What is the structure of the GUBOA magnetic induction coder?

GUBOA magnetic encoder is to realize the automation instrument system is fully interoperable,interoperable is hierarchical,with forward and inversion of discriminant encoder,through the zero pulse,will receive a zero of the encoder reference,GUBOA magnetic encoder on the encoder material with glass,metal,plastic,glass encoder is in the deposition of thin scribed line on the glass,its thermal stability,high precision,metal encoder directly to pass and impassability scribed line,not easy to be broken,but the metal has certain thickness,the precision is limited,its thermal stability is an order of magnitude worse than glass,plastic encoder is economical,its cost is low,but the accuracy and thermal stability,life is less.The GUBOA magnetic induction coder has a reference point to correct the memory location of the counting device.There is no guarantee of location accuracy before reference points.To do this,we have to find a reference point for each operation in the factory,and then turn on the change.

The incremental BEN coder converts the shift to a periodic electrical signal and converts the electrical signal into a counting pulse,indicating the size of the displacement in terms of the number of pulses.GUBOA magnetic encoder each location corresponding to a certain numerical code,so it's only with the measurement value for start and stop position,and has nothing to do with the measurement in the middle of the process.It is known by the counting device to know its position through the counting device,and it relies on the internal memory of the counting device to remember the position when the coder does not move or power.So,after the power outage,there cannot be any movement,when to work,in the process of the encoder output pulse,also can't be a pulse interference and loss,otherwise,the counting device memory of zero offset,and the amount of the offset is don't know,can only know wrong after the production results.