Services provided in the force and torque laboratory

• Calibration of pressure and tensile load cells
• Calibrating the machine for compression and tension
• Calibration of compressive and tension dynamometers
• Tachometer calibration

What is power calibration?

Benchmarking is very important in the manufacturing industry and in the quality of the products produced. Sometimes the instruments used to measure different things are not standardized and cannot do things correctly. Because measurement is considered one of the most important principles in many business cases; This cannot be ignored. Essentially, electrical calibration is a laboratory where measuring and control-measuring instruments and equipment are tested. This laboratory determines the conformity of measuring instruments with an approved standard and reference.

Another important definition of calibration is a set of operations and activities performed under specified conditions to determine the relationship between the values ​​indicated by a measuring device and those indicated by a standard reference. In other words, to calculate and determine the uncertainty of an unknown mean value by comparing two mean values.

Power Calibration Laboratory Services

As a rule, the first calibration of the device is carried out during its manufacture and production; This includes electrical circuit evaluation, configuration, and monitoring, including digital displays, device uncertainty, and stability evaluation.

The purpose of the power structure is to establish the direction and control of the accuracy and precision of the machine guides that have an impact on the result and quality. This is done using global standards and factors to ensure that the measurements match. In these laboratories, research tools are organized; These tools can be confusing or confusing. Also, their speed and movement are monitored; The results obtained from the test must be in accordance with the standards

Another service provided in these laboratories is the implementation of standard guidelines for device calibration. These laboratories use the best and most famous brands in the world so that they can provide the highest quality of their services. Qualified and experienced experts and specialists who can handle all types of instruments are another hallmark of a force calibration laboratory. In this way, the accuracy, correctness and usefulness of their tests can be guaranteed.

Measuring devices should be checked and checked regularly; Because over time and due to wear and tear or various events, the measurement can deteriorate. After calibration, a valid certificate is issued, which is attached to the device to confirm its status.Therefore, it is one of the necessary measures for tools used as diagnostic tools. But instruments used as indicators do not need to pass this test.

Calibration is the main focus

1. His first body is to check the readings taken by the device. which is considered one of the most important goals and is of great importance
2. The second thing is to determine the order of the values ​​read by the device; At this point, you need to be sure of the correctness of the process
3. The last and third objective is to establish the traceability of the device to the reference standards and conventions of the world. Traceability is one of the most important features a measurement should include. The existence of this capability and its performance is in accordance with national and international standards.

Reason for force calibration

Power calibration shows customers how successful and efficient a manufacturer is. Values ​​measured by test devices are compared with reference standards; If this does not happen, the measured values ​​cannot be trusted. To save the measurements taken by the devices, it is necessary to repeat the force calibration process.

Often the probability of equipment instability increases over time and due to frequent use. Identifying small increases in uncertainty is not easy and cannot be perceived by users. An item that plays an important role in measurement and is extremely important is traceability. Traceability is possible only with that equivalent examination. which is necessary for controlling and monitoring measurement systems and international trade

Tracking means measuring the value of a continuous standard with a national standard reference that has the same uncertainty. These standards are set nationally or internationally and are uniform

The design of production processes, the final tests and the calibration of products and equipment before delivery to customers are essential for a research. The traceability function allows for uncertainty affecting other parts of the process.

Power calibration time

It is important to determine when power calibration should be performed. But some think it is a waste of money and expense; We have to say that’s not right. Uncertainty in measurement can lead to wrong decisions that lead to wrong results.

This is done to strike a balance between calibration costs and uncalibrated costs. It is recommended to calibrate your device regularly to reduce costs

The correction now pays attention to the expected percentage of device adjustments. This percentage is obtained by the technical characteristics of the device. If this percentage is high, the probability of an error in the measurement value is reduced, which indicates the health of your instrument. Many people choose this percentage above 95% to ensure greater quality control of measurements.

What is torque?

In adjustment, There are various ways to measure and check engine torque or pressure. In existing methods, They have an elastic element that converts mechanical mass into rotation. 

By using a force sensor, the deflection torque of the motor is also checked. Among its other features, one can mention the production of a set of deviation meters, an electrical signal corresponding to the power quality. There are many commercial torque converters available for motor power. Cylinders, columns, rods and beams are the tension components mainly used in transducer design.

Additionally, a strain gauge, capacitive type sensor, and inductive torque are used for power calibration to estimate the motor torque. Using the above methods is the most common and convenient way to measure engine torque.