Surge voltage arrester, Low voltage, Surge protection, with remote contact, TN-C-S, TN-S, TT, IT with N, IT without N

This component serves as a proximity sensor, detecting the presence or absence of objects within its sensing range to enable automated system responses. Typically used in industrial environments for position monitoring, object recognition, or feedback signaling in mechanical systems. **Sensor Specifications** Type: Inductive proximity sensor. Operates by generating an electromagnetic field and detecting changes caused by metallic objects. Sensing distance defined by material type and dimensions — variations must be accounted for during setup. Electrical Characteristics: Standard DC operation with PNP output function; utilizes normally open (NO) logic configuration. Voltage range supports low to medium power systems — ensure compatibility with supply voltage specifications. Physical Properties: Cylindrical housing designed for flush mounting into equipment surfaces — installation depth requires precision due to detection field limitations near edges. IP-rated against environmental factors like water ingress and dust particles. **Connectivity & Integration** Connection Method: Includes 3-wire interface cable terminating in standard sizing; aligned with industry protocols for plug-and-play connections. Ensure cable length aligns with layout needs before ordering supplementary extensions. Wiring Configuration: Follow pinout standards provided in datasheets when connecting this unit into larger electromechanical assemblies — missing this step risks logical errors on activation points downstream of main circuits. Output Signal Type: PNP positive switching signal triggered upon presence detection; verify all associated actuators interpret the signal correctly prior implementation. - Maximum sensing distance approximately 5 mm, varies per metal type detected. - Operating temperature range between -25°C to +70°C. - Requires DC voltage input rated between 10 V and 30 V. - Inductive sensors unsuitable for direct interaction with non-metallic targets. - Avoid exposure beyond specified humidity limits — internal performance degrades over time from moisture saturation impacts.