ia18csn08ucm1 - ind prox pl m18 namur plug

ia18csn08ucm1 – ind prox pl m18 namur plug

Carlo Gavazzi IA18CSN08UCM1 is a short-body M18 thermoplastic NAMUR inductive proximity sensor with an 8 mm sensing distance, normally closed output, 7–9 V DC operating voltage and M12 plug connection for industrial automation applications.

SKU: IA18CSN08UCM1MPN: IA18CSN08UCM1
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Why Choose the Carlo Gavazzi IA18CSN08UCM1 Inductive Proximity Sensor?

The Carlo Gavazzi IA18CSN08UCM1 is a compact and reliable M18 NAMUR inductive proximity sensor designed for non-contact detection of metallic objects in industrial machinery and automation systems. As part of the Carlo Gavazzi IA series, this short-body sensor combines an extended sensing range with a NAMUR normally closed output and convenient M12 plug connection.

Using inductive sensing technology, the IA18CSN08UCM1 detects conductive metallic targets without physical contact, helping to minimise mechanical wear while providing repeatable switching in automated equipment. Its thermoplastic polyester housing and non-flush sensing arrangement provide an extended 8 mm nominal sensing distance for applications where additional target clearance is beneficial.

With a rated operating voltage of 7–9 V DC, a maximum output current of 9.35 mA and a maximum switching frequency of 200 Hz, the IA18CSN08UCM1 is designed for compatible NAMUR input circuits. Its M12 plug connection, IP67 protection and operating temperature range of -25 to +70 °C support dependable integration into industrial machinery.

Key Advantages

  • Reliable non-contact detection of metallic targets for industrial automation.
  • Extended 8 mm nominal sensing distance in an M18 cylindrical format.
  • NAMUR normally closed (NC) output for compatible industrial interface equipment.
  • Non-flush / unshielded mounting provides extended sensing capability.
  • Durable thermoplastic polyester housing for industrial applications.
  • M12 plug connection simplifies installation, replacement and maintenance.
  • IP67 protection supports dependable operation in demanding environments.

Key Features

  • Carlo Gavazzi IA series inductive proximity sensor.
  • M18 × 1 cylindrical threaded housing.
  • Compact short-body construction.
  • 8 mm nominal sensing distance.
  • NAMUR normally closed output.
  • 7–9 V DC rated operating voltage.
  • 9.35 mA maximum output current.
  • 200 Hz maximum switching frequency.
  • Non-flush / unshielded mounting configuration.
  • M12 connector for detachable field wiring.
  • Yellow LED status indication.
  • IP67 enclosure protection.

Reliable NAMUR Metal Detection for Industrial Automation

Inductive proximity sensors detect metallic targets by generating an electromagnetic field at the sensing face and monitoring changes caused when conductive material enters that field. This contactless operating principle eliminates mechanical contact with the target, helping to reduce wear while providing repeatable position and presence detection in automated machinery.

The Carlo Gavazzi IA18CSN08UCM1 combines an 8 mm sensing range with NAMUR normally closed signalling and a compact M18 thermoplastic housing. Its non-flush sensing arrangement, detachable M12 connection and IP67 protection make it a practical solution for machinery and automation systems equipped with compatible NAMUR interfaces.

Typical Applications

  • Industrial machine position sensing.
  • Metal component presence detection.
  • Conveyor and material handling systems.
  • Automated production and assembly equipment.
  • Packaging and processing machinery.
  • Machine position and movement monitoring.
  • Industrial systems using compatible NAMUR sensor interfaces.

Technical Specifications

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Mounting Condition Non-flush
IP Rating IP67
Output Type NAMUR
Sensing Principle Inductive
Housing Size M18
Sensing Distance 8 mm
Output Function NC
Connection M12 connector
Manufacturer Carlo Gavazzi
Series IA Series
Model IA18CSN08UCM1
Product type Inductive proximity sensor
Sensor technology Inductive NAMUR
Housing format Cylindrical, short body
Thread size M18 × 1
Overall length 63 mm
Threaded body length 30 mm
Housing material Thermoplastic polyester
Nominal sensing distance 8 mm
Mounting Non-flush / unshielded
Output Type NAMUR
Output function Normally closed (NC)
Rated operating voltage 7–9 V DC
Maximum output current 9.35 mA
Maximum switching frequency 200 Hz
Connection M12 plug
Indicator Yellow LED
Protection rating IP67
Operating temperature -25 to +70 °C
Approvals / marks CE, UL, CSA

Frequently Asked Questions

What is the Carlo Gavazzi IA18CSN08UCM1 used for?

The IA18CSN08UCM1 is an inductive proximity sensor designed for non-contact detection of metallic objects in industrial machinery, automation and position-monitoring applications.

What is the sensing distance of the IA18CSN08UCM1?

The IA18CSN08UCM1 has a nominal sensing distance of 8 mm.

What output does the IA18CSN08UCM1 provide?

The sensor provides a NAMUR normally closed (NC) output for connection to compatible NAMUR interface and control equipment.

What supply voltage does the IA18CSN08UCM1 require?

The IA18CSN08UCM1 has a rated operating voltage of 7–9 V DC.

Can the IA18CSN08UCM1 be flush mounted?

No. The IA18CSN08UCM1 is a non-flush / unshielded inductive proximity sensor and should be installed with appropriate clearance around its sensing face.

What is the switching frequency of the IA18CSN08UCM1?

The sensor has a maximum switching frequency of 200 Hz, supporting repetitive metallic-target detection in industrial machinery.

How is the IA18CSN08UCM1 connected?

The IA18CSN08UCM1 uses an M12 plug connector, allowing connection through a compatible detachable sensor cable.

What environmental protection does the IA18CSN08UCM1 provide?

The sensor has an IP67 protection rating and is designed for operation across a temperature range of -25 to +70 °C.

Trusted by Industrial Automation Professionals Worldwide

Carlo Gavazzi inductive proximity sensors are used by machine builders, control engineers and automation professionals for dependable non-contact metal detection, position monitoring and presence sensing across industrial machinery and automated equipment.