UKIThe function of each control board
One.CPUBoard:CPUBoardIts function can be considered as a simplified computer,and OthersI/FthroughCPCIsocket.Interface bridge board,VMEto connect! 
Two.XMPBoard:XMPBoard andRMB(JGRMBBoard andJHRMBBoard)act together,is the control board for servo motors and stepper motorsThe board can control up to. 
XMPmotors on axes!19(1) 
FromRMBBoard outputserial instruction signals16BITcontrol.XYaxisZQaxis'sACservo motorcontrols speed using the motor's rotary converter. 
axisZQ:counts electromagnetic scales to control positioning.zQ. 
controls position using the motor's rotary converterZQ:(2) 
The board outputs pulse instructionsRMBBoard outputto control the central motor.backup motor.automatic width adjustment motor's stepper motor.(3). 
detects the opening of the emergency switchimmediate stop.(4)axisZQ.ZQZQ. 
detects the origin and limits of each axissensors!( 
servo start, electromagnetic scale alarm detection!5) installed with 
servo start, electromagnetic scale alarm detection!6axis.axisAxes and backup motorsaxis'sRposition management counter for the axis.Three.
SYNONETconnection board.The connection board is 
connection board.JGRMBboard.SAFETYCARRYSAFETYconnection board and various motor actuators. Electromagnetic scales. Signal connection board between limit sensors.) transfer
servo start, electromagnetic scale alarm detection!1axis actuators andZY4signals of the board. Among them, alarm signals are output to the board by insulated image probes.XMP) transfer electromagnetic scale andCARRYsignals of the board.

servo start, electromagnetic scale alarm detection!2)XMPaxis limit signal transfer 
servo start, electromagnetic scale alarm detection!3) transfer central motor. Backup motor. Automatic width adjustment motor's actuators andaxissignals of the board (viaboard.Board andCARRYsignals of the board.
servo start, electromagnetic scale alarm detection!4transfer board)XMPFour. Interface bridge board.connection board and various motor actuators. Electromagnetic scales. Signal connection board between limit sensors.The interface bridge board connects with 
interfaces and 
VMECPCIinterface. It is the board accessed fromtoaccess.CPCIThe board connected to the interface:to  VME 
CPCI,CPUSAFETYXMPSAFETY
LIGHTCTRL,CARRYI/O CTRLMCMI/O CTRLBASE-FEEDERI/O CTRLLI/O CTRLIP-X3I/O CTRL),servo start, electromagnetic scale alarm detection!) board.），),servo start, electromagnetic scale alarm detection!position management counter for the axis.）基板。 
Five.),Board 
This substrate is a control and calculation substrate for the sensor used in the component center (MNLAorFMLA).
servo start, electromagnetic scale alarm detection!1Is it explained? It's a bit brief. This isn't difficult.
Six.CARRYSAFETY 
servo start, electromagnetic scale alarm detection!1) Detect emergency switch, limit sensor,X-SLOWsensor, cut off servo power.
servo start, electromagnetic scale alarm detection!2) Detect shield switch,X-SLOsensor, notifyXMPSAFETY 
servo start, electromagnetic scale alarm detection!3) throughconnection board and various motor actuators. Electromagnetic scales. Signal connection board between limit sensors.the circuit of the transfer substrate, to transmit sensor, solenoid valve,I/FATCsensor, and signal operation of the solenoid valve.) Install 
servo start, electromagnetic scale alarm detection!5SMEMA I/Fcircuit.) Save 
servo start, electromagnetic scale alarm detection!6parameters inM/SFLASHROM.FLASHROMThe LED on the board has been mentioned before.
Seven.Let's keep it simple... A very clear explanation takes a long time.This substrate mainly transmits the signals of the sensors. I won't list them all. 
Eight.connection board and various motor actuators. Electromagnetic scales. Signal connection board between limit sensors.SAFETY

This substrate has functions such as feeder advancement, temperature sensor and vacuum transfer, control of signal lights, 
MTC I/F 
and so on.BASE-FEEDER SAFETY 
:Normal operation.For 
LED1HALTCPU: The system is for 
2HALTCPUFAILWhen a fault occurs,The LED on the board has been mentioned before. 
3the light will turn on.TransmitThe LED on the board has been mentioned before. 
long serial data.2I/O CTRL3 Control of each device's substrate 
9The LED on the board has been mentioned before.I/OBoard 
Control substrate's16BIT68000   12MHZ 
to perform. (Except for the head main substrate)I/OHALT dCPUHALT: Normal action.. The mounting head main substrate 
LDE1HALTTransmit 
  2HALTThe mounting head main substrate communicates with the main control computer through serial transmission, controlling the head's
  3) vacuum and flow solenoid valve's operation. 
10) Read the vacuum data detected by the vacuum sensor. 
) Read the bad mark transmission room sensor'sI/Fand determination results. (Optional)I/OSAFETY 
servo start, electromagnetic scale alarm detection!1) Detect 
servo start, electromagnetic scale alarm detection!2z 
servo start, electromagnetic scale alarm detection!3The axis's deceleration sensor.ON/OFF. The operation substrate

servo start, electromagnetic scale alarm detection!4Installs various switches: start,SOTPand so on. 
11The substrate notifies the open status of the shield switch, servo switch, and emergency switch status. 
PerformHODsignal transfer. 
The board connected to the interface:CARRYLIGHT CTRL
This substrate performs various lighting and mounting head'sVCSlighting and brightness adjustment on the base, standard 
12The LED on the board has been mentioned before.OCCBoard 
lighting and brightness adjustment, standardcamera and optional high-resolution camera's operation lighting conversion cylinder.This substrate processesthe board markings captured by the camera.ICcamera and optional high-resolution camera's operation lighting conversion cylinder.markings. 
13The LED on the board has been mentioned before.IP-X3Board 
Image data such as wafer, calculates the position correction of the substrate, and the required values for part position correction of the image substrate.the board markings captured by the camera.The LED on the board has been mentioned before.camera and optional high-resolution camera's operation lighting conversion cylinder.If you have any technical questions, you can call 18682134325. Mr. Li.IC标记。IC苡片等图像数据，计算基板的位置修正，零件位置修正要的数值的图像基板。

有任何技术方面的问题都可以来电咨询18682134325.李生。