Why does GRAPHTEC CE7000-130AP tool condition change?
If tool condition changes on your Graphtec Plotter, the setting of the priority is likely set to PROGRAM. Change the setting of the priority to MANUAL. Also, ensure that you press the [ENTER] key after changing the TOOL CONDITION and check the TOOL CONDITION again.
Why can't I change tool condition on GRAPHTEC CE7000-130AP?
If you cannot change the tool condition on your Graphtec Plotter, the setting for sorting might be set to ON. Normally, the plotter should be used with the setting for sorting OFF.
Why does Graphtec Plotter have coarse resolution of curved lines?
If you are experiencing coarse resolution of curved lines on your Graphtec Plotter, it could be due to the software's resolution setting being too low. Adjust the software's resolution setting. Alternatively, the blade offset angle might be too low; increase the value for the blade offset angle.
Why does Graphtec Plotter blade fall out?
If the blade falls out of the tool plunger of your Graphtec Plotter, the blade is likely too small for the tool plunger. Use a blade that fits securely in the tool plunger.
Why does GRAPHTEC CE7000-130AP Plotter drop media while detecting?
If the media drops while detecting on your Graphtec Plotter, bright light might be shining onto the media sensor. Block the light if there is direct sunlight shining on the plotter, especially if it's placed near a window. Also, move away any fluorescent lamps that are close to the plotter. If the problem persists, the media sensor may be defective. Contact your sales representative or the Graphtec call center. As a temporary workaround, you can set the media sensor to DISABLED.
What to do if GRAPHTEC CE7000-130AP Plotter stops with 'POSITION ALARM'?
If the Graphtec Plotter stops with "POSITION ALARM" during initialization or cutting, it might be due to an invalid CONDITION setting for the media. Try slowing down the speed or lowering the FORCE. Also, ensure that the pen carriage isn't hitting anything. If it is, remove the obstruction and restart the plotter. External force applied to the pen carriage or media chaff in the operation area can also cause this issue; remove any obstructions and restart the plotter. If none of these steps resolve the problem, the plotter may be defective, and you should contact your sales representative or the Graphtec call center.
Why do GRAPHTEC CE7000-130AP Plotter cutting results differ from specified size?
If the cutting results from your Graphtec Plotter differ from the specified size, it could be due to the STEP SIZE being set differently on the computer and the plotter. Ensure that the STEP SIZE is set to the same value on both devices. Additionally, check whether scaling has been specified on the computer, as this could also affect the final size.
Why can't Graphtec Plotter cut above certain length?
If your Graphtec Plotter cannot cut above a certain length, the length of the cut likely exceeds the page length set on the plotter. Press the [SLOW] key to check the cutting area and ensure the page length setting is correctly matched.
Why are there too many tool up and down on GRAPHTEC CE7000-130AP Plotter?
If there are too many tool up and down movements on your Graphtec Plotter, the setting for the tangential mode might be set to ON. Turn OFF the tangential mode unless you are cutting thick media.
What does command error mean on Graphtec Plotter?
If your Graphtec Plotter displays a command error, it means the data sent to the plotter is not correct. Check the data for any discrepancies.
Introduction to the manual, notes on usage, trademarks, and copyright information.
Safety guidelines for handling sharp cutter blades and plungers to prevent injury.
Important precautions when turning on the plotter, machine labels, stand, and basket usage.
Precautions for using paper media, including handling curled media and material properties.
Details environmental conditions for optimal plotter performance and FCC compliance.
Specifies the necessary clearance around the plotter for safe and proper installation.
Guidance on selecting appropriate power cables based on voltage and plug configuration.
Lists and describes all included accessories for the Graphtec CE7000-130AP cutting plotter.
Identifies and labels key components of the cutting plotter from front and rear perspectives.
Provides instructions for assembling the Graphtec cutting plotter, including stand assembly.
Explains how to connect the cutting plotter to a computer via USB, LAN, or RS-232C interface.
Details the nomenclature and structure of cutter plungers and blades for optimal cutting.
Guides on how to attach and detach cutter plungers and pens to the plotter's tool holder.
Instructions for loading roll and sheet media, including correct positioning and sensor alignment.
Explains how to correctly position push rollers for various media widths and types.
Describes the initial setup screen for setting display language and length units.
Steps for connecting the plotter to the power source and turning it on.
Details the functions of control panel lamps and operation keys for navigating the plotter.
Configures how the media is fed, including roll and sheet media detection.
Enables selection and setting of tool conditions like tool type, speed, force, and acceleration.
Performs test cuts to verify and adjust cutting parameters for optimal results.
Function to raise or lower the tool (pen or cutter) to prepare for cutting or plotting.
Manual movement of the tool carriage and media in steps or continuously.
Defines the starting point for cutting or plotting operations.
Allows rotation of coordinate axes to change the cutting direction.
Procedures for pausing, resuming, or completely stopping the cutting job.
Configures the cutting area by setting lower-left and upper-right points.
Adjusts the cutting width, allowing cuts inside or outside the push rollers.
Sets the length of one page for roll media cutting, affecting long cuts.
Configures pre-feed counts to prevent deviations during roll media handling.
Sets time for media acclimation to environment to minimize expansion/contraction.
Defines rear margin for cross-cuts, affecting cut position relative to rear margin.
Duplicates stored cutting data from buffer memory for multiple copies.
Divides long media into partitions for cutting to prevent skew.
Adjusts the blade force used for cross-cutting media.
Explains axis adjustment based on alignment marks and coordination.
Details the process of setting the starting point and correcting axis misalignment.
Enables/disables cross-cut activation via the feed command in GP-GL.
Configures timeout settings to define data breaks and trigger cross-cuts.
Sets separator commands for GP-GL and HP-GL to trigger cross-cuts at data breaks.
Saves and outputs dedicated data from USB memory to the cutting plotter.
Determines whether to perform cross-cut based on command and timeout settings.
Defines rear margin for cross-cuts, affecting cut position relative to rear margin.
Configures pre-feed counts to prevent deviations during roll media handling.
Sets media acclimation time to environment to minimize expansion/contraction.
Optimizes corner cutting for thick media using tangential mode.
Enables or disables tangential mode (Mode 1, Mode 2, OFF) for precise corner cutting.
Adjusts the length of overcuts for start and end points in tangential mode.
Applies initial down-force for rapid media penetration with tangential mode.
Controls short lines on curves for stable blade rotation and cut quality.
Adjusts cutter blade tip angle for corners to improve cutting efficiency.
Corrects deviations in cut/plotted line lengths based on media characteristics.
Defines perforated or solid cut lines for separating cut parts easily.
Adjusts initial blade contact with media to prevent damage and ensure proper contact.
Sets force for initial alignment cut and blade rotation control.
Corrects misalignment between different tools (pen and cutter) for accurate plotting.
Separates media using manual or automatic cross-cutting functionality.
Optimizes cutting order to minimize movement and tool replacement time.
Automatically feeds media when cutting data is received to prevent shifting.
Automatically feeds media upon loading to prevent shifting.
Adjusts media transfer speed during pre-feed for stability.
Sets the speed of the tool when it is raised (tool up state).
Determines how the tool moves when raised (sequential or direct to last coordinate).
Sets the height of the tool position when raised.
Configures the plotter's interface settings for USB, LAN, and RS-232C connections.
Allows clearing all output data stored in the plotter's buffer memory.
Configures network settings for LAN connection, including DHCP, IP, subnet mask, and gateway.
Guides on switching and storing RS-232C settings for communication.
Allows selection and configuration of user-defined settings for plotter operation.
Sets the display language for the control panel from a list of ten languages.
Changes coordinate values and parameters to metric or inch display.
Enables or disables media sensors that detect medium size in feed direction.
Enables or disables push roller sensors that detect media width.
Sets movement speed of tool carriage using POSITION and SLOW keys.
Adjusts the contrast of the LCD display on the control panel.
Selects the command type (GP-GL or HP-GL) compatible with the software.
Defines priority for tool condition settings between panel and software.
Adjusts the distance traveled per step for GP-GL commands.
Enables or disables ':' and ';' commands for GP-GL to prevent data loss.
Sets pen movement behavior (raised/lowered) for GP-GL arc commands ('W').
Sets HP-GL model ID response (7550 or 7586) to 'OI' command.
Sets resolution for HP-GL circle commands ('AUTO' or 'DEFAULT').
Guidelines for routine cleaning and care of the plotter's exterior and components.
Step-by-step instructions for safely replacing the cutter blade.
Procedure for cleaning cutter pens to maintain blade performance and prevent deterioration.
Recommendation for exchanging cutter plungers when the tip wears down.
Configures an alarm to indicate cutter blade wear based on cut distance.
Troubleshoots issues when the plotter fails to power on or display anything on the LCD.
Addresses common operational issues like media detection errors, wobbling, and positioning alarms.
Diagnoses and resolves issues related to rounded corners, crooked cut lines, and improper depth.
Lists and explains error messages encountered in GP-GL command mode.
Lists and explains error messages encountered in HP-GL command mode.
Troubleshoots ARMS function errors, typically related to excessive axis tilt.
Lists and provides solutions for various other error messages indicating plotter defects.
Explains caution messages related to function availability, e.g., when Panel Cutting is ON.
Procedure to print the current plotter configuration settings.
Guides on creating self-test patterns to check plotter operations.
Procedure to create a cut demo pattern for checking plotter operation.
Outputs a dump list of cutting data to verify correct transmission.
Performs self-diagnostic tests on sensors and switches to check operation status.
Provides detailed technical specifications of the CE7000-130AP cutting plotter.
Lists available supplies and their models, including cutter plungers and pens.
Shows the physical dimensions (W x D x H) of the cutting plotter with stand.
Visual representation of the plotter's menu navigation hierarchy.
Lists default initial values for various settings across different menu categories.
General| Model | CE7000-130AP |
|---|---|
| Category | Plotter |
| Cutting Width | 1300 mm |
| Max Cutting Speed | 1000 mm/s |
| Max Cutting Force | 500 gf |
| Resolution | 0.025 mm |
| Repeatability | ±0.1 mm |
| USB | Yes |
| Supported OS | Windows, Mac |
| Power Supply | AC 100-240V, 50/60Hz |
| Power Consumption | 100 W |
| Dimensions | 1300 mm x 610 mm x 420 mm |
| Weight | 50 kg |
| Number of Tool Mounts | 1 |
| Cutting Force | 10 to 500 gf |
| Pen Force | 0.2 to 4.9 N (2 to 500 gf) |
| Media Thickness | 0.25 mm |
| Maximum Media Thickness | 0.25 mm |
| Interface | USB 2.0 |
| Command Sets | HP-GL, GP-GL |
| Operating Environment | 10 to 35°C, 35 to 80% RH |
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