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Samsung Hanwha SM471 SMT Machine Component Supply Error Analysis And Solution

Date:2024/01/11  Click:118 times
  Chapter 1. MMI Error Code and Problem Solving
1.1. Trouble Shooting Guide General principles
If any of the following errors occur during the operation of the equipment, first take the measures described in [Countermeasures] in this manual. If an error still occurs after taking measures or if an error not covered by this manual occurs, please contact us after taking the following measures.
First, save the record file necessary for taking measures to disk.
If the error is related to the device driver, make all axes of the device return to the original point function, and then remove the error again.
If the problem continues to occur, turn off the power to the device and restart it after about 10 seconds and remove the error once again.
If the problem is still not solved after taking many of the above measures or retrying, please send the contents of the saved record file to our company for consultation on the contents of additional measures according to ** one of the measures.
Generally speaking, when there is an abnormal software error or obstacle, it is possible to solve the problem as soon as possible by saving the following files and contacting our company.
Job PCB file (a file with .pcb or .opt extension)
Error log files (all files on the C:\SmartSM\Log folder)
Device system files (all files on the C:\SmartSM\System folder)
Warnings
Please refer to the device status display field of the MMI to confirm the error level according to the error code. If the error level is Emergency (EMER) or Freeze (FREEZE), click the "STOP" button to turn off the buzzer and then click the "RESET" button to convert the device to "IDLE" status and take the appropriate action. The corresponding measures are taken.
If it is MPU_STOP, turn off the device normally and restart it. If you adjust the sensor or perform debugging while the device is in the Ready state, you may be injured. Be sure to perform sensor adjustment and error removal in the Stop state after releasing Ready.
1.2.1. Absorption error (increase in waste rate)
Component supply error
Cause Major category:Incorrect belt installation Cause Medium category:Incorrect belt reel installation on belt feeder Remarks:E0000
Cause:Overturning/tilt phenomenon occurring Cause:Reel** Remark:E0110
Cause Medium category:Tape guide magnetized Remark:E0011
Cause:Tape guide/shutter deformation Remark:E0012
Cause:Shutter movement** Remark:E0013
Cause classification:Component supply speed**(shaped feeder) Remark:E0014
Reason large classification:Feeding** Reason medium classification:Feeder maintenance** Remark:E0020
Reason in classification:Motor action of belt feeder** Remark:E0021
Cause:Cylinder action of belt feeder** Remark:E0022
Cause:Insufficient feeding force of belt feeder Remark:E0023
Cause:Breakage and detachment of feeding spring Remark:E0024
Cause:Pitch error Remark:E0025
Cause:Indexing sensor** Remark:E0026
Medium classification of cause:Vibration of vibration feeder is too weak to move the component Remark:E0027
Cause Large category:Vinyl film discharge** Cause Medium category:Tape plastic is caught inside the tape guide Remark:E0030
   Abnormal discharge of vinyl film Remark:E0031
Cause Large category:occurrence of strip JAM Cause Medium category:entrapment of component in strip discharge path Remark:E0040
Cause Large category:Component bouncing next to pickup Cause Medium category:Pickup Z setting error Remark:E0050
       Cause Medium Category:Pickup dropping fast Remark:E0051
2. Year-round agent sales of Hanwha Samsung brand new bonder, agent of the hot models include:
1,Hanwha Samsung brand new bonder SM471plus(high speed CHIP bonder).
2,Hanwha Samsung brand new bonder SM481plus(high speed and high precision bonder);
3,Hanwha Samsung brand new bonder SM482plus(multi-functional bonder).
Advantages of Hanwha Samsung mounter:
1,Hanwha Samsung Chip Mounter SM471plus:
SM471puls high speed Chip mounter SM471 is equipped with 10 axial bars per placement head and apply double cantilever, the new flying camera high performance mounter, can achieve the world's class products * high speed of 78,000CPH.
In addition, 01005-14mm (H12mm) can be basically corresponded to, and by applying high-speed. The high precision electric feeder improves productivity and placement quality. In addition, it can share with SM pneumatic feeder* original SM3/SM4 series feeder, so it will be more convenient for old customers to use, and save the configuration of feeder (*New electric feeder can get *high precision and fast response speed, improve quality and productivity)
2,Hanwha Samsung mounter SM481plus:
SM481plus is the fastest machine in its class based on the platform of high-speed bonder SM471plus and enhanced for the VISION system. It is equipped with one cantilever, 10 axes, a new flying camera and the application of *optimized suction/placement action, thus achieving the world *fast speed of 40,000 CPH in its class.
In addition, it is possible to support *smallest* 01005 components to *largeest* 42mm ICs, and by applying the electric feeder, it improves the actual productivity and placement quality. It can share the original SM3/SM4 series feeder with the SM pneumatic feeder, so it will be more convenient for the old customers and save the configuration of the feeder (*The new electric feeder can get *high precision and fast response speed to improve the quality and productivity).
3,Hanwha Samsung mounter SM482plus:
(1)High speed. High precision electric feeder
- Suction position automatic whole column function
- SM pneumatic feeder can be shared
SM pneumatic feeder can be used together with New vacuum system and suction/placement mode are optimized
? SMART Feeder
- The world's first automatic pick-up and feeding
(2) Achieved 30,000 ultra-high speed placement
Optimization of the 6 Spindle flying head structure and suction/placement movements* has achieved the highest placement speed in its class
By using Samsung's On The Fly image recognition technology, component recognition can be performed without stopping during the movement after suction, thus maximizing placement speed by minimizing the movement time between the suction position and placement position* and minimizing the recognition time.

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