Solartron Metrology LVDT

RS Stock No.: 646-476Brand: Solartron MetrologyManufacturers Part No.: 922939
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Technical Document

Specifications

Stroke

±5mm

Response Time

3 ms

Minimum Operating Temperature

-20°C

Maximum Operating Temperature

+80°C

Current Rating

13 mA

Country of Origin

United Kingdom

Product details

Miniature dc Energised

With built-in electronic oscillator and demodulator producing an dc output proportional to core position
DFg series; have separate coil/electronic assemblies with a free core fitted with a polyacetal homopolymer bearing which can rub on the inside coil assembly to ease guiding requirements
DG2.5; This has a non-rotating spring-loaded armature running in precision linear ball bearings

Linear Variable Differential Transformers (LVDT)

These devices comprise a movable nickel iron core and three coils - one for energisation and two for pick-up. They need to be driven by a sine wave to produce an output amplitude and phase directly proportional to the position of the core with respect to the pick-up coils. A phase sensitive detector is required to demodulate the output signal. The main advantages of LVDTs are;

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€ 467.00

Each (ex VAT)

Solartron Metrology LVDT

€ 467.00

Each (ex VAT)

Solartron Metrology LVDT
Stock information temporarily unavailable.

Technical Document

Specifications

Stroke

±5mm

Response Time

3 ms

Minimum Operating Temperature

-20°C

Maximum Operating Temperature

+80°C

Current Rating

13 mA

Country of Origin

United Kingdom

Product details

Miniature dc Energised

With built-in electronic oscillator and demodulator producing an dc output proportional to core position
DFg series; have separate coil/electronic assemblies with a free core fitted with a polyacetal homopolymer bearing which can rub on the inside coil assembly to ease guiding requirements
DG2.5; This has a non-rotating spring-loaded armature running in precision linear ball bearings

Linear Variable Differential Transformers (LVDT)

These devices comprise a movable nickel iron core and three coils - one for energisation and two for pick-up. They need to be driven by a sine wave to produce an output amplitude and phase directly proportional to the position of the core with respect to the pick-up coils. A phase sensitive detector is required to demodulate the output signal. The main advantages of LVDTs are;