PRECISE EDGE FINDER The V6 anti roll protection for 3D touch probe is designed to provide exceptional accuracy in edge and center finding tasks on desktop CNC machines. Enjoy the improvement in all your editing projects. EASY WIRED CONNECTIONS Eliminate confusion with straightforward cable connections; Red indicates VCC, Black is GND and White stands for IO. This intuitive setup allows you to get started quickly without unnecessary complications. STABLE CONCENTRITY CONTROL Although slight variation may occur with each installation, investing in high-quality AAA grade drill chucks greatly improves repeatability and reliability in your machining processes. FOR CNC MACHINES Whether you are an experienced professional or an avid hobbyist, this probe is a must-have tool that optimizes your workflow and ensures accurate results every time. [Size Reminder] Before ordering, check the compatibility of this probe with your specific CNC setup to ensure seamless integration. › See more product details; Product description Feature: NO: normally open. N-C: normally closed. Precautions: 1. Need to turn on the spindle speed? Never, never, never. 2. How to distinguish these three cables? The red wire is VCC, the black wire is GND, and the white wire is IO. 3. Is the runout of the probe different with each installation? Because its ER chuck spring clamp cannot guarantee verticality. Every time the probe is installed, even if the concentricity is set to 1 wire, there will still be deviations when the probe is removed and reinstalled. Therefore, it is AAA grade drill chuck with higher for (concentricity <= 0.0 05), because many drill chucks in China have fake standards. It is recommended to use a high gauge or steel rod to check the gauge after installation. Check pay attention to the concentricity. It is best to place the micrometers 50mm away from the chuck, which is about the distance between our probe ball head and the root of the tool handle. 4. Is the concentricity still poor when I obviously use an AAA drill chuck? That's because you bought a virtual label lining. Under normal circumstances, when the spindle jumps 0.01, the AAA drill chuck clamps the cutter and workbench tool holder, the error cannot exceed 0.02, and the maximum error must not exceed 0.03. There will be a slight angle deviation between the center of the tool holder and the center of the spindle, which is increased by the length of the tool holder. Usually the root of the tool is measured with a calibration meter, and there is no big error to be seen, but since the probe needle is about 50 mm away from the tool holder, the error is increased more. Therefore, you need to choose a high- for chuck, which is nothing more than a difference of te.; Product description Feature: NO: normally open. N-C: normally closed. Precautions: 1. Need to turn on the spindle speed? Never, never, never. 2. How to distinguish these three cables? The red wire is VCC, the black wire is GND, and the white wire is IO. 3. Is the runout of the probe different with each installation? Because its ER chuck spring clamp cannot guarantee verticality. Every time the probe is installed, even if the concentricity is set to 1 wire, there will still be deviations when the probe is removed and reinstalled. Therefore, it is AAA grade drill chuck with higher for (concentricity <= 0.0 05), because many drill chucks in China have fake standards. It is recommended to use a high gauge or steel rod to check the gauge after installation. Check pay attention to the concentricity. It is best to place the micrometers 50mm away from the chuck, which is about the distance between our probe ball head and the root of the tool handle. 4. Is the concentricity still poor when I obviously use an AAA drill chuck? That's because you bought a virtual label lining. Under normal circumstances, when the spindle jumps 0.01, the AAA drill chuck clamps the cutter and workbench tool holder, the error cannot exceed 0.02, and the maximum error must not exceed 0.03. There will be a slight angle deviation between the center of the tool holder and the center of the spindle, which is increased by the length of the tool holder. Usually the root of the tool is measured with a calibration meter, and there is no big error to be seen, but since the probe needle is about 50 mm away from the tool holder, the error is increased more. Therefore, you need to choose a high- for chuck, which is nothing more than a difference of te.; Feature: NO: normally open. N-C: normally closed. Precautions: 1. Need to turn on the spindle speed? Never, never, never. 2. How to distinguish these three cables? The red wire is VCC, the black wire is GND, and the white wire is IO. 3. Is the runout of the probe different with each installation? Because its ER chuck spring clamp cannot guarantee verticality. Every time the probe is installed, even if the concentricity is set to 1 wire, there will still be deviations when the probe is removed and reinstalled. Therefore, it is AAA grade drill chuck with higher for (concentricity <= 0.0 05), because many drill chucks in China have fake standards. It is recommended to use a high gauge or steel rod to check the gauge after installation. Check pay attention to the concentricity. It is best to place the micrometers 50mm away from the chuck, which is about the distance between our probe ball head and the root of the tool handle. 4. Is the concentricity still poor when I obviously use an AAA drill chuck? That's because you bought a virtual label lining. Under normal circumstances, when the spindle jumps 0.01, the AAA drill chuck clamps the cutter and workbench tool holder, the error cannot exceed 0.02, and the maximum error must not exceed 0.03. There will be a slight angle deviation between the center of the tool holder and the center of the spindle, which is increased by the length of the tool holder. Usually the root of the tool is measured with a calibration meter, and there is no big error to be seen, but since the probe needle is about 50 mm away from the tool holder, the error is increased more. Therefore, you need to choose a high- for chuck, which is nothing more than a difference of te.
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