The Rice Lake RL20000i-10K load cell stands as the ultimate solution for extreme-capacity weighing, where uncompromising strength and precise accuracy must coexist. As the heavyweight of the RL20000i series, this model is engineered for the most demanding applications, offering reliability on a scale few others can match. With the RL20000i-10K, Rice Lake extends its legacy of precision into the highest capacity ranges, ensuring operators never have to choose between power and accuracy.
Its rugged exterior is built to withstand harsh environments and unrelenting workloads, while the precision-engineered internals deliver dependable readings at every turn. Whether implemented in massive industrial scales, heavy material handling systems, or specialized high-capacity weighing applications, the Rice Lake RL20000i-10K is designed to inspire absolute confidence.
What makes this load cell remarkable is its ability to carry extreme loads without compromising sensitivity. In industries where even the smallest measurement variation can affect safety, efficiency, and profitability, the Rice Lake RL20000i-10K delivers assurance at scale. It’s not just a component—it’s a cornerstone of high-performance weighing technology.
Rice Lake RL20000i-10k Alloy Steel, S Beam Load Cell
✔ High-Strength Alloy Steel Construction – Built to withstand tough industrial environments and provide long-term durability.
✔ NTEP Certified – Ensures compliance for legal-for-trade applications
✔ Versatile Tension and Compression Design – Supports a wide range of weighing and force measurement applications.
✔ Compact, Space-Saving Form Factor – Easily integrates into existing weighing systems without requiring extensive modifications.
✔ IP67 Environmental Protection – Resistant to dust and moisture, making it suitable for harsh conditions.
✔ Multiple Capacity Options – Available in a range of capacities to meet specific industrial needs.
✔ High Accuracy and Repeatability – Provides precise measurements critical for quality control and automated systems.
