Donut type compression load cell
150 g - 30 000 lb | Model D
Honeywell Sensing and Control
Thru-Hole Donut Style Load Cells
150 g up to 30,000 lbs | Honeywell Model D
Honeywell's Model D thru-hole load cell, also known as a donut style load cell, features a smooth, thru-hole design for compression applications which require the load structure to pass directly through the cell. These applications include bolt force measurements, clamping forces, and monitoring overloads.
Load ranges as low as 150 grams and as great as 30,000 lbs can be measured within a maximum full scale accuracy of ±1.0 %.
The Model D is constructed of stainless steel and is available in multiple hole and frame sizes to meet your application needs.
Need something special? Contact Honeywell to discuss a custom solution to meet your particular application and environment.
FEATURES:
• 150 g to 30000 lb
• Thru-hole design
• Flexible configuration
• ±1.0 % accuracy full scale
• Stainless steel construction
• CE approved (unamplified)
POTENTIAL APPLICATIONS:
• Bolt force measurements
• Clamping forces
• Monitoring overloads
150 g up to 30,000 lbs | Honeywell Model D
Honeywell's Model D thru-hole load cell, also known as a donut style load cell, features a smooth, thru-hole design for compression applications which require the load structure to pass directly through the cell. These applications include bolt force measurements, clamping forces, and monitoring overloads.
Load ranges as low as 150 grams and as great as 30,000 lbs can be measured within a maximum full scale accuracy of ±1.0 %.
The Model D is constructed of stainless steel and is available in multiple hole and frame sizes to meet your application needs.
Need something special? Contact Honeywell to discuss a custom solution to meet your particular application and environment.
FEATURES:
• 150 g to 30000 lb
• Thru-hole design
• Flexible configuration
• ±1.0 % accuracy full scale
• Stainless steel construction
• CE approved (unamplified)
POTENTIAL APPLICATIONS:
• Bolt force measurements
• Clamping forces
• Monitoring overloads
