Products / Inline Rotary Torque
 TLH/TLHA
Type: Slip ring torque transducer with ¼" hexagon output and input with a quick-change chuck
Range: 0.5 to 20Nm
Max. speed: 2000 rpm
Options: Angle/speed measurement, amplifiers and readouts
Main application: Power screwdrivers
Download the PDF data sheet here
 TLQ
Type: Slip ring transducer with male square output and female square input
Range: 1 to 5000Nm
Max. speed: 2000 rpm
Options: Amplifiers and readouts
Main application: Bolt tightening
Download the PDF data sheet here
 TLQA
Type: Male square output and female square input with angle measurement
Range: 1 to 5000Nm
Max. speed: 2000 rpm
Main application: Bolt tightening
Download the PDF data sheet here
 TLR
Type: Parallel shaft slip-ring transducer
Range: 1 to 500Nm
Accuracy class: 0,1%
Max. speed: 2000 rpm
Options: Amplifiers, readouts and couplings, speed/angle measurement (see below)
Download the PDF data sheet here
 TLRA
Type: Parallel shaft slip-ring transducer as above but with angle/speed measurement
Range: 1 to 500Nm
Accuracy class: 0,1%
Max. speed: 2000 rpm
Download the PDF data sheet here
 TRP
Type: Parallel shaft slip-ring transducer
Range: Any rating between 5 and 5000Nm
Accuracy class: 0,2%
Max. speed: 8000 rpm
Options: Speed measurement, amplifiers, readouts and couplings
Download the PDF data sheet here
 TRP - CLT
Type: Parallel shaft slip-ring transducer with `cage` construction to nullify bend effects
Range: 1, 2, 5 and 10Nm
Accuracy class: 0,2%
Max. speed: 8000 rpm
Options: Amplifiers, readouts and couplings
Download the PDF data sheet here
 TLT
Type: Low cost, `non-contact` transducer with parallel shafts and integral amplifier
Range: 0,2 to 200Nm
Accuracy: 0,25%
Max. speed: 8000 rpm
Download the PDF data sheet here
 TLS
Type: Parallel shaft, `non-contact` torque transducer
Range: 0,1 to 20,000Nm
Accuracy class: 0,1 or 0,2%
Max. speed: 12000 rpm
Options: Speed measurement, high speed bearings, voltage or RS485 output
Download the PDF data sheet here
 TLSM
Type: Parallel shaft, `non-contact` torque transducer as above but with integral feet
Range: 0,1 to 20,000Nm
Accuracy class: 0,1 or 0,2%
Max. speed: 12000 rpm
Options: Speed measurement, high speed bearings, voltage or RS485 output
Download the PDF data sheet here
TLD
Type: Dual range, parallel shaft, `non-contact` torque transducer
Range: 5 to 20,000Nm with a 10:1 turndown ratio
Accuracy class: 0,1
Max. speed: 8000 rpm
Options: Speed measurement, high speed bearings, voltage or RS485 outputs
Download the PDF data sheet here
 RTA/RTD
Type: Parallel shaft, `non-contact` torque transducer
Range: 0,1 to 5,000Nm
Accuracy class: 0,1%
Max. speed: 50,000 rpm
Options: High speed bearings, ±5V or ±10V, mounting pedestal
Download the PDF data sheet here
TLNH/TLNHA
Type: Brushless transducer with¼" hexagon output and input.
Range: 0.1 to 20Nm
Accuracy class: 0,1 or 0,2
Max. speed: 4000 rpm
Options: Angle/speed measurement
Download the PDF data sheet here
TLNQ/TLNQA
Type: Brushless transducer with square output and input.
Range: 0.1 to 5000Nm
Accuracy class: 0,1 or 0,25
Max. speed: 4000 rpm
Options: Angle/speed measurement
Download the PDF data sheet here
 TMFS
Type: Slimline, `non-contact` torque transducer
Range: 50 to 5,000Nm
Accuracy class: 0,1%
Max. speed: 15,000 rpm
Options: Speed measurement options, RS232 comms, various styles of flange-to-shaft adaptors
Applications: Engine, gearbox, pump testing
Download the PDF data sheet here
 TFC
Type: Coupling torque transducer based on a proprietary spacer coupling complete with hubs
Range: Any torque rating between 50 and 19,000Nm
Accuracy class: 0,2
Options: Speed measurement, 100°C components, various signal output/processing options
Applications: Continuous duty, dirty and/or maintenance-free environments, e.g. pumps
Download the PDF data sheet here
 TF
Type: Coupling torque transducer based on almost any proprietary spacer coupling
Range: up to 150,000Nm
Accuracy class: 0.2%
Options: Speed measurement, 100°C components, various signal output/processing options
Applications: Continuous duty, dirty and/or maintenance-free environments
Download the PDF data sheet here
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