To Next PageTo Next PageWhy am I getting an overspeed error on my Samsung CP?
If you're getting an overspeed error on your Samsung Industrial Equipment, it means the motor speed is above the rated value. Check the input frequency of the command pulse and the connection of the encoder cable.
Why is my Samsung Industrial Equipment overheating?
Your Samsung Industrial Equipment may be overheating because the servo amp temperature is higher than its rating. To resolve this, improve the servo amp cooling condition. Alternatively, the servo amp may be overloaded. In this case, decrease the load by increasing the capacities of the servo amp and motor.
What to do if my Samsung CP Industrial Equipment shows overload prevention?
If your Samsung Industrial Equipment indicates overload prevention, it could be due to several reasons. It might be caused by long time operation of the motor under overload condition, so you should decrease the load by increasing the capacities of servo amp and motor. A gain setting error can also trigger this, requiring you to set the gain again. Check for any wiring errors of motor cables and correct the wiring. Ensure there isn't any hindrance in the motor operation path; if there is, remove it and decrease the load. Also, verify that the self brake is off by releasing the self brake terminal. Finally, confirm that the motor cable connection hasn't been changed between the motors and correct the wiring if needed.
How to troubleshoot main power source voltage abnormal in Samsung CP?
If the main power source voltage is abnormal in your Samsung Industrial Equipment, it could be due to several reasons. If the voltage is too low, raise the voltage. If there is insufficient power source capacity, increase the power source capacity. A loss of one phase in the 3 phase servo amp can also cause this, so accurately connect L1, L2 and L3. Lastly, damage to the servo amp circuit may be the cause, requiring you to replace the servo amp.
What causes control voltage abnormal in Samsung Industrial Equipment and how to fix it?
If the control voltage in your Samsung Industrial Equipment is abnormal, it could be due to a few reasons. The control voltage might be too low, in which case you should raise the voltage. Alternatively, there might be insufficient control voltage capacity, requiring you to increase the power source capacity. If the servo amp circuit is damaged, replace the servo amp.
What causes regeneration overload in Samsung CP Industrial Equipment?
Regeneration overload in Samsung Industrial Equipment can stem from several issues. A PCB fault could be the cause, necessitating replacement of the servo amp. It may also be due to power source voltage drop, which requires adjusting the power source voltage within the specified value. A damaged rectifier will also cause this, requiring replacement of the servo amp. Excessive variation of input power voltage should be adjusted to remain within the power source voltage specification. Finally, a PCB fault may also cause this issue, requiring replacement of the servo amp.
What to do for absolute value encoder overspeed error in Samsung CP?
If you are experiencing an absolute value encoder overspeed error in your Samsung Industrial Equipment, it means the encoder revolution by battery power exceeds the rated value. Check the X4 connector and the encoder power (5V DC).
What to do if Samsung CP Industrial Equipment has other errors?
If your Samsung Industrial Equipment has other errors, it indicates a servo amp self diagnosis error for the internal error. Turn off the power, and turn it on again. If the problem continues, contact the A/S company designated by Samsung Techwin (STS) company.
How to resolve position limit exceeding error on Samsung CP Industrial Equipment?
If you are experiencing a position limit exceeding error on your Samsung Industrial Equipment, it is likely because the motor does not move in accordance with the command pulse. To solve this, adjust the gain and reduce the load.
How to fix control mode setting error in Samsung CP Industrial Equipment?
If you are experiencing a control mode setting error with your Samsung Industrial Equipment, it means that the encoder and setting motor do not match. To resolve this, set correctly.
Important safety notice regarding machine operation and user training.
Essential safety rules for operation, maintenance, and symbol meanings.
Identification and description of safety labels on the front of the machine.
Identification and description of safety labels on the rear of the machine.
Details on what is covered by the warranty and common exclusions.
Overview of the different sections and their content within the manual.
Explanation of symbols used for referencing and memos in the manual.
Guide to understanding chapter titles, figure numbering, and page references.
Definitions for various components like Nozzle, Holder, Spindle, and Vision System.
Steps to follow before and after performing maintenance tasks.
Requirements for air pressure and power input voltage.
Lists and descriptions of tools included in the cleaning kit and other provided tools.
Procedure for inspecting and cleaning machine nozzles.
Checking the nozzle holder tube for looseness or cracks.
Inspection of the flying vision mirror for dust or contamination.
Procedure for cleaning debris from the feeder station slots.
Inspection of the stage camera cover glass for dust or foreign matter.
Steps for cleaning the camera lens and LED components.
Checking and adjusting the machine's pneumatic pressure.
Checking the nozzle holder for potential bending due to improper operation.
Inspection of the vacuum filter for contamination by dust or solder paste.
Inspection of the spindle for contamination that may cause pickup problems.
Checking the X-Y frame cableveyor for wear and tear.
Inspection of the PCB conveyor belt for tension, wear, and shifting.
Checking PCB sensors for contamination and adjusting sensitivity.
Checking the operation accuracy of the ANC shutter sensor.
Verifying feeder installation status to prevent emergency stops.
Checking the cooling fan filter for contamination.
Checking head section for contamination and coil tubes for twist/leakage.
Checking head air module pressure and flying vision lens contamination.
Checking X-Y frame for contamination and proper operation.
Checking the operation of X-Y frame limit and home sensors.
Checking the operation status and sensors of machine cylinders.
Inspecting the stopper end for wear on the PCB connection face.
Checking the feeder station cylinder for smooth operation.
Adjusting cylinder speed and inspecting air filters.
Checking cooling fan operation and cleaning dust from the control rack.
Reference for lubrication and grease application procedures.
Table detailing lubrication types, methods, and periods for components.
Specific lubrication procedures for the head assembly.
Lubrication procedures for X-axis LM guide rails and ball screws.
Inspection of Y-axis LM guide rails and ball screws for lubrication.
Lubrication procedures for conveyor width adjustment mechanisms.
Inspection of the conveyor chain for lubrication and contamination.
Definition of consumables and their recommended replacement intervals.
Troubleshooting guide for identifying and resolving machine noise issues.
Procedures for inspecting power supply status and switch functions.
Checking PC component installation and cable connections in the controller rack.
Checking the video card's status and connection for proper operation.
Procedures for HDD detection, including CMOS setup adjustments.
Checking the FDD's power supply and cable connections.
Checking keyboard, mouse, and machine controller assembly status.
List of control boards and their part numbers and remarks.
Description of CAN Master Board functions and its connections.
Description of Head Control Board functions and required power supply.
Description of Conveyor Control Board functions and required power supply.
Description of Feeder Control Board functions and required power supply.
Description of Illumination Control Board functions and required power supply.
Checking the X-axis motor drive for normal operation.
Jumper settings for EPROM booting and System Controller.
Jumper settings for XY and H1/2 axis boards.
Jumper settings for H3/4 and H5/6 axis boards.
Jumper settings for CAN Master and Step I/F boards.
Digital switch settings for AC Servo Drivers.
Troubleshooting for motor control voltage and overvoltage alarms.
Troubleshooting for power source voltage and overcurrent alarms.
Troubleshooting for encoder and overtravel related alarms.
Troubleshooting for limit exceeding and overspeed alarms.
General| Manufacturer | Samsung |
|---|---|
| Series | CP Series |
| Display Type | LCD |
| Resolution | Full HD (1920x1080) or higher depending on model |
| Viewing Angle | Wide viewing angle |
| Durability | Built to withstand harsh industrial environments |
| Mounting Options | VESA Mount |
| Input Ports | HDMI, VGA |
| Operating Temperature | 0°C to 50°C (depending on model) |
