ia12alc03ag-k - ind prox bl m12 pnp analog 20-4 ma cable

ia12alc03ag-k – ind prox bl m12 pnp analog 20-4 ma cable

Carlo Gavazzi IA12ALC03AG-K is a flush-mountable M12 analogue inductive proximity sensor with a 0.1–3 mm sensing range, 20–4 mA current output, 18–30 V DC supply, 2 m cable and IP67 protection.

SKU: IA12ALC03AG-KAlt SKU: IA12ALC03AG-KMPN: IA12ALC03AGK
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Why Choose the Carlo Gavazzi IA12ALC03AG-K Analogue Inductive Proximity Sensor?

The Carlo Gavazzi IA12ALC03AG-K is an M12 analogue inductive proximity sensor designed for continuous, non-contact measurement of metallic targets in industrial automation and machine-control applications. Unlike conventional proximity switches that provide only an on/off signal, this sensor produces a proportional analogue current output that can be used to monitor target position or displacement within its sensing range.

The IA12ALC03AG-K provides a 20–4 mA analogue output across a 0.1–3 mm sensing range and operates from an 18–30 V DC supply. Its flush-mountable M12 cylindrical design allows the sensing face to be integrated into suitable metal installations while maintaining precise proximity measurement.

A 2 m cable provides direct electrical connection, while the nickel-plated brass housing and IP67 protection support use in industrial environments. With a compact M12 × 50 mm format, the IA12ALC03AG-K is well suited to applications requiring analogue monitoring of metallic target position, movement or distance.

Key Advantages

  • Analogue inductive sensing provides continuous information rather than a simple switching signal.
  • 0.1–3 mm sensing range for monitoring metallic target position and displacement.
  • 20–4 mA analogue output for integration with compatible analogue control and measurement inputs.
  • 18–30 V DC supply range suits common industrial control systems.
  • Flush-mountable M12 housing supports compact installation in machinery.
  • Durable nickel-plated brass housing for industrial applications.
  • Supplied with a 2 m cable for direct electrical connection.
  • IP67 protection provides resistance to dust and water ingress.

Key Features

  • Carlo Gavazzi IA series analogue inductive proximity sensor.
  • M12 cylindrical housing.
  • Nickel-plated brass construction.
  • 0.1–3 mm sensing range.
  • 20–4 mA analogue current output.
  • 18–30 V DC rated operating voltage.
  • Flush-mountable sensing configuration.
  • 2 m cable connection.
  • IP67 degree of protection.
  • 0 to +50 °C operating temperature range.
  • Reverse-polarity and transient protection.
  • CE, UL and CSA approvals / marks.

Continuous Analogue Measurement of Metallic Targets

Analogue inductive proximity sensors operate without physical contact by generating an electromagnetic field at the sensing face and measuring the effect produced by a metallic target entering that field. Instead of providing only a discrete on/off switching state, the sensor generates an analogue signal that varies according to the target's position within the specified sensing range.

The Carlo Gavazzi IA12ALC03AG-K provides a 20–4 mA output over a 0.1–3 mm sensing range, allowing compatible control and measurement equipment to monitor changes in metallic target position. This makes it useful for applications such as displacement monitoring, position measurement, dimensional checking and machine-process feedback where a continuous proximity signal is required.

Typical Applications

  • Metal target position and displacement measurement.
  • Industrial automation and process monitoring.
  • Machine position feedback systems.
  • Dimensional and tolerance checking.
  • Production and assembly machinery.
  • Analogue PLC and controller input applications.
  • Monitoring movement of metallic machine components.
  • Non-contact distance and position measurement within the specified sensing range.

Technical Specifications

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Mounting Condition Flush
IP Rating IP67
Output Type Analogue
Sensing Principle Inductive
Housing Size M12
Sensing Distance 3 mm
Connection Cable
Manufacturer Carlo Gavazzi
Series IA
Model IA12ALC03AG-K
Manufacturer part number IA12ALC03AGK
Product type Analogue inductive proximity sensor
Sensor principle Inductive
Housing style Cylindrical
Housing size M12
Housing material Nickel-plated brass
Dimensions M12 × 50 mm
Thread M12 × 1 × 45 mm
Sensing range 0.1–3 mm
Mounting Flush mountable
Output Type Analogue current
Analogue output 20–4 mA
Rated operating voltage 18–30 V DC
Operating temperature 0 to +50 °C
Protection rating IP67
Connection type 2 m cable
Protection functions Reverse-polarity and transient protection
Approvals / marks CE, UL, CSA
Target material Metal

Frequently Asked Questions

What is the Carlo Gavazzi IA12ALC03AG-K?

The IA12ALC03AG-K is an M12 analogue inductive proximity sensor designed to provide continuous non-contact measurement of metallic targets.

What is the sensing range of the IA12ALC03AG-K?

The IA12ALC03AG-K has a specified sensing range of 0.1–3 mm.

What analogue output does the IA12ALC03AG-K provide?

The sensor provides a 20–4 mA analogue current output across its specified sensing range.

What supply voltage does the IA12ALC03AG-K require?

The IA12ALC03AG-K operates from an 18–30 V DC supply.

Can the IA12ALC03AG-K be flush mounted?

Yes. The IA12ALC03AG-K is designed for flush mounting, allowing the sensor to be integrated into suitable metal mounting arrangements.

How is the IA12ALC03AG-K connected?

The sensor is supplied with a 2 m cable for direct wiring to compatible industrial control or measurement equipment.

What is the housing material of the IA12ALC03AG-K?

The IA12ALC03AG-K uses a nickel-plated brass housing in an M12 cylindrical format.

What environmental protection does the IA12ALC03AG-K provide?

The sensor has an IP67 protection rating and is specified for operation from 0 to +50 °C.

Trusted by Automation Engineers Worldwide

Carlo Gavazzi sensing products are used in industrial automation and machine-building applications where dependable non-contact detection, robust construction and straightforward integration with control and measurement systems are required.