Eddy Coil Auto Leveling Sensor High-Speed for Voron 2.4 Stealthburner Trident VZbot Printhead Klippe

Eddy Coil:I2C Communication:Works with EBB36\/42 CAN, suitable for DIY users. -fast and Ultra-precise: Utilizes millisecond-level eddy current scanning to precisely identify microscopic defects on the print bed and automatically adjust the height for fast and precise leveling.Advanced Temperature Compensation: Ensures consistent, precise leveling at all times, unaffected by temperature fluctuations.Effortless Installation in Minutes: The custom shell, designed to effectively negate external metal interference on coil detection precision, offers a predefined clearance zone for its coil, ensuring a straightforward, measurement-free installation that enhances both ease of use and accuracy.Ready for Voron StealthBurner: Eddy series can be effortlessly attached to the TL-Q5MC\/PL-08N location for quick and convenient integration.A Non-contact High-Speed Leveling Tool:Eddy Coil MCU:NoEddy Coil Temperature Compensation:NoProduct Weight:6gVoltage:5VStatic Current:30mAOperating Current:30mAOperating Temperature:60C AmbientStandard Error:0.5mFirmware:KlipperEddy Coil Z-homing Device Required:YESEddy Coil Boards:Requires connection to Klipper-based mainboards via tool boards such as EBB36\/42 CAN, which have I2C interfaces for proper functionality.The 20 seconds data was obtained by testing on a 250mm heated bed.Eddy Coil lacks thermal compensation and is therefore not optimized for Z-homing. It is primarily designed to work in conjunction with an existing Z-homing device such as an endstop or probe. It offers rapid bed scanning functionality when combined with an existing Z-homing device. We have mounts designed to allow the use of Coil along with the CNC Tap.Color: BlackMaterial: plastic + electronic componentsPackage Contents:1 x Eddy Coil Auto Leveling Sensor1 set of accessoriesOnly the above package content, other products are not included.Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +\/- 1-3cm.