Microsonic MIC+ series ultrasonic sensors

Saturday, 01 June, 2024 | Supplied by: Pacific Automation

Microsonic MIC+ series ultrasonic sensors

The Microsonic MIC+ series of ultrasonic sensors offer a sensing distance of up to 8 m, making them suitable for diverse industrial environments, from manufacturing to material handling. This range is designed to offer flexibility and adaptability, enhancing operational efficiency.

Programming the MIC+ sensors is streamlined and user-friendly, due to two accessible methods: directly via the LED display or through free-to-download programming software. This dual approach caters to varying user preferences and operational requirements, for an intuitive and efficient set-up.

The MIC+ series supports the synchronisation of up to 10 sensors. This capability is suitable for complex installations where multiple sensors must operate in harmony, reducing set-up time and increasing system reliability.

Each sensor features a clear digit display, providing real-time value outputs in millimetres, centimetres or percentages, simplifying monitoring and adjustments during operations. The availability of IO-link technology further enhances communication and data transfer, making integration into existing systems easier.

An enhancement for the MIC+ series is the LCA-2 link control adaptor, which simplifies the duplication of sensor settings. This feature is designed for applications requiring consistent replication of sensor configurations, thereby saving time and reducing potential errors.

Online: www.pacificautomation.com.au
Phone: 1300 881 876
Related Products

Turck B1N180V-QR20 inclination switch

The B1N180V-QR20 inclination switch is a single-axis sensor using MEMS acceleration measurement...

Balluff BVS CA-GW compact 25 GigE industrial camera

The BVS CA-GW is a highly compact 25 GigE industrial camera developed specifically for industrial...

ifm OCF series fibre-optic sensors

Fibre-optic sensors operate on the same principle as conventional photoelectric sensors, but the...


  • All content Copyright © 2026 Westwick-Farrow Pty Ltd