Micro balance AND LCCA21N100

Micro balance AND LCCA21N100

The Micro balance AND LCCA21N100 is a compression-type load cell equipped with a built-in analog amplifier, optimized for load distribution and press pressure measurement. With a rated capacity of 100 N (10.2 kg) and factory-calibrated voltage output, it is ideal for precise, low-force applications requiring compact design, quick integration, and stable analog signal output.

This model includes both a standard attachment holder and an amplifier case holder, simplifying installation in OEM equipment, test rigs, or automation systems.

Key Features

• Compression Type Force Sensor
  Designed for accurate vertical force measurement, particularly in confined spaces where button-style sensors are required.

• Integrated Analog Amplifier
  Outputs a clean 1 to 4 V analog voltage range, allowing direct connection to analog input modules (no need for separate signal conditioning).

• Rated Capacity:
  100 N (10.2 kg) – suitable for low-force applications such as component testing, button pressure measurement, or robotic end-effector monitoring.

• Excellent Output Stability:

  • Span Voltage: 2 V ± 0.01 V (between 1–3 V output range)

  • Zero Voltage: 1 V ± 0.04 V

  • Load Resistance: ≥ 5 kΩ

• Built-in Protection & Reliability:

  • Dust/water protection: IP64

  • Insulation resistance: ≥ 500 MΩ (DC 50 V between signal wires and cell)

  • Safe Load Limit: 150% of rated capacity

• Temperature Performance:

  • Compensated Range: 0 to 70°C

  • Operation Range: –10 to 80°C

  • Temperature Effect (Zero/Span): 0.6% R.O. / 10°C (typical)

• Frequency Response:
  100 Hz (–3 dB) — suitable for dynamic measurements in moderate-speed applications.

Standard Accessories

• 1 Attachment Holder – For mounting the load cell to test fixtures or machines

• 1 Amplifier Case Holder Set – For secure housing and protection of the built-in amplifier

Cable Configuration

• From Load Cell to Amplifier: Ø2 mm, 2 meters

• From Amplifier to Output: Ø6 mm, 0.5 meters

Applications

• Load Distribution Monitoring – Analyze how weight or force is distributed across surfaces or contact points

• Press Force Measurement – Track real-time pressure changes in stamping, crimping, or forming operations

• Switch & Button Testing – Evaluate actuation pressure for QA or development of keyboards, control panels, etc.

• Component Force Testing – Precision measurement of applied force in small mechanical parts or medical devices

• Embedded Robotic Sensing – Suitable for integration in robotic grippers or safety feedback loops

Technical Summary