Rigging (Force Measurement Context)
Definition
In the force measurement context, rigging refers to the hardware and methods used to suspend, lift, or move loads — and the integration of dynamometers, crane scales, or load cells to measure forces within the system. A dynamometer or crane scale inserted inline in a rigging assembly measures the tensile force on that element. Proof load testing of rigging hardware requires a dynamometer of appropriate capacity to apply and verify the test load. Shackles, master links, wire rope slings, and chain assemblies may all require force-documented proof load verification before service. Proper rigging force measurement requires the instrument is rated for the load orientation (tension only vs. tension/compression) and that rigging hardware is sized to the instrument’s attachment points.
Frequently Asked Questions
Why Rigging (Force Measurement Context) Matters
How Dynamic Measurement Uses It
DMS's dynamometers and crane scales are used in rigging applications across industrial, construction, marine, and oil field markets. Their rental inventory includes high-capacity units suitable for heavy rigging proof load tests.