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Reaction Shaft Torque Transducer

Reaction Shaft Torque Transducer

Product Details:

  • Resistance 350 Ω
  • Output Analog Output (mV/V)
  • Theory Strain Gauge Based
  • Type Reaction Shaft Torque Transducer
  • Accuracy ±0.1% to ±0.2% FS
  • Operating Voltage 5–15 VDC
  • Output Voltage 2 mV/V nominal
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Reaction Shaft Torque Transducer Price And Quantity

  • 1 Set

Reaction Shaft Torque Transducer Product Specifications

  • Reaction Shaft Torque Transducer
  • -20°C to +70°C
  • -30°C to +80°C
  • 2 mV/V nominal
  • Analog Output (mV/V)
  • 0°C to +50°C
  • 5–15 VDC
  • 350 Ω
  • ±0.1% to ±0.2% FS
  • Strain Gauge Based

Reaction Shaft Torque Transducer Trade Information

  • 10 Set Per Week
  • 1 Week
  • Western Europe, Eastern Europe, Middle East, Asia, Africa
  • All India

Product Description

Product details

Cable Length (4 Core Screened)

5 Meters

Environmental Protection Class

IP 65 for gage area

Finish & Construction

Stainless Steel 17-4 PH

Input Resistance

392 +- 15 Ohms

Nominal Output

2.0 m V /V

Output Resistance

350 +- 3 Ohms

Rotational Angular Deflection

< 0.4 at FSO

Temp. Compensated Range

0-50 0C

Temperature Effect on Zero

< 0.05% FSO/ 0C

Type

Shaft to Shaft static Torque sensor

Material

Stainless Steel

Model/Type

TTS-SS

Brand

ADI ARTECH TRANSDUCERS PVT LTD

Range

10NM to 50KNM

Reaction Shaft Torque Transducer

Model :   TTS-SS
Capacity :   0-10NM to 0-50,000NM
Load Direction :   Tension & Compression - Universal
Type :   Torque Sensor / Transducer - Shaft to Shaft - Static
Industries
  • Robotics
  • R & D Establishments
  • Pharmaceutical
  • Onshore & Offshore Drilling
  • Material Testing
  • Manufacturing
  • Engineering & Technical Institutes
  • Energy
  • Automotive
  • Automation Machinery's
  • Assembly Lines
  • Aerospace
Application
  • Torque in Automobile Testing of Drive Shaft & Crank Shaft
  • Torque in Crank Shaft
  • Torque in Starter,Slip Ring,Brush,Clutch & Brake
  • Torque Measurement in Automotive & Aerospace
Description :  

Strain gage based Torque Transducer/Sensor model TTS-SS is for static torque measurement with both end shaft design.
This can be easily fitted to the measuring chain for wide range of measurements.
Dimensional variations can be designed on request to suit customer's specific requirement and application.
It is suitable for both clock and anti clock wise measurements.

Features :  

Excellent range selection from 0 - 10 NM to 0 - 50,000 NM capacities.
Gage area sealed for moisture protection.
Full temperature compensation is provided over 0 to 50 Deg.C.

Electronic Instrumentation / Software :  

Compatible Electronic Systems are available optionally-
Stand alone digital display indicator.
Analog signal converter - 0 - 10 VDC or 4 - 20 mA for PLC interface.
Digital signal converter - RS-232 , RS-485 or MOD BUS RTU Protocol to interface with computer or other processing equipment.
Data acquisition system and software.
For more information ,please contact us.



High-Precision Torque Measurement

This transducer utilizes strain gauge technology, ensuring accurate and stable torque readings. With an accuracy between 0.1% and 0.2% of full scale, low non-linearity, minimal hysteresis, and creep, it is well-suited for applications demanding high repeatability and reliability. The flange mounting provides robust installation, ideal for dynamic test environments.


Durability and Environmental Protection

Crafted from high-grade alloy steel or stainless steel and rated IP65, the transducer resists dust, splashes, and harsh industrial conditions. Its operational range spans -20C to +70C, withstanding difficult laboratory and factory environments. The compact design and circular connector ease integration into automated systems.

FAQs of Reaction Shaft Torque Transducer:


Q: How should the reaction shaft torque transducer be installed for accurate readings?

A: The transducer should be mounted securely using its flange onto a stable fixture or frame. Proper alignment and elimination of any external forces other than torque on the shaft will ensure the most accurate and consistent measurements.

Q: What applications can benefit most from this torque transducer?

A: Applications such as motor test benches, laboratory experiments, assembly lines, and industrial automation systems benefit greatly due to the transducers accuracy, overload protection, and analog output adaptability.

Q: Where is the transducer typically implemented in an assembly or testing process?

A: It is commonly integrated into the drive or test shaft assembly, where precise monitoring of applied or reactive torque is crucial for process optimization and product verification.

Q: What is the output signal of the device, and how is it utilized?

A: The transducer delivers an analog output with a nominal sensitivity of 2 mV/V, compatible with a range of digital indicators, data acquisition systems, or control equipment for real-time measurement and monitoring.

Q: How does the protection class IP65 benefit users in industrial environments?

A: The IP65 rating ensures that the device is well-protected against dust and water jets, enabling reliable performance in dusty, humid, or splashing conditions typical of many industrial and laboratory settings.

Q: What are the advantages of using an alloy steel or stainless steel body for this transducer?

A: Both materials offer high strength and corrosion resistance, ensuring mechanical durability and longevity. Stainless steel is especially useful in corrosive environments, enhancing sensor life and reliability.

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