tension sensor exporter

The X-ZL16 Series Pillow Block Tension Sensor is a cutting-edge and adaptable tension measurement device that guarantees accurate and reliable tension control in a wide range of industrial applications. With its compact design and intuitive features, this sensor is an invaluable asset for improving product quality, minimizing material waste, and optimizing manufacturing processes.

The X-ZL14 series through-shaft tension sensor is a highly accurate and stable sensor designed to measure shaft tension. It utilizes the resistance strain formula principle, ensuring precise and reliable signal output. With its compact structure and minimal deformation, it guarantees accurate measurements. The sensor features a double curved beam ring design to ensure proper shaft alignment.

The X-ZL05 series cantilever tension sensor is a dependable and precise device tailored for measuring tension across diverse applications. Its design incorporates a cantilever structure, enabling precise force detection and measurement. This sensor is widely employed in manufacturing, automation, and robotics industries, where accurate tension control is pivotal for achieving peak performance.

The X-ZL06 series cantilever tension sensor is specifically designed for precise tension measurement and control of various materials during processing. It is particularly suitable for applications involving paper, labels, tapes, battery electrodes, high-performance films, and other narrow materials. The sensor’s advanced technology guarantees a consistent detection signal, irrespective of the coil’s position on the roller.

The X-ZL17 series shaft head tension sensor is specifically designed with a cantilever mounting structure, making it ideal for measuring thread and cable tension in narrow spaces. These sensors are flange-mounted and can be easily installed vertically on the device body or mounting bracket. They provide accurate and stable signals using the resistance strain formula principle.

The X-ZL09 series pillow block type tension sensor is a cutting-edge and precisely engineered device specifically designed for measuring tension in diverse applications. Its innovative pillow block design enables effortless installation and seamless integration into a wide array of industrial systems. This series features a user-friendly pillow block installation, facilitating easy replacement and installation of the pillow block and roller.

The X-ZL15 series Pillow Block type tension sensor is specifically designed to accurately detect the resultant force generated when pulling material at the wrapping angle. This sensor is equipped with a Pillow Block that can be easily replaced and installed, along with the tension roller. This unique design allows the sensor to solely detect tension, eliminating any interference from other directions, such as the weight of the tension roller and support seat.

The X-ZL18 series shaft head tension sensor features a cantilever mounting structure, specifically designed for measuring thread and cable tension in narrow spaces. This series is equipped with a threaded structure, including two thin nuts, allowing for easy installation. The sensor can be vertically mounted on the device body or securely attached to a mounting plate using clamping nuts.

The X-ZL13 series Through-hole type tension sensor is a highly accurate and stable sensor designed to measure shaft tension. It utilizes the resistance strain formula principle for precise signal output. With a compact structure and minimal deformation, it is suitable for narrow mechanical frames. Each sensor undergoes high and low-temperature verification to ensure optimal performance.

The X-ZL08 series flange tension sensor accurately detects resultant force in material wrapping. Its low outline design minimizes space requirements. Easy installation and replacement with split coupling design. Available in standard and flange installation. Accurate and stable signal using resistance strain formula. Compact structure with minimal deformation. Verified for performance in high and low temperatures.