Model: LCM08
Certification: CE
Force range: 0-1000kN (Tension & Compression)
Torque range: 0-10kNm (CW & CCW)
Structure: Flange-to-flange
The multi-axis load cell LCM09 is distinguished by its highly compact design, boasting a small footprint of just 40x40mm and a low height of only 20mm. This streamlined configuration makes the LCM09 ideal for applications where space is a constraint but precise force measurement is required. Available in capacities of 5kg, 10kg, 20kg, 50kg, and 100kg, the LCM09 can be constructed from either aluminum or stainless steel, depending on the force range and specific application needs. This flexibility ensures that the sensor meets various industrial standards and client specifications.
The torque and thrust bi-axial load cell LCM10 is an advanced solution designed to measure torque in both clockwise and anticlockwise directions, as well as force in tension and compression. Constructed from durable stainless steel, the LCM10 features a practical flange-to-flange structure, ensuring easy and secure installation in various setups. This dual-axis sensor offers two separate outputs, one dedicated to measuring applied torque and the other for thrust force, enhancing the precision and reliability of data collection.
The miniature 3-axis load cell LCM11 is designed for precision and versatility, highlighted by its exceptionally compact size. With a footprint of only 32x32mm and a low height of 20mm, the LCM11 is ideal for applications where space is limited yet high-performance force measurement is essential. Constructed from red anodized aluminum, the LCM11 combines lightweight properties with robust strength. Available in rated capacities of 50N, 100N, and 200N, it accommodates a range of force measurement needs.
The 2-axis load cell LCM12 is a versatile sensor designed for precise two-dimensional force measurement across the Fx and Fy axes. Available in three rated capacities of 500N, 1kN, and 2kN, this load cell offers reliable performance across a variety of applications. Each axis supports loading in both tension and compression directions, with the unique ability to output a positive signal in one direction and a negative signal in the opposite. This output is linearly related to the applied force, ensuring accurate and interpretable data.
The Stick Shift Load Cell LCM2B is a 2-axis force sensor designed for precise measurement of forces in the Fx and Fy axes. With rated capacities available in 100N, 200N, 500N, and 1kN, the LCM2B is ideal for applications that require reliable force data in both light and heavier load scenarios. Each axis supports tension and compression bidirectional force measurement, delivering an mV signal output that is linearly proportional to the force applied. This ensures accurate, real-time feedback, essential for various testing and monitoring tasks. For applications requiring different output formats, the LCM2B can be connected to an external signal conditioner to produce 0-5V, 0-10V, or 4-20mA outputs, enhancing its compatibility with different data acquisition systems.
Model: LCM2E
Axes: Fz & Mz
Force capacity: 65kN (Customizable)
Torque capacity: 5kNm (Customizable)
Ingress protection: IP68
MOQ: 1pc
Model: LCM2W
Axes: Fx Fy
Capacity: 30kg 50kg 100kg
Structure: Flange-to-flange
Ingress protection: IP68
MOQ: 1pc
Model: LCM3A
Certification: CE
ODxH: Φ52x52mm
Axes: Fx Fy Fz
Capacity: 5kg 10kg 20kg 50kg
Sensor output: -12mV…+12mV
Amplifier output: -5-5V 0-10V 4-20mA
Material: Stainless steel
Ingress protection: IP67
Structure: Flange-to-flange
Model: LCM3B
Certification: CE
Axes: Fx Fy Fz
Material: Aluminum
Capacity: 1kg 2kg (10N 20N)
Sensor output: -12mV…+12mV
Amplifier output: -5-5V 0-10V 4-20mA RS485
Model: LCM3D
Certification: CE
Measuring direction: Fx Fy Fz
Sensor output: -20mV…+20mV
Amplifier output: -5-5V 0-10V 4-20mA RS485 RS232
Model: LCMR
Axes: Fx Fy Fz
Capacity: 10/20/30/50kg
Sensor output: -12mV…+12mV
Amplifier output: -5-5V 0-10V 4-20mA RS485
The Miniature Biaxial Load Cell LCM2A is designed for precise two-dimensional force measurement in the Fx and Fy axes, providing flexibility and accuracy across various applications. Available in eight rated capacities—10N, 20N, 50N, 100N, 200N, 300N, 500N, and 1kN—the LCM2A can cater to a range of force measurement needs, from light to medium loads. Each axis supports bidirectional tension and compression force measurement, ensuring reliable performance for both pushing and pulling forces. The mV signal output generated by each axis is linearly related to the force applied, making data interpretation straightforward. Additionally, output types such as 0-5V, 0-10V, or 4-20mA can be achieved by connecting to a compatible signal conditioner.
LCT Miniature compression load cells are made of LCT’s advanced strain gauge technology.These load cells are designed for applications in a space limited area.
The capacities of LAU-C1/LTU-C1 start from 5kg to 10kg.The measuring accuracy is 1%R.O.(R.O.=Rated Output).) Manufactured from high quality aluminum alloy/stainless steel of aviation standard.
LAU-C1/LTU-C1 load cells are mainly used for flat mounting weighing systems and force measuring in a narrow space.
LCT Miniature compression load cells are made of LCT’s advanced strain gauge technology.These load cells are designed for applications in a space limited area.
The capacities of LAU-C1/LTU-C1 start from 5kg to 10kg.The measuring accuracy is 1%R.O.(R.O.=Rated Output).) Manufactured from high quality aluminum alloy/stainless steel of aviation standard.
LAU-C1/LTU-C1 load cells are mainly used for flat mounting weighing systems and force measuring in a narrow space.
Based on LCT advanced metal foil strain gauge technology,LCT’s torque sensors are made from aluminum alloy and sealed to IP65 protection grade.
Model LAN-X1 load cells are designed to this “torque/multidirection force”type and manufactured from high quality aluminum alloy of aviation standard. LAN-X1 oad cells can be used to measure loads range from 10N to 50N with the measuring accuracy of 0.2% R.O.( R.O.=Rated Output)
LAN-X1 load cells are mainly used for force measuring in a narrow space, torque wrensh and torsion measurement of shaft and multidirection force measuring systems.
