Capacitive sensor model KN0005

Capacitive sensor model KN0005 This capacitive sensor from the KN0005 series is designed with various features for industrial applications. The KN0005 sensor is very suitable for detecting materials through non-metallic walls, such as dry materials or liquids. Due to its unique features, this sensor is especially used in automation processes and various industries. Technical specifications: • Model: KN0005 • Product code: KNM30NPKABOW/LS100 Output type: normally open • Identification domain: programmable • Housing type: Threaded Dimensions: M30 x 1.5 / L = 92 mm • Application: installation and detection through non-metallic walls • Identifiable materials: bulk dry materials; liquids • Ambient temperature: from -25 to 80 degrees Celsius • Medium temperature: from -25 to 110 degrees Celsius • Operating voltage: 30 to 250 V AC • Operating frequency: 47 to 63 Hz Protection class: IP 67 (resistance to water and dust penetration) • Tests and facilities: according to IEC 60947-5-2 standard • Reverse current protection: none • Outputs: two yellow LEDs for switch status, one green LED for programming and one red LED for error • Requirement of protective fuse: miniature fuse according to IEC60127-2 sheet 1; ≤ 2A; fast type Features and applications: • Easy installation: the sensor is a screw type and can be installed easily. • Ability to detect non-metallic walls: This sensor is designed to detect materials through non-metallic walls, which is especially useful in situations where we need to identify materials in non-metallic tanks or containers. • Suitable for harsh industrial environments: With IP67 protection, this sensor is resistant to water and dust penetration and can work effectively in harsh environmental conditions. Price: $110 • Alternative products: If you need a similar product, you can check the alternative model KI0054. Note that the technical characteristics of this replacement product may differ from KN0005. This sensor is very suitable for applications that require accurate detection of material conditions in industrial processes, such as material identification in transfer and filling systems.