Cantilever Load Cell Weighing Module, 500kg/1 ton to 10 ton

Cantilever load cell weighing module features excellent overload capacity up to 150% F.S and strong insulation resistance (≥5000 MΩ), ensuring safe and reliable operation in demanding environments. Suitable for harsh working conditions requiring stable force measurement performance.

Specification

Feature

1. Cantilever load cell weighing module delivers high precision performance with 2.0±0.002 mV/V sensitivity and ±0.03% F.S accuracy for reliable weighing results.
2. Strong structural safety with 150% F.S safe overload capacity and anti-overturning design for stable operation.
3. Cantilever load cell module features durable construction using 40Cr alloy steel (optional stainless steel), featuring nickel-plated surface for enhanced corrosion resistance and fatigue strength.
4. Excellent long-term stability with low creep (±0.03% F.S/30 min) and minimal temperature drift for consistent measurement performance.
5. Cantilever beam load cell weighing module maintains a wide operating temperature range of -20 to 80°C, making it suitable for harsh industrial environments.
6. High electrical reliability with 350Ω input/output resistance and insulation resistance ≥5000 MΩ (50VDC).
7. Cantilever beam load cell module recommends an excitation voltage range of 5V–15V for flexible system integration.
8. Easy installation and maintenance with a compact and robust mechanical structure.
9. ATO load cell weighing module is widely used in tank and hopper batching systems, crane scales, rail weighing, and industrial force measurement applications.

Size (unit: mm)

Wiring

Tips: Is the installation process of the cantilever load cell weighing module complicated?

No, the installation process of the cantilever load cell module is not complicated. It features a compact and optimized structural design that allows quick installation without complex alignment procedures. The self-stabilizing mounting structure helps ensure proper force application during setup, reducing installation errors and improving measurement accuracy from the beginning. In addition, its modular design simplifies routine maintenance and component replacement, which further reduces installation time, labor effort, and overall system downtime.