Torque measurement tool

FUTEK torque sensors offer a reliable method to ensure your assembly torque measurement is accurate. These measuring tools can be used as an assembly tool, but are best used as a quality control instrument to verify and monitor torque.

Similar to load cells and force sensors, rotary torque sensors will go out of calibration with extended use. FUTEK recommends annual calibration for our products to keep the sensor's measurement accuracy. Regular recalibration also guarantees measurement consistency and adherence to industry standards. Hex-Drive Rotary Torque Sensors are typically used to verify screw spindles and torque of power-driven tools torque measurement tool. Under quality assurance standards, rotary torque sensors are used as a torque measuring tool to verify the bolt fastening of power tools and screw spindles.

The USB is the ideal data exchange solution for systems that require translation of rotary torque encoder readings, such as angle and speed. Its compact and robust design also makes the USB fitting for this type of industrial application. Store Service Applications Support Contact. These testers have a keyless chuck that's similar to a standard drill chuck: insert the tool you're measuring and tighten the chuck by hand. They can also be used to measure the torque consistency of small rotating parts, such as motors, potentiometers, and encoders.

Testers with calibration certificate with test data traceable to NIST include the test measurements that confirm accuracy. The tester's memory keeps track of up to different measurements. Use the USB cable and software download link sold separately to transmit, store, and analyze test data on a computer.

The software stores time, date, and torque measurement values that you can import into Microsoft Excel. To use the tester on external power, add an AC adapter sold separately and attach it with the USB cable sold separately with the software. Adapter cannot be sold in Canada due to energy efficiency requirements. For large and oddly shaped items, use a testing fixture sold separately. For handheld use, the display fits inside the back of the tester. To use the tester on a flat surface, remove the display from the back of the tester.

For additional stability, mount the tester onto a testing stand sold separately. Testing stands have four pins that fit inside the tester to anchor it, a handle for leverage, and mounting holes for permanently securing the stand. Measure the twisting force needed to tighten tops, loosen lids, and turn potentiometer knobs or valve wheels. These testers are often used to fine-tune automated capping machines, or to help design bottling and packaging processes.

An adjustable clamp holds your container in place while you open and close the cap. Four posts on the clamp can be moved to fit objects of any shape. The RS cable lets you send data directly to your printer to create reports or labels. Choose a torque range that is greater than the force you will be testing.

These testers have overload protection, which prevents damage to the measuring system if you accidentally exceed the torque range. Testers with a calibration certificate with test data traceable to NIST adhere to strict guidelines for accuracy.

Calibrate torque screwdrivers, both hand and non-impact electric styles, on your production line and put an end to fasteners loosening or failing from under or over tightening. These testers have chuck-like joints that simulate your fastener joints. Place a joint in the tester, insert a fastener, and then drive the fastener with your screwdriver to measure the torque. Press the Clear button when the test is complete and the fastener automatically returns to its starting positon to reduce the time between tests.

Use these testers to record the first time your maximum torque is reached peak down , the maximum torque peak , or torque as it's measured real - time. A track mode lets you monitor fluctuating torque.

They include a calibration certificate with test data traceable to NIST that states they have passed three separate tests to confirm accuracy. Do not use them with air tools. These testers cannot be sold to the regions listed due to local energy efficiency requirements.

Testers that meet ISO - standards give you added confidence that the testing laboratory generates valid results. Pictorial mode selection incorporated for ease of use.

User can select the language they wish to work in most European languages are included. Transducer can be mounted for torque wrench operation in the horizontal or vertical plane.

Optional mounting plate gives greater flexibility of mounting options. All user settable parameters are menu selectable from the front panel. Supplied in a robust plastic case with a data transfer lead to connect to a PC or printer.

As standard, all transducers are calibrated in a clockwise direction. For additional anti clockwise direction order Part No. Pro-Test Series 2. Pictorial display panel for easy mode selection. Limit detection with low, pass and fail indication.

Here is a glimpse to help you narrow down your choices. NOTE: In some special applications, torque measurement can be accomplished using a load cell. USB USB Universal Signal Conditioner Module can be paired with various sensor types and eliminates the need for external power supply to the sensor and display equipment. Store Service Applications Support Contact. Product Questions Application Questions. Technical Support More ways to contact us.

Recalibration Returns RMA. Your cart contains 0 packages. Store Service Applications Support search Get in touch. What is a Torque Measurement Sensor? What are the types of Torque Measurement Sensor? Rotary Torque Sensors dynamic or rotational torque Rotational sensors or dynamic torque tester are utilized in applications where the torque measurement must be taken at a spinning shaft, engine or a stationary motor.

Reaction Torque Sensors static In some applications, the torque measurement taken with an in-line rotary sensor may be measured at the point where the torque is transferred to the ground using a reaction torque transducer static torque measurement. How does a Torque Sensor work?

Fig 4: Metal Foil Strain gage. Source: ScienceDirect Structurally, a reaction torsion sensor is made of a metal body also called flexure to which foil strain gauges are bonded. How to choose a Torque Sensor for your application?

Step 1: Understand your application and what you want to measure or control. Firstly, understand your application and define the type of torque you want to measure — reaction torque or rotary torque? Also, what is the environment temperature, pressure, humidity. The application may require underwater torque sensors accompanied by a pressure transducer. Torque sensors are largely utilized in the automotive industry for product tests and validation torque sensor automotive. Step 2 : Define the sensor mounting characteristics and its assembly.

How will you be mounting the sensor?