Strain Gauge Load Cells
Strain Gauge Load Cells incorporate from 8 to 16 high output electrical resistance strain gauges in a full bridge configuration that are bonded to a high strength steel or stainless steel spool.
Strain Gauge Load Cells incorporate from 8 to 16 high output electrical resistance strain gauges in a full bridge configuration that are bonded to a high strength steel or stainless steel spool. This arrangement compensates for both temperature effects and off center loading. Strain Gauge Load Cells are available in virtually any size, in both annular and solid styles. Gauge waterproofing utilizes the latest application techniques and protective materials. The rugged design includes heavy duty protective cover, sealed construction, and low deflection under load.
Mounting surfaces should be flat and parallel for optimum performance. RST recommends the use of top & bottom loading platens for best performance with annular load cells.
|Capacity||22.5 kN to 10675 kN (5,000 lbs to 2,400,000 lbs)|
|Hole Size||16 mm to 356 mm (5/8 in. to 14 in.), as required|
|Material||High strength steel or stainless elements|
|Temperature Compensation||-40°F to +107°F (-40°C to +40°C)|
Strain Gauge Load Cells are commonly used to measure load/strain in various applications.
|Annular or solid cell|
|Maximum capacity and smallest increment required|
|Cable connection and length|
|Metal military, or plastic connectors (connectors not recommended in waterproof applications)|
|Readout: SG350 Bridge Transducer Readout|
|Load and bearing plates|
|Centralizer bushings if required|
I’m very happy with the quality of the instrumentation and technical support from RST, as always. They worked with us from the initial stages of the project to ensure that we were fully prepared and equipped to use the RSTAR network for the first time. They delivered everything within the tight project time frame to ensure that there were no delays on site, and the submersible tilt meters looked like new even after over twelve months of being submerged in Thames water!
-Richard Lipscombe, BEng (Hons), Director & Principle Consultant - RL Geotechnical Ltd