HEYTE HBM torque sensor K-T40B-005R-MF-S-M-

Introduction to HBM Torque Sensor K-T40B-005R-MF-S-M - HBM: The product range of HBM includes sensors, strain gauges, amplifiers, data acquisition systems, and software for structural durability testing and analysis. Simultaneously covering multiple domains: weighing sensors, mechanical sensors, torque sensors, fiber optic sensors, pressure sensors, displacement sensors, etc.

Since its establishment in 1950, BM has a history of nearly 70 years, and HBM has been dedicated to applications ranging from high-precision measurement in the manufacturing and assembly process to simple displacement measurement and monitoring in construction engineering. HBM is also a leader in the testing and measurement market and technology, providing products and services for various industry measurement applications from virtual testing to real physical measurement.

It is worth mentioning that HBM's products are also a German brand that has passed ISO9001 product certification, and the product quality is highly reliable.

Current situation of HBM brand:

HBM is a technological pioneer in the field of sensors, and its sensor products are highly trusted by consumers. For example, HBM has 29 subsidiaries and sales offices, with representative offices in over 60 countries. We have research and production centers in Darmstadt, Germany, Marlborough, the United States, Porto, Portugal, and Suzhou, China.

Business scope of HBM products:

The HBM product range covers sensors, strain gauges, amplifiers, data acquisition systems, and software for structural durability testing and analysis. Simultaneously covering multiple domains: weighing sensors, mechanical sensors, torque sensors, fiber optic sensors, pressure sensors, displacement sensors, etc.

Our company's product range:

Signal amplifier, load sensor, coupling, interface module, amplifier, etc.

Load sensors are devices for measuring force, which are divided into weighing sensors and force sensors.

In the calibration work of load sensors, it is common to encounter unstable readings due to strong temperature changes, external additional loads, and environmental changes during use. Usually, hard or soft corrections are made through electronic circuits or computer processing programs in the digital display section.

If one does not have a deep understanding of the working principle of the load sensor and the sources of errors during the calibration process, they will often repeatedly and blindly operate during the calibration process, still unable to achieve the purpose of correction.