Why Choose the Carlo Gavazzi ICB12S30N08M1IO IO-Link Inductive Proximity Sensor?
The Carlo Gavazzi ICB12S30N08M1IO is a smart M12 inductive proximity sensor designed for reliable non-contact detection of metallic objects in industrial automation systems. Part of the Carlo Gavazzi ICB IO-Link range, it combines an 8 mm rated operating distance with a short nickel-plated brass threaded body, providing extended sensing performance in a compact industrial format.
The ICB12S30N08M1IO is designed for non-flush mounting and uses a detachable M12 connector for convenient machine wiring and sensor replacement. Its configurable electrical output can operate as PNP, NPN or push-pull and can be configured for normally open (NO) or normally closed (NC) switching, providing flexibility when integrating the sensor with different PLC and control architectures.
Operating from 10–36 V DC, the sensor supports a maximum output current of 200 mA and maximum switching frequency of 2 kHz. Its nickel-plated brass housing, IP67 protection rating and manufacturer-specified operating temperature range of -40 to +70 °C support demanding industrial use, while IO-Link adds remote parameter configuration and diagnostic capabilities.
Key Advantages
- IO-Link connectivity provides configurable sensing parameters and enhanced diagnostic information.
- 8 mm rated sensing distance provides extended target clearance from a compact M12 sensor.
- Configurable PNP, NPN or push-pull output provides flexibility across different industrial control systems.
- Programmable NO or NC switching allows the sensor's switching behaviour to be adapted to the application.
- Adjustable sensing distance and hysteresis support optimisation for different targets and machine conditions.
- Maximum 2 kHz switching frequency makes the sensor suitable for fast detection and rotational speed monitoring.
- M12 connector and IP67 housing provide convenient installation with robust protection for industrial environments.
Key Features
- Carlo Gavazzi ICB IO-Link inductive proximity sensor.
- 8 mm rated operating distance.
- Non-flush, unshielded mounting configuration.
- Short M12 × 1 cylindrical threaded body.
- IO-Link communication for configuration and diagnostics.
- Configurable PNP, NPN or push-pull output.
- Configurable normally open (NO) or normally closed (NC) switching.
- Selectable sensing distance at 33%, 50%, 75% or 100% of maximum sensing distance.
- Configurable hysteresis.
- Configurable timer functions including switching delays.
- Temperature monitoring functionality through IO-Link.
- 10–36 V DC rated operating voltage.
- Maximum 200 mA output current.
- Maximum 2 kHz switching frequency.
- Nickel-plated brass housing.
- M12 connector for detachable electrical connection.
- LED status indication.
- IP67 protection rating.
Reliable Inductive Detection for Industrial Automation
Inductive proximity sensors detect metallic targets without physical contact by generating an electromagnetic field at the sensing face. When a suitable metal object enters the sensing field, the sensor changes its switching state. With no mechanical contact required, inductive sensing is well suited to repetitive position, presence, counting and speed-monitoring duties in automated industrial machinery.
The ICB12S30N08M1IO adds IO-Link communication to this proven sensing principle, allowing sensor parameters to be configured through a compatible IO-Link system. Its sensing distance can be set to 33%, 50%, 75% or 100% of the maximum 8 mm range, while output configuration, switching logic, hysteresis and timer functions can also be adjusted. The short body and detachable M12 connection make it particularly useful in automated machinery requiring configurable sensing together with straightforward maintenance and replacement.
Typical Applications
- Smart factory and Industry 4.0 automation systems.
- Metal component presence and position detection.
- Rotational speed and movement monitoring.
- Conveyor and material handling equipment.
- Packaging and production machinery.
- Automated assembly systems.
- Machine tools and manufacturing equipment.
- Applications requiring remote sensor configuration and diagnostics.
