Honeywell’s miniature load
cells are designed to fit into systems with limited space or tight
clearances.
The Model 31 series are Honeywell’s highest accuracy, rugged miniature
load cells, designed to measure both tension and compression load forces
from 50 grams to up to 10000 lbs or 0.5 N up to 50 kN, with high
accuracies of 0.15 to 0.25% full scale. The all welded, stainless steel
construction is designed to eliminate or reduce to a minimum the effect
of off-axis loads. Can be completely welded for underwater
applications.
We also offer Model 53 bonded foil strain gage transducers which are
designed for cost efficient production and testing applications (e.g.
press calibration). Able to measure compression force up to 50000 lb
or 200 kN, this model achieves a maximum non-linearity of 0.25% full
scale. Precision gaging techniques and stainless steel construction
provides excellent long term stability and reliability under severe
operating conditions.
If you need special modifications or a complete custom design to meet
your unique requirements, please don’t hesitate to contact us.
Features
- Miniature sizes ranging as low as 12,7 mm to 35,05 mm in diameter; and from 11,43 to 38,1 mm in height
- Load range measurements: 50 g to 10000 lbs; 0.5 N to 5 kN; or 5 lbs to 50000 lbs
- Stainless steel construction; all welded option available for underwater applications
- High accuracies of 0.15% to 0.25% full scale
- mV/V output
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Model |
Description |
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Model 31 Miniature Load Cell, ±0.25% & ±0.30% full scale accuracy, Range of 50 g to 10,000 lb, Stainless Steel, Rugged Double Diaphragm Design for 100 lbs & below, Single Diaphragm Design above 100 lb. Male thread attachments. |
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Model 34 Miniature Load Cell, ±0.25% & ±0.30% full scale accuracy, Range of 50 g to 1,000 lb, Stainless Steel, Rugged Double Diaphragm Design for 100 lbs & below, Single Diaphragm Design above 100 lb. Female thread attachments. |
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Model 53 Low Cost Load Cell, ±0.6% full scale accuracy, Range of 5 lb to 50,000 lb, Stainless Steel Diaphragm Design, Miniature footprint |