Model 11 (tension/compression) subminiature load cell is designed to measure load ranges from 150 g to 1000 lb. With subminiature dimensions, including diameters from .50 in to 0.75 in and height of 0.38 in, these units are easily incorporated into systems having limited space. The model achieves a non-linearity and hysteresis of 0.5 % full scale respectively and a frequency response of up to 58 kHz. A balance module is included in the load cell’s lead wire cable for zero balance, and should not be removed.

The Model 127 load cells combines both a compact form and high precision to offer a superior tension force transducer. The one-piece S-shaped design achieves a maximum non-linearity of 0.03 % full scale for load ranges of 50 kg and 100 kg.

The Model 123 load cell combines both a compact form and high precision to offer a superior tension force transducer. The one-piece S-shaped design achieves a maximum non-linearity of 0.03 % full scale for load ranges from 1000 kg to 20000 kg.

Model 13 (compression only) subminiature load cell is designed to measure load ranges from 150 g to 1000 lb. With subminiature dimensions, including diameters from 0.38 in to 0.75 in and heights of 0.13 in to 0.25 in, these units are easily incorporated into systems having limited space. Model 13 combines high frequency response and low deflection to achieve a combined non-linearity and hysteresis of 0.25 % to 0.5 % full scale. A balance module is included in the load cell’s lead wire cable for temperature compensation and should not be removed.

The Model 3127 fatigue-resistant load cells are extremely resistant to extraneous bending and side loading forces. The structure virtually eliminates bending strains at the strain gage, minimizing the primary cause of load cell failure. Dual bridge option available for feedback control and redundancy.

The Model 3130-131 fatigue-resistant load cells are extremely resistant to extraneous bending and side loading forces. The structure virtually eliminates bending strains at the strain gage, minimizing the primary cause of load cell failure. Dual bridge option available for feedback control and redundancy.

Model 31 low range precision miniature load cells measure both tension and compression load forces of 50 grams to 500 g. These models are our highest accuracy, rugged miniature load cells. Model 31’s welded, stainless steel construction is designed to eliminate or reduce to a minimum, the effects of off-axis loads. (The internal construction assures excellent long-term stability for ranges 1000 grams and above.) A modification permits this model to be completely welded for underwater applications. The Model 31 tension/compression load cell has male threads attachments. High accuracies of 0.15 % to 0.25 % full scale are achieved. Each bonded strain gage unit is built of welded 17-4 PH stainless steel for additional ruggedness.

These general purpose designs have exceptional structural capability to withstand extraneous loads, such as torque, bending moments, and side loads. Available in capacities of 500 lb to 5000 lb, they offer maximum performance and enhanced accuracy.

Minimum deflection and compactness make these general-purpose load cells easy to install and use.

The Model 3129-121 fatigue-resistant load cells are extremely resistant to extraneous bending and side loading forces. The structure virtually eliminates bending strains at the strain gage, minimizing the primary cause of load cell failure. Dual bridge option available for feedback control and redundancy.

These general purpose designs have exceptional structural capability to withstand extraneous loads, such as torque, bending moments, and side loads. Available in capacities of 25 lb to 300 lb, they offer maximum performance and enhanced accuracy. Minimum deflection and compactness make these general-purpose load cells easy to install and use.

The Model 3156 fatigue-resistant load cells are extremely resistant to extraneous bending and side loading forces. The structure virtually eliminates bending strains at the strain gage, minimizing the primary cause of load cell failure. Dual bridge option available for feedback control and redundancy.

The small-diameter, cost-efficient, fatigue-resistant load cells are designed to be used in applications that require an ability to mount in an existing system with restricted working area. They are commonly used in fluid power transfer systems. Their low cost and ease of mounting allow simultaneous testing of multi-element systems.
They may be directly attached to the piston rod of a hydraulic cylinder. Side-mounted cable connectors allow cable assemblies to be supported without affecting movement of the cell during tension or compression loading.