Micro balance AND LCC21N500

Micro balance AND LCC21N500

The Micro balance AND LCC21N500 is a compression-type load cell designed for accurate force measurement in a variety of industrial and automation applications. With a rated capacity of 500 N (approximately 51 kg), this load cell is ideal for press fitting, load distribution analysis, and component force monitoring where compact size and high reliability are essential.

Built to withstand dynamic industrial environments, the LCC21N500 includes a standard mounting bracket for quick integration and features excellent repeatability and stability for both R&D and production systems.

Key Features

• Compression-Type Sensor:
  Measures downward forces with high sensitivity, ideal for systems requiring vertical force monitoring.

• Rated Capacity:
  500 N (≈51.0 kg) — a mid-range force capacity suitable for most pressing, assembly, and robotic applications.

• Compact, Button-Type Form Factor:
  Small footprint allows easy embedding in machinery, test rigs, or robotic tools.

• Mounting Bracket Included:
  Simplifies installation and ensures secure, accurate positioning in measurement setups.

• Ideal for Load Distribution:
  Used to measure how weight or force is spread across contact points, especially in structural or machine design validation.

Typical Applications

• Press Machine Force Monitoring:
  Monitors real-time pressure in metal forming, stamping, or assembly presses.

• Keyboard & Button Testing:
  Detects actuation force in quality inspection of keyboards, switches, or control panels.

• Tablet Press Machines:
  Ensures consistent compression force during tablet formation in pharmaceutical production.

• Spring Testing:
  Measures compression or resistance force in mechanical spring evaluations.

• Crimping and Fitting Operations:
  Validates pressure applied during terminal crimping or component insertion.

• Robot Force/Load Sensing:
  Enables tactile feedback and safety control in robotic manipulators or grippers.

• Health & Fitness Equipment:
  Used in smart devices to monitor user-applied force or resistance during exercise or therapy.

Specifications Summary