What to do if Silca MARKER 2000 Power Tool displays 'ALARM Temperature is over max. foreseen Turn off Marker!' message?
If you see 'ALARM Temperature is over max. foreseen Turn off Marker!' on the display, first check if the cooling fan is working. If the fan works, switch off the Silca Power Tool and contact a Silca Service Centre.
What to do if Silca MARKER 2000 Power Tool displays 'CHECK FUSE F1' message?
If the Silca Power Tool displays 'CHECK FUSE F1', check the fuse. If it's not burnt out, replace the electronic control circuit board. If the fuse is burnt, replace it and turn on the machine. If the message reappears, replace the electronic control circuit board. If the message disappears and the machine works, continue operations, as the fuse likely protected the machine from mains electricity variations.
What to do if Silca Power Tool displays 'ALARM Short circuit' message?
If the Silca Power Tool displays 'ALARM Short circuit', disconnect the wire (7) from the control circuit board. Turn on the machine: if the message remains, replace the electronic control circuit board; if the message disappears, replace the wire (7).
How to fix a marking punch that is not working on Silca MARKER 2000 Power Tool?
If the marking punch on your Silca Power Tool isn't working, start by checking fuse F3 on the electronic control circuit board. Also, inspect the wiring between the electronic control circuit board and the magnet. If those are fine, try replacing the magnet or the electronic control circuit board.
How to troubleshoot a tracking laser that is not illuminating on a Silca MARKER 2000?
If the tracking laser on your Silca Power Tool isn't illuminating, first check fuse F1 on the electronic control circuit board. Ensure the disk is properly inserted into the tracking block and the clamp isn't in the marking position. Check the safety microswitch operation on the tracking unit using an ohmmeter. Also, verify the wiring between the electronic control circuit board and the tracking unit. Perform a TEST 102 to check the clamp detector microswitch operation. If problems persist, replace the tracking unit or the electronic control circuit board.
What to do if the keyboard is not working on Silca MARKER 2000 Power Tool?
If the keyboard on your Silca Power Tool isn't working, first check the wiring between the electronic control circuit board and the keyboard. If the wiring is intact, try replacing the electronic control circuit board or the keyboard itself.
Why is the working head not moving on my Silca Power Tool?
If the working head on your Silca Power Tool isn't moving, check fuse F3 on the electronic control circuit board. Also, inspect the wiring between the electronic control circuit board and the motors. If problems persist, replace the electronic control circuit board.
What to do if working head is not returning to the idle position on Silca Power Tool?
If the working head on your Silca Power Tool isn't returning to the idle position, check fuse (F1) on the control circuit board. If the display shows “CHECK FUSE F1”, carry out a TEST 101 on the X and Y axis sensors operation.
How to troubleshoot a Silca MARKER 2000 when it's on but the display shows no message?
If the Silca Power Tool machine is on but there is no message on the display, check the display connection. If that doesn't work, replace the display. If it still fails, check the general fuses in the power socket and the fuses on the electronic control circuit board. As a last resort, replace the electronic control circuit board.
General| Brand | Silca |
|---|---|
| Model | MARKER 2000 |
| Category | Power Tool |
| Language | English |
Information on the intended use of the electronic marker for marking metals and other materials.
Details on incorrect uses of the machine and the manufacturer's disclaimer of responsibility.
Statement confirming no further risks arise from the use of the MARKER 2000.
Overview of safety features, power supply, start-up, maintenance, and machine identification.
Details on the key features of the MARKER 2000, including movement, clamp, punch, tracking, marking, display, and keyboard.
Identification and description of the main working parts of the MARKER 2000 machine.
Technical specifications of the MARKER 2000, including power, dimensions, and noise levels.
List of accessories included with the MARKER 2000 for operation and maintenance.
Description of the packing materials and methods used to ensure safe transportation of the MARKER 2000.
Information regarding transport symbols on the packaging and advice on using packing for transport.
Step-by-step instructions for safely unpacking the MARKER 2000 from its packaging.
Guidance on how to handle and position the MARKER 2000 after it has been unpacked.
Instructions for inspecting the MARKER 2000 for any damage prior to installation.
Recommended environmental conditions, such as temperature and humidity, for machine operation.
Guidelines for correctly positioning the MARKER 2000 on a stable surface.
Overview of the operator's controls and workspace for the MARKER 2000.
Information regarding graphics and warning labels required for machine operation.
Explanation of the 'C1' clamp system for securing and regulating keys.
Detailed steps for positioning and securing keys using the clamp mechanism.
Explanation of the tracking system for identifying and positioning the marking zone.
Instructions on how to adjust the marking punch depth using the regulation ring.
Description of the marking method using dots and available fonts.
Procedure for initiating the machine's setup menu via the F5 key.
Instructions for selecting the machine's operating language.
Steps to configure the connected keyboard type for the machine.
How to enter and confirm the machine's serial number.
Explanation of the F1 key's function for accessing help and guides.
Procedure for creating a new marking model, including text and parameters.
Defining parameters like zone, clamp, slide, and orientation for a marking model.
Entering text strings for marking, with options for automatic formatting.
Customizing text attributes like height, alignment, and font for marking.
Incorporating pre-defined text strings into a marking model.
Adding progressive counters to the marking text.
Adding special symbols to the marking text.
Defining fixed lines of text within the marking area.
Centering the glass slide over the key using the tracking function.
Saving the created marking model with a name.
Executing the marking operation on a key using the F10 function.
Marking operations that incorporate automatic counters.
Customizing or defining glass slides for specific marking areas.
Configuration settings for the optional clamp 'A5'.
Accessing the counter definition menu for marking parameters.
Setting up multiple tracking zones for different markings on a single key.
Procedure for deleting a previously defined tracking area.
Managing pre-defined text strings for use in marking models.
Removing fixed strings from the system's memory.
Accessing and managing the list of created marking models.
Modifying parameters and text of an existing marking model.
Duplicating an existing model to create a new one with a different name.
Removing a specific model from the list of stored marking models.
Details on special functions available for marking operations.
Including pre-defined text strings from a list into a new marking model.
Setting up progressive alphanumeric or double progressive counters for marking.
Inserting special symbols into the marking text, one per line.
Defining fixed lines of text within a marking area, including forcing subdivisions.
Using special characters from the ANSI table via key combinations.
Managing data transfer between the PC and the MARKER 2000.
Steps to connect the MARKER 2000 to a PC for data transfer.
How to copy data from the marking machine memory to a PC.
Procedure for adjusting the X and Y axis sensors for precise positioning.
Using the diagnostics function to check machine parts for faults.
Testing the X and Y axis motors by activating them via the controls.
Verifying the functionality of the X and Y axis limit switch sensors.
Checking the clamp detection microswitches for proper operation.
Testing the magnet by sending an impulse to the marking punch.
Testing the laser emission for projection visibility.
Monitoring the temperature of the electronic control circuit board.
Testing digital outlets for optional functions.
Testing inlets 1 for optional functions.
Testing inlets 2 for optional functions.
Guide to identifying probable causes for machine faults and errors.
Step-by-step guide for replacing the tracking unit.
Instructions for replacing the marking punch.
Procedure to remove the top cover for maintenance access.
How to replace belts and adjust tension on the Y and X axis.
Detailed steps for replacing the belt on the X axis.
Instructions for replacing the machine's display unit.
How to check and replace fuses in the MARKER 2000.
Details on the three fuses (F1, F2, F3) located on the electronic board.
Step-by-step guide for replacing the electronic control circuit board.
Instructions for replacing and positioning the Y axis sensors.
Instructions for replacing and positioning the X axis sensors.
Diagram showing the layout of the electronic control circuit board and its connectors.
Wiring diagram for the display connector.
Wiring diagram for the keyboard connector.
Wiring diagram for the serial RS 232 computer connector.
Wiring diagram for the clamp detection microswitch connector.
Wiring diagram for the tracking laser control connector.
Wiring diagram for the ventilator connector.
Wiring diagram for the inlet-outlet connector.
Wiring diagram for the X axis sensor connector.
Wiring diagram for the Y axis sensor connector.
Wiring diagram for the power transformer connector.
Wiring diagram for the X axis motor connector.
Wiring diagram for the Y axis motor connector.
Wiring diagram for the magnet control connector.
Information on waste produced by the MARKER 2000 during use.
Notes on the machine's re-usability and recyclability.
Disposal instructions for the packing materials.
User information regarding Waste from Electric and Electronic Appliances (RAEE).
Guide on how to request service and understand the guarantee terms.
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