ca18cln12pam1 - cap prox pl m18 pnp no+nc,plug

ca18cln12pam1 – cap prox pl m18 pnp no+nc,plug

Carlo Gavazzi CA18CLN12PAM1 is a non-flush M18 capacitive proximity sensor with an adjustable 2–12 mm sensing range, 10–40 V DC supply, complementary PNP NO+NC outputs and an M12 plug connection.

SKU: CA18CLN12PAM1MPN: CA18CLN12PAM1
This product has been discontinued A direct replacement is available below.
ca18can12pam1 - cap prox pl m18 pnp no+nc,plug Replacement product 21048 SKU: CA18CAN12PAM1 £80.32 ex VAT View

Why Choose the Carlo Gavazzi CA18CLN12PAM1 Capacitive Proximity Sensor?

The Carlo Gavazzi CA18CLN12PAM1 is a versatile M18 capacitive proximity sensor designed for reliable non-contact detection of metallic and non-metallic materials in industrial automation and process-control applications. Part of the Carlo Gavazzi CA18 Series, it combines an adjustable extended sensing range with complementary PNP outputs and a convenient M12 plug connection.

The CA18CLN12PAM1 uses capacitive sensing technology to detect materials such as metal, plastic, glass, liquids and bulk products. Its non-flush mounting configuration provides an adjustable sensing distance of 2–12 mm, allowing the detection threshold to be optimised for the target material and installation conditions.

Operating from a 10–40 V DC supply, the sensor provides complementary PNP normally open and normally closed (NO+NC) outputs for flexible connection to PLCs and industrial control systems. Its M18 threaded housing, M12 plug connection and robust environmental protection make it a practical choice for demanding machine and process applications.

Key Advantages

  • Industrial M18 capacitive proximity sensor for non-contact detection.
  • Extended adjustable 2–12 mm sensing distance.
  • Detects both metallic and non-metallic target materials.
  • Complementary PNP NO+NC outputs provide flexible control integration.
  • 10–40 V DC operating voltage suits common industrial automation systems.
  • M12 plug connection simplifies installation, servicing and replacement.
  • Adjustable sensitivity allows optimisation for different target materials.
  • Robust cylindrical construction for industrial machinery and process equipment.

Key Features

  • Carlo Gavazzi CA18 Series capacitive proximity sensor.
  • M18 × 1 cylindrical threaded housing.
  • Non-flush mounting configuration.
  • 2–12 mm adjustable sensing range.
  • PNP normally open + normally closed outputs.
  • 10–40 V DC rated operating voltage.
  • Adjustable sensitivity for application-specific detection.
  • LED indication for convenient sensor-status monitoring.
  • M12 plug electrical connection.
  • Suitable for solids, liquids and other conductive or non-conductive target materials.

Flexible Detection of Solids and Liquids

Capacitive proximity sensors operate by detecting changes in the electrical field at the sensing face when a target approaches. Unlike inductive sensors, which are primarily intended for metallic targets, capacitive sensors can detect conductive and non-conductive materials including plastics, glass, powders, granulates and liquids.

The Carlo Gavazzi CA18CLN12PAM1 combines this versatile sensing principle with an adjustable extended range and complementary PNP outputs. Its non-flush M18 format is particularly useful where additional sensing distance is required, while the M12 connector supports quick installation and straightforward sensor replacement.

Typical Applications

  • Liquid level detection.
  • Powder and granular material level monitoring.
  • Plastic and glass object detection.
  • Packaging and filling machinery.
  • Conveyor and material handling systems.
  • Industrial presence and position detection.
  • Automated production and assembly machinery.
  • PLC-controlled process and automation systems.

Technical Specifications

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Mounting Condition Non-flush
Output Type PNP
Sensing Principle Capacitive
Housing Size M18
Sensing Distance 12 mm
Output Function NO
Connection M12 connector
Manufacturer Carlo Gavazzi
Series CA18
Model CA18CLN12PAM1
Product type Capacitive proximity sensor
Housing format Cylindrical threaded M18
Thread M18 × 1
Mounting Non-flush
Sensing distance 2–12 mm adjustable
Sensitivity adjustment Yes
Rated operating voltage 10–40 V DC
Output Type PNP
Output function Normally open + normally closed
Connection M12 plug
Connection thread M12 × 1
Indication LED switching indication
Application Detection of metallic and non-metallic materials

Frequently Asked Questions

What is the Carlo Gavazzi CA18CLN12PAM1 used for?

The CA18CLN12PAM1 is a capacitive proximity sensor used for non-contact detection of metallic and non-metallic targets in industrial machinery, material handling, level sensing and process automation.

What is the sensing distance of the CA18CLN12PAM1?

The sensor provides an adjustable sensing distance of 2–12 mm, allowing its sensitivity to be optimised for different targets and applications.

What output does the CA18CLN12PAM1 provide?

The CA18CLN12PAM1 provides complementary PNP normally open and normally closed (NO+NC) outputs for flexible connection to industrial control equipment.

What supply voltage does the CA18CLN12PAM1 require?

The sensor is designed to operate from a 10–40 V DC supply, making it suitable for common industrial DC control systems.

Is the CA18CLN12PAM1 flush mountable?

No. The CA18CLN12PAM1 uses a non-flush mounting configuration, which supports its extended sensing range of up to 12 mm.

How is the Carlo Gavazzi CA18CLN12PAM1 connected?

The sensor is equipped with an industrial M12 plug connection, allowing convenient installation, disconnection and replacement.

What materials can the CA18CLN12PAM1 detect?

Its capacitive sensing principle enables detection of many conductive and non-conductive materials, including metals, plastics, glass, liquids, powders and granular products.

Trusted for Industrial Sensing and Automation

Carlo Gavazzi capacitive proximity sensors provide machine builders and automation engineers with versatile non-contact detection for industrial processes, combining adjustable sensing, flexible switching outputs and straightforward integration into modern control systems.