LVDT displacement transducers

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MICRO-EPSILON

LVDT displacement sensor - 1 - 25 mm, 133 mV/Vmm | DTA

The induSENSOR DTA Series manufactured by MICRO-EPSILON is a LVDT sensor made up with a sturdy design....

LVDT displacement sensor - 1 - 25 mm, 133 mV/Vmm | DTA

The induSENSOR DTA Series manufactured by MICRO-EPSILON is a LVDT sensor made up with a sturdy design....

LVDT displacement sensor - 1 - 10 mm, max. 0.003 mm | DTA

A Gaging sensor along with a guided plunger in bearings. It is also fitted with a return spring, the measuring plunger can be changed according to the needs...

LVDT displacement sensor - 1 - 10 mm, max. 0.003 mm | DTA

A Gaging sensor along with a guided plunger in bearings. It is also fitted with a return spring, the measuring plunger can be changed according to the needs...

LVDT displacement sensor - max. 0.05 mm, 100 - 630 mm | EDS

The EDS series is a LVDT displacement transducer, manufactured by Micro-Epsilon. This product contains a sensor elements which are protected due to its pressure resistant...

LVDT displacement sensor - max. 0.05 mm, 100 - 630 mm | EDS

The EDS series is a LVDT displacement transducer, manufactured by Micro-Epsilon. This product contains a sensor elements which are protected due to its pressure resistant stainless steel housing. Its sensor electronics and signal conditioning are integrated completely through a sensor flange. The aluminum sleeve is also used, which is integrated in a piston rod. It is passed without any contact and wear-free over the sensor rod,

This product measures ranging form 100 to 630 mm. It has 0.3 mm linearity max., 0.05 mm resolution max., which can resist from high pressure. This product is free from maintenance and can resist from oil.

Half-bridge LVDT displacement sensor - max. 51 mV/Vmm, 10 - 50 mm | LDR

The LDR series by Micro-Epsilon, is composed of Half bridge LVDT displacement transducers. They feature capabilities...

Half-bridge LVDT displacement sensor - max. 51 mV/Vmm, 10 - 50 mm | LDR

The LDR series by Micro-Epsilon, is composed of Half bridge LVDT displacement transducers. They feature capabilities...

LVDT displacement sensor - max. 0.015 mm, 50 - 200 mm | LVP

An important advantage of the LVP sensor technique lies in the short length of the installed sensor. This difference in lengths becomes clear...

LVDT displacement sensor - max. 0.015 mm, 50 - 200 mm | LVP

An important advantage of the LVP sensor technique lies in the short length of the installed sensor. This difference in lengths becomes clear in a direct comparison with an LVDT sensor. Another difference lies in the sensor design with integrated controller.
Details
• Measuring ranges (mm):
50 | 100 | 200
• Linearity max. 0.125mm
• Resolution max. 0.015mm
• Integrated microelectronics
• Compact design - short installed length
• Screened against interference fields
NOVOTECHNIK

LVDT displacement sensor - max. 0.2 % | FTI 10 series

The FTI position transducer is ideally used for applications that convert short linear travel...

LVDT displacement sensor - max. 0.2 % | FTI 10 series

The FTI position transducer is ideally used for applications that convert short linear travel points into analog electrical signals. This is done through the transformer and the mobile core that is installed in it. The core is placed atop a gauging pin that is placed on the object concerned. An oscillator then generates direct voltages for the transformer.
PENNY   GILES CONTROLS

LVDT displacement sensor - 5-150 mm | IP66 | AF111

AF111 LVDT transducer with threaded, unguided core assembly is appropriate for clamp mounting and easy installation. It is highly recommended to use purpose designed signal conditioning...

LVDT displacement sensor - 5-150 mm | IP66 | AF111

AF111 LVDT transducer with threaded, unguided core assembly is appropriate for clamp mounting and easy installation. It is highly recommended to use purpose designed signal conditioning modules along with this transducer - SCM100 - DIN Rail mounting UCM - Universal Conditioning Module, with IP68 protected metal enclosure. The design of LVDT reduces the overall transducer length, operation in the differential output configuration and ratiometric operations at high precision. LVDT can be used with various industrial applications like test rigs, vehicle research and OEM machinery. Key features include Low body length to stroke ratio, welded stainless steel construction and very low temperature error.

LVDT displacement sensor - 25 - 500mm | SLT190

The contactless linear position transducer SLT190 has been conceived keeping in mind the 21st century application. The specially designed and developed transducer provides a reliable, fit-and-forget position sensing (up to 500mm) coupled with 100V/m EMC immunity all...

LVDT displacement sensor - 25 - 500mm | SLT190

The contactless linear position transducer SLT190 has been conceived keeping in mind the 21st century application. The specially designed and developed transducer provides a reliable, fit-and-forget position sensing (up to 500mm) coupled with 100V/m EMC immunity all...

LVDT displacement sensor - 5 - 150 mm, IP66 | AF145

The self-aligning rod is the method through which mounting is done for this product. In addition, the outer sliding sleeve serves as protection of the movable core, ensuring the transducer's rigidity during operation at the same time. In terms of performance, the manufacturer...

LVDT displacement sensor - 5 - 150 mm, IP66 | AF145

The self-aligning rod is the method through which mounting is done for this product. In addition, the outer sliding sleeve serves as protection of the movable core, ensuring the transducer's rigidity during operation at the same time. In terms of performance, the manufacturer recommends using the purpose-designed signal conditioning modules to operate the LVDT. The DIN rail mounting UCM comes with a metal enclosure that is IP68 protected, while the design of the AF145 LVDT product presents an important technological evolution, mainly because of the over 30 years of experience from the manufacturer.

Reliability and performance are ensured under extreme operating conditions, while the coil of the transducer has been specifically designed for reducing the overall length and for enabling high accuracy ratio-metric operation, in addition to the device being able to operate in a configuration of type "differential output". Finally, this item is suited to harsh industrial and automotive environments and there are several key features that users will enjoy.
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