CNC Automatic Tool Sensor Gauge DC 24V Four Wire Normally Closed Touch Probe Tool Setter for Engraving Machine Z Axis Measurement High Accuracy Aluminum Alloy (Without Blowing air)

["【High Precision Tool Measurement Performance】 This automatic tool setting gauge is designed with a 5 mm stroke and delivers 0.01 mm repeat positioning accuracy; 1.5 N trigger force allows sensitive and repeatable contact for tool length measurement; rated at DC 24V 20 mA for stable signal output; suitable for precise Z axis calibration tasks where consistency and accuracy are critical for your machining setup","【Normally Closed Four Wire Signal Stability】 Built as a normally closed tool sensor with a four wire configuration; this structure helps reduce signal interference and false triggering during operation; compared with open contact designs it offers improved reliability for continuous use; ideal for users who need a stable tool setter connection for engraving and routing machines without air blow systems","【Industrial Protection】 This Z axis probe features an IP67 protection rating to resist dust coolant and debris; sealed housing supports long term use in workshop conditions; designed to maintain performance even with metal chips and moisture present; suitable as an industrial tool setter for users concerned about premature failure caused by environmental exposure","【Flexible Cable】 Equipped with a 2 m flexible four core cable and an additional 1 m protective tube with minimum bending radius R25; this design helps reduce internal wire stress and accidental damage during machine movement; anti collision structure supports safer operation and helps prevent sensor failure caused by unexpected contact","【Compact Size】 Overall dimensions measure 55 x 62 x 38 mm which equals 2.17 x 2.44 x 1.50 inches; net weight approximately 0.35 kg or 0.77 lb; designed for Z axis touch sensor applications on engraving machines; please confirm electrical compatibility and mounting space before installation as this unit does not include air blow functionality"]