r-a1tm/xvp – linear voltage output

Why Choose the Carlo Gavazzi R-A1TM/XVP Linear Voltage Output Sensor?

The Carlo Gavazzi R-A1TM/XVP is an inductive sensor with linear voltage output designed for non-contact measurement and position-feedback applications involving metallic targets. Rather than operating solely as an on/off proximity switch, it provides an analogue output that can be used to represent changes in target position.

The R-A1TM/XVP is particularly suited to industrial automation applications where continuous analogue feedback is required for monitoring movement, position or displacement. Its inductive sensing principle enables metallic objects to be measured without mechanical contact, helping eliminate sensing-element wear in repetitive machine applications.

With manufacturer part number RA1TMXVP and alternative reference R-A1TM/XVP, this Carlo Gavazzi sensor provides a practical solution for legacy machinery, replacement requirements and industrial control systems requiring a linear voltage output.

Key Advantages

• Linear voltage output provides continuous analogue feedback.
• Inductive sensing principle enables non-contact measurement of metallic targets.
• Suitable for position, displacement and movement monitoring.
• Continuous feedback offers more measurement information than a simple discrete proximity switch.
• Solid-state non-contact sensing helps minimise mechanical wear.
• Suitable for integration with compatible industrial analogue-input equipment.
• Useful for replacement and maintenance of machinery already designed around the R-A1TM/XVP.

Key Features

• Carlo Gavazzi industrial sensor.
• Manufacturer part number RA1TMXVP.
• Alternative product reference R-A1TM/XVP.
• Inductive sensing technology.
• Designed for metallic targets.
• Linear analogue voltage output.
• Continuous rather than purely discrete sensing.
• Non-contact measurement principle.
• Suitable for industrial position feedback.
• Suitable for displacement and movement monitoring.
• Can interface with compatible analogue measurement and control equipment.
• Industrial automation and machine-control application.

Linear Inductive Feedback for Industrial Automation

An analogue inductive sensor differs from a conventional proximity switch by providing a continuously varying electrical output rather than only changing between two switching states. As a metallic target moves through the sensor's effective measuring region, the linear voltage output can be monitored by compatible control or measurement equipment to determine relative position or displacement.

This operating principle makes the Carlo Gavazzi R-A1TM/XVP suitable for machinery where non-contact feedback is required for positioning, movement monitoring or process control. Because the sensing process does not require physical contact with the target, the sensor can also help reduce wear compared with mechanical position-measurement methods.

Typical Applications

• Metal-component position monitoring.
• Machine displacement measurement.
• Mechanical movement and travel monitoring.
• Industrial analogue feedback systems.
• Machine positioning and process control.
• Replacement in existing Carlo Gavazzi sensor installations.
• OEM machinery requiring non-contact metallic-target measurement.