Rice Lake Avoirdupois Individual Weights Class 2, ranging from 50 lb to 0.05 lb, are precision test weights designed to ensure accurate calibration of weighing equipment. Here's a breakdown of their key features:
Avoirdupois Units: Avoirdupois is a system of weights commonly used in the United States, based on a pound of 16 ounces. These individual weights adhere to the avoirdupois system, providing measurements in pounds and fractions of a pound.
Class 2 Precision: These weights are classified as Class 2, which indicates a high level of accuracy and precision suitable for general-purpose calibration of weighing equipment. While not as precise as Class 1 weights, Class 2 weights are still suitable for many calibration applications.
Wide Weight Range: The weights are available in a wide range of denominations, starting from 50 lb and descending in increments down to 0.05 lb. This broad range allows users to calibrate various scales and balances accurately, spanning from heavy-duty industrial scales to more sensitive laboratory balances.
Individual Weights: Each weight is provided individually, allowing users to select the specific weight or combination of weights required for their calibration procedures. This flexibility enables precise calibration tailored to the needs of the weighing equipment being calibrated.
High-Quality Construction: Rice Lake's individual weights are typically constructed from durable materials such as stainless steel or brass. These materials ensure stability, resistance to corrosion, and longevity, maintaining the accuracy and integrity of the weights over time.
Traceability and Certification: Rice Lake individual weights may come with traceable calibration certificates, documenting the weights' accuracy and compliance with international standards. This documentation provides assurance of the weights' reliability and suitability for calibration purposes.
In summary, Rice Lake Avoirdupois Individual Weights Class 2 offer reliable precision for general-purpose calibration of weighing equipment across various industries, ensuring accurate measurements and compliance with quality standards.
