Designed specifically for tight spaces, this small LVDT delivers high performance in a small package with longer stroke lengths than our M-Series. Precision-machined components provide a smooth static and dynamic response. Pair with a MicroStrain signal conditioner and optimize for a high bandwidth/response rate or resolution with low temperature drift. Extremely lightweight, spring-loaded cores are tiny, yet rugged. Superelastic, corrosion-resistant alloys provide resistance to kinking and permanent deformation and allow for submersion of the instrument.
THIS PRODUCT HAS BEEN DISCONTINUED AND IS NO LONGER AVAILABLE FOR PURCHASE.
DatasheetDesigned specifically for tight spaces, our smallest LVDT delivers high performance in a miniature package. Precision-machined components provide a smooth static and dynamic response. Pair with a MicroStrain signal conditioner and optimize for a high bandwidth/response rate or resolution with low temperature drift. Extremely lightweight, spring-loaded cores are tiny, yet rugged. Superelastic, corrosion-resistant alloys provide resistance to kinking and permanent deformation and allow for submersion of the instrument.
THIS PRODUCT HAS BEEN DISCONTINUED AND IS NO LONGER AVAILABLE FOR PURCHASE.
DatasheetHigh Performance
- Sub-micron resolution with large stroke/size ratio
- Frictionless design for robust use over millions of cycles
- Suitable for use in harsh fluids and environments
- High dynamic range for difficult measurements
Ease of Use
- Plug and play usability
- Easily customized to suit specific requirements
- Signal conditioning options for any application
High Performance
- Micron resolution with large stroke/size ratio
- Frictionless design for robust use over millions of cycles
- Suitable for use in harsh fluids and environments
Ease of Use
- World’s smallest linear displacement sensor
- Plug and play usability
- Easily customized to suit specific requirements
- Signal conditioning options for any application
Sensor
- Sub-millimeter to ±19 millimeter calibrated stroke ranges available
- High stroke to body length ratio: typically 1:3
- Accurate output: up to +/-0.1% FS with included calibration
- Balanced coil inherently temperature compensated
- Offset: 0.0029% FS/°C (typical)
- Span: 0.030% FS/°C (typical)
Operation
- Designed for use with LORD high performance signal conditioners
- Analog outputs (Demod-DC, Demod-DVRT-2):
- 0-5V, 0-10V
- 800 Hz bandwidth (typical), factory adjustable 10hz to 20kHz for higher bandwidth (lower resolution) or higher resolution (lower bandwidth)
- Unique calibration curves provided with each unit for optimal accuracy
- Digital Outputs (Demod-DIGITAL)
- High resolution, linearized, engineering unit output
- 10Hz bandwidth, 100 samples/sec
- RS232 serial communications
- 24-bit A/D
- SensorConnect display and data logging software
Package
- 316 SST body material (400 series option)
- 316 SST Core Material
- 4.8mm diameter sensor body
- 1.8mm diameter Teflon-coated cable
- -55°C to 175°C operating temperature range
Sensor
- Sub-millimeter to ±4.5 millimeter calibrated stroke ranges available
- High stroke to body length ratio: typically 1:3
- Accurate output: up to +/-0.1% FS with included calibration
-
Balanced coil inherently temperature compensated
- Offset: 0.0029% FS/°C (typical)
- Span: 0.030% FS/°C (typical)
Operation
- Designed for use with LORD high performance signal conditioners
- Analog outputs (Demod-DC, Demod-DVRT-2):
- 0-5V, 0-10V
- 800 Hz bandwidth (typical), factory adjustable 10hz to 20kHz for higher bandwidth (lower resolution) or higher resolution (lower bandwidth)
- Unique calibration curves provided with each unit for optimal accuracy
- Digital Outputs (Demod-DIGITAL)
- High resolution, linearized, engineering unit output
- 10Hz bandwidth, 100 samples/sec
- RS232 serial communications
- 24-bit A/D
- SensorConnect display and data logging software
Package
- 316 SST body material (400 series option)
- Super elastic NiTi alloy core material
- 1.5mm diameter sensor body
- 1mm diameter Teflon-coated cable
- -55°C to 175°C operating temperature range
General Documentation
Technical Notes
- LVDT Mounting Basics
- Displacement Temperature Coefficient
- DVRT vs. LVDT Comparison
- Using a Multimeter with the DEMOD-DC®
- LVDT-Link™-LXRS® Understanding the Calibration
- Using the DEMOD-DC® with V-Link®-LXRS™ and SG-Link®-LXRS™
- Subminiature LVDT
- print showing stroke lengths and corresponding body lengths - Threaded subminiature LVDT
- print detailing the threaded body attachment option - Nano resolution LVDT
- print showing the body length of a nano resolution LVDT - 2000-0004 S-TCore-X
- LEMO Connector Assembly pdf 6129-0000 CBL1
- LEMO Connector Wiring Diagram
- 2003-0001 HS-DVRT-6 Dimensional Drawing
Software/Firmware
Software/Firmware
More
- Microminiature LVDT (2D)
- Microminiature LVDT threaded core (2D)
- Microminiature LVDT threaded body (2D)
- LEMO Connector/Cable Drawing (2D)
- M-LVDT-3 6101-0100 STP file
- M-LVDT-6 6101-0200 STP file
- M-LVDT-9 6101-0300 STP file
- M-TBODY-3 6102-0800 STP file
- M-TBODY-6 6102-0900 STP file
- M-TBODY-9 6102-1000 STP file