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The Inductive Transducer Trainer (Digital) for Measurement of Linear Displacement is an advanced educational and training instrument designed specifically to demonstrate the principle, construction, and practical applications of inductive transducers in accurately measuring linear physical displacement. This trainer employs a core-type inductive transducer paired with an electronically controlled sine wave excitation source and a high-precision micrometer screw arrangement that enables exact displacement variations. Featuring a 3.5-digit digital readout, the device accurately quantifies displacement output as millivolts AC, ranging from 0 to 2000 mV, providing clear, real-time visualization. Housed within a sturdy, powder-coated metal enclosure with an ergonomically designed imported acrylic front panel, it includes multi-colored test points for easy waveform and voltage analysis across various circuit stages. Its intelligently laid-out instrumentation facilitates seamless operation and hands-on learning, making it ideal for professional training environments, engineering labs, and industrial R&D setups focused on sensor technology and instrumentation.
Key Features
| Features | Description |
|---|---|
| Measurement Parameter | Linear Physical Displacement |
| Transducer Type | Core type inductive transducer |
| Displacement Variation Mechanism | Micrometer screw type arrangement for accurate displacement control |
| Excitation Source | Variable sine wave source |
| Digital Display | 3.5-digit digital display showing 0 to 2000 mV AC output reflecting displacement |
| Operating Voltage | 230V ±10% AC, single phase |
| Test Points | Multi-colored test points at various circuit stages for waveform and voltage observation |
| Build and Design | Elegant powder coated metal cabinet with imported acrylic front panel and intelligent PCB layout |
| Attributes | Description |
|---|---|
| Parameter Measured | Linear Physical Displacement |
| Measurement System | Micrometer screw type arrangement coupled with inductive transducer and electronic instrumentation |
| Transducer Type | Core-type inductive transducer |
| Displacement Control | Micrometer screw with precise incremental adjustments |
| Excitation Type | Sine wave variable excitation source |
| Display Type | 3.5-digit digital display (0 to 2000 mV AC) |
| Operating Voltage | 230V AC, ± 10%, single phase |
| Test Points | Multi-colored, accessible at various circuit points for detailed electrical analysis |
| Enclosure | Heavy-duty, powder-coated metal cabinet with imported acrylic front panel |
| Application | Educational training in inductive displacement measurement and instrumentation |
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
The micrometer screw arrangement enables precise incremental displacement adjustments, allowing users to vary the linear displacement in small, accurate steps. This facilitates meticulous measurement calibration and improved experimental repeatability when studying the inductive transducer's response.
The 3.5-digit digital display provides a high-resolution, direct numerical readout of the inductive transducer's output voltage in millivolts AC, correlating precisely with physical displacement. This allows users to interpret measurements rapidly without relying on analog interpretation, enhancing efficiency and accuracy.
A sine wave excitation source ensures a stable and consistent AC signal is applied to the inductive transducer, which is essential for generating reliable inductive changes corresponding to displacement. It mimics practical industrial sensor excitation conditions and helps users understand real-world sensor behaviors.
Multi-colored test points provide easy access to specific circuit stages, enabling learners and professionals to connect measurement instruments like oscilloscopes or multimeters. This feature helps in observing electrical waveforms and voltages across the transducer circuit, aiding thorough analysis and troubleshooting during experiments.
While primarily designed for educational training, the precise measurement capability, intuitive layout, and detailed instrumentation features make it suitable for industrial R&D environments focusing on sensor development and instrumentation calibration.
Brand: adtron
Country Of Origin: India
SALIENT FEATURES :
Displacement measurement system demonstrates the principle and working of the specialised dedicated transducer known as ‘Inductive Transducer’ and also shown is one of its unique application to measure linear physical displacement. A special micrometer screw type arrangement to vary the displacement accurately. A variable excitation source, electronic instrumentation and digital readout all enclosed in a specially designed users friendly elegant powder coated metal cabinet with intelligently designed layout on imported acrylic front panel, are some of its other important features.
TECHNICAL SPECIFICATIONS
Parameter Measured : Linear Physical Displacement.
Measurement System : a. Micrometer screw type arrangement.
b. Transducer with electronic instrumentation
Transducer : Inductive.
Type : Core type.
Actual Displacement : By micrometer screw type arrangement.
Excitation Source : Sine wave.
Readout : 3.5digit digital display to measure 0 to 2000Mv AC., indicating
Displacement in mill volts
Operating Voltage : 230V, 10% AC 1phase
Test Points : Multi - coloured test points are provided at various stages in the
circuit to observe the waveforms and voltages.
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