Micro balance AND LC-1216-K500

Micro balance AND LC-1216-K500

The Micro balance AND LC-1216-K500 is a high-capacity, tank/hopper-type load cell designed to provide accurate and reliable tension or compression measurement in demanding industrial environments. With full airtight sealing and IP67 protection, it is engineered for use in wet, dusty, or exposed settings, where long-term durability and resistance to harsh conditions are essential.

Built to handle a 500 kg capacity, the LC-1216-K500 excels in applications where eccentric loading or moving materials are common, such as agitated hoppers, outdoor tanks, and dynamic weighing systems.

Key Features

• Dual-Mode Operation: Tension & Compression
  Capable of accurate performance in both pulling and pushing force applications, ideal for suspended systems or platform-based installations.

• IP67-Rated Hermetic Sealing

  • Fully protected against dust ingress and temporary water immersion

  • Suitable for outdoor use, chemical environments, and frequent washdown areas

• Eccentric Load Resistance
  Engineered to maintain accuracy even with off-center or unbalanced loads, ensuring consistent results in moving or shifting containers.

• Tank/Hopper-Optimized Construction
  Designed specifically for medium to heavy-load vessel weighing, supporting batching, dosing, and inventory control.

• Temperature Resistant
  Operates reliably within a –10°C to +60°C range, providing performance stability in a wide variety of ambient conditions.

Typical Applications

• Industrial Tank and Hopper Weighing
  For monitoring contents, process automation, or material inventory management in harsh environments.

• Outdoor or Wet Area Installations
  Ideal for agriculture, mining, food processing, and chemical industries where water, dust, or debris are present.

•  Suspended Load Monitoring
  Functions effectively in silo hangers, bagging lines, or tension-based systems
• Batching and Mixing Applications
  Supports precise force feedback in blending systems, even with motion or vibration

Technical Summary