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LD500
LVDT Linear Position Sensors with Precision Tip
Precision DC Gaging Transducers for Quality Control or Automation Tooling- High Accuracy and Repeatability
- Ideal for Small Actuators
- Rugged Industrial Construction
- Replaceable Tips
Product Overview
- Additional Features 1 Guaging Transducer
- Bandwidth 100 Hz (-3 dB)
- Cable Length 2 m
- Cable Type Insulated Shielded
- Electrical Output DC
- Input Control Signal 10 to 24 Vdc
- Input Current 10 mA
- Operating Temperature, Max 80 °C
- Operating Temperature, Min -20 °C
- Output Ripple <1%
- Repeatability <0.15 mm
- Series ID LD500
- Temperature Coefficient Zero : <0.01%/°C;Sensitivity : <0.01%/°C
These precision manufactured LVDT gaging displacement transducers can be mounted to most production lines to do automatic gaging for quality, sorting, or go/no-go applications. The hardened steel shaft, O-ring seals and titanium pushrod can withstand most industrial conditions. The hybrid IC module provides a linear mV/V/mm (or inch) output which will interface with most standard dc input meters, recorders, data interfaces and industrial controllers.
Show Ratings & Reviews
LD500, Can you read the output single ended referenced?
The LD500 is a 4-wire differential output device. Sensitivity will depend on range you have/choose. All of this information is found on the data sheet including the wiring data. Please contact our Tech Support with any further questions. Thanks! https://br.omega.com/omegaFiles/pressure/pdf/LD500.pdf
Date published: 2023-04-25
How do you convert the output voltage into displacement
The output signal is linear across the -1 mm to +1 mm measurement range of the sensor. If you power the sensor with 10 VDC your output signal will swing from -0.780V at - 1mm to +0.780 V at + 1mm .
Date published: 2025-03-08
What is reading resolution of LD-500-2.5? I want to use them for sorting of precision steel ball with 0.1 um dimensional accuracy
According to the datasheet the specs for LD500-2.5. Repeatability <0.15 mm. Lin: 0.25%. In theory, an LVDT has infinite resolution, but in practice, the resolution is limited by the signal-to-noise ratio of the system and the external output electronics.
Date published: 2024-10-29