Press Release Summary:
- Detect nonmetallic objects or materials and accurately detect levels of liquids and solids
- Available with IO-link interface or with a conventional normally-open or normally-closed final stage, each with a push-pull function
- Includes device manager software for configuration and diagnostics window for IO-link versions
Original Press Release:
Balluff’s M12 Capacitive Sensors with IO-Link Accurately Detect Nonmetallic Materials and Levels of Liquids and Solids
Florence, Kentucky (August 2, 2019) — Balluff’s new and improved M12 series compact capacitive sensors accurately detect nonmetallic objects or materials and accurately detect levels of liquids and solids. With improved electromagnetic compatibility (EMC), and sensing faces composed of polyetheretherketone (PEEK), they provide outstanding chemical resistance. They are available with an IO-Link interface or with a conventional normally-open or normally-closed final stage, each with a push-pull function.
These capacitive sensors are ideal for detecting the presence of solids, but are equally good at detecting material or liquids like granulates, sugar, oil, and aqueous media through a nonmetal wall, such as packaging, glass or plastic, with a maximum thickness of 4 mm. Flush-mounted versions have a measuring range of 0.5...5 mm, while non-flush mounting versions have a measuring range of 0.5...8 mm.
The IO-Link versions can use IO-Link Device Manager software to configure features like full/empty calibration, switching setpoint, and output type. Standard versions include the BAE00MN M12 teach-adapter accessory. It makes it simple to calibrate the sensor, setting the switching point sensitivity and limits, all using the adapter’s pushbutton
Key features include:
- Optimal for object detection of nonmetallic materials and level detection for liquids or solids
- Device manager software for configuration and diagnostics window for IO-Link versions
- Simple sensitivity adjustment via teach-adapter for versions without IO-Link
- Extended measuring and temperature ranges
- Improved electromagnetic compatibility (EMC)