What to do if MTS Systems Transducer has improper wiring?
If you suspect improper wiring in your MTS Systems Transducer, carefully inspect all wiring connections to ensure they are correctly configured.
What to do if MTS Systems Transducer has incorrect receiver device or software?
If your MTS Systems Transducer isn't working as expected, verify that the receiver device and software being used are correct and compatible with the transducer.
What to do if MTS Systems Temposonics II LDT Transducer has circuit fault?
If you suspect a circuit fault within your MTS Systems Transducer, inspect or replace the transducer.
General| Technology | Magnetostrictive |
|---|---|
| Protection Class | IP67 |
| Rod Material | Stainless Steel |
| Output Signal | Analog |
| Linearity | ±0.02% of full scale |
| Operating Temperature | -40°C to +85°C |
| Housing Material | Aluminum |
| Electrical Connection | Connector or Cable |
| Category | Linear Displacement Transducer |
Explains the magnetostriction principle for position sensing using pulses.
Lists key technical parameters and their specific values for the Temposonics II LDT.
Details specifications specifically for Temposonics II transducers with stroke lengths exceeding 180 inches.
Discusses loop, channel, and guide pipe supports for maintaining proper alignment during installation.
Explains the requirement to keep the magnet within the active zone for proper operation.
Describes methods for applying spring load or tension to the transducer rod.
Illustrates a typical cylinder installation, detailing key components and clearances.
Presents standard magnet types, their dimensions, and recommended applications.
Lists specifications for digital system components like the Counter Card and DPM.
Explains the function, installation, and operation modes of the DPM.
Details the RPM for providing an RS422 start/stop output signal.
Explains the function and operation of the digital counter card in the system.
Illustrates the interconnections of a typical digital system with DPM and Counter Card.
Identifies cable leads and pin assignments for various transducer configurations.
Details the connections required for the digital counter card.
Explains the natural binary output format and bit configurations for the counter card.
Describes the Binary Coded Decimal (BCD) output format and its representations.
Covers system calibration procedures, focusing on zero adjustment and scaling.
Outlines the initial steps for specifying and ordering transducers with digital output.
Guides system sizing for natural binary output using standard or special clock frequencies.
Explains how to select and configure BCD output, including standard and non-standard resolutions.
Explains how to set the number of recirculations using switches on the DPM.
Describes how to set the update time for internal interrogation using the SW3 switch.
Details procedures for changing interrogation pulse polarity on the Digital Interface Box.
Explains how to change the number of recirculations on the Digital Interface Box.
Describes polarity changes for connecting transducers to the Digital Interface Box.
Lists common causes of erratic or unchanging output signals and diagnostic equipment.
Details procedures for checking power supply voltages and connections at the interface box.
Illustrates typical digital system signal waveforms for diagnostics.
Provides instructions for tracing and verifying all wiring connections within the system.
Explains how to test the counter card output using LEDs for proper functionality.
Provides troubleshooting steps for the Digital Interface Box (DIB) including signal checks.
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