r-a1pm/xvp – linear voltage output

Why Choose the Carlo Gavazzi R-A1PM/XVP Linear Voltage Output Sensor?

The Carlo Gavazzi R-A1PM/XVP is an analogue inductive proximity sensor designed for non-contact measurement of metallic targets in industrial automation applications. Unlike a conventional inductive proximity switch with a simple on/off output, this sensor provides a linear analogue voltage signal that varies with target position.

The R-A1PM/XVP features an M12 cylindrical sensing format and provides a 0–10 V DC analogue output. Its nominal linear measuring range is approximately 0.3–5 mm, allowing the sensor to provide continuous position or displacement information within a compact sensing area.

With its solid-state inductive sensing principle, the R-A1PM/XVP is suitable for applications where mechanical contact should be avoided and continuous feedback is preferable to simple switching. Typical uses include metal-part position measurement, displacement monitoring, machine positioning and analogue feedback to PLC or control-system analogue inputs.

Key Advantages

• Linear analogue voltage output provides continuous measurement rather than simple on/off detection.
• 0–10 V DC output is suitable for integration with compatible analogue control inputs.
• Compact M12 cylindrical format fits easily into industrial machinery.
• Approximate 0.3–5 mm linear sensing range supports short-range position and displacement measurement.
• Inductive sensing enables non-contact detection of metallic targets.
• No mechanical sensing contact helps minimise wear in repetitive applications.
• Useful for machine positioning, monitoring and analogue feedback applications.

Key Features

• Carlo Gavazzi analogue inductive proximity sensor.
• M12 cylindrical sensor format.
• Designed for detection and measurement of metallic targets.
• Linear voltage output.
• 0–10 V DC analogue output signal.
• Approximate linear measuring range of 0.3–5 mm.
• Continuous analogue feedback proportional to target position.
• Non-contact solid-state sensing principle.
• Suitable for connection to compatible PLC analogue inputs.
• Useful for displacement, position and distance monitoring.
• Compact construction for industrial machinery.
• Manufacturer part number R-A1PM/XVP.

Linear Analogue Inductive Position Measurement

A conventional inductive proximity switch changes between discrete switching states when a metallic target reaches its operating point. The R-A1PM/XVP instead provides a 0–10 V DC analogue signal that changes across its linear sensing region, allowing the control system to obtain information about the relative position of the metal target rather than simply determining whether it is present.

This continuous output makes the R-A1PM/XVP useful in machine applications requiring short-range displacement or position feedback. When connected to a compatible analogue input, the voltage signal can be interpreted by a PLC, controller or measurement system for monitoring, positioning and process-control functions.

Typical Applications

• Metal-component position measurement.
• Short-range displacement monitoring.
• Machine position feedback.
• Mechanical movement and travel monitoring.
• PLC analogue measurement systems.
• Industrial process and positioning control.
• OEM machinery requiring non-contact analogue feedback.