Product Description
Product details
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Cable Length (4 Core Screened)
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5 Meters
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Excitation Voltage
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10 VDC
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Input Resistance
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390 Ohms
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Nominal Output
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2m V / V
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Output Resistance
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350 Ohms
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Type
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Shaft to Shaft Torque sensor
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Material
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Stainless Steel
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Model/Type
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TTD-SS
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Brand
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ADI ARTECH TRANSDUCERS PVT LTD
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Range
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10NM to 50KNM
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Dynamic type Rotary Torque Transduser
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Model
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TTD-SS |
| Capacity |
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0-50 NM to 0-50,000 NM |
| Load Direction |
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Clock & Anticlock Wise |
| Type |
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Torque Sensor / Transducer - Shaft to Shaft - Dynamic |
| Industries |
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- Defence
- Robotics
- Engineering & Technical Institutes
- Energy
- Automotive
- Automation Machinery's
- Aerospace
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| Application |
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- Torque in Alternator,Pump,Turbine Engines
- Torque in Automobile Testing of Drive Shaft & Crank Shaft
- Torque in Electric,Hydraulic,Pneumatic Motors
- Torque Measurement in Automotive & Aerospace
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| Description |
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TTD-SS is general purpose dynamic rotary type torque sensor for accurate measurement of torque in rotating shafts or equipments. It is constructed from Stainless Steel 17-4 ph and is strain gage based with temperature compensated over 0-60 Deg.C.
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| Features |
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It is compensated for axial and bending forces for accurate measurements. Torque sensing shaft is installed in ball journals and electrical signals are transferred through high quality,low noise slip ring and brush mechanism. Maximum operating speed offered is 2500 RPM. Can be designed as per customer's specification.
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| Electronic Instrumentation / Software |
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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 details please contact us.
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Reliable Torque MeasurementOur Dynamic Type Rotary Torque Transducer delivers precise measurement with 0.1 accuracy, making it perfect for high-performance machinery and testing applications. The robust build ensures dependability during continuous operation, while a 2mV output delivers consistent and high-fidelity signal for analysis.
Versatile Applications and UsagesDesigned to suit a broad range of sectors, this torque sensor is utilized in automotive, manufacturing, and research fields. Its dynamic measuring capability allows real-time monitoring of torque in rotating shafts, enabling users to optimize machine performance, diagnose faults, and enhance product quality.
FAQs of Dynamic type Rotary Torque Transduser:
Q: How does the Dynamic Type Rotary Torque Transducer work?
A: The sensor functions by detecting and converting the mechanical torque in a rotating shaft into a proportional electrical signal, outputting 2mV for further analysis via external devices. This allows real-time monitoring and control in dynamic systems.
Q: What are the benefits of using this torque sensor in industrial applications?
A: It offers high accuracy (0.1), reliability in dynamic measurement, and compatibility with standard monitoring equipment, making it valuable for optimizing machine efficiency, supporting quality control, and reducing operational downtime.
Q: When should I use a Dynamic Rotating Torque Sensor?
A: It is best applied when real-time, accurate torque measurements are required in rotating machinery, especially for testing, quality assurance, or performance optimization in automotive or manufacturing industries.
Q: Where can I find suppliers or dealers for this torque transducer in India?
A: Certified dealers, exporters, manufacturers, and wholesalers across India supply this sensor. You can contact local industrial equipment suppliers or check online directories to connect with authorized distributors directly.
Q: What is the process of installing this torque sensor?
A: Installation typically involves mounting the sensor onto the rotating shaft, securing it with the provided hardware, and connecting the output terminals to a compatible voltmeter or data acquisition system. Refer to the manufacturers instructions for detailed steps.
Q: How should the sensor be stored to maintain its performance?
A: Store the sensor in an environment within 0C to 60C to ensure longevity and maintain its high-precision capabilities. Avoid areas with high humidity or corrosive chemicals to prevent damage.
Q: What operating conditions ensure optimal sensor performance?
A: Operate the sensor in temperatures between 0C and 50C, with compensated accuracy from 10C to 50C, to guarantee reliable and accurate torque readings.