Category: Torque Transducer
Static Torque Transducer

Driven by a customer-focused approach, we manufacture and supply a premium range of Static Torque Transducers designed for accurate torque measurement in applications such as engines, crankshafts, gearboxes, rotors, and other rotating systems. Manufactured using high-quality components and advanced technology under the supervision of skilled professionals, these transducers deliver precise and reliable performance. Each unit undergoes stringent quality testing to ensure superior reliability and is offered in various specifications at competitive prices.

Key Features

  • Sturdy construction
  • Accurate measurement
  • Optimum functionality
  • Long functional life
  • Robust Construction with Precise Measurement

    Manufactured from high-grade stainless steel and protected with an IP65-rated enclosure, this Static Torque Transducer is built for reliable performance in demanding industrial environments. With 0.1% full-scale accuracy and a wide operating temperature range, it delivers precise and consistent torque measurements, making it ideal for calibration systems, testing equipment, and automated industrial applications.

    Easy Installation and Versatile Applications

    Designed for convenient installation, this Static Torque Transducer features flange and keyed mounting options, a circular threaded connector, and a standard 2-meter cable for secure and hassle-free setup. It operates on a 9–24V DC power supply and provides a 0–5V analog output, making it suitable for test benches, laboratory calibration systems, and industrial automation applications.

    Product Details:

    • Resistance 350
    • Output Analog
    • Theory Other
    • Type Static Torque Transducer
    • Accuracy 0.1% F.S.
    • Operating Voltage 9-24V DC
    • Output Voltage 0-5V

    Static Torque Transducer Quantity

    • 2 meters
    • Stainless Steel
    • 5 Nm to 1000 Nm
    • Circular Threaded
    • Flange/Keyed
    • Test Benches, Calibration, Automation Systems
    • IP65
    • 150% of Rated Capacity

    Static Torque Transducer Product Specifications

    • 0.1% F.S.
    • 350
    • -10C to +60C
    • -20C to +70C
    • Analog
    • 9-24V DC
    • Other
    • 0-5V
    • Static Torque Transducer
    • 0C to +50C
    • 2 meters
    • Stainless Steel
    • 5 Nm to 1000 Nm
    • Circular Threaded
    • Flange/Keyed
    • Test Benches, Calibration, Automation Systems
    • IP65
    • 150% of Rated Capacity

    FAQs of Static Torque Transducer:


    Q: How do I install the Static Torque Transducer in my test bench setup?

    A: The transducer can be easily installed using either the flange or keyed mounting options, depending on your setup requirements. Simply secure the unit in place and connect the 2-meter cable with a circular threaded connector to your measurement system to ensure reliable operation.


    Q: What is the primary usage of this torque transducer?

    A: This static torque transducer is mainly used for precise torque measurements in test benches, calibration environments, and automated systems. Its high accuracy and wide operating range make it suitable for a variety of industrial and laboratory applications.


    Q: Where can this torque transducer be utilized?

    A: It is ideal for use in industrial automation, quality control laboratories, calibration facilities, and research and development test benches throughout India and beyond, thanks to its durable design and flexible mounting options.


    Q: What are the benefits of using a strain gauge-based static torque transducer?

    A: Strain gauge technology provides high precision and repeatability, ensuring that torque measurements are reliable even under varying loads. Additionally, the analog output allows seamless integration with most data acquisition and control systems.


    Q: How does the overload capacity enhance the safety of my application?

    A: With an overload capacity of 150% of the rated torque, the transducer protects itself and your equipment from damage due to accidental over-torque, ensuring consistent operation and extending product lifespan.


    Q: When should I consider recalibrating the transducer?

    A: For maintaining optimal accuracy, recalibration is recommended annually or after exposure to mechanical shock or significant overloads. Usage in certified calibration laboratories ensures ongoing reliability.