$ USD
Description
The IFM Electronic KI0040 is a high-performance capacitive proximity sensor, ideal for detecting both metallic and non-metallic materials, including liquids, powders, and plastics. Its M30 threaded barrel design allows for easy and secure mounting in industrial machinery, while the 15 mm detection range provides precise sensing for medium-range applications. This sensor features a flexible 2-Wire NO/NC (Normally Open/Normally Closed) output, which can be configured to suit various control systems, and operates across a wide voltage spectrum of 20-250 V AC/DC, offering exceptional flexibility. The IFM Electronic KI0040 is engineered for reliability and durability in challenging industrial settings.
This advanced sensor is particularly useful in applications where inductive sensors cannot detect non-conductive materials. The 15 mm sensing distance of the IFM Electronic KI0040 is optimized for detecting objects at a moderate proximity, ensuring accuracy in filling level monitoring, material presence detection, and object sorting. The 2-wire configuration, with selectable NO/NC output, reduces wiring complexity and is compatible with a vast array of control inputs.
The IFM Electronic KI0040’s broad operating voltage of 20-250 V AC/DC makes it suitable for use in diverse power supply environments, from standard DC circuits to AC control systems. Its robust M30 housing is designed to withstand the rigors of industrial environments, including exposure to dust, moisture, and vibrations. This sensor’s versatility extends its applicability across numerous sectors, including packaging, food and beverage, and material handling.
Upgrade your detection capabilities with the IFM Electronic KI0040 capacitive proximity sensor. Its ability to sense a wide variety of materials, coupled with its flexible voltage and selectable output options, makes it a valuable asset for any automation project requiring precise and reliable non-metallic object detection. Invest in the IFM Electronic KI0040 for dependable performance.
