ICB30L50N22PAM1 - PROX SENSOR IND. 4-WIRE M30 PLUG LONG PNP NO-FLUSH

ICB30L50N22PAM1 – PROX SENSOR IND. 4-WIRE M30 PLUG LONG PNP NO-FLUSH

Carlo Gavazzi ICB30L50N22PAM1 is a long-body M30 non-flush 4-wire inductive proximity sensor with 22 mm sensing distance, PNP NO+NC outputs, M12 connector and 10–36 V DC operation.

SKU: ICB30L50N22PAM1MPN: ICB30L50N22PAM1
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Why Choose the Carlo Gavazzi ICB30L50N22PAM1 Inductive Proximity Sensor?

The Carlo Gavazzi ICB30L50N22PAM1 is an extended-range 4-wire M30 inductive proximity sensor designed for reliable non-contact detection of metallic targets in industrial machinery and automation systems. Part of the Carlo Gavazzi ICB series, this model combines a robust long-body cylindrical housing with a substantial 22 mm rated sensing distance.

The ICB30L50N22PAM1 features PNP normally open + normally closed (NO+NC) outputs, providing both switching functions from a single 4-wire sensor. Its non-flush mounting configuration supports the extended sensing range, while the 10–36 V DC supply makes it suitable for integration with compatible PLC inputs and industrial machine control systems.

A durable nickel-plated brass M30 housing, M12 connector, maximum output current of 200 mA, 1 kHz switching frequency and IP67 protection provide dependable performance for demanding automation applications. The long-body construction incorporates an M30 × 1.5 threaded mounting section for secure mechanical installation.

Key Advantages

  • 22 mm extended sensing distance provides generous clearance between the sensor and metallic target.
  • 4-wire PNP NO+NC outputs provide both normally open and normally closed switching functions.
  • Non-flush mounting configuration supports extended-range metal detection.
  • Long-body M30 construction provides a robust industrial mounting format.
  • M12 connector simplifies installation, servicing and sensor replacement.
  • Fast 1 kHz switching frequency supports responsive machine control.
  • Nickel-plated brass housing with IP67 ingress protection.

Key Features

  • Carlo Gavazzi ICB series inductive proximity sensor.
  • M30 cylindrical threaded housing.
  • Long-body construction.
  • 22 mm rated operating distance.
  • Non-flush mounting configuration.
  • PNP normally open + normally closed (NO+NC) outputs.
  • 4-wire DC electrical configuration.
  • 10–36 V DC operating supply.
  • M12 connector electrical connection.
  • Maximum output current of 200 mA at 50 °C.
  • 1 kHz operating frequency.
  • Yellow LED switching indication.
  • Short-circuit, reverse-polarity and transient protection.

Reliable Extended-Range Metal Detection for Industrial Machinery

Inductive proximity sensors such as the Carlo Gavazzi ICB30L50N22PAM1 detect metallic objects without physical contact, providing repeatable position and presence feedback while avoiding the mechanical wear associated with contact-operated switches. Its 22 mm sensing distance is particularly useful where additional clearance between the sensor face and moving target is required.

The 4-wire PNP configuration provides complementary NO and NC switching functions, offering flexibility when integrating the sensor into industrial control logic. Combined with its M12 connector, long M30 housing and integrated electrical protection, the ICB30L50N22PAM1 provides a practical solution for machine building, automated manufacturing and material handling systems.

Typical Applications

  • Industrial machinery position and presence sensing.
  • Conveyor and material handling equipment.
  • Metal component and workpiece detection.
  • Packaging and production machinery.
  • Automated assembly systems.
  • Machine tools and manufacturing equipment.
  • PLC-based industrial automation systems.
  • Applications requiring extended metallic target detection distance.

Technical Specifications

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Mounting Condition Non-flush
IP Rating IP67
Output Type PNP
Sensing Principle Inductive
Housing Size M30
Sensing Distance 22 mm
Output Function NO + NC
Connection M12 connector
Manufacturer Carlo Gavazzi
Series ICB Series
Model ICB30L50N22PAM1
Product type Inductive proximity sensor
Detection principle Inductive
Housing size M30
Housing style Cylindrical threaded barrel, long body
Housing material Nickel-plated brass
Rated operating distance 22 mm
Installation type Non-flush
Output Type PNP
Output function Normally open + normally closed (NO+NC)
Electrical configuration 4-wire DC
Rated power supply 10–36 V DC
Voltage drop ≤2.5 V DC at 200 mA
Output current ≤200 mA at 50 °C; ≤150 mA at 50–70 °C
Operating frequency 1 kHz
Connection type M12 connector
Overall dimensions M30 × 87 mm
Thread M30 × 1.5 × 50 mm
Protection rating IP67
Operating temperature -40 °C to +70 °C
LED colour Yellow
Protection functions Short-circuit, reverse-polarity and transient protection
Approvals / marks CE, cULus

Frequently Asked Questions

What is the Carlo Gavazzi ICB30L50N22PAM1 used for?

The ICB30L50N22PAM1 is used for non-contact detection of metallic targets in industrial machinery, conveyors, material handling equipment and automated production systems.

What is the sensing distance of the ICB30L50N22PAM1?

The sensor has a rated operating distance of 22 mm and is designed for non-flush mounting.

What outputs does the ICB30L50N22PAM1 provide?

The ICB30L50N22PAM1 is a 4-wire PNP sensor with both normally open and normally closed outputs, allowing either switching function to be used with compatible industrial control equipment.

How is the ICB30L50N22PAM1 connected?

The sensor uses an M12 connector, enabling compatible sensor cables to be connected and replaced conveniently during installation or maintenance.

Is the ICB30L50N22PAM1 suitable for industrial environments?

Yes. It features a nickel-plated brass housing, IP67 protection, integrated electrical protection and an operating temperature range of -40 °C to +70 °C.

Trusted by Industrial Automation Engineers

Carlo Gavazzi ICB inductive proximity sensors combine dependable non-contact metal detection, robust industrial construction and flexible switching configurations for machine builders, automation engineers and industrial maintenance applications.