Omega Engineering
Through-Hole Compression Load Cell
NB1-ICIN-INDUST-TC
Flintec CC1 Compression Load Cell with Hermetic Sealing
PR-18
Ultra Low Profile, Tension and Compression Load Cells
NEP-TX
Low Profile, Tension & Compression Load Cells for Industrial Weighing
LC8250
2.5 in OD Through-Hole, Compression Load Cells
The LC8250 series are ideal for measuring clamping forces and bolt loading forces. They have ± 0.5% linearity and a 2 mv/V output in capacities from 1,000 to 100,000 lbf.
LC8100
1 in & 1.25 in OD Through-Hole, Compression Load Cells
The LC8100 series are ideal for measuring clamping forces and bolt loading forces. They have ± 1.0% linearity and a 2 mv/V output in capacities from 100 to 750,000 lbf.
LC8400
Large 2.5 in to 3.13 in ID, Through-Hole, Compression Load Cells
The LC8400 series have an extra large ID, ideal for measuring loading forces on large bolts or other suspended loads. Available in capacities from 1,000 to 200,000 lbf.
LCHD-IS
Intrinsically Safe, Ultra Low Profile Load Cells
The LCHD-IS series are FM rated intrinsically safe. They have ± 0.1% linearity and a 4 to 20 mA output in capacities from 10 lbf to 400,000 lbf.
LCMHD
Metric, Ultra Low Profile, Tension and Compression Load Cells
The LCMHD metric series are even lower profile than our LC402 series. They have ± 0.2% or better linearity and a 2 or 3 mv/V output in capacities from 2.5 kgf to 7,500 kgf.
LC8300
3 in OD Through-Hole, Compression Load Cells
The LC8300 series are ideal for measuring clamping forces and bolt loading forces. They have ± 0.5% linearity and a 2 mv/V output in capacities from 1,000 to 100,000 lbf.
LC8150
1.5 in OD Through-Hole, Compression Load Cells
The LC8150 series are ideal for measuring clamping forces and bolt loading forces. They have ± 0.5% linearity and a 2 mv/V output in capacities from 5 to 500 lbf.
LC321
Miniature Compression Load Cell with Threaded Center Hole
The LC321 series are low profile with a 1/4-28 UNF center, ± 2.0% linearity, and 2mv/V output in capacities from 250 lbf to 2,000 lbf. They are ideal for robotic applications.