ME-Systeme / KD80s/KD80sHT S-type Force Sensors

With the function of anti-overload protection. High precision, bidirectional bearing, easy to install. It is suitable for measuring and controlling the force value of batching scale, hook scale, electromechanical scale, packaging scale, material mechanics testing machine and other equipment.

High precision, bidirectional bearing, easy to install. It is suitable for measuring and controlling the force value of batching scale, hook scale, electromechanical scale, packaging scale, material mechanics testing machine and other equipment.

이 제품은 낮은 높이와 높은 안정성, 정밀성을 갖춘 구조로 설계되었으며, 다양한 계량 및 자동화 테스트 장비에 폭넓게 활용됩니다.

The PSD-F1 Load Cell is a heavy-duty weighing component engineered exclusively for industrial bulk weighing equipment—ideal for integration into truck scales (floor scales) and hopper scales. Its robust cantilever-beam design, high-strength alloy steel build, and smart functional features ensure reliable, accurate weight measurement for heavy loads and bulk materials, making it a top choice for logistics, construction, chemical, and agricultural sectors.

Tension and compression load cell can bear both tension and pressure, with good output symmetry, high eccentric load resistant, compact structure and complete specifications. Strain gauge load cell can be applied for batching scale, crane scales and other special weighing instruments.

The PSD-X1 Load Cell is a tailored weighing solution designed for compact, precision-focused applications—ideal for integration into smart shelves, electronic price computing scales, and small-platform electronic scales. Its specialized cantilever-beam structure and lightweight yet durable build make it a reliable choice for retail, logistics, and small-scale industrial scenarios where space efficiency and accurate weight measurement are key.

The Model 127 load cells combines both a compact form and high precision to offer a superior tension force transducer. The one-piece S-shaped design achieves a maximum non-linearity of 0.03 % full scale for load ranges of 50 kg and 100 kg.

The Model 102 load cells combines both a compact form and high precision to offer a superior tension force transducer. The one-piece S-shaped design achieves a maximum non-linearity of 0.02 % full scale for load ranges from 20 kg to 1000 kg. Additional features include minimal temperature effects on zero and span of 0.002 %/°C and 0.002 %/°C, respectively.

The PSD-X3 Load Cell is a specialized weighing component engineered for compact, accuracy-critical applications—perfect for integration into smart shelves, electronic price computing scales, and small-platform electronic scales. Its optimized cantilever-beam design and lightweight, durable build make it a reliable choice for retail, logistics, and small-scale industrial use, where space efficiency and consistent weight measurement directly enhance operational performance.

S type load cell can bear both tension and pressure, with good stability, good output symmetry, high accuracy, low temperature drift, compact structure and complete specifications. Micro load cell is suited to use in restricted spaces.

The PSD-F6 Load Cell is a high-performance weighing component engineered for industrial bulk weighing—specialized for integration into belt scales (including skirted or standard belt conveyors) and hopper scales. Its unique bellows-type cantilever-beam structure, heavy-duty alloy steel build, and smart functional design ensure reliable, accurate weight measurement for dynamic or static bulk materials, making it ideal for mining, chemical processing, logistics, and agricultural sectors.

The PST-S8 Load Cell is a high-performance weighing component tailored for industrial scenarios—perfect for integration into bench scales, hopper scales, conveyor weighing systems, and force-monitoring setups. Its optimized S-type structure, robust material, and dual-functional design make it a dependable choice for manufacturing, logistics, and processing industries, where accurate weight data directly impacts production quality and operational efficiency.