icb18s30f12ncm1 – prox sensor ind. m18 plug npn nc flush

Why Choose the Carlo Gavazzi ICB18S30F12NCM1 Inductive Proximity Sensor?

The Carlo Gavazzi ICB18S30F12NCM1 is a compact M18 inductive proximity sensor designed for reliable non-contact detection of metallic targets in industrial machinery and automation systems. Part of the Carlo Gavazzi ICB18 increased sensing range series, it combines a short-body format with a durable nickel-plated brass threaded housing, providing dependable sensing performance where installation depth is limited.

This sensor provides a rated operating distance of 12 mm and uses a quasi-flush mounting configuration, delivering increased sensing capability from a compact M18 housing. Its NPN normally closed (NC) output enables integration with compatible PLC inputs and industrial control equipment, while the inductive operating principle provides repeatable detection without physical contact with the metallic target.

With a 10–36 V DC supply, maximum output current of 200 mA and maximum switching frequency of 1.5 kHz, the ICB18S30F12NCM1 provides responsive operation for industrial automation. Its 4-pin M12 male connector, compact 55 mm overall length, IP67 protection and operating temperature range of -25 to +70 °C make it well suited to conveyors, packaging machinery, automated assembly equipment and material handling systems.

Key Advantages

• Compact M18 inductive proximity sensor for industrial automation.
• Increased 12 mm rated operating distance provides greater target clearance than standard-range M18 sensors.
• NPN normally closed output for integration with compatible PLC and machine-control inputs.
• Quasi-flush mounting combines increased sensing performance with efficient machine integration.
• Short-body construction helps reduce the installation depth required inside machinery.
• 1.5 kHz maximum switching frequency supports responsive position and presence detection.
• Durable nickel-plated brass housing for demanding industrial environments.
• M12 plug connection simplifies installation, sensor replacement and maintenance.

Key Features

• Carlo Gavazzi ICB18 increased sensing range series.
• M18 cylindrical threaded barrel.
• Compact short-body sensor construction.
• 12 mm rated operating distance.
• Quasi-flush mounting configuration.
• NPN normally closed (NC) switching output.
• 3-wire DC output configuration.
• 10–36 V DC rated power supply.
• 200 mA maximum output current.
• 1.5 kHz maximum switching frequency.
• 4-pin M12 male connector for convenient electrical connection.
• Nickel-plated brass housing for mechanical durability.
• LED switching indication for convenient status monitoring.
• IP67 ingress protection for industrial environments.
• Operating temperature range from -25 to +70 °C.

Increased-Range Inductive Sensing for Industrial Machinery

Inductive proximity sensors such as the Carlo Gavazzi ICB18S30F12NCM1 detect metallic targets by generating an electromagnetic sensing field. When a suitable metal object enters the sensing zone, the sensor changes its solid-state output without requiring physical contact, providing repeatable position and presence feedback while avoiding the mechanical wear associated with conventional contact-based switches.

The ICB18S30F12NCM1 combines a compact short-body M18 format with an increased 12 mm sensing distance, quasi-flush mounting and NPN normally closed output. Its 1.5 kHz maximum switching frequency, robust IP67 construction and detachable M12 connection make it a practical solution for machine builders and automation engineers requiring dependable metallic target detection with straightforward installation and maintenance.

Typical Applications

• Industrial machine position and presence detection.
• Conveyor and material handling systems.
• Metal component detection and counting.
• Packaging and production machinery.
• Automated assembly equipment.
• Machine movement and end-position monitoring.
• Applications requiring increased sensing distance with limited installation depth.
• OEM machinery and PLC-based automation systems.