TRS605

Non-Contact Shaft-to-Shaft Rotary Torque Sensor with Encoder

10 Products

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Item Number	Torque CapacityME	Torque Sensor Type	Mounting Type	Output Type	Height In Inches	Length In Inches	Width In Inches	Features	Max Operating TemperatureME	Min Operating TemperatureME	Nonrepeatability	Nonlinearity	Max Excitation	Safe Overload	Connection Type	Ip / Nema Rating	Rotary Type	Connector Type	# Of Bridges/channels	Material	Temperature Shift Zero	Description	Weight In Lb	Custom Special
FSH02052	8.8507 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.04	2.28	1.10	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 1 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 10mm Shaft , 12 Pin Binder Receptacle, 09-0331-90-12	0.7	N
FSH02053	17.7014 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.04	2.28	1.10	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 2 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 10mm Shaft , 12 Pin Binder Receptacle, 09-0331-90-12	0.7	N
FSH02054	44.2537 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.04	2.28	1.10	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 5 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 10mm Shaft , 12 Pin Binder Receptacle, 09-0331-90-12	0.7	N
FSH02055	88.5074 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.04	2.28	1.10	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 10 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 10mm Shaft , 12 Pin Binder Receptacle, 09-0331-90-12	0.7	N
FSH02056	177.015 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.28	2.32	1.49	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 20 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 16mm Shaft w/ 5mm Feather Keyway , 12 Pin Binder Receptacle, 09-0331-90-12	1.3	N
FSH02057	442.537 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.28	2.32	1.49	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 50 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 16mm Shaft w/ 5mm Feather Keyway , 12 Pin Binder Receptacle, 09-0331-90-12	1.3	N
FSH02058	885.075 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.99	2.52	2.28	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 100 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 28mm Shaft w/ 8mm Feather Keyway , 12 Pin Binder Receptacle, 09-0331-90-12	2.3	N
FSH02059	1770.15 in-lb	Rotary	Shaft	Encoder TTL, VDC	2.99	2.52	2.28	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 200 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 28mm Shaft w/ 8mm Feather Keyway , 12 Pin Binder Receptacle, 09-0331-90-12	2.3	N
FSH02060	4425.37 in-lb	Rotary	Shaft	Encoder TTL, VDC	3.54	2.87	2.87	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 500 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 42mm Shaft w/14mm Feather Keyway , 12 Pin Binder Receptacle, 09-0331-90-12	6.4	N
FSH02061	8850.75 in-lb	Rotary	Shaft	Encoder TTL, VDC	3.54	2.87	2.87	RoHS	176 F	-13 F	0.2 %RO	0.2 %RO	26 VDC	150 %RO	Connector	IP40	Non Contact	12 Pin Binder Receptacle, 09-0331-90-12	1	Alloy Steel	0.01 TSZ	TRS605 , 1000 N-m , Non-Contact Shaft to Shaft Rotary Torque Sensor w/ Encoder , 42mm Shaft w/ 14mm Feather Keyway , 12 Pin Binder Receptacle , 09-0331-90-12	6.4	N

> TRS605

High stiffness and accuracy with built-in encoder

Height: 52 to 90mm
Length: 92 to 197mm
Shaft (dia): 10 to 42mm
Capacity: 1 to 1000 Nm

The TRS605 is a compact shaft-to-shaft rotary torque sensor that provides highly accurate and repeatable torque measurements for high speed applications in both clockwise and counterclockwise directions. The unit features a built-in encoder, which offers the streamlined all-in-one functionality of measuring both rotational speed and torque, eliminating the need for an external encoder. Its 10 capacities (which come in different sizes) cover speeds up to 7000 RPM and have a wide torque range of 1 Nm to 1000 Nm. The design allows for overload protection for up to 150% of the rated output.

Made to be accurate

Due to its high stiffness and low inertia, TRS605 has a nonlinearity of ±0.2% of rated output and is able to maintain accuracy. The high stiffness of the design allows for measurements of dynamic torque changes, including monitoring of intermittent shaft rotations.

Reliable strain gauge technology

TRS605 uses bonded foil strain gauge technology, which offers higher reliability, longer product life, and more immunity to vibrational damages than competing technologies. It also performs well under a wider operational temperature range. Its reactionary shaft is capable of measuring torque with and without rotation, giving plenty of flexibility for stationary or dynamic applications.

Non-Contact Signal Transfer

Unlike traditional torque sensors with brushes that make contact with slip rings, TRS605 is equipped with non-contact technology for signal and power transfer, which increases durability with minimal maintenance.

Embedded quadrature encoder

TRS605’s integrated quadrature encoder generates 2 x 360 pulses per revolution (PPR) at 0 to 5 VDC. The quadrature leading/lagging pulses (TTL type) are offset by 90 degrees, allowing TRS605 to measure rotation direction and speed with ¼ degree resolution.

Excellent thermal performance

The TRS605 provides reliable performance over a wide temperature range of -13 to 176°F ( -25 to 80°C) and compensates for temperature variation data in the 41 to 122°F (5 to 50°C) range, allowing you to use the sensor in various applications and environments.

Easy installation

Inline shaft-to-shaft design allows for simple and easy installation and a robust 12-pin binder connector provides the connectivity for signal output. The higher capacities feature detachable keys. Please ensure the use of couplings to achieve proper inline positioning.

Horsepower output

Because TRS605 features a built-in encoder, it also measures angular speed enabling direct measurement of mechanical power output of a motor when paired to FUTEK’s IHH500 Pro or USB520, which have encoder signal inputs. See here how to use TRS605 to calculate electric motor efficiency.

Low power consumption

The TRS600 has a low power consumption of just 1 W. This is especially valuable for any applications that are battery operated or are embedded in tight spaces where heat generation could become an issue.

Streamlined connectivity

TRS605 is equipped with an embedded signal conditioner which outputs an analog signal in the +/- 5 VDC range, setting it apart from sensors with only low voltage mV/V output. Because of this capability, no additional signal amplification or conditioning is required to support interconnection with Data Acquisition Systems DAQs and PLCs.

Wide range of applications

The TRS rotary torque sensor series is suited for inline measurement of motor torque applications like electric motor efficiency testing, inline motor torque measurement, industrial robotic automation, monitoring of regenerative braking efficiency (in electric vehicles), fatigue testing of hinges, and numerous other laboratory and industrial applications.

Calibration available

A certificate of conformance can be supplied on request. The sensor will be rigorously tested by FUTEK’s world class calibration department whose proprietary and innovative processes exceed the stringent ANSI Z540-1 and ISO 17025 standards. We can also reduce your setup time by calibrating your sensor of choice with an amplifier.