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Related Manuals for Goldstar ELITE PRO 510
Summary of Contents for Goldstar ELITE PRO 510
- Page 1 ELITE PRO 510 p r o d u c t u s e r M a n u a l ORDER NOW More information www.goldstarcnc.us More information (786)400-0910...
- Page 2 Preface Thank you for purchasing the products of Goldstar CNC. Please read the following notes carefully after receiving your machine: 1) Read the following pre-installation precautions and check whether the installation environment of the machine is suitable to avoid unnecessary trouble for your installation and use.
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Page 3: Table Of Contents
Delivery of the machine ...........................5 Machine overview .............................7 About the machine identification ......................8 Important safety instructions .........................9 Installation Notes............................. 11 5.1. Vacuum pump installation....................11 5.2. Dust collector installation....................12 5.3. Power and air supply installation..................13 5.3.1. Power supply......................... 13 5.3.2. - Page 4 7.6.6. Wear setting ........................66 7.6.7. Processing record form ..................... 67 7.6.8. Clear accumulated time..................... 68 7.7. F5 Maintenance ........................69 7.7.1. Alarm display......................... 69 7.7.2. Network settings......................70 7.7.3. Rapid diagnosis ......................73 7.7.4. Extended parameter bits................... 75 7.7.5. System settings......................
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Page 5: Delivery Of The Machine
1. Delivery of the machine To ensure that your machine can be used normally, please read the following before delivering the machine: For the convenience of loading and unloading, please prepare a forklift before unloading the machine (recommended to be 3 tons or above). * Due to the large size of the machine, we will remove the gantry and other components when shipping. - Page 6 8) There may be wood dust or lubricating oil inside the machine, which is generated during the factory testing process. 9) Please ensure there is enough space to place the machine, and reserve an area for vacuum cleaners, vacuum pumps, control cabinets and other tools that may be carried.
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Page 7: Machine Overview
2. Machine overview Auto tool sensor Tool magazine Oil water filter Emergency stop switch Auto lubrication Power terminal Vacuum table valve MPG hand wheel Pop up pins * For reference only, please refer to the actual situation. -
Page 8: About The Machine Identification
3. About the machine identification There are many technical signs and safety signs on our machines. Please read the following overview. The information they contain is to ensure the safety of the machine operator and the stable and normal operation of the machine itself. (The color of the axial mark may be different, please refer to the actual machine). -
Page 9: Important Safety Instructions
Pay attention to high temperature 4. Important safety instructions Before assembling this machine, please carefully read the operating and safety instructions provided below. Ignoring these instructions may result in electrical shocks, fires, and other serious accidents. We advise against modifying the factory settings of this machine on your own. 1) The machine itself has certain noise and safety hazards. - Page 10 Please cut off the power when not in use for a long time. There must be professional guidance when moving the machine. 5) Be sure to pass the water before using the water-cooled spindle. 6) Do not put your fingers into the working range of the tool, and do not remove the engraving head for other purposes.
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Page 11: Installation Notes
5. Installation Notes 5.1. Vacuum pump installation ① After receiving the machine, take the vacuum pump out of the package and fix the steel wire tube at the air inlet of the filter with a tightening tool. ② Open the cover of the motor and connect it to the power supply, and connect the other end to the wiring of the vacuum pump controlled by the engraving machine. -
Page 12: Dust Collector Installation
5.2. Dust collector installation ① Take the vacuum cleaner out of the package, install it according to the vacuum cleaner instructions, and place it stably. ② Connect the power supply to the vacuum cleaner, and connect one end of the power supply to the electrical box-vacuum cleaner connection. -
Page 13: Power And Air Supply Installation
5.3. Power and air supply installation Power supply 5 5 . . 3 3 . . 1 1 . . Refer to the diagram below to connect the power supply (the voltage and terminals are subject to the actual machine). When connecting the power cord, be sure to pay attention. -
Page 14: Air Source
Air source 5 5 . . 3 3 . . 2 2 . . A clean air source should be connected and the air pressure should be maintained at 0.6-0.8Mpa. -
Page 15: Installation Of Other Accessories
5.4. Installation of other accessories After all accessories are installed, you need to check whether the accessories are installed correctly and whether the gaps are appropriate. -
Page 16: Preparation And Operating Instructions Before Machine Operation
6. Preparation and operating instructions before machine operation 6.1. Check air source After the air source is connected, the air pressure rises to 0.6-0.8 Mpa. （The system will sound an alarm if the pressure is too low or too high). -
Page 17: Check Automatic Lubrication
6.2. Check automatic lubrication Automatic lubrication will replenish oil every time the machine is turned on and every 240 minutes after starting the machine. Replenish oil for 30 seconds each time (please do not turn on and off the power frequently. Automatic lubrication will replenish oil every time you turn on the machine). -
Page 18: Power On
6.3. Power on Press the corresponding start button on the control chassis to turn on the power and start the control system. - Page 19 After the power is turned on, you can judge the current status of the machine by observing the signal light. For example, the execution of processing programs, MDI mode, etc. will be displayed in green, the standby display will be displayed in orange, the alarm or pressing the emergency stop switch will be displayed in red, etc., in conjunction with the software status bar.
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Page 20: Material Fixation
6.4. Material fixation The vacuum table is divided into 6 areas. Each valve corresponds to a specific area of the work surface. Depending on the material selection, specific areas can be activated or deactivated accordingly. (No need to open when using T-slot). -
Page 21: Operating System Description
7. Operating system description If you are using this type of system for the first time, please read this manual carefully and use the handwheel mode to operate with caution; if you have relevant experience, please quickly find the information you need through the catalog. - Page 22 Workpiece coordinate system The workpiece coordinate system is a new coordinate system established by selecting a known point on the workpiece as the origin (also called the workpiece origin).
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Page 23: Main Screen Introduction
7.1. Main screen introduction Screen section description： No matter how the screen is switched, the following Serial Screen information will always be on the background main screen and number content can be observed and operated at any time. · AUTO， Switch to automatic mode. ·... - Page 24 · After clicking, the box in the upper left corner of the button Single will turn green, and the single block execution mode will be section entered. execution · Click again to cancel. Reset · Trigger reset action. · After clicking, switch directly to the main interface manual Main panel.
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Page 25: Boot Interface
7.2. Boot interface Press F1 to turn off the alarm. In HOME mode, click Cycle Start. Each axis of the machine will automatically return to the mechanical origin, and the machine tool will immediately start the zero return operation. After the zero return is completed, the processing operation can be carried out. -
Page 26: F1 Operator Panel
7.3. F1 Operator panel Path: F1 Operator Panel Explanation: The operations required by the operator for production are concentrated in F1. During processing, all processing operations can be completed only in · Select a work order. · Execute processing. ·... - Page 27 The information displayed by Workinglist is: Sequence Processing NC file name Station number status Crude 00001.nc Crude 00002.nc...
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Page 28: Processing Panels
7.3.1. Processing panels Path: F1 operator panel→F1 processing panel. File page button：Page up and down the file list. Station：Display single station/double station status. Processing status：The processing status of the corresponding plate is displayed. Click the drop-down button to modify the processing status of the plate. (Unprocessed, whole, labeling, pushing, processing completed). -
Page 29: Move Bank Number
7.3.2. Move bank number Path: F1 Operator Panel→F2 Move Line Number Description: Used to adjust the order of the list after the list is generated. Move up Path: F1 Operator Panel→F2 Move Line Number→F1 Move Up Description: Used to move a single NC program up after the list is generated and process it in advance. - Page 30 Move Downward Path: F1 Operator Panel→F2 Move Line Number→F1 Move Up Description: Used to move a single NC program downward after the list is generated to postpone processing. Operation method ① Select the processing program that needs to be moved. ②...
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Page 31: Work Order Selection
7.3. . 3. Work order selection Path: F1 operator panel → F3 work order selection Description: Used to generate processing lists and import files F1 output work list Path: F1 operator panel → F3 work order selection → F1 output work list Description: After selecting the processing program, generate a work list Operation method ①... - Page 32 Path: F1 operator panel → F3 work order selection → F2 file selection all Note: When selecting files, you can select all files at once. Operation method Click the File Select All function key and all programs and labels will be selected (excluding folders).
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Page 33: Status Reset
Operation method ① Select the file to add. ② Click the append work list function key, and the selected file will be appended to the original list. F7 Switch (USB/System) Path: F1 operator panel → F3 work order selection → F7 switching device (USB/system). -
Page 34: Clear The List
Do not click the breakpoint multiple times in succession, otherwise the status bar will be blank. Operation method ① Click the power-off return function key, a pop-up window will pop up, click Confirm. ② After the system enters the processing monitoring screen, confirm the breakpoint position, enter the breakpoint, and start processing. -
Page 35: F2 Program Editing
7.4. F2 program editing Path: F2 program editor Note: The control system provides program editing function, and program editing actions can be performed under this function key. Instructions ① Use the direction keys [↑] [↓] [←] [→] to move the cursor. ②... -
Page 36: Load And Execute Processing
『Program Editing』and『File Management』pages. Load and execute processing 7.4.1. Path: F2 program editing → F1 load program processing Description: This button can designate the program being edited as a processing program and switch the screen to the『Processing Monitoring』 page. * Note that this button is invalid during processing. Deleting rows 7.4.2. - Page 37 ① In the current editing program, move the cursor to the place where you want to add a loop, click "Insert Loop", and follow the instructions of the graphical auxiliary input to select the loop to be inserted and set the required arguments.
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Page 38: File Management
File management 7.4.4. Path: F2 program editing → F8 file management Explanation： This button can perform file management functions on all processing files in the specified drive letter of the system installation configuration. The system processing main program and its subfolders are marked by arrow icons. - Page 39 operation. The『Select All』button will not be enabled until all files are added. Instructions ① Use the direction keys [↑] [↓] to move the cursor. ② Use【Page Up】 【Page Down】to switch between the previous and next pages. ③ Press the【ENTER】key, and the file designated by the cursor will be designated as the editing file.
- Page 40 Path: F2 program editing → F8 file management → F2 copy file Description: This button can copy the file currently selected by the cursor. Instructions ① Use the direction keys [↑] [↓] to select the file to be copied ② After selecting, click「Copy File」 ③...
- Page 41 Select all: mark all files. Cancel selection: Cancel all marked files. Delete files: delete all marked files. Delete all files: Delete all files in the disk area. * Note: Files currently being processed and files currently being edited cannot be deleted.
- Page 42 Sub-function key description Copy: Import marked files and folders from external disk to internal disk. Select: Press this button to mark files. You can mark multiple files at the same time, or you can cancel marked files. Select all: Mark all files. ...
- Page 43 Copy folder restrictions ① Folders cannot be imported into subfolders of \DiskA\NcFile. ② If the entered folder item contains subfolders and you want to import \DiskA\NcFile, you will be prompted with "Subfolder detected. Please note that the contents of the subfolder will not be imported. File output Path: F2 program editing →...
- Page 44 cancel marked files. Select all: mark all files. Cancel selection: Cancel all marked files. Change disk drive: external disk can be changed. Switch focus to input and output: switch between internal disk and external disk. Instructions ①...
- Page 45 and folders will be output from the internal disk to the external disk. * Please note that all files in the folder will be copied. Load and execute processing Path: F2 program editing → F4 file management → F5 loading and execution processing.
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Page 46: F3 Offset/Setting
7.5. F3 offset/setting Path: F3 Offset/Set Explanation： Create a group under this function to perform offset function settings and function settings. You can use the shortcut key【Offset/Setting】to quickly switch pages in this group. -
Page 47: Workpiece Coordinate System
Workpiece coordinate system 7.5.1. Path: F3 Offset/Setting→F1 Workpiece Coordinate System Explanation： This function key can switch to the『Workpiece Coordinate System』 page to set the workpiece coordinate system. If no G54~G59.10 is set in the NC program, the system defaults to G54. ... - Page 48 * Note: After setting the coordinate system of the finished workpiece, you need to set the tool length compensation again. Modification time External bias： Modifiable: ready or not ready. Cannot be modified: processing and pre-solving. Workpiece coordinate system ( G54P1(G54), G54P2(G55), ..., G54P100 )： Modifiable: ready or not ready.
- Page 49 Operation example ① The front X-axis mechanical coordinate is 5.000. ② The current X-axis coordinate of G54 is 0.000. ③ Move the cursor to the X-axis coordinate of G54. ④ Click「Mechanical Coordinate Teaching」. ⑤ The X-axis coordinate of G54 is changed to 5.000. Relative coordinates teaching Path: F3 Offset/Setting→F1 Workpiece Coordinate System→F2 Relative Coordinate Teaching...
- Page 50 ④ Click「Relative Coordinates Teaching」 ⑤ Change the X-axis coordinate of G54 to 5.000. Auxiliary coordinate teaching Path: F3 Offset/Setting→F1 Workpiece Coordinate System→F3 Auxiliary Coordinate Teaching Explanation: Set the workpiece coordinate coefficient value where the current cursor is located to the corresponding current auxiliary point coordinate value. ...
- Page 51 ⑤ Change the X-axis coordinate of G54 to 5.000. Incremental input Path: F3 Offset/Setting→F1 Workpiece Coordinate System→F4 Incremental Input. Description: Change the workpiece coordinate coefficient value where the cursor is currently located to (the value where the cursor is located + the the entered instruction value).
- Page 52 Incremental Teaching Description: Change the workpiece coordinate coefficient value where the cursor is currently located to (the current corresponding mechanical coordinate value + the entered teaching value). Instructions ① Move the cursor to the workpiece coordinate system to be modified. ②...
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Page 53: Tool Settings
Tool settings 7.5.2. Path: F3 Offset/Setting→F2 Tool Setting Explanation This function key can switch to the correction setting and perform various correction settings. (Tool tip + tool radius wear compensation) is the actual G41/G42 compensation amount. (Tool length compensation + tool length wear compensation) is the ... - Page 54 Tool length: G43/G44 tool length Hn compensation. Tool length wear: small size adjustment of tool length. Instructions ① Use the direction keys【↑】 【↓】 【←】 【→】to move the cursor. ② Use【PageUp】 【PageDown】to switch between the previous and next pages. ③...
- Page 55 Press F2 to input mechanical coordinates, and the tool length compensation of the line where the cursor is located will be set to the current Z-axis「mechanical coordinate」value. Press F2 for relative coordinate input. The tool length compensation of the line where the cursor is located will be set to the current Z-axis 「relative coordinate」value.
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Page 56: Automatic Tool Setting
Automatic tool setting 7.5.3. Path: F3 Offset/Setting→F3 Automatic Tool Calibration Explanation The machine is equipped with a tool setter. By setting relevant parameters, the machine can be controlled to move to the position of the tool setter for automatic tool measurement. According to different situations, it is divided into the following ... -
Page 57: Relative Coordinate Clearing
Relative coordinate clearing 7.5.4. Path: F3 Offset/Setting→F6 Relative Coordinate Clear Description: Return the value of relative coordinates to zero. Operation method: After entering the axis to be calculated, click this button. Operation examples ① The X-axis relative coordinate value is 10.000. ②... -
Page 58: F4 Processing Monitoring
7.6. F4 processing monitoring Path: F4 processing monitoring Description: This function key group provides the necessary information for monitoring during processing. Function key description F1：LoaderEdit Description: Load the current processing file into the program editor for editing, and switch the screen to『Program Edit』. F2：Graphical simulation display Description: Display graphic analog components. - Page 59 F3：MDI input Note: In MDI mode, edit the program executed by MDI (open this mode on the right side of the main screen). F4：Processing information settings Description：Switch the display between related「Processing Information」 and「Processing Settings」. Switch screen one: breakpoints, processing parameters, number of workpieces Switch screen two: G code status, time, magnification Switch screen three: spindle speed, magnification, load rate F5: Wear setting...
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Page 60: Screen Description
Screen description 7.6.1. Machine monitoring area This area will display the current machine information Absolute coordinates. Processing remaining distance. Feed speed. Spindle speed. Program code monitoring area This area will display the programs currently being processed. The yellow light bar will indicate the current block of program execution. - Page 61 ③ Cumulative processing Current total processing time. ④ Magnification G00 magnification. G01 magnification. Spindle magnification. Total number of processes Total workpieces processed by the machine. The system will not automatically perform any zeroing action. When manually returning to zero, please press 「 Processing ...
- Page 62 T+n：Search for the line number where T+n is located and specify this line as the starting line. If the specified line number exceeds the maximum number of lines in the program, specify the last line of the program. Return method of the starting section.
- Page 63 Can be set during processing and responds immediately. ④ Feed speed Set the feed speed. Can be set during processing. It will be changed after all the sections you want to solve are executed. ⑤ Total number of workpieces Set the total number of pieces processed by the machine.
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Page 64: Load Program Editor
processing will be suspended. Graphic analogy area Explanation This area can display the tool movement trajectory of the current processing file. Use「Graphic Analog Display Switching」to switch the display. Load program editor 7. . 6.2. Path: F4 processing monitoring → F1 loading program editing Description：Load the current processing file into the program editor for editing, and switch the screen to『Program Edit』. -
Page 65: Mdi Input
MDI input 7.6.4. Path: F4 processing monitoring→F3 MDI input Description: Edit the program executed by MDI. Instructions ① Switch mode to 『MDI』 . ② After clicking「MDI Input」, the editing window will pop up. ③ After editing the MDI program, press「OK」and the edited program will be stored in the MDI Block. -
Page 66: Processing Information/Settings
Processing information/settings 7.6.5. Path: processing monitoring → processing information/settings. Description：Switch the display between「Processing Information Area」 and「Processing Settings」. Wear setting 7.6.6. Path: F4 processing monitoring → F5 wear setting Explanation Set tool wear. Actual tool length = tool length + tool wear. ... -
Page 67: Processing Record Form
Processing record form 7.6.7. Path: F4 processing monitoring→F7 processing record form Display screen This form can view the current processing records and export the processing records to an external disk. It can record up to 500 sets of execution processing files. -
Page 68: Clear Accumulated Time
Clear accumulated time 7.6.8. Path: F4 processing monitoring → F8 clear accumulated time Description: Return the accumulated processing time to zero. -
Page 69: F5 Maintenance
7.7. F5 maintenance Path: F5 Maintenance Description: This function page can display system alarms, network settings, quick diagnosis, PLC parameter byte settings and software version information. Alarm display 7.7.1. Path: F5 Maintenance→F1 Alarm Display Description: This function page can display system alarms. Existing alerts Path: F5 Maintenance→F1 Alarm Display→F1 Existing Alarm Description: Display the alarm content currently occurring in the system. -
Page 70: Network Settings
For example, if the current page stays at "Existing Alarms", this function can save existing alarms to an external disk volume. Default file name for exported files · Existing alerts：Actalm.txt · Historical alerts：Histalm.txt Network settings 7.7.2. Path: F5 Maintenance→F2 Network Settings Description: Set the network connection settings of the system Parameter Description ①... - Page 71 DHCP」and skip the「IP Location」and「Subnet Mask」. ② IP address. Enter the IP address available in the domain. ③ Subnet mask. Enter the subnet mask for the IP address. Need to be consistent with the settings on the PC. ④...
- Page 72 Core server settings Path: F5 Maintenance→F2 Network Settings→F5 Core Server. Description: Set core server related functions. Parameter Description Whether to start the server when booting. Set whether to start the core server at boot time. Timeout time (milliseconds). Sets the acceptable timeout when a connection to the core server fails..
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Page 73: Rapid Diagnosis
Rapid diagnosis 7.7.3. Path: F5 Maintenance→F3 Quick Diagnosis Description: Display simple diagnostic information of the system. - Page 74 System information Path: F5 Maintenance→F3 Quick Diagnosis→F1 System Information. Description: Display simple diagnostic information of the system and spindle. Axial information Path: F5 Maintenance→F3 Quick Diagnosis→F2 Axial Information.
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Page 75: Extended Parameter Bits
Description: Display axial simple diagnostic information. Extended parameter bits 7.7.4. Path: F5 Maintenance→F4 Extended Parameter Bit Explanation： The controller provides a total of 20 sets of registers R81~R100 for use, each register has 16Bits setting function. These 20 sets of registers can be used to provide control flags for self- ... -
Page 76: System Settings
① Use the direction keys【↑】 【↓】 【←】 【→】to move the cursor. ② Use【PageUp】 【PageDown】to switch between the previous and next pages. ③ Only【0】or【1】can be entered. ④ Annotations can be made for each bits. ⑤ The string file name corresponding to the annotation is ParamExt_RBit_(L).xml. - Page 77 Instructions 13) Use the direction keys【↑】 【↓】 【←】 【→】to move the cursor. 14) Use【PageUp】 【PageDown】to switch between the previous and next pages. Operating mode settings Explanation Set the system to metric or imperial. · 0：Metric. · 1：Imperial. Note: After setting, you need to restart your computer to take effect. System time setting Note：The format for inputting「date」is YYYY/MM/DD YYYY is year.
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Page 78: Language Settings
Language settings 7.7.6. Path: F8 parameter list in the main interface → F3 parameter list → F5 jump to parameter number. Enter [ 3209 ] to select the language number that needs to be changed. After confirmation, the system will pop up a security reminder. Enter the password 「520」... -
Page 79: Tool Change/Tool Setting
8. Tool change/tool setting 8.1. How to use the locking tool holder The locking tool holder is used to fix the tool changer handle to facilitate the removal of the tool on the tool handle. Place the tool changer tool handle upside down in the tool changer lock seat and use a spindle wrench to rotate counterclockwise to remove the nut on the tool changer tool handle. -
Page 80: Manual Tool Change
8.2. Manual tool change The air pressure required for tool change is controlled by the pressure regulating valve (the adjustment has been completed by our technical engineers before leaving the factory). The air pressure should be 0.2-0.4MPa and cannot be too high or too low. -
Page 81: Use Software To Set/Change Tools
8.3. Use software to set/change tools Method 1 ： Open the F3 【 Offset/Setting 】 → 【 F3 Automatic Tool Setting】nterface. In this interface, you can complete operations such as tool change, tool length measurement, and Z drop setting (only valid for the tool on the current spindle). - Page 82 2. Enter the target tool number to be calibrated into「Enter the target tool number to be calibrated into 」 （ make sure the current tool number is consistent with the spindle）. * The following parameters（3-6） ， have been set before the machine leaves the factory.
- Page 83 Move the cursor to「Z-axis lowest mechanical coordinate H」, use【Z- axis mechanical teaching】or directly set the lowest point at which the Z- axis can descend during automatic tool setting. 7. After making the above settings, please switch the mode to automatic execution mode and click【F1 to start automatic tool setting】At this time, the system will automatically change the tool to the target tool number, and then start automatic tool setting.
- Page 84 tool setting for multiple tools and workpieces. Method 2 (recommended): MDI mode tool change/tool setting (fast multi-tool). Path: F4 Processing Monitor → F3 MDI Input (you need to click the "MDI" mode on the right side of the main page first). Instructions Click the "MDI"...
- Page 85 side of the main page (do not press the Tool Changing and Tool Setting key if tool setting is not required). * When the tool setting and tool changing function alarm reminder appears, press ESC on the keyboard to close it. After entering the tool number T** that requires tool setting and tool change (you can enter multiple) on the keyboard on the right side of the screen, press「F1 OK」, and the edited program will be stored in the MDI Block.
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Page 86: Set The Workpiece Origin
8.4. Set the workpiece origin First, click "Spindle Brush" in the "Main Interface" to raise the spindle brush. Move the tool head to the position on the material surface where processing needs to begin. Open F3 Offset/Settings → F1 Workpiece Coordinate System, use the keyboard to enter and use the direction keys【↑】... - Page 87 Coordinate System 」 Click 「 F1 Mechanical Coordinate Teaching 」 select 「OK」 ，, and the X-axis workpiece origin is set. Move the cursor to the G54 coordinate Y axis and perform the same operation to set the Y axis workpiece origin.
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Page 88: Basic Processing Procedures
9. Basic processing procedures Boot interface Press F1 to turn off the alarm. In HOME mode, click Cycle Start. Each axis of the machine will automatically return to the mechanical origin, and the machine tool will immediately start the zero return operation. After the zero return is completed, the processing operation can be carried out. - Page 89 maximum stroke, causing safety accidents such as tool breakage or bed damage. Specific steps 1. Before starting the machine, return all axes to zero.
- Page 90 2. Perform tool change/tool setting and set the workpiece origin.
- Page 92 3. Insert the U disk and click in sequence: F2 program editing → F8 file management → F4 file transfer → F1 file input, click on the file you want to use → click copy, press “ESC” to return after completion, check the file location (copy in the root directory , otherwise the file will not be read).
- Page 93 The above are the basic operating instructions for processing. If you need to use functions not presented in this manual or modify some parameters in actual use, please do so under the direction and supervision of technical engineers. If you have any questions or suggestions, please contact us in time.
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Page 94: Machine Preview
10. Machine preview * This picture is a 3D model, which does not include all buttons, pipelines, vacuum brackets, etc. Please refer to the actual machine. -
Page 95: Maintenance And Maintenance Of Equipment
11. Maintenance and maintenance of equipment 11.1. Maintenance 1) If you do not understand the machine or electrical appliances or do not have authorization, please do not make any changes, otherwise it may cause malfunction or damage. 2) Please turn off the power first during maintenance. If live inspection is required, professional electricians must perform it. -
Page 96: Lubrication And Maintenance
time. The purchased machine tools must be put into production as soon as possible. If the CNC machine tool is idle for too long, the electronic components will get damp. Accelerate the degradation or damage of its technical performance. Therefore, when the machining center is idle for a long time, the CNC system should be maintained regularly. -
Page 97: Other Maintenance
idling, that is, do not put the plate, and the three axes Break-in. 11.3. Other maintenance 1) The vacuum pump suction filter needs to be cleaned daily to prevent debris from entering the vacuum pump. 2) The vacuum pump outlet filter needs to be cleaned once a week. 3) The degree of contamination of the vacuum pump oil should be tested every two months. - Page 98 ORDER NOW More information www.goldstarcnc.us More information (786)400-0910...
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