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LVDT Transducer Kit Manufacturer,Supplier and Exporter in India

Product Code : SCL-MDE-12443

Indian Lab Suppliers offers the LVDT Transducer Kit (Product ID: 12443) as part of its Medical Diagnostic Equipment range under Hospital Lab Equipment. This kit demonstrates the principle and working of a Linear Variable Differential Transformer (LVDT) – a specialized displacement transducer – and its application in measuring linear physical displacement, housed in a powder-coated metal cabinet with an acrylic front panel.

Quick Answer

This is an LVDT (Linear Variable Differential Transformer) Displacement Measurement kit that demonstrates linear physical displacement sensing using a spring-loaded, axial-type LVDT core with a full stroke of ±10mm. Displacement is set accurately via a micrometer arrangement (1mm pitch), the LVDT is driven by a variable AC excitation source (2 to 5kHz, 0 to 3V), and a phase-detector circuit feeds a 3.5-digit digital readout showing 0 to 200mV DC, with a "+" sign indicating whether the core is moving in or out.

Key Features

Demonstrates LVDT principle and its application to linear displacement measurement · Precision micrometer arrangement for accurate displacement setting, 1mm pitch · Spring-loaded, axial-type LVDT, full stroke ±10mm · Variable AC excitation source: 2 to 5kHz frequency, 0 to 3V amplitude · Phase-detector circuit with 3.5-digit digital display · Readout 0 to 200mV DC with core in/out shown by a "+" sign · Powder-coated metal cabinet with imported acrylic front panel · Multicoloured test points at various circuit stages, for observing waveforms and voltages

Key Specifications

Parameter	Specification
Parameter measured	Linear physical displacement
Measurement system	Micrometer arrangement, plus LVDT transducer with electronic instrumentation
Transducer	Linear Variable Differential Transformer (LVDT)
Core type	Spring loaded
Configuration	Axial type
LVDT full stroke	±10mm range
Displacement setting	Via micrometer arrangement, 1mm pitch
Circuit	AC excitation source, phase detector & digital display
Excitation source	Sine wave, 2 to 5kHz variable frequency, 0 to 3V variable amplitude
Readout	3.5-digit digital display, 0 to 200mV DC, displacement in millivolts, core in/out indicated by a "+" sign
Operating voltage	230V ±10%, single-phase AC
Test points	Multicoloured, at various circuit stages, for observing waveforms and voltages

Where This Is Used

This kit suits biomedical and general instrumentation laboratories teaching displacement-transducer principles – LVDT construction, excitation and phase-detection circuitry, and digital readout calibration – concepts applicable to biomedical devices that rely on precise displacement sensing. It complements our Load Cell Transducer Kit and other instrumentation trainers within the wider Medical Diagnostic Equipment range. Browse the full laboratory equipment range for related training and diagnostic instruments.

Why Buy from Indian Lab Suppliers

Indian Lab Suppliers is an India-based laboratory equipment manufacturer and exporter supplying hospital and biomedical training equipment to institutions and distributors worldwide. Every order can be supplied with export documentation, and a Certificate of Origin is available on request to support customs clearance.

Frequently Asked Questions

What is an LVDT and what does this kit demonstrate?
An LVDT (Linear Variable Differential Transformer) is a specialized displacement transducer; this kit demonstrates its working principle and one of its key applications, measuring linear physical displacement accurately via a micrometer arrangement.

What is the measurement range?
The LVDT has a full stroke of ±10mm, with displacement set via a micrometer of 1mm pitch and read out as 0 to 200mV DC on a 3.5-digit digital display.

How is the LVDT excited?
By a variable AC excitation source producing a sine wave from 2 to 5kHz at 0 to 3V amplitude, feeding a phase-detector circuit ahead of the digital readout.

Can I observe the internal waveforms?
Yes, multicoloured test points are provided at various stages of the circuit for observing waveforms and voltages.