The RL20000i-3K load cell is the definition of power paired with accuracy. Designed for the heaviest demands in industrial weighing, this model extends the trusted RL20000i series into even greater capacity while safeguarding the precision that operators rely on. With its robust engineering, the RL20000i-3K doesn’t simply endure high stress—it thrives in it.
Its construction is built to last, with a hardened body that resists wear, environmental challenges, and the relentless pressure of daily industrial use. Yet inside that strength lies a finely tuned system, capable of delivering precise measurements that maintain efficiency and safety across operations. Whether installed in massive scales, material handling systems, or specialized heavy-duty weighing equipment, the RL20000i-3K is the backbone of confidence in measurement.
What truly sets the RL20000i-3K apart is its balance of capacity and sensitivity. While it handles higher loads with ease, it never compromises on the clarity of its readings. This makes it indispensable for industries where accuracy at scale directly impacts productivity and quality.
The RL20000i-3K is not just a load cell—it’s a promise that as operations grow bigger, precision will always keep pace.
Rice Lake RL20000i-3k 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.
