Proving Rings vs. Load Cells — Definitions, Accuracy, and a Practical Comparison. After teaching many classes for NCSLI, ASQ, and other force measurement programs, one question always seems to come up: Which is better—Proving Rings vs. Load Cells? Instead of giving a one-sided answer, the following section takes a closer look at both options. The […]
Force Calibration Simplified: Expected Performance in Load Cell Calibration Procedures Expected performance in load cell calibration procedures is a key concept that we have adopted at Morehouse. The term likely originated from discussions during ASTM committee meetings among industry experts. Expected performance helps define how accurately a force-measuring tool works when tested under ideal laboratory […]
Embracing Failure in Calibration: Why Failing Fast, Failing Often, and Failing Cheap Is the Key to Growth (Embracing Failure as a Leader and a Metrologist) Many of us have been conditioned to fear failure. From early school years to professional life, success is often celebrated, while mistakes are typically hidden or punished. Yet what if […]
Load Cell Wiring – How do I Know How My Load Cell is Wired? Numerous load cells exist where the manufacturers have merged, ceased to exist, or do not share their wiring information. This is where we aim to help you figure out the load cell wiring of whatever load cell you have. Load cell […]
Introduction of TEDS for Load Cells Transducer Electronics Datasheet, or TEDS for load cells, is something we are frequently asked about as, over the years, the topic has been of interest to many hoping to use a load cell with a chip in it and be able to hook it up to multiple meters, to […]
Load Cell Shunt Calibration Load Cell Bridge with a Shunt Calibration. Load cell shunt calibration is a cost-effective means to confirm that the load cell and indicator system are not experiencing significant drift or potential damage. Load cell shunt calibration involves introducing a known electrical resistance (shunt resistor) in parallel with the load cell, allowing […]
Videos on How to Correct Load Cell Measurement Errors Are you struggling with load cell calibration? Are you making critical errors? You are not alone! But worry no more because we have a treasure trove of video resources to help you conquer load cell measurement errors, calibration challenges and achieve accurate force measurements. Browse our […]
Morehouse Instrument Company has shared tremendous knowledge throughout the years with blogs, technical papers, and webinars on force calibration. This education aligns with our purpose, to create a safer world by helping companies improve their force and torque measurements. When someone is new to calibration or metrology, the information can be overwhelming. There is so […]
6 Things Everyone Should Know About NIST Traceable Force Measurements Many organizations with people in them still use outdated terminology. Such terminology uses the term NIST traceable force measurements or requests that calibration be NIST traceable. In measurement standards, the term "traceability" often invokes thoughts of the National Institute of Standards and Technology (NIST), […]
How to Develop an Uncertainty Budget for a Morehouse Calibrated Machine Uncertainty budgets are an essential part of any measurement. They help ensure calibrations are metrologically traceable, accurate, and reliable. Uncertainty budgets are also important for meeting regulatory requirements and accreditation. This article provides insight into developing an uncertainty budget for a Morehouse-calibrated machine. We […]
How to Calibrate Cable Tensiometers Does the Type of Cable GAC versus SSAC Make a Difference? What is a Cable Tensiometer? Cable tensiometers are devices used to measure the tension or force in cables, wires, and ropes. They are commonly employed in engineering, construction, and industrial applications to ensure the proper tension of cables to […]
Lower Limit Factor Improve Calibration Accuracy for Load Cells and Other Force Measurement Equipment LLF, or Lower Limit Factor, is a statistical estimate of the error in forces computed from the calibration equation of a force-measuring instrument when the instrument is calibrated following ASTM E74 standard practice for calibration and verification for force-measuring instruments. The […]
