Most Wishlisted Rice Lake Rlpc4ss-he Stainless Steel, Single Point Load Cell Support Local [la76eLwv]

Rice Lake RLPC4SS-HE Stainless Steel Load Cell

The Rice Lake RLPC4SS-HE Stainless Steel Load Cell is a premium weighing solution designed for precision, durability, and ease of use. This single point load cell is ideal for a variety of industrial and commercial applications, where high accuracy and resistance to harsh conditions are crucial.

Key Features and Benefits

• Hermetically Sealed Design – Engineered to withstand washdown environments, the RLPC4SS-HE ensures reliability in demanding conditions.
• IP69K Environmental Protection – Provides maximum resistance against high-pressure washdowns, water, dust, and extreme conditions, making it a perfect fit for harsh industrial settings.
• Wide Capacity Range – Available from 10 kg to 100 kg, this load cell is versatile enough to cater to various weighing applications.
• High Accuracy & Stability – With a 2.0 mV/V full-scale output, combined error of 0.02%, and insulation resistance over 5,000 megohm, this load cell guarantees precise and consistent measurements.
• Superior Overload Protection – The RLPC4SS-HE can handle up to 150% full-scale overload, ensuring durability and longevity.
• Certified for Industrial Use – NTEP (21-016) and OIML R60/2017-A-NL1-21.18 approved, making it suitable for legal trade and precision weighing.
• One-Year Limited Warranty – Backed by Rice Lake's commitment to quality and reliability.

Applications and Specifications

The RLPC4SS-HE Load Cell is suitable for a wide range of applications, including bench scales, industrial platforms, and commercial weighing systems. With its max platform size of 500 × 400 mm and 10-foot shielded cable, this load cell is easy to install and offers secure connectivity. Key specifications include a full-scale output of 2.0 mV/V, output resistance of 960 (±50) ohm, and input resistance of 1100 (±50) ohm. This high-quality load cell is the perfect choice for any application that demands precision, reliability, and ease of use.