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Corrosion Resistant S-Beam Load Cells
500 lbf, ±0.03%, Linearity, 3 mV/V Output, Cable
Volume discounts available
Volume Discount Schedule
| Quantity | Price each |
|---|---|
| 1-9 | $610.61 |
| 10-24 | $580.08 |
| 25-49 | $567.87 |
| 50-99 | $543.44 |
| 100+ | $531.23 |
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- Environmentally Protected for Washdown Applications
- Corrosion Resistant
- Calibration Certificate Supplied
- 0.25% Interchangeable
LCCA-500 Model Options
View all modelsEdit these specs to order a different model. Not all combinations are valid. Options compatible with previous selections will be in bold.
*Highlighted options are not compatible. Please select a different combination.
Weight Capacity
Height
Width
Length
Measurement Units
Force Direction
Linearity
Electrical Output (Nominal)
Connection Type
Cable Length
- Hysteresis 0.02% FS
- Input Resistance 350 Ω nominal
- Accuracy Value 0.03
- Linearity 0.03% FS
- Load Cell Material Nickel Plated Carbon Steel
- Maximum Ambient Temperature 150 {F}
- Maximum Compensation Temperature 150 {F}
- Measurement Type Load
- Output Resistance 350 ±3.5 Ω
- Minimum Compensation Temperature 0 {F}
- Number of Conductors 4
- Repeatability 0.01% FS
- Output Voltage 3mV/V (±0.0075mV/V actual output supplied with each load cell)
- Temperature Effects Zero - 0.0015% FS/°F Span - 0.0008% RDG/°F
- Zero Balance 1% FS
- Style S Beam
SPECIFICATIONS
Rated Output: 3mV/V ±0.0075mV/V actual output supplied with each load cell)
Excitation: 10 Vdc (15 Vdc maximum)
Accuracy: 0.037% Full Scale
Linearity: 0.03% FS
Hysteresis: 0.02% FS
Repeatability: 0.01% FS
Zero Balance: 1% FS
Creep in 20 min: 0.03% FS
Operating Temperature: 0 to 150°F
Compensated Temperature: 0 to 150°F
Thermal effects: Zero - 0.0015% FS/°F Span - 0.0008% RDG/°F
Maximum Load: Safe, 150%; Ultimate, 300%
Bridge Resistance: 350 Ohms nominal
Full Scale Deflection: 0.010 in to 0.020 in
Construction: Nickel Plated Carbon Steel
Cable: 20 ft 4-conductor shielded 22-gage wire
Rated Output: 3mV/V ±0.0075mV/V actual output supplied with each load cell)
Excitation: 10 Vdc (15 Vdc maximum)
Accuracy: 0.037% Full Scale
Linearity: 0.03% FS
Hysteresis: 0.02% FS
Repeatability: 0.01% FS
Zero Balance: 1% FS
Creep in 20 min: 0.03% FS
Operating Temperature: 0 to 150°F
Compensated Temperature: 0 to 150°F
Thermal effects: Zero - 0.0015% FS/°F Span - 0.0008% RDG/°F
Maximum Load: Safe, 150%; Ultimate, 300%
Bridge Resistance: 350 Ohms nominal
Full Scale Deflection: 0.010 in to 0.020 in
Construction: Nickel Plated Carbon Steel
Cable: 20 ft 4-conductor shielded 22-gage wire
Rated 5 out of
5
by
Anonymous from
Wokrs Perfectly
Exactly what we needed. We had to wait because it was backordered but it works perfectly.
Date published: 2023-12-27
Rated 5 out of
5
by
Tbending from
Nice little load cell!
Well built load cell. Improved heavy gage wire. Great for everyday applications.
Date published: 2022-03-30
How often do the load cells need to be calibrated?
Thank you for your inquire.
We say 12 months after installation. Depending on usage and cycles
Less usage longer between calibrations normally.
Date published: 2021-10-12
What's the spec on the threaded holes for connection on the LCCA-500?
Thanks for connecting with Omega! The threads for LCCA-500 are ½-20. Please contact us anytime and view our LCCA Data Sheet for any other details you may require. https://assets.omega.com/pdf/test-and-measurement-equipment/load-and-force/load-cells/LCCA.pdf
Date published: 2019-05-10
What is the response time of the LCCA-50 load cell?
Response time to a load change is 1 to 2 milliseconds
Date published: 2021-08-27
What you mean with the .25% Interchangeable?
The 0.25% interchangeability spec refers to the full-scale output of the load cell. The S load cells have a nominal output spec of 3 mV/V (3 millivolts per volt of excitation) but every load cell will have some variation from the nominal value. In this case the output will always be within the range of 3 mV/V +/- 0.25% or between 2.9925 and 3.0075. The actual full-scale output will be provided on the calibration sheet that comes with each load cell. Thank you and please contact us again if you have any other questions.
Date published: 2019-11-16
