Special Loadcell AND C2F1-2

Special Loadcell AND C2F1-2

The Special Loadcell AND C2F1-2 is a compression-type sealed load cell designed for hopper and tank applications in industrial settings. Built with a completely airtight construction, this model offers reliable, long-term performance in harsh conditions where moisture, dust, and vibrations are common. With a rated capacity of 20 kN (2.039 tons) and IP67-certified protection, it delivers accurate load measurements for a wide range of small to large-scale weighing systems.

Key Features:

• Designed for Tank and Hopper Use: Optimized to measure compressive loads from vertically loaded vessels, such as silos, hoppers, and storage tanks.

• Completely Sealed Structure: Ensures resistance to dust and water ingress, making it suitable for environments with high humidity, washdowns, or airborne particles.

• Wide Capacity Range Support: Compatible with both small and large systems, offering excellent scalability across applications.

• Compression-Type Load Sensing: Enables accurate and repeatable readings under static or dynamic compressive force.

• IP67 Dustproof and Waterproof Rating: Protected against total dust ingress and immersion in water up to 1 meter, ensuring operational reliability in tough environments.

• Lightweight and Compact: Weighs only 2.0 kg, allowing for flexible installation even in space-constrained systems.

Specifications:

• Model: C2F1-2

• Rated Capacity: 20 kN (2.039 tons)

• Rated Output: 2.0394 mV/V ± 0.4%

• Zero Balance: ±1% of Rated Output

• Allowable Overload: 150% of Rated Capacity

• Limit Overload: 250% of Rated Capacity

• Total Error: 0.3% of Rated Output

• Recommended Excitation Voltage: DC 5 to 12 V

• Maximum Excitation Voltage: DC 20 V

• Weight: 2.0 kg

• Protection Rating: IP67

Applications:

• Hopper and silo weighing systems

• Tank weight monitoring in processing plants

• Batch weighing systems for food, chemical, and manufacturing sectors

• Industrial automation systems requiring compact load sensing

• Custom weighing platforms in confined spaces