1 x V5 3D Precision Tool Setting

Specification Model:V5;
Approach direction:±X/±y/±Z;
Repeatability:＜0.01;
Working voltage:DC 5-24V;
Cable length:2m;
About Travel Protection Distance: XY plane ±4mm.Z direction 2mm.
 The housing is made of finely brushed black and silver oxidized aluminum alloy, flat and anti-roll design, the pin is integrated stainless steel processing, with tungsten steel ball head, wear resistant.

 3D edge finder with excellent waterproof and dustproof performance that effectively extends the service life. With signal light, green light when power is on and red light when triggered for greater clarity.

Application Suitable for GRBL control board and Mach3 systems etc. By connecting the CNC signal input (tool setting port), it can quickly find the mind, search for edges, search for a round heart, search for a measuring workbench and other functions.

Precautions:

1.Need to turn on the spindle speed?
Never, never, never.
Don't laugh, there are such users.
 
2.How to distinguish the three wires?
The red wire is VCC, the black wire is GND, and the white wire is IO.

3.Why is the concentricity different every time the probe is installed?
Because your ER chuck spring clip cannot guarantee 100% uprightness. Every time the probe is installed, even if the concentricity is adjusted to 1 wire, there will still be deviations when the probe is removed and installed again. So your chuck is best to buy AAA and above accuracy (concentricity <=0.005), because many chucks in China have false standards, it is recommended to use a high-precision gauge or tungsten steel rod to check the table after installing the chuck. Look at concentricity. It’s best to place the dial indicator at a distance of 50mm from the chuck, which is roughly the distance between the ball head of our probe and the root of the tool handle.

4.Why am I obviously an AAA chuck, and the concentricity is still poor?
That's because you bought a virtual label chuck.
Under normal circumstances, if the spindle jumps by 0.01, the AAA chuck clamps the milling cutter and the table tool holder, the error may not exceed 0.02, and the error may not exceed 0.03 at most. There will be a slight angular deviation between the center axis of the collet chuck and the center axis of the spindle, which will be magnified by the length of your tool holder. Usually you use a calibration meter to measure the root of a milling cutter, and you can't see a big error, but because the stylus of the probe is about 50mm away from the tool holder, the error will be further magnified. Therefore, be sure to choose genuine high-precision chucks, which is nothing more than a price difference of tens of dollars.