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Sensors - Torque sensors - Dynamic torque sensors

The non-contact rotary torque sensors use strain gauge type as well as magnetic, inductive or the unique cutting edge SAW (Surface Acoustic Wave) technology to provide high accurate and reliable torque measurement at high rotational speed. In order to guarantee a high maintenance-free operation level we do not use slip rings. Our dynamic torque sensors offer excellent immunity to electromagnetic fields and are mostly used for in-line applications on rotating shafts. Ranges available from 1Nm up to 7kNm. Our special optical sensors offer torques ranges as low as 10mNm.

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                    [Valutacode] => EUR
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                    [Beschrijving] => - Torque range: 1Nm - 13.000Nm
- Accuracy (0.25%) / Resolution (0.02%)
- Operates both statically and dynamically
- Minimal shaft length / High shaft stiffness
- Non contact/brushless measurement
                    [Artikel] => Dynamic torque sensor RWT410/420 Series
                    [Extraomschrijving] => The Digital RWT410/420 series transducers with integral electronics now offer cost effective, non-contact digital rotary torque measurement, using Surface Acoustic Wave technology, suitable for torque monitoring, testing or controlling drive mechanisms.

The RWT410/420 series transducers and their technology are particularly appropriate for OEM applications.

The RWT410/420 torque sensors replace the RWT310/320 series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput. Transducer overload has also been increased to 300%.

Benefits
- Minimal shaft length
- High shaft stiffness
- Low inertia - High Speed capability because electronics are not fixed onto shaft
- Non contact/brushless measurement
- High Bandwidth
- 300% safe mechanical overload
- High accuracy (0.25%) and resolution (0.02%)
- Excellent noise immunity
- Integral digital electronics
- Operates both statically and dynamically
- clockwise/anti-clockwise
- Any full scale torque can be specified within standard range: 1Nm through to 13,000Nm
- Lifetime warranty

Technology
The patented technology is the measurement of the resonant frequency change in 'frequency dependent' Surface Acoustic Wave (SAW) devices, caused when strain is applied. The signal is coupled via a non-contact RF rotating couple from the shaft to a fixed pick-up.

Integral electronics enables the resonant frequencies to be measured and offer user selectable features, digital outputs and diagnostics. SAW devices are not affected by magnetic fields.

Specific software
We offer an easy to use advanced torque monitoring software, available to assist data recording and instrumentation displays that interface with Windows based PCs.

Features include: 3 types of display, text files compatible with Matlab and Excel and Real time chart plotting. See TorqView datasheet for more details.

LabView VIs are available for users to design their own process control applications. DLLs are also available for users to write their own custom software.

The RWT410 series transducers offer:
- Fixed voltage or current analog outputs (one for torque and the other for speed or power) for interfacing with analog instrumentation
- BIT Self-diagnostics for letting the manufacturer know that the transducer’s torque, speed ratings and calibration due date have not been exceeded.
- Simple ‘Sensor status’ output pin
- Sensors to monitor shaft temperature for better compensation and accuracy

Whereas, the RWT420 series transducers offer:
- Digital outputs, such as RS232, CANbus and USB, for interfacing with modern instrumentation and laptops
- Digital input for configuring transducer via PC 2 x user selectable voltage or current analog outputs (one for torque and the other for speed, power or peak torque) for interfacing with analog instrumentation
- Transducer configuration software to allow user to changes transducer variables
- BIT Self-diagnostics for letting users know data is trustworthy, that the transducer’s torque, speed ratings and calibration due date have not been exceeded
- Simple ‘Sensor status’ output pin
- Sensors to monitor shaft temperature for better compensation and accuracy
- Ability to connect up to 10 transducers using USB
                    [Atex_1_of_0] => 0
                    [Applicatie] => 0
                    [_Custom_Sortfield] => 99
                    [Comm_info_NL] => The Digital RWT410/420 series transducers with integral electronics now offer cost effective, non-contact digital rotary torque measurement, using Surface Acoustic Wave technology, suitable for torque monitoring, testing or controlling drive mechanisms.

The RWT410/420 series transducers and their technology are particularly appropriate for OEM applications.

The RWT410/420 torque sensors replace the RWT310/320 series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput. Transducer overload has also been increased to 300%.

Benefits
- Minimal shaft length
- High shaft stiffness
- Low inertia - High Speed capability because electronics are not fixed onto shaft
- Non contact/brushless measurement
- High Bandwidth
- 300% safe mechanical overload
- High accuracy (0.25%) and resolution (0.02%)
- Excellent noise immunity
- Integral digital electronics
- Operates both statically and dynamically
- clockwise/anti-clockwise
- Any full scale torque can be specified within standard range: 1Nm through to 13,000Nm
- Lifetime warranty

Technology
The patented technology is the measurement of the resonant frequency change in 'frequency dependent' Surface Acoustic Wave (SAW) devices, caused when strain is applied. The signal is coupled via a non-contact RF rotating couple from the shaft to a fixed pick-up.

Integral electronics enables the resonant frequencies to be measured and offer user selectable features, digital outputs and diagnostics. SAW devices are not affected by magnetic fields.

Specific software
We offer an easy to use advanced torque monitoring software, available to assist data recording and instrumentation displays that interface with Windows based PCs.

Features include: 3 types of display, text files compatible with Matlab and Excel and Real time chart plotting. See TorqView datasheet for more details.

LabView VIs are available for users to design their own process control applications. DLLs are also available for users to write their own custom software.

The RWT410 series transducers offer:
- Fixed voltage or current analog outputs (one for torque and the other for speed or power) for interfacing with analog instrumentation
- BIT Self-diagnostics for letting the manufacturer know that the transducer’s torque, speed ratings and calibration due date have not been exceeded.
- Simple ‘Sensor status’ output pin
- Sensors to monitor shaft temperature for better compensation and accuracy

Whereas, the RWT420 series transducers offer:
- Digital outputs, such as RS232, CANbus and USB, for interfacing with modern instrumentation and laptops
- Digital input for configuring transducer via PC 2 x user selectable voltage or current analog outputs (one for torque and the other for speed, power or peak torque) for interfacing with analog instrumentation
- Transducer configuration software to allow user to changes transducer variables
- BIT Self-diagnostics for letting users know data is trustworthy, that the transducer’s torque, speed ratings and calibration due date have not been exceeded
- Simple ‘Sensor status’ output pin
- Sensors to monitor shaft temperature for better compensation and accuracy
- Ability to connect up to 10 transducers using USB
                    [Basic_info_NL] => - Torque range: 1Nm - 13.000Nm
- Accuracy (0.25%) / Resolution (0.02%)
- Operates both statically and dynamically
- Minimal shaft length / High shaft stiffness
- Non contact/brushless measurement
                )

            [picture] => /pictures/A048-10202-001/10223_icon.jpg
            [title] => Dynamic torque sensor RWT410/420 Series
            [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-RWT410-420-Series/A048-10202-001
            [vanvoorprijs] => 
            [prijs] => 0,00
            [articlename] => Dynamic torque sensor RWT410/420 Series
            [description] => 
  • - Torque range: 1Nm - 13.000Nm
  • - Accuracy (0.25%) / Resolution (0.02%)
  • - Operates both statically and dynamically
  • - Minimal shaft length / High shaft stiffness
  • - Non contact/brushless measurement
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The RWT430/440 series transducers and their technology are particularly appropriate for OEM applications. The RWT430/440 torque sensors replaces the RWT330/340 series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput. Transducer overload has also been increased to 300%. Benefits - Minimal shaft length - High shaft stiffness - Low inertia - High - Speed capability because electronics are not fixed onto shaft - Non contact/brushless measurement - High Bandwidth - 300% safe mechanical overload - High accuracy (0.25%) and resolution (0.02%) - Excellent noise immunity - Separate digital electronics - Operates both statically and dynamically - clockwise/anti-clockwise - Any full scale torque can be specified within standard range: 1Nm through to 13,000Nm - Lifetime warranty Technology The patented technology is the measurement of the resonant frequency change in 'frequency dependent' Surface Acoustic Wave (SAW) devices, caused when strain is applied. The signal is coupled via a non-contact RF rotating couple from the shaft to a fixed pick-up. A separate electronics module enables the resonant frequencies to be measured and offer user selectable features, digital outputs and diagnostics. SAW devices are not affected by magnetic fields. Specific software We offer an easy to use advanced torque monitoring software, available to assist data recording and instrumentation displays that interface with Windows based PCs. Features include: 3 types of display, text files compatible with Matlab and Excel and Real time chart plotting. See TorqView datasheet for more details. LabView VIs are available for users to design their own process control applications. DLLs are also available for users to write their own custom software. The RWT430 series transducers offer: - Fixed voltage or current analog outputs (one for torque and the other for speed or power) for interfacing with analog instrumentation - BIT Self-diagnostics for letting the manufacturer know that the transducer’s torque, speed ratings and calibration due date have not been exceeded. - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy Whereas, the RWT440 series transducers offer: - Digital outputs, such as RS232, CANbus and USB, for interfacing with modern instrumentation and laptops - Digital input for configuring transducer via PC 2 x user selectable voltage or current analog outputs (one for torque and the other for speed, power or peak torque) for interfacing with analog instrumentation - Transducer configuration software to allow user to changes transducer variables - BIT Self-diagnostics for letting users know data is trustworthy, that the transducer’s torque, speed ratings and calibration due date have not been exceeded - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy - Ability to connect up to 10 transducers using USB [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => The Digital RWT430/440 series transducers with separate electronics now offer cost effective, noncontact digital rotary torque measurement, using Surface Acoustic Wave technology, suitable for torque monitoring, testing or controlling drive mechanisms. The RWT430/440 series transducers and their technology are particularly appropriate for OEM applications. The RWT430/440 torque sensors replaces the RWT330/340 series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput. Transducer overload has also been increased to 300%. Benefits - Minimal shaft length - High shaft stiffness - Low inertia - High - Speed capability because electronics are not fixed onto shaft - Non contact/brushless measurement - High Bandwidth - 300% safe mechanical overload - High accuracy (0.25%) and resolution (0.02%) - Excellent noise immunity - Separate digital electronics - Operates both statically and dynamically - clockwise/anti-clockwise - Any full scale torque can be specified within standard range: 1Nm through to 13,000Nm - Lifetime warranty Technology The patented technology is the measurement of the resonant frequency change in 'frequency dependent' Surface Acoustic Wave (SAW) devices, caused when strain is applied. The signal is coupled via a non-contact RF rotating couple from the shaft to a fixed pick-up. A separate electronics module enables the resonant frequencies to be measured and offer user selectable features, digital outputs and diagnostics. SAW devices are not affected by magnetic fields. Specific software We offer an easy to use advanced torque monitoring software, available to assist data recording and instrumentation displays that interface with Windows based PCs. Features include: 3 types of display, text files compatible with Matlab and Excel and Real time chart plotting. See TorqView datasheet for more details. LabView VIs are available for users to design their own process control applications. DLLs are also available for users to write their own custom software. The RWT430 series transducers offer: - Fixed voltage or current analog outputs (one for torque and the other for speed or power) for interfacing with analog instrumentation - BIT Self-diagnostics for letting the manufacturer know that the transducer’s torque, speed ratings and calibration due date have not been exceeded. - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy Whereas, the RWT440 series transducers offer: - Digital outputs, such as RS232, CANbus and USB, for interfacing with modern instrumentation and laptops - Digital input for configuring transducer via PC 2 x user selectable voltage or current analog outputs (one for torque and the other for speed, power or peak torque) for interfacing with analog instrumentation - Transducer configuration software to allow user to changes transducer variables - BIT Self-diagnostics for letting users know data is trustworthy, that the transducer’s torque, speed ratings and calibration due date have not been exceeded - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy - Ability to connect up to 10 transducers using USB [Basic_info_NL] => - Torque range: 1Nm - 13.000Nm - Accuracy (0.25%) / Resolution (0.02%) - Operates both statically and dynamically - Minimal shaft length / High shaft stiffness - Non contact/brushless measurement ) [picture] => /pictures/A048-10202-002/10225_icon.jpg [title] => Dynamic torque sensor RWT430/440 Series [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-RWT430-440-Series/A048-10202-002 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor RWT430/440 Series [description] =>
  • - Torque range: 1Nm - 13.000Nm
  • - Accuracy (0.25%) / Resolution (0.02%)
  • - Operates both statically and dynamically
  • - Minimal shaft length / High shaft stiffness
  • - Non contact/brushless measurement
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These transducers and their technology are particularly appropriate for OEM applications. The new RWT450/460 torque sensors replace the RWT350/360 series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput. Transducer overload has also been increased to 300%. Benefits - Direct replacement for standard pulley/sprocket - Low inertia – High Speed capability because electronics are not fixed onto shaft - Non contact/brushless measurement - High Bandwidth - 300% safe mechanical overload - High accuracy and resolution - Excellent noise immunity - Separate digital electronics - Operates both statically and dynamically - clockwise/anti-clockwise - Any full scale torque can be specified within standard range: 50Nm through to 10,000Nm - Lifetime warranty Technology The patented technology is the measurement of the resonant frequency change in 'frequency dependent' Surface Acoustic Wave (SAW) devices, caused when strain is applied. The signal is coupled via a non-contact RF rotating couple from the shaft to a fixed pick-up. A separate electronics module enables the resonant frequencies to be measured and offer user selectable features, digital outputs and diagnostics. SAW devices are not affected by magnetic fields. Specific software TorqView is an easy to use advanced torque monitoring software, available to assist data recording and instrumentation displays that interface with Windows based PCs. Features include: 3 types of display, text files compatible with Matlab and Excel and Real time chart plotting. See TorqView datasheet for more details. LabView VIs are available for users to design their own process control applications. DLLs are also available for users to write their own custom software. The RWT450 series transducers offer: - Fixed voltage or current analog outputs (one for torque and the other for speed or power) for interfacing with analog instrumentation - BIT Self-diagnostics for letting the manufacturer know that the transducer’s torque, speed ratings and calibration due date have not been exceeded. - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy Whereas, the RWT460 series transducers offer: - Digital outputs, such as RS232, CANbus and USB, for interfacing with modern instrumentation and laptops - Digital input for configuring transducer via PC 2 x user selectable voltage or current analog outputs (one for torque and the other for speed, power or peak torque) for interfacing with analog instrumentation - Transducer configuration software to allow user to changes transducer variables - BIT Self-diagnostics for letting users know data is trustworthy, that the transducer’s torque, speed ratings and calibration due date have not been exceeded - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy - Ability to connect up to 10 transducers using USB [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => The Digital RWT450/460 series pulley / sprocket transducers with seperate electronics now offer cost effective, non-contact digital rotary torque measurement, using Surface Acoustic Wave technology, suitable for torque monitoring and process control on any belt / chain driven machinery. These transducers and their technology are particularly appropriate for OEM applications. The new RWT450/460 torque sensors replace the RWT350/360 series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput. Transducer overload has also been increased to 300%. Benefits - Direct replacement for standard pulley/sprocket - Low inertia – High Speed capability because electronics are not fixed onto shaft - Non contact/brushless measurement - High Bandwidth - 300% safe mechanical overload - High accuracy and resolution - Excellent noise immunity - Separate digital electronics - Operates both statically and dynamically - clockwise/anti-clockwise - Any full scale torque can be specified within standard range: 50Nm through to 10,000Nm - Lifetime warranty Technology The patented technology is the measurement of the resonant frequency change in 'frequency dependent' Surface Acoustic Wave (SAW) devices, caused when strain is applied. The signal is coupled via a non-contact RF rotating couple from the shaft to a fixed pick-up. A separate electronics module enables the resonant frequencies to be measured and offer user selectable features, digital outputs and diagnostics. SAW devices are not affected by magnetic fields. Specific software TorqView is an easy to use advanced torque monitoring software, available to assist data recording and instrumentation displays that interface with Windows based PCs. Features include: 3 types of display, text files compatible with Matlab and Excel and Real time chart plotting. See TorqView datasheet for more details. LabView VIs are available for users to design their own process control applications. DLLs are also available for users to write their own custom software. The RWT450 series transducers offer: - Fixed voltage or current analog outputs (one for torque and the other for speed or power) for interfacing with analog instrumentation - BIT Self-diagnostics for letting the manufacturer know that the transducer’s torque, speed ratings and calibration due date have not been exceeded. - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy Whereas, the RWT460 series transducers offer: - Digital outputs, such as RS232, CANbus and USB, for interfacing with modern instrumentation and laptops - Digital input for configuring transducer via PC 2 x user selectable voltage or current analog outputs (one for torque and the other for speed, power or peak torque) for interfacing with analog instrumentation - Transducer configuration software to allow user to changes transducer variables - BIT Self-diagnostics for letting users know data is trustworthy, that the transducer’s torque, speed ratings and calibration due date have not been exceeded - Simple ‘Sensor status’ output pin - Sensors to monitor shaft temperature for better compensation and accuracy - Ability to connect up to 10 transducers using USB [Basic_info_NL] => - Torque range: 50Nm - 10.000Nm - High accuracy / Resolution - Operates both statically and dynamically - Non contact/brushless measurement ) [picture] => /pictures/A048-10202-003/10226_icon.jpg [title] => Dynamic torque sensor RWT450/460 Series [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-RWT450-460-Series/A048-10202-003 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor RWT450/460 Series [description] =>
  • - Torque range: 50Nm - 10.000Nm
  • - High accuracy / Resolution
  • - Operates both statically and dynamically
  • - Non contact/brushless measurement
[stock] => [articlecode] => SimpleXMLElement Object ( [0] => A048-10202-003 ) ) [3] => Array ( [rawItem] => Array ( [Artcode] => A049-10202-005 [Itemtype] => Art [Artikel2] => Dynamic torque sensor [Groep] => 102 [Prijs] => 0 [Hoeveelheid] => 0 [Huidige_prijs] => true [Prijslijst] => ***** [Prijsfactor_NVT] => 1 [Eenheid] => STK [Bestelstaffel_verkoop_Org] => 1 [Minimum_verkoopaantal] => 1 [Valutacode] => EUR [Hoeveelheid_2] => 0 [Geblokkeerd] => N [Artikelgroep] => 102 [Artikelsoort] => Art [Actieprijs] => 0 [Datum] => 20150213 [Actieprijs_2] => 0 [Consumentenprijs] => 0 [Verrekenen] => false [PrijsAfschermen] => false [Special] => false [Atex] => false [Meetbereik_type] => Torque/Moment (Nm) [Subgroep] => Dynamic torque sensors [Hoofdgroep] => Torque sensors [Divisiegroep] => Sensoren [Divisiegroep_code] => 1 [Hoofdgroep_code] => 102 [Subgroep_code] => 10202 [Webshop_Tonen] => true [Beschrijving] => - Range: ±5 to ±7.000Nm - Output: 2mV/V (4V; ±5V optional) - Combined non-lin./hysteresis: 0.25% FS [Artikel] => Dynamic torque sensor CD1050 [Extraomschrijving] => - Square Male Couplings - Range from ±5 to ±7,000 Nm (±4 to ±5,600 lbf.ft) - Stainless Steel - Cable Gland or Connector Output - Built In Amplifier per Request The CD1050 Series has been developed to be mounted on rotating shafts for rotary torque measurements. Constructed in stainless steel, the sensor is suitable for use in many hostile environments. Fitted with metallic strain gauges in a Wheatstone bridge circuit, the CD1050 is providing excellent temperature stability. For high-level output a model with integrated amplifier is available. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - Ranges from: ±5 Nm to ±7,000 Nm (±4 lbf. ft to ±5,600 lbf. Ft) - For Dynamic Applications - Square Male Couplings - High Level Output Model with Integrated Amplifier Applications - Dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => - Square Male Couplings - Range from ±5 to ±7,000 Nm (±4 to ±5,600 lbf.ft) - Stainless Steel - Cable Gland or Connector Output - Built In Amplifier per Request The CD1050 Series has been developed to be mounted on rotating shafts for rotary torque measurements. Constructed in stainless steel, the sensor is suitable for use in many hostile environments. Fitted with metallic strain gauges in a Wheatstone bridge circuit, the CD1050 is providing excellent temperature stability. For high-level output a model with integrated amplifier is available. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - Ranges from: ±5 Nm to ±7,000 Nm (±4 lbf. ft to ±5,600 lbf. Ft) - For Dynamic Applications - Square Male Couplings - High Level Output Model with Integrated Amplifier Applications - Dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Basic_info_NL] => - Range: ±5 to ±7.000Nm - Output: 2mV/V (4V; ±5V optional) - Combined non-lin./hysteresis: 0.25% FS ) [picture] => /pictures/A049-10202-005/10228_icon.jpg [title] => Dynamic torque sensor CD1050 [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-CD1050/A049-10202-005 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor CD1050 [description] =>
  • - Range: ±5 to ±7.000Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Combined non-lin./hysteresis: 0.25% FS
[stock] => [articlecode] => SimpleXMLElement Object ( [0] => A049-10202-005 ) ) [4] => Array ( [rawItem] => Array ( [Artcode] => A049-10202-006 [Itemtype] => Art [Artikel2] => Dynamic torque sensor [Groep] => 102 [Prijs] => 0 [Hoeveelheid] => 0 [Huidige_prijs] => true [Prijslijst] => ***** [Prijsfactor_NVT] => 1 [Eenheid] => STK [Bestelstaffel_verkoop_Org] => 1 [Minimum_verkoopaantal] => 1 [Valutacode] => EUR [Hoeveelheid_2] => 0 [Geblokkeerd] => N [Artikelgroep] => 102 [Artikelsoort] => Art [Actieprijs] => 0 [Datum] => 20150213 [Actieprijs_2] => 0 [Consumentenprijs] => 0 [Verrekenen] => false [PrijsAfschermen] => false [Special] => false [Atex] => false [Meetbereik_type] => Torque/Moment (Nm) [Subgroep] => Dynamic torque sensors [Hoofdgroep] => Torque sensors [Divisiegroep] => Sensoren [Divisiegroep_code] => 1 [Hoofdgroep_code] => 102 [Subgroep_code] => 10202 [Webshop_Tonen] => true [Beschrijving] => - Range: ±5 to ±2.500Nm - Output: 2mV/V (4V; ±5V optional) - Combined non-lin./hysteresis: 0.25% FS [Artikel] => Dynamic torque sensor CD1095 [Extraomschrijving] => - Keyed Shaft couplings - Range from ±5 to ±2,500 Nm (±4 to 2,000 lbf.ft) - Stainless Steel - Cable Gland or Connector Output - Built In Amplifier per Request The CD1095 has been designed to measure in-line torque on rotating shafts. Its sensing element is based on thin layer strain gauges in a Wheatstone bridge configuration providing excellent temperature stability. Optionally the torque sensor can receive an on-board amplifier for high-level output. Intermediate ranges are available at no extra cost. Consult Altheris Department if the standard options do not meet your needs or should your application require a more comprehensive measurement system. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - For Dynamic Applications - Keyed Shaft Mechanical Connection - High Level Output Model with Integrated Amplifier Applications - Dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => - Keyed Shaft couplings - Range from ±5 to ±2,500 Nm (±4 to 2,000 lbf.ft) - Stainless Steel - Cable Gland or Connector Output - Built In Amplifier per Request The CD1095 has been designed to measure in-line torque on rotating shafts. Its sensing element is based on thin layer strain gauges in a Wheatstone bridge configuration providing excellent temperature stability. Optionally the torque sensor can receive an on-board amplifier for high-level output. Intermediate ranges are available at no extra cost. Consult Altheris Department if the standard options do not meet your needs or should your application require a more comprehensive measurement system. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - For Dynamic Applications - Keyed Shaft Mechanical Connection - High Level Output Model with Integrated Amplifier Applications - Dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Basic_info_NL] => - Range: ±5 to ±2.500Nm - Output: 2mV/V (4V; ±5V optional) - Combined non-lin./hysteresis: 0.25% FS ) [picture] => /pictures/A049-10202-006/10229_icon.jpg [title] => Dynamic torque sensor CD1095 [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-CD1095/A049-10202-006 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor CD1095 [description] =>
  • - Range: ±5 to ±2.500Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Combined non-lin./hysteresis: 0.25% FS
[stock] => [articlecode] => SimpleXMLElement Object ( [0] => A049-10202-006 ) ) [5] => Array ( [rawItem] => Array ( [Artcode] => A049-10202-007 [Itemtype] => Art [Artikel2] => Dynamic torque sensor [Groep] => 102 [Prijs] => 0 [Hoeveelheid] => 0 [Huidige_prijs] => true [Prijslijst] => ***** [Prijsfactor_NVT] => 1 [Eenheid] => STK [Bestelstaffel_verkoop_Org] => 1 [Minimum_verkoopaantal] => 1 [Valutacode] => EUR [Hoeveelheid_2] => 0 [Geblokkeerd] => N [Artikelgroep] => 102 [Artikelsoort] => Art [Actieprijs] => 0 [Datum] => 20150213 [Actieprijs_2] => 0 [Consumentenprijs] => 0 [Verrekenen] => false [PrijsAfschermen] => false [Special] => false [Atex] => false [Meetbereik_type] => Torque/Moment (Nm) [Subgroep] => Dynamic torque sensors [Hoofdgroep] => Torque sensors [Divisiegroep] => Sensoren [Divisiegroep_code] => 1 [Hoofdgroep_code] => 102 [Subgroep_code] => 10202 [Webshop_Tonen] => true [Beschrijving] => - Range: ±0.05 to ±2Nm - Output: 2mV/V (4V; ±5V optional) - Combined non-lin./hysteresis: 0.25% FS [Artikel] => Dynamic torque sensor CD1110 [Extraomschrijving] => - Keyed Shaft couplings - Range from ±0.05 to ±2 Nm (±0.04 to ±1.6 lbf.ft) - Integrated Mechanical Stops - Aluminum - Cable Gland or Connector Output - Built In Amplifier per Request The CD1110 series of dynamic torque sensors have extremely low operating ranges protected by mechanical stops permitting an overload of 10 times the F.S. measurement range. The rugged design provides accurate bidirectional torque measurements of rotating components up to 2000 rpm. Optionally the CD1110 can receive an on-board amplifier for high-level voltage output. Signal amplification is accomplished before transmission via the slip ring assembly, thus eliminating the noise generated by the contacts. It is also possible to eliminate the contact residual drag torque by placing the transducer sensing element directly in contact with the torque to be measured. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - Ranges from ±0.05 to ±2 Nm (±0.04 to ±1.6 lbf.ft) - Integrated Mechanical Stops - Keyed shaft mechanical connection - High Level Output Model with Integrated - Amplifier Applications - Low range dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => - Keyed Shaft couplings - Range from ±0.05 to ±2 Nm (±0.04 to ±1.6 lbf.ft) - Integrated Mechanical Stops - Aluminum - Cable Gland or Connector Output - Built In Amplifier per Request The CD1110 series of dynamic torque sensors have extremely low operating ranges protected by mechanical stops permitting an overload of 10 times the F.S. measurement range. The rugged design provides accurate bidirectional torque measurements of rotating components up to 2000 rpm. Optionally the CD1110 can receive an on-board amplifier for high-level voltage output. Signal amplification is accomplished before transmission via the slip ring assembly, thus eliminating the noise generated by the contacts. It is also possible to eliminate the contact residual drag torque by placing the transducer sensing element directly in contact with the torque to be measured. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - Ranges from ±0.05 to ±2 Nm (±0.04 to ±1.6 lbf.ft) - Integrated Mechanical Stops - Keyed shaft mechanical connection - High Level Output Model with Integrated - Amplifier Applications - Low range dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Basic_info_NL] => - Range: ±0.05 to ±2Nm - Output: 2mV/V (4V; ±5V optional) - Combined non-lin./hysteresis: 0.25% FS ) [picture] => /pictures/A049-10202-007/10230_icon.jpg [title] => Dynamic torque sensor CD1110 [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-CD1110/A049-10202-007 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor CD1110 [description] =>
  • - Range: ±0.05 to ±2Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Combined non-lin./hysteresis: 0.25% FS
[stock] => [articlecode] => SimpleXMLElement Object ( [0] => A049-10202-007 ) ) [6] => Array ( [rawItem] => Array ( [Artcode] => A049-10202-008 [Itemtype] => Art [Artikel2] => Dynamic torque sensor [Groep] => 102 [Prijs] => 0 [Hoeveelheid] => 0 [Huidige_prijs] => true [Prijslijst] => ***** [Prijsfactor_NVT] => 1 [Eenheid] => STK [Bestelstaffel_verkoop_Org] => 1 [Minimum_verkoopaantal] => 1 [Valutacode] => EUR [Hoeveelheid_2] => 0 [Geblokkeerd] => N [Artikelgroep] => 102 [Artikelsoort] => Art [Actieprijs] => 0 [Datum] => 20150213 [Actieprijs_2] => 0 [Consumentenprijs] => 0 [Verrekenen] => false [PrijsAfschermen] => false [Special] => false [Atex] => false [Meetbereik_type] => Torque/Moment (Nm) [Subgroep] => Dynamic torque sensors [Hoofdgroep] => Torque sensors [Divisiegroep] => Sensoren [Divisiegroep_code] => 1 [Hoofdgroep_code] => 102 [Subgroep_code] => 10202 [Webshop_Tonen] => true [Beschrijving] => - Range: ±0.05 to ±20.000Nm - Output: 2mV/V (4V; ±5V optional) - Non-lin./hysteresis: 0.1/0.1% FS [Artikel] => Dynamic torque sensor CD1140 [Extraomschrijving] => - Contactless transmission - Keyed Shaft couplings - Range from ±0.05 to ±20,000 Nm (±0.04 to ±16,000 lbf.ft) - Stainless Steel or Aluminum - Built In Amplifier The CD 1140 family of torque sensors offers a rugged but small package size as well as many mounting configurations so as to provide excellent measurements in both industrial and laboratory environments. The contactless transmission of supply voltage and measuring signal facilitates continuous operation with low wear and no slip ring service. The CD1140 is also available with optional speed or angle detection (but not both). With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - High Accuracy - Built-in Amplifier - Low Moment of Inertia - Small Outline - Speed and Angle Detection (Option) Applications - Dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => - Contactless transmission - Keyed Shaft couplings - Range from ±0.05 to ±20,000 Nm (±0.04 to ±16,000 lbf.ft) - Stainless Steel or Aluminum - Built In Amplifier The CD 1140 family of torque sensors offers a rugged but small package size as well as many mounting configurations so as to provide excellent measurements in both industrial and laboratory environments. The contactless transmission of supply voltage and measuring signal facilitates continuous operation with low wear and no slip ring service. The CD1140 is also available with optional speed or angle detection (but not both). With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - High Accuracy - Built-in Amplifier - Low Moment of Inertia - Small Outline - Speed and Angle Detection (Option) Applications - Dynamic applications - Process control equipment - Test and Measurement - Robotics and effectors - Laboratory and Research [Basic_info_NL] => - Range: ±0.05 to ±20.000Nm - Output: 2mV/V (4V; ±5V optional) - Non-lin./hysteresis: 0.1/0.1% FS ) [picture] => /pictures/A049-10202-008/10231_icon.jpg [title] => Dynamic torque sensor CD1140 [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-CD1140/A049-10202-008 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor CD1140 [description] =>
  • - Range: ±0.05 to ±20.000Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Non-lin./hysteresis: 0.1/0.1% FS
[stock] => [articlecode] => SimpleXMLElement Object ( [0] => A049-10202-008 ) ) [7] => Array ( [rawItem] => Array ( [Artcode] => A049-10202-009 [Itemtype] => Art [Artikel2] => Dynamic torque sensor [Groep] => 102 [Prijs] => 0 [Hoeveelheid] => 0 [Huidige_prijs] => true [Prijslijst] => ***** [Prijsfactor_NVT] => 1 [Eenheid] => STK [Bestelstaffel_verkoop_Org] => 1 [Minimum_verkoopaantal] => 1 [Valutacode] => EUR [Hoeveelheid_2] => 0 [Geblokkeerd] => N [Artikelgroep] => 102 [Artikelsoort] => Art [Actieprijs] => 0 [Datum] => 20150213 [Actieprijs_2] => 0 [Consumentenprijs] => 0 [Verrekenen] => false [PrijsAfschermen] => false [Special] => false [Atex] => false [Meetbereik_type] => Torque/Moment (Nm) [Subgroep] => Dynamic torque sensors [Hoofdgroep] => Torque sensors [Divisiegroep] => Sensoren [Divisiegroep_code] => 1 [Hoofdgroep_code] => 102 [Subgroep_code] => 10202 [Webshop_Tonen] => true [Beschrijving] => - Range: 10 - 250Nm - Output: 10V - Combined non-lin./hysteresis: 0.15 - 0.3% FS [Artikel] => Dynamic torque sensor FCA7300 [Extraomschrijving] => - On-Board Electronics - Five Simultaneous Analog Outputs - 2 Torques - 2 Angles - 1 Angular Velocity - Built-In Shunt Calibration Function - Universal – Fits All Road Vehicles - Rapidly Installed via Mounting Adapters - 10X F.S. Torque Overload Protection - Steerability Maintained at Rupture - Unique Remote Data Acquisition The FCA 7300 series of measurement steering wheels are the most accurate available on the market today. This new generation of transducers incorporates numerous technological innovations, such as: - Full on-board conditioning electronics, with built-in angle reset, torque calibration function and a facility to send a start trigger signal to the remote data acquisition system. - Optical coder processing electronics are built-in - there is no need for external TTL electronics - Five simultaneous analogue output signals, two torque channels, two angle channels and one angular velocity channel - Bearing friction influence on the torque measurement has been eliminated, allowing high accuracy low torque measurements - Low profile design retains the same driving conditions as with standard steering wheels. - Easily mounted on any road vehicle by means of flanges - no disassembly of the steering column is required. - Optional steering stops adjustable between ±15° to ±165° are available. These stops fold automatically for safety - there is no need for the driver to hit a panic button. Features - 5 Analog Outputs - Torque, Angle, Velocity Outputs - 10 to 250 Nm Range Applications - Automotive Design & Test - Laboratory and Research - Component Testing [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => - On-Board Electronics - Five Simultaneous Analog Outputs - 2 Torques - 2 Angles - 1 Angular Velocity - Built-In Shunt Calibration Function - Universal – Fits All Road Vehicles - Rapidly Installed via Mounting Adapters - 10X F.S. Torque Overload Protection - Steerability Maintained at Rupture - Unique Remote Data Acquisition The FCA 7300 series of measurement steering wheels are the most accurate available on the market today. This new generation of transducers incorporates numerous technological innovations, such as: - Full on-board conditioning electronics, with built-in angle reset, torque calibration function and a facility to send a start trigger signal to the remote data acquisition system. - Optical coder processing electronics are built-in - there is no need for external TTL electronics - Five simultaneous analogue output signals, two torque channels, two angle channels and one angular velocity channel - Bearing friction influence on the torque measurement has been eliminated, allowing high accuracy low torque measurements - Low profile design retains the same driving conditions as with standard steering wheels. - Easily mounted on any road vehicle by means of flanges - no disassembly of the steering column is required. - Optional steering stops adjustable between ±15° to ±165° are available. These stops fold automatically for safety - there is no need for the driver to hit a panic button. Features - 5 Analog Outputs - Torque, Angle, Velocity Outputs - 10 to 250 Nm Range Applications - Automotive Design & Test - Laboratory and Research - Component Testing [Basic_info_NL] => - Range: 10 - 250Nm - Output: 10V - Combined non-lin./hysteresis: 0.15 - 0.3% FS ) [picture] => /pictures/A049-10202-009/10232_icon.jpg [title] => Dynamic torque sensor FCA7300 [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-FCA7300/A049-10202-009 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor FCA7300 [description] =>
  • - Range: 10 - 250Nm
  • - Output: 10V
  • - Combined non-lin./hysteresis: 0.15 - 0.3% FS
[stock] => [articlecode] => SimpleXMLElement Object ( [0] => A049-10202-009 ) ) [8] => Array ( [rawItem] => Array ( [Artcode] => A049-10202-010 [Itemtype] => Art [Artikel2] => Dynamic torque sensor [Groep] => 102 [Prijs] => 0 [Hoeveelheid] => 0 [Huidige_prijs] => true [Prijslijst] => ***** [Prijsfactor_NVT] => 1 [Eenheid] => STK [Bestelstaffel_verkoop_Org] => 1 [Minimum_verkoopaantal] => 1 [Valutacode] => EUR [Hoeveelheid_2] => 0 [Geblokkeerd] => N [Artikelgroep] => 102 [Artikelsoort] => Art [Actieprijs] => 0 [Datum] => 20150213 [Actieprijs_2] => 0 [Consumentenprijs] => 0 [Verrekenen] => false [PrijsAfschermen] => false [Special] => false [Atex] => false [Meetbereik_type] => Torque/Moment (Nm) [Subgroep] => Dynamic torque sensors [Hoofdgroep] => Torque sensors [Divisiegroep] => Sensoren [Divisiegroep_code] => 1 [Hoofdgroep_code] => 102 [Subgroep_code] => 10202 [Webshop_Tonen] => true [Beschrijving] => - Range: 20.000Nm - Output: 10V - Combined non-lin.&hysteresis: 1% FS [Artikel] => Dynamic torque sensor CD1124T [Extraomschrijving] => - Dynamic torque measurements - Test rig and on-road testing - Telemetry based transmission - Low-profile - 35 mm axial length - Power supply to sensor via telemetry - Remote shunt calibration function The CD1124T is a telemetry based torque transducer measuring dynamic torque between the gearbox and engine shaft of heavy-duty vehicles. Through the wireless signal transmission and power supply the CD1124T is extremely easy to mount and use, especially while measuring rotating shafts. It is suitable for both dynamometer-based testing and road trials. With its rugged construction and highly integrated micro electronics, the CD1124-3T meets the most demanding circumstances. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - High Accuracy - Built-in with telemetry system - High speed rotation - High temperature range Applications - On-board equipments - Test benches and research - Test and Measurement [Atex_1_of_0] => 0 [Applicatie] => 0 [_Custom_Sortfield] => 99 [Comm_info_NL] => - Dynamic torque measurements - Test rig and on-road testing - Telemetry based transmission - Low-profile - 35 mm axial length - Power supply to sensor via telemetry - Remote shunt calibration function The CD1124T is a telemetry based torque transducer measuring dynamic torque between the gearbox and engine shaft of heavy-duty vehicles. Through the wireless signal transmission and power supply the CD1124T is extremely easy to mount and use, especially while measuring rotating shafts. It is suitable for both dynamometer-based testing and road trials. With its rugged construction and highly integrated micro electronics, the CD1124-3T meets the most demanding circumstances. With many years of experience as a designer and manufacturer of sensors, Altheris often works with customers to design or customize sensors for specific uses and testing environments. To meet your needs we also offer complete turnkey systems. The matched components (sensor, power, amplifier and digital display) are formatted, calibrated and ready for immediate use. Features - High Accuracy - Built-in with telemetry system - High speed rotation - High temperature range Applications - On-board equipments - Test benches and research - Test and Measurement [Basic_info_NL] => - Range: 20.000Nm - Output: 10V - Combined non-lin.&hysteresis: 1% FS ) [picture] => /pictures/A049-10202-010/10233_icon.jpg [title] => Dynamic torque sensor CD1124T [url] => /p/40410/40411/Sensors-Torque-sensors/Dynamische-momentsensoren/Dynamic-torque-sensor-CD1124T/A049-10202-010 [vanvoorprijs] => [prijs] => 0,00 [articlename] => Dynamic torque sensor CD1124T [description] =>
  • - Range: 20.000Nm
  • - Output: 10V
  • - Combined non-lin.&hysteresis: 1% FS
[stock] => [articlecode] => SimpleXMLElement Object ( [0] => A049-10202-010 ) ) )

Dynamic torque sensor RWT410/420 Series

  • - Torque range: 1Nm - 13.000Nm
  • - Accuracy (0.25%) / Resolution (0.02%)
  • - Operates both statically and dynamically
  • - Minimal shaft length / High shaft stiffness
  • - Non contact/brushless measurement

Dynamic torque sensor RWT430/440 Series

  • - Torque range: 1Nm - 13.000Nm
  • - Accuracy (0.25%) / Resolution (0.02%)
  • - Operates both statically and dynamically
  • - Minimal shaft length / High shaft stiffness
  • - Non contact/brushless measurement

Dynamic torque sensor RWT450/460 Series

  • - Torque range: 50Nm - 10.000Nm
  • - High accuracy / Resolution
  • - Operates both statically and dynamically
  • - Non contact/brushless measurement

Dynamic torque sensor CD1050

  • - Range: ±5 to ±7.000Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Combined non-lin./hysteresis: 0.25% FS

Dynamic torque sensor CD1095

  • - Range: ±5 to ±2.500Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Combined non-lin./hysteresis: 0.25% FS

Dynamic torque sensor CD1110

  • - Range: ±0.05 to ±2Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Combined non-lin./hysteresis: 0.25% FS

Dynamic torque sensor CD1140

  • - Range: ±0.05 to ±20.000Nm
  • - Output: 2mV/V (4V; ±5V optional)
  • - Non-lin./hysteresis: 0.1/0.1% FS

Dynamic torque sensor FCA7300

  • - Range: 10 - 250Nm
  • - Output: 10V
  • - Combined non-lin./hysteresis: 0.15 - 0.3% FS

Dynamic torque sensor CD1124T

  • - Range: 20.000Nm
  • - Output: 10V
  • - Combined non-lin.&hysteresis: 1% FS