Finally Vpg Revere 9123 Stainless Steel, Single-ended Beam Load Cell Kit [mUKgzac2]

VPG Revere 9123 Stainless Steel Load Cell: High Precision and Durability

The VPG Revere 9123 Load Cell is a premium solution for accurate and reliable weighing systems. Engineered for both Legal for Trade and non-legal for Trade applications, this single-ended beam load cell ensures precision and consistency in measurements. Its key features include high precision and a low profile design, making it ideal for integration into a wide range of scales and process weighing systems. With a durable stainless steel construction, it offers superior corrosion resistance and durability, making it suitable for harsh environmental conditions.

Robust Specifications and Versatile Installation

The VPG Revere 9123 Load Cell is equipped with robust specifications that enhance its performance. It boasts a full-scale output of 3.0 mV/V, ensuring minimal combined error (0.02% FS) and non-repeatability (0.01% FS). This load cell features an environmentally sealed design (IP67 rated) for protection against moisture, dust, and contaminants. The cable length is 20 ft, with color-coded connections for easy installation and integration into various weighing systems. With a 150% full-scale overload and 100% full-scale sideload capability, this load cell is built to withstand heavy load conditions with stability and reliability.

Applications and Benefits

The VPG Revere 9123 Load Cell is versatile and suitable for a variety of applications. Whether used in industrial scales, process weighing systems, or any other high-accuracy weighing requirement, this load cell delivers consistent and accurate measurements. Its flexible installation, combined with its durable construction and precise performance, makes it an ideal choice for users who demand the best in industrial weighing technology. By enhancing the accuracy and reliability of your weighing system, the VPG Revere 9123 Load Cell is the perfect addition for professionals seeking to optimize their weighing operations.