ics08l45f20a2io – ind prox sens. m8 cable long flush io-link

Why Choose the Carlo Gavazzi ICS08L45F20A2IO IO-Link Inductive Proximity Sensor?

The Carlo Gavazzi ICS08L45F20A2IO is an advanced M8 IO-Link inductive proximity sensor designed for precise, non-contact detection of metallic objects in industrial machinery and intelligent automation systems. Part of the Carlo Gavazzi ICS08 inductive sensor series, it combines a compact stainless steel housing, long-body construction and IO-Link communication for applications requiring reliable sensing alongside flexible configuration and diagnostic capabilities.

The sensor provides a maximum rated operating distance of 2 mm and is designed for flush mounting, allowing its sensing face to be integrated neatly into surrounding metal structures. Through IO-Link, the sensing distance can be configured between 1 mm and 2 mm, while the switching output can be configured as NPN, PNP or push-pull with normally open or normally closed operation.

With a 10–30 V DC supply, maximum output current of 100 mA and maximum switching frequency of 2 kHz, the ICS08L45F20A2IO provides responsive performance for high-cycle automation equipment. Its long M8 × 46 mm stainless steel housing, integrated 2 m cable, IP67 protection and IO-Link interface make it a versatile solution for modern connected machinery.

Key Advantages

• IO-Link communication enables remote configuration, parameterisation and intelligent sensor integration.
• Configurable sensing distance of 1 mm or 2 mm provides flexibility for different machine requirements.
• Configurable NPN, PNP or push-pull output reduces the need to stock separate sensor variants.
• Selectable normally open or normally closed switching behaviour simplifies integration with different control architectures.
• Flush-mountable M8 design enables compact integration into surrounding metal structures.
• Maximum switching frequency of 2 kHz supports responsive detection in high-cycle machinery.
• Robust stainless steel housing with IP67 protection supports demanding industrial installations.

Key Features

• Carlo Gavazzi ICS08 IO-Link inductive proximity sensor series.
• M8 cylindrical threaded stainless steel housing.
• Long-body configuration.
• Maximum rated operating distance of 2 mm.
• IO-Link configurable sensing distance of 1 mm or 2 mm.
• Flush mounting.
• Configurable NPN / PNP / push-pull switching output.
• Configurable normally open / normally closed output function.
• 10–30 V DC rated operating voltage.
• 100 mA maximum output current.
• Maximum switching frequency of 2 kHz.
• Integrated 2 m cable.
• IO-Link interface for intelligent configuration and communication.
• IP67 ingress protection.
• Operating temperature range of -25 °C to +80 °C.

Configurable IO-Link Metal Detection for Smart Automation

The ICS08L45F20A2IO combines conventional inductive metal detection with IO-Link communication, allowing sensor parameters to be configured digitally rather than relying solely on a fixed hardware configuration. The output can be configured for NPN, PNP or push-pull operation and selected as normally open or normally closed, providing substantial flexibility when standardising sensors across different machine designs.

Its sensing distance can also be configured between 1 mm and 2 mm, while the IO-Link interface enables integration into intelligent automation architectures for easier commissioning and parameter management. Combined with a 2 kHz switching frequency, compact M8 stainless steel housing and wide operating temperature range, this makes the sensor particularly suitable for connected machinery and high-performance industrial automation.

Typical Applications

• Smart factory and Industry 4.0 automation systems.
• Compact industrial machinery and automated assemblies.
• Precision metallic component presence detection.
• Machine position and end-point sensing.
• Tool selection and monitoring systems.
• Textile and high-speed production machinery.
• Robotic position and movement detection.
• Machines requiring remotely configurable sensor parameters.