Why Choose the Carlo Gavazzi ICS30SF15NOM1-FB Inductive Proximity Sensor?
The Carlo Gavazzi ICS30SF15NOM1-FB is a robust M30 inductive proximity sensor designed for reliable non-contact detection of metallic objects in demanding food, beverage and industrial automation applications. As part of the Carlo Gavazzi ICS30 food and beverage washdown series, it combines extended-range sensing with a compact short-body AISI 316L stainless-steel housing engineered for machinery exposed to intensive cleaning and challenging production environments.
This DC proximity sensor features an NPN normally open (NO) output and an extended rated sensing distance of 15 mm. Its flush-mountable, shielded design allows the sensing face to be installed level with surrounding metalwork, while the M30 cylindrical threaded housing provides secure and accurate positioning on processing machinery, conveyors, packaging equipment and automated production systems.
With a rated operating voltage of 10–36 V DC, output current up to 200 mA and switching frequency up to 1 kHz, the ICS30SF15NOM1-FB provides fast and dependable switching performance. Its M12 plug connection, AISI 316L stainless-steel construction and IP67, IP68 and IP69K protection ratings make it particularly suitable for hygienic machinery and demanding high-pressure washdown environments.
Key Advantages
- Compact M30 inductive proximity sensor for food, beverage and industrial automation.
- Extended 15 mm rated sensing distance for reliable non-contact metal detection.
- NPN normally open output for integration with compatible PLC and machine control inputs.
- Flush / shielded mounting allows convenient installation within surrounding metalwork.
- Wide 10–36 V DC operating supply for industrial control systems.
- Fast 1 kHz maximum switching frequency for responsive machine detection.
- IP67, IP68 and IP69K protection for demanding industrial and washdown environments.
- Ecolab-approved construction suitable for food and beverage cleaning environments.
Key Features
- Carlo Gavazzi ICS30 food and beverage inductive sensor series.
- M30 × 1.5 cylindrical threaded housing.
- Extended 15 mm rated operating distance.
- Flush / shielded mounting.
- NPN normally open (NO) switching output.
- 200 mA maximum output current at temperatures up to 50 °C.
- 150 mA maximum output current from 50 to 80 °C.
- 100 mA maximum output current from 80 to 85 °C.
- 1 kHz maximum switching frequency.
- 10–36 V DC rated operating voltage.
- Integrated short-circuit, reverse-polarity and transient protection.
- Yellow LED switching indication with short-circuit and overload indication.
- M12 × 1 four-pin plug connection for straightforward installation and replacement.
- Compact short-body design measuring approximately 47.5 mm overall.
- Suitable for short cleaning exposure up to 100 °C for 15 minutes.
Reliable Extended-Range Sensing for Food and Beverage Machinery
Inductive proximity sensors such as the Carlo Gavazzi ICS30SF15NOM1-FB detect metallic objects without physical contact by generating an electromagnetic sensing field. This contactless operating principle reduces mechanical wear while providing fast and repeatable detection for machine positioning, component presence detection, conveyor systems and automated production processes.
The ICS30 food and beverage washdown series is engineered for demanding environments where machinery is subjected to intensive cleaning. The ICS30SF15NOM1-FB combines a generous 15 mm sensing distance with a compact short body, AISI 316L stainless-steel construction and IP69K protection, providing dependable sensing for hygienic processing, packaging and other applications where resistance to water and cleaning procedures is essential.
Typical Applications
- Food processing and production machinery.
- Beverage manufacturing and bottling equipment.
- Packaging, filling and sealing machinery.
- High-pressure washdown production areas.
- Industrial conveyors and material handling systems.
- Metal component presence detection.
- Machine position and end-of-travel detection.
- Hygienic processing and automated production equipment.
