VIDEOJET 1310 Service Manual

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Inspecting and Cleaning the Printhead
Check your printhead regularly and clean it when the ink buildup impedes the printer operation. Since the system automatically cleans the nozzle and ink return line with make–up fluid each time you start up or shut down the printer, the printhead remains clean for a variable period of time. However, the printhead should still be inspected regularly and given additional cleaning, if necessary.
Operating the printer in unusual conditions may require more frequent cleaning. The regularity with which the printhead is to be checked and cleaned is determined by your experience in operating the printer.
Inspecting the Printhead
To inspect the printhead, proceed as follows:
1 If the ink is on, press the F1 key to begin the four-minute printhead
shutdown sequence.
2 When the shutdown sequence is complete, disconnect the AC power
cable from AC power.
Videojet 1310 Service Manual
Warning
PERSONAL INJURY. Before continuing, ensure that the AC power to the printer is Off and that the AC power is disconnected (unplugged). Failure to follow this warning may result in personal injury.
3 Remove the screw that secures the front printhead cover, using a
screwdriver.
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4 Detach the front printhead cover (Item 1 in Figure 7-4) and retain the
screw (Item 2).
1
2
(1) Front Printhead Cover (2) Screw
Figure 7-4: Front Printhead Cover Removal
5 Visually inspect, the printhead assembly for foreign particles and ink
that accumulate at the nozzle orifice (located on the front of the nozzle), charge tunnel assembly, high voltage assembly and ink return block (see Figure 7-5 for the location of each component of the printhead).
3
4
1
2
(1) Ink Return Block (2) Charge Tunnel Assembly (3) Nozzle (4) High Voltage Assembly
Figure 7-5: Printhead Component Identification
6 If ink buildup is found, proceed to “Cleaning the Printhead” on
page 7-7.
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7 If ink buildup is not found, cleaning is not necessary at present.
Replace the cover and secure it with the screw retained in step 4.
This completes the printhead inspection procedure.
Cleaning the Printhead
To clean the printhead, proceed as follows:
1 Place a service tray (Item 3 in Figure 7-6 on page 7-8) below the
printhead (Item 1) to collect the ink and the make-up fluid.
2 Ground the service tray by attaching one end of a ground wire (Item
2) to the service tray and the other end to the printhead faceplate.
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Warning
FIRE HAZARD. Failure to ground the service tray properly when using flammable ink may cause fire due to static discharge.
1
2
3
(1) Printhead (2) Ground Wire (3) Service Tray
Figure 7-6: Grounding the Service Tray to the Printhead
Caution
EQUIPMENT DAMAGE. Be very careful when cleaning the charge electrode. Serious misalignment or damage may occur if excessive force is used during cleaning.
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3 Ensure that the printhead is pointed down into the grounded service
tray. Flush away contaminants using the recommended Videojet cleaning solution or make–up fluid (see Figure 7-7).
Figure 7-7: Cleaning the Printhead
4 Dry the printhead completely using compressed air at approximately
20 psi (1.4 bar) or air flow produced by squeezing the blow bulb (P/N
21000170).
Caution
EQUIPMENT DAMAGE. Air dry only. Do not use shop cloths or paper towels to dry the printhead or the cover. These items can deposit particulate contaminants in the printhead.
Do not force compressed air into the ink return block.
5 Disconnect the ground wire from the printhead and the service tray. 6 Clean the front printhead cover, if required. 7 Attach the cover to the printhead and secure it with the cover
retaining screw.
8 Dispose the cleaning solution in the service tray.
This completes the printhead cleaning procedure.
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Videojet 1310 Service Manual
Inspecting and Replacing the Fan Filter
The fan filter may last several months before a replacement is required. However, in exceptionally dirty environments, it may need to be replaced earlier. In case of a new printer, begin by inspecting the filter once a week. After several weeks, you should be able to determine an inspection schedule based on how quickly the filter is becoming dirty.
To inspect the fan filter, proceed as follows:
Caution
HEALTH HAZARD. Do not pour cleaning solution into sinks, sewers, or drains. Comply with all appropriate regulations when disposing the printer fluids. Consult the appropriate regulatory agency for further information.
1 If the ink is on, press the F1 key to begin the four-minute head
shutdown sequence.
2 When the shutdown sequence is complete, disconnect the AC power
cable from the AC power.
Warning
PERSONAL INJURY. Before continuing, ensure that the AC power is disconnected (unplugged). Failure to follow this warning may result in personal injury.
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3 Remove and retain the wing nut (Figure 7-8) that secures the fan
assembly, by turning it counterclockwise.
Wing Nut
Figure 7-8: Retaining Wing Nut in the Fan Assembly
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4 Pull out the front of the fan assembly and remove the fan filter
(Figure 7-9).
Figure 7-9: Removing the Fan Filter
5 Inspect the fan filter. If the filter appears dirty, replace it with a clean
filter. If the existing filter is clean, refit the same filter.
6 Replace the fan assembly and secure it with the wing nut that was
retained in step 3.
This completes the fan filter replacement procedure.
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Maintenance Schedule
Certain items in the printer should be checked or replaced on a periodic basis. Checking or replacing these items at the time interval specified ensures optimal printer performance.
View the pump run hours and machine run hours time to determine the number of hours lapsed since the last service. Use this information to determine when the following printer items should be replaced (For more information on pump run hours and machine run hours, see “Viewing and Setting Run Hours” on page 7-2).
Table 7-1 lists the scheduled maintenance for the Videojet 1310 printer.
Scheduled Maintenance Run Hours
Videojet 1310 Service Manual
5000 10000 15000 20000 25000
Replace tank filters
Replace primary ink filter
Replace the last chance filter
Inspect or replace the vacuum pump
Table 7-1: Maintenance Summary Chart
99 99 9
99 99 9
99 99 9
Maintenance Schedule for Every 5,000 Hours
After every 5,000 hours of printer operation (pump run hours), you should complete the following procedures:
• Replace the ink and make-up tank filters (see “Replacing the Ink and Make-Up Tank Filters” on page 7-14)
• Replace the main ink filter (see page “Replacing the Main Ink Filter” on page 7-15)
99
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Replacing the Ink and Make-Up Tank Filters
To replace the ink and make-up tank filters, proceed as follows:
Note: Note the orientation of the filters before removing them, so that when the new filters are installed they will be oriented the same way.
1 Remove any fluid bottles installed. 2 Disconnect the supply tank fitting from the filter on both tanks. 3 Remove the vent tubes from each filter by gently prying the end of the
tubing upwards using a flat head screwdriver.
4 Remove the filter from each tank noting the port orientation for the
new filters to be installed later.
Note: If necessary, use a flat head screwdriver wedged between the tank and the filter cap to help push the filter up.
5 Remove the rubber plug cap from the old ink tank filter and install it
on the new filter at the same location.
6 Install the new filters into each respective tank in the same orientation
as noted earlier.
7 Reconnect the vent tubes to the proper port on each filter. The proper
port is the one that is angled on the bottom end (located on the underside of the filter cap).
8 Reconnect each supply tube to its respective tank. 9 Reinstall any fluid bottles that were removed.
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Replacing the Main Ink Filter
To replace the main ink filter, proceed as follows:
1 If the ink is not already off, turn it off by pressing the F1 key and wait
until the shutdown process has been completed.
2 Turn off the main power switch and remove the two FMS retaining
screws. Slide the FMS forward to gain access to the pressure transducer.
3 Unplug the pressure transducer connector from the bulkhead board. 4 Pull the main ink filter out of its mounting bracket and hold it above a
suitable fluid collection pan.
5 Unscrew the feed tube fitting on the bottom of the filter and move the
tube away from the filter.
6 Unscrew the drain cap on the top of the filter. The fluid should now
flow out of the filter freely.
7 When the fluid has finished draining, pull the retaining clip out of the
fitting that joins the ink filter to the pressure transducer.
8 Pull the pressure transducer out of the filter (Figure 7-10).
1
2
1. Pressure Transducer
2. Retaining Clip
Figure 7-10: Removing the Pressure Transducer
9 Lubricate the pressure transducer fitting on the new ink filter with a
small amount of make-up fluid.
10 Insert the pressure transducer into the fitting on the new filter.
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11 Lock the transducer in place by inserting the retaining clip. 12 Transfer the ink tube fitting from the top of the existing ink filter to the
new filter and discard the old ink filter.
13 Attach the feed tube fitting to the bottom of the new filter. 14 Fit the new ink filter into the filter bracket. 15 Reconnect the pressure transducer connector to the header located on
the bulkhead board. Ensure that it is firmly latched into the header by lightly pulling on the connector.
16 Slide the FMS reservoir back into the cabinet and reinstall the
retaining screws.
17 Perform an ink filter prime procedure (Refer “Ink Filter Priming” on
page 6-7).
This completes replacement of the main ink filter.
Maintenance Schedule for Every 10,000 Hours
After every 10,000 hours of printer operation (pump run hours), you should complete the following procedures:
• 5,000-hour maintenance (see “Maintenance Schedule for Every 5,000 Hours” on page 7-13)
• Inspecting the vacuum pump (see “Inspecting the Vacuum Pump” on page 7-16)
Inspecting the Vacuum Pump
To inspect the vacuum and positive air pump, proceed as follows:
1 If the ink is currently on, press F1 to begin the full four-minute
shutdown process.
2 When the ink shutdown process is complete the Ink Off icon stops
flashing. Shut down the printer by setting the AC power switch to O (Off).
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2
1
(1) Nut (2) Pump’s Electrical Connections
Figure 7-11: Removing the vacuum pump
3 Unfasten the clip that joins the electrical wires leading to the vacuum
pump (see Figure 7-11).
4 Loosen the two nuts (Item 1) that secure the vacuum pump to the
printer wall.
5 Lift the pump up slightly and then pull straight outwards to release
the pump and its mounting bracket from the two stud nuts they rest on. The pump can now be moved forward and out of the cabinet.
6 Disconnect all three tubes from the front of the pump. Place the ends
of the two fluid tubes in a suitable collection tray.
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Removing the Fluid Head
7 Remove the four screws that secure the fluid head (white) of the
vacuum pump. Lift the head.
1
2
3
(1) Fluid Side Pump (2) Teflon-coated Poppet Disc (3) Air Side Air Pump
Figure 7-12: Removing the Fluid Head
8 Inspect the teflon poppet disc for tears. If it is torn or damaged, the
entire vacuum pump must be replaced (proceed to step 17, using a new pump assembly).
If the disc remains intact, proceed to step 9.
9 Separate the upper and lower halves of the fluid head.
Check Valve Diaphragm
Figure 7-13: Separating the Halves of the Fluid Head
7-18 Maintenance Schedule
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10 Inspect the check valve diaphragm for tears and other damage. If the
diaphragm is damaged, the entire fluid head must be replaced (proceed to step 11 using a new fluid head P/N 378843).
If the diaphragm is intact, wash the inside surfaces of the fluid head with make-up fluid or cleaning solution to remove any deposits and then reassemble the fluid head.
Note: The pin on the lower half of the head must fit into the hole in the upper half.
11 Reattach the fluid head to the vacuum pump, and secure it with the
four screws removed in step 7.
Removing the Air Head
12 Remove the four screws that secure the air head (blue-green) of the
pump. Lift the head.
Rubber Poppet Disc
Figure 7-14: Removing the Air Head
13 Inspect the rubber poppet disc for tears. If this disc is torn or
damaged, the entire vacuum pump must be replaced (proceed to step 17 using a new pump assembly).
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14 Separate the upper and lower halves of the air head.
(1) Valve Diaphragms (2) Grooves in Top and Bottom Halves of the Air Head
Figure 7-15: Separating the Halves of the Air Head
15 Inspect the two check valve diaphragms for tears or damage. If the
diaphragms are damaged, the entire air head must be replaced (proceed to step 16 using a new head, P/N 378843).
1
2
Note: The white head used on the fluid side can be used to replace either the liquid head or the air head of the pump. However, the same is not true of the green head. The green head can only be used on the vacuum side of the pump.
If the diaphragms are intact, reassemble the air head.
16 Reattach the air head to the pump and secure it with the four screws
removed in step 12.
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17 Reattach the three tubes removed in step 6, as shown in Figure 7-16.
1
2
3
(1) Positive Air (to Umbilical) (2) Fluid Input (from Back of FMS, Near Valves) (3) Fluid Output (to Back of FMS Reservoir)
Figure 7-16: Reconnecting the Vacuum Pump’s Tubes
18 Slide the vacuum pump and bracket back onto the two mounting
studs on the rear printer wall. Tighten the two nuts.
19 Reconnect the electrical wires disconnected in step 3.
This completes the vacuum pump inspection procedure.
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Entering Service Information
This screen is used to enter information that may be useful to service personnel.
To enter the service information, proceed as follows:
1 Select Enter Service Information from the Data Logging menu. The Enter
Service Information dialog appears.
Figure 7-17: Enter Service Information Dialog Box
2 Enter the following information in the fields, as shown in Table 7-2:
Field Entry
Printer Location A meaningful location name (e.g. factory name
and machine number) Customer Name The name the customer that this printer serves Address The full postal address of the printer location Serial Number The serial number of this printer Service Centre
(Voice)
The full telephone number of your local service
centre. If entered, this number appears on screen
when one of the run hours alarms is triggered.
Table 7-2: Service Information
3 Press Enter when you have completed all the entries.
The service information entering procedure is now complete.
7-22 Entering Service Information
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Troubleshooting
This chapter contains the following topics:
• Troubleshooting printer start-up problems
• Faults and warnings
• Working with fault and warning indications
• Troubleshooting screen icons
• Clearing fault and warning messages
• LED printer status indicators
8
• Electronic test points
• Wiring diagrams
Troubleshooting Printer Start-up Problems
The operating software contained on the printer’s flash memory card is most likely missing or corrupted, if the progress bar displayed during the start-up halts, and an error message appears below it (for example “No CF card inserted”).
If the printer fails to load its operating software, proceed as follows:
1 Replace it with the flash memory card containing a good copy of the
operating software. If the problem persists, the control circuit board is most likely to be defective.
2 Open the electronics compartment and check if the circuit boards are
receiving power (several of the LEDs should be lit). If not, check the PSU and the power connections.
3 Check the LEDs labeled T0 to T3 near the top edge of the exposed
portion of the control circuit board, for the status of the printer startup. See “Operating Software Boot Progress Indicators” on page 8-61.
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Faults and Warnings
Once the operating software is loaded, the printer continually monitors all the internal systems for potential problems. The conditions that it looks for can be divided into three categories:
•A panic fault indicates a very serious failure that completely compromises the printer’s ability to continue operating. When a panic fault occurs, the printer immediately stops all printing operations, and shuts down all the pumps and valves.
•A normal fault indicates a less serious problem that affects the printer’s ability to print correctly. When this occurs, the printer begins the normal four-minute printhead shutdown sequence (if the printhead is active).
•A warning indicates the least serious condition. This includes informational items, that may or may not be considered a problem for the current application (such as slight print distortions), and potential problems that are not affecting printing yet, but eventually might (for example, the ink supply is low). In most cases, printing continues without interruption.
Faults and Warnings are typically indicated by the appearance of an icon. The corresponding text appears on the status line at the bottom of the screen. For more information, see “Working with Fault and Warning Indications” on page 8-3, “Troubleshooting Screen Icons” on page 8-5 and “Clearing Fault and Warning Messages” on page 8-8.
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Working with Fault and Warning Indications
If the printer is experiencing one or more fault or warning conditions, the most serious condition is displayed as an icon, and in the status line at the bottom of the screen. This is called the “predominant fault.”
Figure 8-1: Faults and Warning Indication
Table 8-1 describes the icons present on the faults and warnings
indication window and their functions
Icon Name Description
Jet Stopped Jet running/stopped icon (Always present)
No Signal Fault When fault or warning conditions are
Ink Low Warning The bottle-shaped icons indicate that ink
Phasing Fault
Phase Fault Printer status appears at the bottom of the
.
reported, the icon representing the mo st serious condition appears here
and/or make-up are running low
screen. If one or more fault or warning conditions exist, the most serious condition is reported here.
Table 8-1: Faults and Warning Icons
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Additionally, the red LED in the upper right hand corner of the keypad glows when any fault occurs. The amber LED glows to indicate a warning condition.
If the Alert Light option is installed on the printer, the alert light reflects the status of the red and amber LEDs on the keypad.
Viewing All Fault and Wa rning Conditions
Select the Status option from the System menu to view a complete list of status conditions that the printer is capable of reporting.
Figure 8-2: System Menu Status List
Fault conditions that the printer is currently reporting are checked and appear at the top of the list. Use the up and down arrow keys to scroll through the list.
Viewing the Service Log
All fault and warning conditions are logged. The log can be viewed by selecting the View Service Log option from the System menu.
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Troubleshooting Screen Icons
The three categories of icon that may be displayed on the fault and warning indication screen are as follows:
• Predominant fault indicators
• Fluid level indicators
• Status icons
Predominant Fault Indicators
The most serious fault or warning condition is displayed as an icon near the top of the screen, and as a status message at the bottom of the screen. Only one such icon and message is displayed at a time.
Table 8-2 lists the predominant fault indication icons and their functions:
Icon Name Description
Videojet 1310 Service Manual
Cabinet Over Temperature Fault
No Signal Fault See “No Signal Fault” on page 8-33
Phasing Fault See “Phasing Fault” on page 8-41
High Voltage Arc Fault
Fan Failure Fault See “Fan Failure Fault” on page 8-16
See “Cabinet Over Temperature Fault” on page 8-12
See “Ink Low Warning” on page 8-21
Table 8-2: Predominant Fault Indication Icons
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Overspeed warning Indicates that one of two dif ferent overspeed
warnings has occurred. See “Overspeed Warning” on page 8-35 and “Overspeed (Data Lost)” on page 8-36.
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Icon Name Description
Table 8-2: Predominant Fault Indication Icons (Continued)
Fluid Level Icons
Although these icons indicate technically fault and warning conditions, they are not susceptible to the normal predominance rules. They are displayed in addition to (rather than instead of) a more serious fault.
Other Fault This icon is displayed to indicate that a fault
other than the ones listed above has occurred. The exact fault reported is identified by the status text at the bottom of the screen.
Other Warning This icon is displayed to indicate that a
warning other than the ones listed above has occurred. The exact warning reported is identified by the status text at the bottom of the screen.
Table 8-3 lists the fluid level icons and their functions:
Icon Name Description
Ink Low Warning See “Ink Low Warning” on page 8-21
Ink Out Fault See “Ink Out Fault” on page 8-22
Ink Full Warning See “Ink Full Warning” on page 8-23
Make-up Low Warning
See “Make-Up Low Warning” on page 8-28
Table 8-3: Fluid Level Icons
8-6 Troubleshooting Screen Icons
Make-up Out Fault
See “Make-Up Out Fault” on page 8-29
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Icon Name Description
Videojet 1310 Service Manual
Table 8-3: Fluid Level Icons (Continued)
Status Icons
Status icons does not indicate faults and warnings. They simply indicate the printer status. Therefore, no troubleshooting is necessary when these appear.
Table 8-4 lists the status icons and their functions:
Icon Name Description
Make-up Full Warning
Jet Running The ink jet is running and the machine is
Jet Stopped Indicates that the ink jet is stopped. Flashes
See “Make-Up Full Warning” on page 8-30
ready to print. Flashes when the ink jet is starting.
when the ink jet is stopping.
Service Mode On The p rinter is currently in service mode. This
Service Due This icon appears when one or both of the
Table 8-4: Status Icons
mode allows qualified service personnel to make quick adjustments necessary for some service operations.
For more information, refer Chapter 6, “Service Procedures”.
run hours alarms has reached the number of hours specified. This typically indicates that the printer is due for scheduled maintenance.
For more information, refer “Viewing and Setting Run Hours” on page 7-2.
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Clearing Fault and Warning Messages
To clear a fault or warning message, proceed as follows:
1 Look up for the description of the fault or warning in the following
pages. For each fault or warning, the following information is provided:
• Time at which the fault or warning is enabled
• The condition (what has occurred)
• The possible causes, and the corresponding solutions
2 Try one of the possible solutions.
The most likely cause and solution to correct the problem are listed first, followed by the next most likely cause and solution, and so on. The causes and solutions are organized this way to prevent you from trying a difficult or expensive solution before a more simple or less costly one.
3 Select the Reset Alarms option from the System menu.
Note: Panic faults cannot be reset using this method. To clear a panic fault, perform the action necessary to solve the condition first. Then, turn the AC power to Off and again turn the AC power back to On to clear the fault.
4 Check the status of the green LED in the upper-right hand corner of
the keyboard.
Table 8-5 gives the action required to change the status of the green LED, to put the printer back to service.
Green LED Action Required
On None (the printer is already in print mode) Flashing • Select Print Enable from the Print menu
• Using the left and right arrow key, ensure that the Print setting reads “Enable”
• Press the Enter key
Off Press F1
Table 8-5: Green LED Status
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220 Volt Status Fault
When a 220 volt status fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “220 Volt Status Fault” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
The 220V status fault is enabled one second after the printer becomes operational.
Causes/Solutions
Table 8-6 lists the possible cause and solution of the 220 Volt status fault.
Cause Solution
Videojet 1310 Service Manual
The +220V power supply (located on the print engine circuit board) has detected that the output of the supply is less than +200 volts when on, or more than +200 volts when off.
Table 8-6: 220 Volt Status Fault
Select Reset Alarms from the System menu to reset this fault. Replace the print engine board, if the fault persists.
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337 Volt Status Fault
When a 337 volt status fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “337 Volt Status Fault” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
The 337 volt fault is enabled one second after the printer becomes operational.
Causes/Solutions
Table 8-7 lists the possible cause and solution of the 220 Volt status fault.
Cause Solution
The +337 V power supply (located on the print engine circuit board) has detected that the output of the supply is less than 300 volts when on, or more then 300 volts when off.
Table 8-7: 337 Volt Status Fault
Select Reset Alarms from the System menu to reset this fault. Replace the print engine board, if the fault persists.
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Auto-nozzle Drive Failed
When an auto-nozzle drive failed fault occurs, the red light on the keypad glows and the “Auto Nozzle Drive Failed” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
The auto nozzle drive failed fault is enabled during an auto-nozzle drive procedure.
Condition
The printer was unable to find foldback.
Table 8-8 lists the possible causes and solutions for auto-nozzle drive failure.
Cause Solution
Videojet 1310 Service Manual
Ink pressure not set correctly Run an ink pressure set procedure The fly-by sensor is dirty Clean and dry the printhead Ink drops are not being
charged in the charge tunnel
Printer is in default mode (printer does not have enough information about the ink being used)
Printhead heater is not operating
Defective nozzle Replace the nozzle
Ensure that the ink stream is aligned properly and the charge tunnel wiring is properly connected
Select Set Ink Type from the Calibrate menu and enter the fluid part numbers in the spaces provided and press enter . Then enter the Q-Cink code for the ink type being used.
Note: A change must be made to either fluid part number for the screen to appear for entering a Q-Cink code.
Check wiring to the heater and replace the heater if necessary
Table 8-8: Auto-nozzle Drive Failure
To return the printer to service, once a solution has been attempted, proceed as follows:
1 Clear the fault indication by selecting the Reset Alarms option from the
System menu.
2 Rerun the auto-nozzle drive procedure.
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Cabinet Over Temperature Fault
When a cabinet over temperature fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Cabinet Over Temperature Fault” message appears at the bottom of the main screen (if it is the predominant fault) and the Cabinet Over Temperature icon also appears.
Figure 8-3. Cabinet Over Temperature Fault
Time Enabled
The cabinet over temperature fault is enabled during the printhead startup.
Condition
Internal cabinet temperature has exceeded 158
°F (70 °C). Temperatures
above this level can damage the circuitry.
Note: This temperature can be monitored at TP9 on the printer application circuit board (see “Electronic Test Points” on page 8-62).
Table 8-9 lists the possible causes and solutions for cabinet over temperature fault.
Cause Solution
Operating environment is too hot
Air filter is clogged Clean or replace the air filter Defective temperature sensor Replace print engine circuit board
Move cabinet to more appropriate environment or apply external heating or cooling
Table 8-9: Cabinet Over Temperature Fault
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Crossflow Prime Failed (Emptying)
When a crossflow prime failed (emptying) fault occurs, the red light on the keypad glows and the “Crossflow Prime Failed (Emptying)” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
The crossflow prime failed (emptying) fault is enabled during an ink system prime.
Condition
The reservoir low switch (RLOW) has not switched on within 45 seconds after the priming of the x-flow return line has begun.
Note: This fault may be reported if there is already fluid in the x-flow return line. For that reason, detection of this fault does not halt the ink system prime process and the fault is not reported until the entire prime procedure is completed.
Videojet 1310 Service Manual
Table 8-10 lists the possible causes and solutions for crossflow prime failed.
Cause Solution
Fluid already exists in the X­flow return line
X-flow return valve failed to open
Clog or leak in the x-flow return line
Verify that there is fluid in the x-flow return line. If the line is fully primed, this fault can be disregarded.
Replace valve
Replace the umbilical or just the defective line
Table 8-10: Crossflow Prime Failed Fault (Emptying)
To return the printer to service once a solution has been attempted, proceed as follows:
1 Select the Reset Alarms options from the System Menu to clear the
fault indication.
2 Rerun the ink system priming procedure.
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Crossflow Prime Failed (Filling)
When a crossflow prime failed (filling) fault occurs, the red light on the keypad glows and the “Crossflow Prime Failed (Filling)” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
The crossflow prime failed (filling) fault is enabled during an ink system prime.
Condition
The reservoir low switch (RLOW) has been on for more than five minutes while priming the x-flow return line.
Causes/Solutions
Table 8-11 lists the possible causes and solutions for crossflow prime failed (filling).
Cause Solution
Large leak in or partial blockage of the x-flow return line
Clear, patch or replace the line as required
Table 8-11: Crossflow Prime Failed (Filling)
T o return the printer to service, once a solution has been attempted, proceed as follows:
1 Select the Reset Alarms option from the System menu to clear the fault
indication.
2 Rerun the ink system priming procedure.
8-14 Clearing Fault and Warning Messages
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Encoder Overflow
When an encoder overflow fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Encoder Overflow” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
The encoder overflow fault is enabled while printing.
Condition
The printer is receiving too many shaft encoder pulses.
Table 8-12 lists the possible causes and solutions for encoder overflow.
Cause Solution
Videojet 1310 Service Manual
The line speed is faster than the printer speed
Defective shaft encoder (mis­reporting line speed)
Table 8-12: Encoder Overflow
Reduce line speed
Replace shaft encoder
Rev AD Clearing Fault and Warning Messages 8-15
Page 34
Videojet 1310 Service Manual
Fan Failure Fault
When a fan failure fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Fan Failure Fault” message appears at the bottom of the main screen (if it is a predominant fault) and the Fan Failure icon appears.
Figure 8-4. Fan Failure Fault
Time Enabled
The fan failure fault is enabled when the AC power switch is on.
Condition
The sensor in the cooling fan reports that the fan is no longer working.
Table 8-13 lists the possible causes and solutions for the fan failure fault.
Cause Solution
The power cable to the cooling fan is defective or unplugged
Defective cooling fan Replace the cooling fan
Check the cable at connector J3 on the print engine circuit board
Table 8-13: Fan Failure Fault
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Fluid Pressure Low Fault
When a fluid pressure low fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Fluid Pressure Low Fault” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
The fluid pressure low fault is enabled during printhead startup.
Condition
The ink pressure has not reached the specified operating pressure.
Table 8-14 lists the possible causes and solutions for fluid pressure low fault.
Cause Solution
Videojet 1310 Service Manual
Air leaking into the ink supply lines
Main ink filter clogged (fault occurs at startup)
Pressure transducer failure Replace pressure transducer Wash pump check valve failure Replace the check valve in the wash pump Main ink pump failure Replace the main ink pump Ink circulation valve stuck
closed Ink add valve stuck closed Replace valve
Ensure that there are no leaks in the supply lines and that all lines are firmly attached
Ensure that the pressure transducer is firmly attached to the main ink filter
Replace the main ink filter
Replace the ink circulation valve
Table 8-14: Fluid Pressure Low Fault
Rev AD Clearing Fault and Warning Messages 8-17
Page 36
Videojet 1310 Service Manual
Fluid Pressure High Fault
When a fluid pressure high fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Fluid Pressure High Fault” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
The fluid pressure high fault is enabled during printhead startup.
Condition
The ink pressure has exceeded the allowable range.
Table 8-15 lists the possible causes and solutions for fluid pressure high fault.
Cause Solution
Ink bypass valve stuck closed (fault occurs during head shutdown)
Pressure transducer failed Check the pressure transducer cable
Replace the ink bypass valve
connection to bulk head board. Replace pressure transducer
Table 8-15: Fluid Pressure High Fault
8-18 Clearing Fault and Warning Messages
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Page 37
High Voltage Arc Fault
When a high voltage arc fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “High Voltage Arc Fault” message appears at the bottom of the main screen (if it is a predominant fault) and the High Voltage Arc Fault icon also appears.
Figure 8-5. High Voltage Arc Fault Icon
Time Enabled
Fault is enabled two seconds after the high voltage is turned on.
Condition
A high voltage arc is detected at the printhead.
Videojet 1310 Service Manual
Table 8-16 lists the possible causes and solutions for high voltage arc fault.
Cause Solution
The printhead is dirty Clean the printhead Poor ink stream alignment or
calibration
The print engine PCB is defective or the umbilical is defective
Check the stream alignment (Refer “Aligning the Stream” on page 6-18) and calibration (Refer “Configuring Nozzle Drive” on page 6-26)
Disconnect the high voltage cable at the PCB. Did the high voltage fault stop?
• If NO, the main PCB is defective. Replace the main PCB
• If YES, the printhead umbilical is defective. Replace the printhead umbilical
Table 8-16: High Voltage Arc Fault
Rev AD Clearing Fault and Warning Messages 8-19
Page 38
Videojet 1310 Service Manual
High Voltage Status Fault
When a high voltage status fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “High Voltage Status Fault” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
Fault is enabled 1 second after the printer becomes operational.
Condition
The high voltage power supply (located on the print engine circuit board) detects that the output of the supply is less than 90% of its programmed value.
Causes/Solutions
Table 8-17 lists the possible causes and solutions for high voltage status fault.
Cause Solution
The print engine circuit board likely to be defective
Select Reset Alarms from the System menu to reset the fault. If the fault persists, replace the print engine board
Table 8-17: High Voltage Status Fault
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Ink Low Warning
When an ink low warning occurs, the amber light on the keypad glows and the “Ink Low” message appears at the bottom of the main screen (if it is a predominant condition). The Ink Low icon also appears.
Figure 8-6. Ink Low Warning Icon
Time Enabled
When the AC power switch is on.
Condition
The ink low switch (ILOW) in the ink supply tank is on.
Table 8-18 lists the possible causes and solutions for ink low warning.
Videojet 1310 Service Manual
Cause Solution
The fluid in the ink supply tank is low
The ink low switch is defective Replace the ink low switch
Replace the ink bottle with a fresh ink bottle. See the Videojet 1310 Operator Manual for instructions
Table 8-18: Ink Low Warning
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Page 40
Videojet 1310 Service Manual
Ink Out Fault
When an ink out fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Ink Out” message appears at the bottom of the main screen (if it is a predominant fault) and the Ink Out icon also appears.
Figure 8-7. Ink Out Fault Icon
Time Enabled
When the vacuum pump is turned on.
Condition
The ink low switch (ILOW) in the ink supply tank is on for more than 30 minutes, while the ink jet is on.
Table 8-19 lists the possible causes and solutions for ink out fault.
Cause Solution
The fluid in the ink supply tank is out or an attempt was made to start the jet with an existing ink low warning condition present
The ink low switch is defective Replace the ink low switch
Replace the ink bottle with a fresh ink bottle. See the Videojet 1310 Operator Manual for instructions.
Table 8-19: Ink Out Fault
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Ink Full Warning
When an ink full warning occurs, the amber light on the keypad glows and the “Ink Full” message appears at the bottom of the main screen (if it is a predominant condition). The ink full icon also appears.
Figure 8-8: Ink Full Warning
Time Enabled
When the AC power switch is on.
Condition
The ink full switch (IFUL) in the ink supply tank is on.
Videojet 1310 Service Manual
Table 8-20 lists the possible causes and solutions for ink full warning.
Cause Solution
The fluid in the ink supply tank at or above the full level
The ink full switch is defective
Do not add a new ink bottle when active
Replace the ink full switch
Table 8-20: Ink Full Warning
Rev AD Clearing Fault and Warning Messages 8-23
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Videojet 1310 Service Manual
Ink Pump Overspeed
When an ink pump overspeed fault occurs, the red light on the keypad glows and the ink, the high voltage, all the pumps and valves switch off immediately. Additionally, the “Ink Pump Overspeed” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
Whenever the ink pump is running.
Condition
The main ink pump has exceeded the maximum speed recommended.
Table 8-21 lists the possible causes and solutions for ink pump overspeed.
Cause Solution
Fresh ink not being added Check for failures of the ink add valve and
clogs or leaks in the ink lines
Check for clogs in the ink supply tank filter Main ink filter clogged Replace the main ink filter Pressure transducer incorrectly
reporting fluid pressure
Main ink pump failure Replace the main ink pump System has deprimed Check for failures in the ink supply tank float Ink flow restriction to the pump Check for a kinked line from the FMS
1. Verify that the transducer is firmly attached to the ink filter and that the transducer wiring has not been disconnected
2. If transducer failure is suspected, replace the pressure transducer
reservoir to the ink circulation valve and also the flow through the ink circulation valve
Table 8-21: Ink Pump Overspeed
8-24 Clearing Fault and Warning Messages
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Insert Update Failure
When an insert update failure fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Insert Update Failure” message appears at the bottom of the main screen (if it is a predominant fault).
Time Enabled
While printing.
Condition
Data content of insert could not be determined.
Causes/Solutions
Table 8-22 lists the possible causes and solutions for the insert update failure.
Videojet 1310 Service Manual
Cause Solution
The printer’s operating software has most likely become corrupted
Restart the printer. If the problem persists, update or replace th e printer’s operating software
Table 8-22: Insert Update Failure
Rev AD Clearing Fault and Warning Messages 8-25
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Videojet 1310 Service Manual
Invalid Bar Code
When an invalid bar code warning occurs, the amber light on the keypad glows and the “Invalid Bar Code” message appears at the bottom of the main screen (if it is the predominant condition).
Time Enabled
When the operator saves a message in the message editor.
Condition
The operator attempted to save a message containing an invalid bar code.
Causes/Solutions
Table 8-23 lists the possible causes and solutions for the invalid bar code.
Cause Solution
The message being saved contains one or more bar codes with invalid data
Table 8-23: Invalid Bar Code
Re enter the bar codes contained in the message, being mindful of the data requirements for the type of bar code being entered. Refer Appendix B in the Videojet 1310 Operator Manual on the requirements for a particular bar code type
8-26 Clearing Fault and Warning Messages
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Invalid Bar Code Data
When an invalid bar code data warning occurs, the amber light on the keypad glows and the “Invalid Bar Code Data” message appears at the bottom of the screen (if it is the predominant condition).
Time Enabled
While printing.
Condition
The data in a barcode being printed is invalid for that type of bar code. This typically occurs when an automatically updated insert (such as a counter, a date or a shift code), used as part of a bar code reaches a value that would cause the bar code to be invalid.
Table 8-24 lists the possible causes and solutions for invalid bar code data.
Cause Solution
Videojet 1310 Service Manual
Incorrect barcode data Correct the data
Remove or replace the offending ba r code
Table 8-24: Invalid Bar Code Data
Rev AD Clearing Fault and Warning Messages 8-27
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Videojet 1310 Service Manual
Make-Up Low Warning
When an make-up low warning occurs, the amber light on the keypad glows and the “Make-Up Low” message appears at the bottom of the main screen (if it is the predominant condition). The Make-Up low icon also appears.
Figure 8-9. Make-Up Low Warning Icon
Time Enabled
When the AC power switch is on.
Condition
The make-up low switch (MLOW) in the make-up supply tank is on.
Table 8-25 lists the possible causes and solutions for make-up low warning.
Cause Solution
The fluid in the make-up supply tank is low
The make-up low switch is defective
Replace the make-up bottle with a fresh make-up bottle
Replace the make-up low switch
Table 8-25: Make-Up Low Warning
8-28 Clearing Fault and Warning Messages
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Make-Up Out Fault
When a make-up out fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Make-Up Out” message appears at the bottom of the main screen (if it is the predominant fault) and the Make-up Out Fault icon also appears.
Figure 8-10. Make-Up Out Fault Icon
Time Enabled
When the vacuum pump is on.
Condition
The make-up low switch (MLOW) in the make-up supply tank has been on for more than 30 minutes, while the ink jet is on.
Videojet 1310 Service Manual
Table 8-26 lists the possible causes and solutions for make-up out fault.
Cause Solution
The make-up supply tank is empty Replace the make-up bottle with a fresh
make-up bottle
The make-up low switch is defective
Replace the make-up low switch
Table 8-26: Make-Up Out Fault
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Videojet 1310 Service Manual
Make-Up Full Warning
When a make-up full warning occurs, the amber light on the keypad glows and the “Make-Up Full” message appears at the bottom of the main screen (if it is a predominant condition). The make-up full icon also appears.
Figure 8-11: Make-Up Full Warning Icon
Time Enabled
When the AC power switch is on.
Condition
The make-up full switch (MFUL) in the make-up supply tank is on.
Table 8-27 lists the possible causes and solutions for make-up full warning.
Cause Solution
The fluid in the make-up supply tank is at or above the full level
The make-up full switch is defective
Do not add a new make-up bottle when active
Replace the make-up full switch
Table 8-27: Make-Up Full Warning
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Message Truncated
When a message truncated warning occurs, the amber light on the keypad glows and the “Message Truncated” message appears at the bottom of the main screen (if it is the predominant condition).
Time Enabled
While printing.
Condition
A part of the message image could not be printed.
Causes/Solutions
Table 8-28 lists the possible causes and solutions for the message truncated warning.
Cause Solution
Videojet 1310 Service Manual
The printer software has miscalculated the maximum length of a variable length message. The printer’s operating software is most likely to be corrupted.
Restart the printer. If the problem persists, update or replace the printer’s operating software.
Table 8-28: Message Truncated
The display of this warning does not halt printing. However, it remains on the screen until cleared by the operator (select the Reset Alarms option from the System menu).
Rev AD Clearing Fault and Warning Messages 8-31
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Videojet 1310 Service Manual
Missing Font Data
When a missing font data warning occurs, the amber light on the keypad glows and the “Missing Font Data” message appears at the bottom of the main screen (if it is the predominant condition).
Time Enabled
While printing.
Condition
A part of the message image could not be printed.
Causes/Solutions
Table 8-29 lists the possible cause and solution for the missing font data warning.
Cause Solution
The printer does not have font information on one or more of the characters in the current message. The printer’s operating software is most likely to be corrupted.
Restart the printer. If the problem persists, update or replace the printer’s operating software.
Table 8-29: Missing Font Data
The display of this warning does not halt printing. However, it remains on the screen until cleared by the operator (select the Reset Alarms option from the System menu).
8-32 Clearing Fault and Warning Messages
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No Signal Fault
When a no signal fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “No Signal Fault” message appears at the bottom of the main screen (if it is the predominant fault) and the No Signal Fault icon also appears.
Figure 8-12. No Signal Fault Icon
Time Enabled
Fault is enabled during printhead startup. Also enabled during pressure set procedure.
Videojet 1310 Service Manual
Condition
The printer is not detecting droplets at the ink return block.
Table 8-30 lists the possible causes and solutions do no signal fault.
Cause Solution
The printhead is dirty or the ink return block and/or sensing wires are wet.
Incorrect manual configuration of nozzle drive (this instance occurs during an ink pressure set procedure).
Incorrect ink stream alignment into the ink return block or ink drop break­off in the charge tunnel.
The ink return block or the wires leading to it may be defective.
Clean the printhead and dry it thoroughly.
Manually set the nozzle drive so that the break-off occurs in the charge tunnel (a value of 200 is a good place to start). Then, reinitiate the ink pressure set procedure.
Align the ink stream.
Check the ink return block for leaks. Check for disconnected or severed wires.
Fresh ink add valve (IADD) stuck open or closed (causes incorrect ink viscosity, which in turn causes ink build-up in the printhead).
Table 8-30: No Signal Fault
Rev AD Clearing Fault and Warning Messages 8-33
Replace the fresh ink add valve.
Page 52
Videojet 1310 Service Manual
Cause Solution
Restriction in the nozzle. Perform a backflush procedure. If that
fails to clear the fault, replace the nozzle.
The wiring leading to the charge tunnel may be defective.
The wiring carrying the nozzle drive signal may be defective.
The print engine circuit board may be defective.
Check charge tunnel cable continuity. Replace the umbilical.
Check the nozzle drive wire continuity . Replace the umbilical.
Test and/or replace the print engine
circuit board. Nozzle ink valve stuck closed. Replace valve. Solvent migrated into the charge
tunnel during washing at startup.
• Check X-flow and wash return valve
• Check vacuum level
Ink by-pass valve stuck open. Replace valve.
Table 8-30: No Signal Fault (Continued)
8-34 Clearing Fault and Warning Messages
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Overspeed Warning
When an overspeed warning occurs, the amber light on the keypad glows, and the “Overspeed Warning” message appears at the bottom of the main screen (if it is the predominant condition). The Overspeed icon also appears.
Figure 8-13. Overspeed Warning Icon
Time Enabled
While printing.
Condition
Printer has insufficient time to print the image at the normal width. The message appears stretched. If the stretching is acceptable, this warning may be ignored.
Videojet 1310 Service Manual
Table 8-31 lists the possible causes and solutions for overspeed warning.
Cause Solution
Conveyor speed is too fast. Reduce conveyor speed. Product detector is too close to
printhead. Message is too complex. Shorten the message or use a smaller font
Move product detector further away from printhead.
size.
Table 8-31: Overspeed Warning
The display of this warning does not halt printing. However, it remains on screen until cleared by the operator (select the Reset Alarms option from the System menu).
Rev AD Clearing Fault and Warning Messages 8-35
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Videojet 1310 Service Manual
Overspeed (Data Lost)
When an overspeed (data lost) fault occurs, the red LED on the keyboard glows, printing stops and the Overspeed icon appears on the main screen.
Figure 8-14. Overspeed (Data Lost) Icon
Time Enabled
While printing.
Condition
Printer has insufficient time to generate the message image and data has been lost. Printer is no longer printing the desired message.
Table 8-32 lists the possible causes and solutions for Overspeed (Data Lost).
Cause Solution
Conveyor speed is too fast. Reduce conveyor speed. Product detector is too close to
printhead.
Move product detector further away from printhead.
Table 8-32: Overspeed (Data Lost)
8-36 Clearing Fault and Warning Messages
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Overspeed (No Image)
When an overspeed (no image) fault occurs, the red light on the keypad glows and printing stops. Additionally, the “Overspeed (No Image)” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
While printing.
Condition
The printer attempted to print a message before it had finished creating the bitmap for the message.
Table 8-33 lists the possible causes and solutions for overspeed (no image).
Cause Solution
Videojet 1310 Service Manual
Product detector is too close to printhead.
Line running faster than printer is capable of printing.
Defective shaft encoder (mis­reporting line speed).
Message is too complex Simplify the message.
Move product detector further away from printhead.
Reduce line speed.
Replace shaft encoder.
Table 8-33: Overspeed (No Image)
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Videojet 1310 Service Manual
Overspeed (No Stroking)
When an overspeed (no stroking) fault occurs, the red light on the keypad glows and printing stops. Additionally, the “Overspeed (No Stroking)” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
While printing.
Condition
While printing a message, a product detect for the next message has occurred, followed by the full product delay interval. In other words, it is time to start printing the next message, but the printer has not yet finished printing the current message.
Table 8-34 lists the possible causes and solutions for overspeed (no stroking).
Cause Solution
Line running faster than printer is capable of printing.
Product detector is too close to printhead.
Defective shaft encoder (mis­reporting line speed).
Reduce line speed.
Move product detector further away from printhead.
Replace shaft encoder.
Table 8-34: Overspeed (No Stroking)
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PEAP 24V Disabled
When a PEAP 24V disabled fault occurs, the red light on the keypad glows and the ink, the high voltage, all the pumps and valves switch off immediately. Additionally, the “PEAP 24V Disabled” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
On power up
Condition
The 24 volt power supply has not been turned on by the controller board.
Causes/Solutions
Table 8-35 lists the possible cause and solution for the PEAP 24V Disabled fault.
Videojet 1310 Service Manual
Cause Solution
The printer software has detected that the 24 volt enable has been turned off.
Restart the printer. If the problem persists, update or replace the printer’s operating software.
Table 8-35: PEAP 24V Disabled
This is a panic fault. Panic faults are not resettable by the normal means. After the problem has been corrected, turn the AC power Off and then On (using the AC power switch).
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Videojet 1310 Service Manual
PEAP Watchdog Timeout
When a peap watchdog timeout fault occurs, the red light on the keypad glows. Additionally, the “PEAP Watchdog Timeout” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
On power up
Condition
The printer software controlling the ink system was not able to run for one second or more. Restart the printer. If the problem persists, update or replace the printer’s operating software.
This is a panic fault. Panic faults are not resettable by the normal means. After the problem has been corrected, turn the AC power Off and then On (using the AC power switch).
8-40 Clearing Fault and Warning Messages
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Phasing Fault
When a phasing fault occurs, the red light on the keypad begins flashing and the printhead starts its normal four-minute shutdown sequence. Additionally, the “Phasing Fault” message appears at the bottom of the main screen (if it is the predominant fault) and the Phasing Fault icon also appears.
Figure 8-15. Phasing Fault Icon
Time Enabled
Fault is enabled following printhead startup (when the Jet Running icon stops flashing).
Condition
The fly-by sensor (sensor near the charge tunnel) was unable to detect enough “good” phases while charging phasing drops.
Videojet 1310 Service Manual
Table 8-36 lists the possible causes and solutions for phasing fault.
Cause Solution
The printhead is dirty or the ink return block and/or sensing wires are wet.
Incorrect nozzle drive setting. Run the auto nozzle drive set utility. Fly-by sensor may be defective. Check the fly-by sensor circuit for loose
Restriction in the nozzle. Perform a backflush procedure. If that
Fresh ink add valve (IADD) stuck open (causes incorrect ink viscosity, which in turn causes ink build-up in the printhead).
The wiring leading to the charge tunnel may be defective.
The print engine circuit board may be defective.
Clean the printhead and dry it thoroughly.
connections. Check for disconnected wires.
fails to clear the fault, replace the nozzle. Replace fresh ink add valve.
Replace the umbilical.
Test and/or replace the print engine circuit board.
Nozzle valve defective. Replace valve.
Table 8-36: Phasing Fault
Rev AD Clearing Fault and Warning Messages 8-41
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Videojet 1310 Service Manual
Prime Required
When a prime required warning occurs, the amber light on the keypad glows and the “Prime Required” message appears at the bottom of the main screen (if it is the predominant condition).
Time Enabled
Fault is enabled when a nozzle wash prime is initiated.
Condition
An operator or service technician tried to initiate a nozzle wash prime procedure while the FMS reservoir was low.
Causes/Solutions
Table 8-37 lists the possible cause and solution for the prime required fault.
Cause Solution
The ink system must be primed before starting a nozzle wash prime
Prime the ink system
Table 8-37: Prime Required
8-42 Clearing Fault and Warning Messages
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Print Engine Undefined Fault
When a print engine undefined fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Print Engine Undefined Fault” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
On power up
Condition
An undefined print engine fault has occurred.
Causes/Solutions
Table 8-38 lists the possible cause and solution for the print engine undefined fault.
Videojet 1310 Service Manual
Cause Solution
An undefined print engine fault has occurred
Restart the printer. If this fault persists, load the latest version of the printer software onto the printer’s flash memory card.
Table 8-38: Print Engine Undefined Fault
Rev AD Clearing Fault and Warning Messages 8-43
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Videojet 1310 Service Manual
Printhead Heater Temperature Fault
When a printhead heater temperature fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Printhead Heater Temperature Fault” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
During printhead startup.
Condition
Printhead is measuring a temperature of less than 32 than 150
Table 8-39 lists the possible causes and solutions for printhead heater temperature fault.
°F (0 °C) or greater
°F (65.5 °C) when printhead startup begins.
Cause Solution
Operating environment too hot or too cold.
Temperature sensor disconnected from the print engine circuit board.
Defecting umbilical wiring. Replace umbilical. Defective temperature sensor in
the printhead.
Move the printhead to more appropriate environment or apply external heating or cooling.
Check the connections at J9 on the print engine circuit board. Check the wiring connections leading to the head heater manifold in the printhead.
Replace the head heater manifold.
Table 8-39: Printhead Heater Temperature Fault
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Print Queue Overflow
When a print queue overflow fault occurs, the red light on the keypad begins flashing and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Print Queue Overflow” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
While printing.
Causes/Solutions
Table 8-40 lists the possible cause and solution for the print engine undefined fault.
Cause Solution
Videojet 1310 Service Manual
More than 64 prints are in the print queue
Restart the printer. If this fault persists, use the Full System Restore feature to load the latest version of the printer’s operating software (see “System Backup” on page 6-32
Table 8-40: Print Engine Undefined Fault
).
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Videojet 1310 Service Manual
Production Line Fail - Bad Job or Line Setup
When a production line fail fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Production Line Fail - Bad Job or Line Setup” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
When the printer attempts to enter print mode.
Condition
Line setup file or job setup file is invalid.
Causes/Solutions
Table 8-41 lists the possible cause and solution for the production line fail fault.
Cause Solution
The printer’s operating software is corrupt or some of its configuration files are corrupt
Recreate the message you are attempting to print. If the fault persists, use the full system restore feature to load the latest version of the printer’s operating software. Refer “System Backup” on page 6-32
Table 8-41: Production Line Fail - Bad Job or Line Setup
8-46 Clearing Fault and Warning Messages
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Product Queue Overflow
When a product queue overflow fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Product Queue Overflow” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
While printing.
Condition
There are more than 64 outstanding product detects.
Causes/Solutions
Table 8-42 lists the possible cause and solution for the product queue overflow fault.
Videojet 1310 Service Manual
Cause Solution
There are more than 64 outstanding product detects
Restart the printer. If the problem persists, use the Full System Restore feature to load the latest version of the printer’s operating software (Refer “System Backup” on page 6-32)
Table 8-42: Product Queue Overflow
Rev AD Clearing Fault and Warning Messages 8-47
Page 66
Videojet 1310 Service Manual
RAM Reinitialized Fault
When a RAM reinitialized fault occurs the red light on the keypad glows. Additionally, the “RAM Reinitialized Fault” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
Power On.
Condition
The battery backed up RAM failed. Upon detecting this condition, the printer sets the nozzle drive, high voltage, auto clean, ink pressure, and ink temperature to factory default values.
Table 8-43 lists the possible causes and solutions for RAM reinitialized fault.
Cause Solution
The lithium battery on the control circuit board is dead.
Battery backed up RAM is corrupt. Run the Ink Pressure Set (Refer “Setting
Replace the battery.
the Ink Pressure” on page 6-25) and Auto Nozzle Drive Procedures (Refer “Starting Auto Nozzle Drive” on page 6-26) to recalibrate the ink system
Table 8-43: RAM Reinitialized Fault
8-48 Clearing Fault and Warning Messages
Rev AD
Page 67
Render Image Failure
When a render image failure fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Render Image Failure Fault” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
While printing.
Condition
The printer could not build the bitmap of the message to be printed.
Causes/Solutions
Table 8-44 lists the possible cause and solution for the render image failure fault.
Videojet 1310 Service Manual
Cause Solution
The printer could not build the bitmap of the message to be printed
Restart the printer. If the problem persists, use the Full System Restore feature to load the latest version of the printer’s operating software (refer “System Backup” on page 6-32).
Table 8-44: Render Image Failure
Rev AD Clearing Fault and Warning Messages 8-49
Page 68
Videojet 1310 Service Manual
Reservoir Low Too Long Fault
When a reservoir low too long fault occurs, the red light on the keypad glows and the printhead begins its normal four-minute shutdown sequence. Additionally, the “Reservoir Low Too Long Fault” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
Fault is enabled whenever the ink pump is running. During normal operation, the fault occurs 20 seconds after the RLOW LED glows. However certain maintenance procedures (such as ink system prime) may delay or override this fault entirely.
Condition
The fluid in the FMS reservoir has been low for an abnormally long period of time.
Table 8-45 lists the possible causes and solutions for reservoir low too long fault.
Cause Solution
The make-up supply tank may be empty.
The make-up supply tank filter may be clogged.
The make-up low switch may not be detecting the fluid level in the make-up supply tank.
The FMS reservoir is not getting fluid.
The make-up add valve may be stuck closed.
The RLOW switch in the FMS reservoir may be defective.
Check the fluid level in the make-up supply tank.
Replace the tank filter.
Check the make-up low float in the make­up supply tank.
Check all lines to ensure that they are not kinked, clogged or disconnected.
Replace this valve.
Replace the cap and stem assembly.
Table 8-45: Reservoir Low Too Long Fault
8-50 Clearing Fault and Warning Messages
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Page 69
Reservoir Overfill
When a reservoir overfill fault occurs, the red light on the keypad glows and the ink, the high voltage, all pumps and all valves switch off immediately. Additionally, the “Reservoir Overfill” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
Fault is enabled one second after the AC power switch is turned On.
Condition
The float in the FMS reservoir has reached the top of its travel path, causing the reservoir overfill switch to close. The ROVER LED on the print engine board glows.
Table 8-46 lists the possible causes and solutions for reservoir overfill.
Cause Solution
Videojet 1310 Service Manual
Too much ink in the FMS reservoir.
The ink add, make-up add or the catcher wash valve may be stuck open.
The reservoir overfill switch may be defective.
Drain the FMS reservoir.
Check these valves. Replace if necessary.
Replace the cap and stem assembly.
Table 8-46: Reservoir Overfill
This is a panic fault. Panic faults are not resettable by the normal means. After the problem has been corrected, turn the AC power Off and then On (using the AC power switch).
Rev AD Clearing Fault and Warning Messages 8-51
Page 70
Videojet 1310 Service Manual
Reservoir Prime Failed
When a reservoir prime failed fault occurs, the red light on the keypad glows and the “Reservoir Prime Failed” message appears at the bottom of the main screen (if it is the predominant fault).
Time Enabled
During an ink system prime.
Condition
The reservoir low switch (RLOW) has not switched Off within five minutes after the priming of the FMS reservoir has begun. This could be the result of a failure at any point in the ink path from the ink supply tank to the FMS reservoir.
Table 8-47 lists the possible causes and solutions for reservoir prime failed.
Cause Solution
Ink supply tank empty. Replace ink bottle. Ink add valve failed to open. Replace valve. Ink pump failure. Replace ink pump. Ink bypass valve (IBYP) failed to
open. Vacuum pump failure. Replace vacuum pump. Clogged or leaking ink supply
line or ink bypass line. Reservoir low switch failure. Replace cap and stem assembly.
Replace valve.
Replace the umbilical or just the defective line.
Table 8-47: Reservoir Prime Failed
8-52 Clearing Fault and Warning Messages
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Serial Data Error
When a serial data error warning occurs, the amber light on the keypad glows and the “Serial Data Error” message appears at the bottom of the main screen (if it is the predominant condition).
Time Enabled
The serial communications occurs:
For example,
• When using the bar code scanner option
• When using connector to communicate with this printer
Condition
There is a problem with serial communications to an external device (baud rate, parity, etc).
Videojet 1310 Service Manual
Table 8-48 lists the possible causes and solutions for serial data error.
Cause Solution
Incorrect configuration. Check communication parameters. Poor wiring connection. Check cable connections.
Table 8-48: Serial Data Error
Rev AD Clearing Fault and Warning Messages 8-53
Page 72
Videojet 1310 Service Manual
Valve Control Logic Failed
When a valve control logic failed fault occurs, the red light on the keypad glows and a normal four minute shut down sequence begins.
Time Enabled
On power up
Condition
The printer application circuit board indicates that the valves have failed.
Table 8-49 lists the possible cause and solution for valve control logic failed.
Cause Solution
Faulty printer application circuit board.
Replace the printer application circuit board.
Table 8-49: Valve Control Logic Failed
8-54 Clearing Fault and Warning Messages
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Page 73
LED Printer Status Indicators
A number of light emitting diode (LED) indicators are present on both the control circuit board and the print engine circuit board. Since these LEDs indicate status of or activity in various components of the printer, they are useful in determining the cause of a printer fault.
Print Engine Circuit Board
The LEDs on the print engine circuit board reflect the status of the individual items in the ink system, the printhead, and the print engine board itself. They are grouped together on a single panel as shown in Figure 8-16.
Videojet 1310 Service Manual
Figure 8-16: LED Panel on the Print Engine Circuit Board
Rev AD LED Printer Status Indicators 8-55
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