ERR-LIST-ACM - 第31页
2331 %1 :\tEnd of stroke The working area exceeds end of stroke. - An end-of-stroke microswitch was activated by contact with the end stop spring. - Malfunctoin of end-of-stroke switch. - Software error. - Check end-of-s…
2314 %1 :\tOver-voltage error
An over-voltage on the 325 VDC
has been detected.
- The ballast resistor on the power supply unit has not been
switched on correctly, while an axis or more axes were
decelerating.
See service manual.
- Check the continuity and resistance (100 ohm) of the ballast resistor on
connector X4 on the power supply unit.
- If OK, the switching is faulty; replace power supply unit.
See Service Manual.
2315 %1 :\tAmplifier current overflow
Linear motor current was
measured as too high in one ot the
amplifier units.
- Short circuit in the motor.
- Defective wiring between amplifier and motor.
- Defective amplifier unit.
See Service manual.
- Check connections between amplifier and motor.
- Check resistance between motor coils: 8.8 ohm (+3/-1). If fault replace
carriage.
- Replace amplifier unit.
See Service manual.
2316 %1 :\tFatal position error
During the move the carriage has
reached a not correct position.
- This error can be caused by another error. See the
APC_EVT.LOG file.
- The error criterion is set too small.
- Mechanical friction of the axis is too high.
- Filthiness or malfunction of linear scale.
- Refer to APC_EVT.LOG file for other errors (e.g.
EM_HDV_NOT_SQUARED).
- Check HDV.CFG file; the error criterion must be 0.5 mm. and the
single/double sided configuration must be correct.
- Check friction current of the axis. If too high, check the bal
2317 %1 :\tSteady-state position error
After a move the carriage came to
a halt incorrectly.
- The error criterion is set too small.
- Mechanical friction of the axis is too high.
- Filthiness or malfunction of linear scale.
- Check HDV.CFG file; the error criterion must be 5 micrometers, and the
single/double sided configuration must be correct.
- Check friction current of the axis. If too high, check the ball guides. If faulty,
replace ball guides and guide rails.
- Check
2328 %1 :\tFeedback check error
The feedback (position) is not
correct. See Service Manual. See Service Manual.
2329 %1 :\tLMS position error
The LMS system report an internal
defect.
- Dirt or grease on the linear scale.
- Malfunction LMS cabling.
- Electro-magnetic disturbance on the wiring.
- Defective LMS system.
See Service Manual.
- Clean the linear scale and optical pickup; retry operating XY-system.
- Check output of LMS. If correct, check connections between LMS and LAC.
- Check for electro-magnetic disturbance.
- If connections OK, replace LMS.
See Service Manual.
2330 %1 :\tTemperature error
A too high temperature on the H-
drive is detected.
- Current application program requires too much acceleration or
deceleration from the carriage.
- Malfunction of sensor wiring.
- Malfunction of temperature sensor.
- Check sensor wiring.
- Check sensor.
- If OK, report error to your service representative.
2331 %1 :\tEnd of stroke
The working area exceeds end of
stroke.
- An end-of-stroke microswitch was activated by contact with
the end stop spring.
- Malfunctoin of end-of-stroke switch.
- Software error.
- Check end-of-stroke switch.
- If switch OK, check parameters in HDV.CFG file.
- If condition persists, contact your service representative.
2332 %1 :\tPower-off line active The power off line is activated. - A class-A or -B error occurred on another axis.
- Check the operator screen to see if a system error was issued. Correct that
error.
2333 %1 :\tServo-power error No servo power available (defect).
- Emergency button operated, or cover not closed.
- Defective power supply unit.
- Defective interconnection panel.
- Defective cabling.
See Service Manual.
- Release emergency button, or close cover.
- Check power supply unit.
- Check interconnection panel.
- Check cabling.
See Service Manual.
2334
%1 :\tX-Y Robot out of boundary
of WA of the machine
An action was requested for the X-
Y robot, which end position is out
of the work-area of the machine.
- The H-drive detected the SW end switch. The H-drive has
reached the border of the work-area.
- Jogged out of the work-area.
- Moved to a position out of the work-area.
- Jog in opposite direction.
- Modify (feeder pick) position.
- Note : It is not always possible to reach with all objects (Heads, FA camera)
the pick positions on the feeder sections. If in this case a FA camera is used for
teaching a pick position the
2335 %1 :\tInterpolator buffer underflow Interpolation buffer underflow. See Service Manual. See Service Manual.
2336 %1 :\tHome search error The home position is not found.
- Malfunction of zero-coarse EPD.
- Filthiness of linear scale.
- Defective LMS or defective connections.
- Check EPD, EPD-wiring, and -adjustment.
- Clean the linear scale and optical pickup, and retry operation.
- Check the measuring head to linear scale clearance and alignment.
- Check LMS and its connections. If defective, replace it.
2400
Error occurred in WA-section of
transport
During production of a board in the
work-area an error occurred.
- Possible error of the transport system.
- Machine error.
- Retry action.
- Remove board from work-area.
2401
Unexpected error detected by
Transport Controller
2402
No communication allowed to
Transport Controller
An attempt was made to
communicate to the transport
controller. This is not allowed
since the communication to the
transport controller node is
disabled.
- A feeder trolley is removed from the machine.
- Hardware error. - Connect all feeder trolley's and retry.
2600 %1 :\tCover not closed
To execute function, please close
cover. - Cover not closed. - Close cover.
2601 %1 :\tE-Stop activated
The requested function can no be
executed because one of the
emergency buttons is activated. - One of the emergency buttons is not released. - Release the activated emergency button.
2602
%1 :\tFeeder-section stop
activated
Not yet used. This error should not
occur.
2603
%1 :\tVacuum level is low
The vacuum level is low.
- Restriction in vacuum system.
- Check vacuum supply.
2604
%1 :\tNo vacuum
No vacuum detected.
- No vacuum available.
- Switch on vacuum.
2605 %1 :\tNo servo-power No servo power available.
- Servo power switched off.
- No servo power available.
- Switch on servo power.
- Check power supply.
2606 %1 :\tNo air supply No air supply available.
- Air supply not switched on.
- Temporary drop in the factory air supply.
- Switch on air supply.
- Check your factory air supply.
2607 %1 :\tPhase error Main phase failure. - On or more electrical power phases are not detected. - Check electrical power supply.
2608 %1 :\tModule cannot be started
One of the configured modules
cannot be initialized.
- Modification of configuration file.
- Hardware failure.
- Check hardware.
- Check the error log file. Report error to your service representative.
2609
%1 :\tBarcode reader not
supported Not supported.
2610
%1 :\tThermal-protection switch
activated
The thermal-protection switch on
the LIMMS power supply was
activated.
- Malfunction of thermal-protection switch.
- Short circuit on LIMMS power supply.
- Check thermal-protection switch.
- Check LIMMS power supply circuit.
2611 %1 :\tFeeder-section removed
One of the feeder sections has not
been detected by the magnetic
switch in the sub-frame of the
machine.
- A removed feeder section.
- The magnetic switch in one of the feeder sections is broken or
not correctly adjusted.
- Replace feeder section.
- Replace or re-adjust the bad magnetic switch.
2700 Coplanarity :\tnot host mode
The coplanarity checker PC is not
in host mode.
- The operator has not switched back to host mode during the
last use of the coplanarity checker.
- The coplanarity checker PC is not correctly started.
- The coplanarity checker user interface is not automatically
started in host mode
- The communicat
-Switch the monitor and keyboard to the coplanarity checker PC and check that
the coplanarity checker PC is started correctly, the user interface is started and
in host mode.
- When the coplanarity checker has given the warning 'PC date/time might be
cor
2701
Coplanarity :\tCommunication
error
The coplanarity checker PC is not
in host mode.
- The operator has not switched back to host mode during the
last use of the coplanarity checker.
- PC user interface.
- The coplanarity checker PC is not correctly started.
- The coplanarity checker user interface is not automatically
started.
- Check the coplanarity DIO board and the connection between the APC and
coplanarity checker PC.
2702 Coplanarity :\tUnknown ID
The component identification
number is not known in a
component description file on the
coplanarity checker PC.
- The component identification number, as specified in the
vision file on the aPC, is not in one of the component
description files on the coplanarity checker PC.
- Check which component was requested for inspection. Compare the
component identification number on the aPC with the component identification
number on the coplanarity checker PC for the same component (package ID).
Change the number on the aPC.
2704 Coplanarity :\tLift error
The coplanarity checker lift is not
working correctly.
- Compressed air is missing.
- Lift movement is obstructed.
- Up or down sensor is not working correctly, or is broken.
- Check the compressed air at the coplanarity lift.
- Check the lift movement.
- Check the lift sensors (with tiptip).