Tension and Compression Load Cell TU-PGRH-G

The representative features of Teac's load cells are as follows: - Ultra-compact low-capacity load cells Examples of their small size, lightweight, and thin design include the following usage methods. The standard dimensions are φ10×height 3mm to φ12×height 4mm. In addition to ultra-compact models, we are committed to product development based on unique structures, such as load cells for crystal growth lifting machines and high-precision small load cells. - Standardization of robot cables Many of Teac's load cells utilize robot cables, contributing to factory automation and labor-saving along with TEDS functionality. *We can also provide proposals tailored to your usage and environment. For more details, please contact your sales representative. - TEDS compatible TEDS-compatible load cells have their test reports (TEST REPORT) electronicized, containing model names, unique serial numbers, calibration sensitivities, etc., recorded in the memory provided within the load cell. By combining it with TEDS-compatible indicators, it becomes possible to automate calibration, eliminate human errors, and reduce the burden during load cell replacement.

In the dismantling work of air conditioners and refrigerators, the recovery of refrigerants (freon gas) from compressors is strictly managed from an environmental protection perspective. A low-profile platform scale and the digital indicator TD-260A are used to control and manage the recovery amount. Additionally, the same system is widely adopted for managing the remaining gas in cylinders in various production processes.

We provide suitable load cells tailored to your needs, and among them, TEAC specializes in ultra-compact low-capacity load cells. Examples of their small, lightweight, and thin design include the following applications. The standard dimensions are φ10×height 3mm to φ12×height 4mm. In addition to ultra-compact models, we are committed to product development based on unique structures, such as load cells for crystal growth lifting machines and the high precision of small load cells.