
TSM G190 to 195 TSA G190 to 195 TSE F160 to 165 -15°C, 165°C Aluminum fixture 26x16x12.6 2 magnets AN D071 40 mm Metallic ground plane
- TSA G110 to 115 TSE F160 to 165 -15°C, 165°C Resin-molded ceramic PCB 175x6x2.7 Embedded or glue Integrated helicoidally wired dipole
Dielectric material - non-metallic environment
Sensor reference Measurement range Accuracy (standard system)
Dimensions (LxWxH in mm) ISM
TSE AS10 -15°C, 165°C +/-2°C 5x5x1.5 Yes
TSE F160 to 165 -15°C, 165°C +/-2°C 5x5x1.5 TSE F161: YesOther references: No
TSE F180 to 185 -15°C, 165°C +/-2°C 9.8x3x1.5 TSE F181: YesOther references: No
TSE G043 -10°C, 50°C +/-0.5°C 5x5x1.5 Yes
TSE G044 -40°C, 50°C +/-0.5°C 5x5x1.5 No
TSE F043 -196°C, 47°C (77K, 320K) Application dependant 5x5x1.5 No
Systems
Wireless passive SAW temperature sensors
System performance levels are typical & application dependant. All parameters can be enhanced with customized development.All sensors & transceivers can be associated to build customized measurement systems. ISM refers to European license-free ISM band [433.05 MHz 434.79 MHz]. Other sensors operate inside frequency band [430.50 MHz 449.50 MHz].SENSeOR’s systems are delivered with necessary accessories for connection to computer, measurement read-out on Graphic User Interface & antenna connection.
The chips used in standard products are TSE AS10 or TSE F160 to 165 (see below).Other chips (TSE G043, TSE G044 & TSE F180 to 185) can be mounted in standard packaging upon request.All sensor chips can be mounted in customized packaging according to your specifications.Cryogenic sensor chip TSE F043 is only available in customized packaging with customized antenna.
Sensor mountings are compatible with various types of antennas through SMA connector (except for sensors with integrated antenna).
If our standard sensors do not cover your need, SENSeOR’s engineers will help you build a customized optimized system.
System reference
Sensor reference
Transceiver reference
Measurement range Accuracy Refresh rate Interrogation
distance ISM Rotation Options
T01 - rev B 1 TSA G161 WR C001 -15°C, 165°C +/-2°C 40 Hz - 25 ms 5 cm - 200 cm Yes Yes T01S - rev B with 1 TSA G131T01T - rev B with 1 TSA G101
T01A - rev Bwith analog output
1 TSA G161 WR C001 -15°C, 165°C +/-3°C 5 Hz - 200 ms 5 cm - 200 cm Yes Yes T01AS - rev B with 1 TSA G131T01AT - rev B with 1 TSA G101
T02 - rev B 1 TSA G161 WR E010 -15°C, 165°C +/-2°C 1 Hz - 1 s 3 cm - 90 cm Yes No -
T04 - rev B 4 TSA G161 WR D001 -15°C, 165°C +/-2°C 4 Hz - 250 ms 10 cm - 200 cm Yes Yes T04S - rev B with 4 TSA G131T04T - rev B with 4 TSA G101
T06 - rev B6 sensors
(TSA G160 to TSA G165)
WR D005 -15°C, 165°C +/-2°C 5 Hz - 200 ms 5 cm - 90 cm No Yes -
T02T06
Temperature Measurement
RF Transceivers
Antennas
Sensor reference Sensor chip reference(standard)
Measurement range
Mounting Dimensions (LxWxH in mm) Fixation Antenna type Recommended environmentwithout antenna with antenna without antenna if not integrated
TSM G100 to 105 TSA G100 to 105 TSE F160 to 165 -15°C, 165°C Stainless steel thermowell 124x30 - probe diameter 9 mm 1/2" G male screw AN D071 40 mm Metallic ground plane
TSM G160 to 165 TSA G160 to 165 TSE F160 to 165 -15°C, 165°C Aluminum fixture 26x16x12.6 2 clamps or 2 screws or glue AN D071 40 mm Metallic ground plane
TSM G190 to 195 TSA G190 to 195 TSE F160 to 165 -15°C, 165°C Aluminum fixture 26x16x12.6 2 magnets AN D071 40 mm Metallic ground plane
- TSA G110 to 115 TSE F160 to 165 -15°C, 165°C Resin-molded ceramic PCB 175x6x2.7 Embedded or glue Integrated helicoidally wired dipole
Dielectric material - non-metallic environment
SENSeOR’s RF experts can design customized optimized antennas for each application according to your specifications.
Other output types possible in customized projects. See related product specifications for more detailed information.
Sensor mountings are compatible with various types of antennas through SMA connector (except for sensors with integrated antenna).
ReferenceNumber
of sensors
RF output Antenna
connectionISM Interface
(standard)Sampling rate
(standard configuration)
ConsumptionOperating
temperature range
Dimensions (LxWxH in mm)
WR C001 1 1 YesDigital
(RS232/USB) Analog in option
150 Hz 160 mA/12 V -20°C, 70°C 184x109x30
WR D005 up to 6 1 No Digital (RS232/USB) 150 Hz 160 mA/12 V -20°C, 70°C 184x109x30
WR D001 up to 4 4 Yes Digital (RS232/USB)
150 Hz (divided by number
of sensors)160 mA/12 V -20°C, 70°C 184x109x30
WR D004 up to 24 4 No Digital (RS232/USB)
150 Hz (divided by number
of sensors)160 mA/12 V -20°C, 70°C 184x109x30
WR E010 1 1 Yes Digital (USB) 20 Hz 85 mA/5 V (by USB port) -10°C, 70°C 102x72x22
Reference Type Connector Dimension (in mm)
AN D070 Monopole Straight SMA 170
AN D071 Monopole Straight SMA 40
AN D080 Monopole Crooked SMA 170
AN D081 Monopole Crooked SMA 40
AN D082 Monopole Crooked SMA 90
AN D060 Magnet-mounted Monopole Straight SMA 150 (Cable 3 m)
If our standard sensors do not cover your need, SENSeOR’s engineers will help you build a customized optimized system.
System reference
Sensor reference
Transceiver reference
Measurement range Accuracy Refresh rate Interrogation
distance ISM Rotation Options
T01 - rev B 1 TSA G161 WR C001 -15°C, 165°C +/-2°C 40 Hz - 25 ms 5 cm - 200 cm Yes Yes T01S - rev B with 1 TSA G131T01T - rev B with 1 TSA G101
T01A - rev Bwith analog output
1 TSA G161 WR C001 -15°C, 165°C +/-3°C 5 Hz - 200 ms 5 cm - 200 cm Yes Yes T01AS - rev B with 1 TSA G131T01AT - rev B with 1 TSA G101
T02 - rev B 1 TSA G161 WR E010 -15°C, 165°C +/-2°C 1 Hz - 1 s 3 cm - 90 cm Yes No -
T04 - rev B 4 TSA G161 WR D001 -15°C, 165°C +/-2°C 4 Hz - 250 ms 10 cm - 200 cm Yes Yes T04S - rev B with 4 TSA G131T04T - rev B with 4 TSA G101
T06 - rev B6 sensors
(TSA G160 to TSA G165)
WR D005 -15°C, 165°C +/-2°C 5 Hz - 200 ms 5 cm - 90 cm No Yes -
Other output types are available in customized projects.
TSE D005 TSM D005 TSA D005 Temperature +/-500 µm/m -20°C, 85°C No 9x5.4x0.8
Wireless passive SAW strain gauges
Strain & Torque Measurement
Pressure & Temperature Measurement
Based on a range of available references (see below), SENSeOR’s experts develop customized wireless passive strain sensors covering various applications for instance in automation (torque on shaft, clamping force, tank level) or structural health monitoring (pipeline monitoring).Gauge references & positions, antennas, sensor mounting & packaging will be optimized depending on your application & specifications.
SENSeOR’s experts develop customized pressure sensors for wireless, passive pressure & temperature monitoring. Applications include instrumented valves for transportation or industrial use for instance.
For temperature compensation, TSE E019 or TSE D005 can be used if on-site calibration is performed after gluing gauges.Otherwise, factory-calibrated temperature sensors can be used for measurements on steel. To identify the appropriate reference, refer to compatible frequency band occupation depending on the gauge(s) used.If the part to monitor is not made of steel, the strain gauges & the temperature sensors need to be calibrated on the part on-site.
SENSeOR SAS Headquarters694, av. du Dr Maurice Donat - Lot 306250 MOUGINS - FrancePhone : +33 (0)4 97 23 13 20 Fax : +33 (0)4 93 06 08 58www.senseor.com
