Error: Description:
|
Ex101
|
Nip roller does not ascend | |
| Ex102 | Nip roller does not descend | |
| Ex103 | Transport unit does not ascend | |
| Ex104 | Transport unit does not descend | |
| Ex105 | Trail clamp arm does not ascend | |
| Ex106 | Trail clamp arm does not descend | |
| Ex107 | Squeeze roller does not descend | |
| Ex108 | Squeeze roller does not ascend | |
| Ex109 | Trail clamp cannot be locked | |
| Ex10a | Trail clamp cannot be unlocked | |
| Ex10b | Balancer drive pin cannot be initialized | |
| Ex10c | Both of the Home and Away side drive pins for the balancer can not be pulled out | |
| Ex10d | Both of the Home and Away side drive pins for the balancer can not be inserted | |
| Ex110 | Shutter does not open | |
| Ex111 | Shutter does not close | |
| Ex112 | Plate size (in the Y direction) is shorter than the set value | |
| Ex113 | When the plate is unloaded, the plate pass sensor (PH54-2) does not switch to ON | |
| Ex114 | Not bring down squeeze at loading | |
| Ex115 | Plate size (in the Y direction) is longer than the set value | |
| Ex116 | Servo status is illegal | |
| Ex117 | Servo status is error | |
| Ex118 | Servo alarm | |
| Ex11a | Drum speed is set beyond the permitted rate of the servo controller | |
| Ex11b | Current drum’s encoder pulse is beyond 4000 | |
| Ex11c | Error has occurred during drum positioning | |
| Ex11d | When the clamp is locked, some tail clamps are detected on the clamp arm, or when the clamp is unlocked, some tail clamps are not detected on the clamp arm | |
| Ex11e | Drum’s encoder pulse is beyond the permitted range after drum positioning | |
| Ex11f | Plate cannot be transferred into the transport unit | |
| Ex120 | Balancer pin cannot be detected before inserted (Home side) | |
| Ex121 | Balancer pin cannot be detected before pulled out (the balancer is not moving) (Home side) | |
| Ex122 | Clamp arm and squeeze roller do not descend | |
| Ex123 | Clamp arm and squeeze roller do not ascend | |
| Ex126 | There was no plate to move to the shutter | |
| Ex127 | Servo controller does not enter the “Ready” status | |
| Ex128 | No balancer has been detected by the balancer search sensor | |
| Ex129 | Error has occurred on the Home side of the alignment plate (while the alignment plate is returning to its origin) | |
| Ex12a | Error has occurred on the Away side of the alignment plate (while the alignment plate is returning to its origin) | |
| Ex12b | Error has occurred on the Home and Away sides of the alignment plate (while the alignment plate is returning to its origin) | |
| Ex12c | Error has occurred on the Home side of the alignment plate (while alignment is performed) | |
| Ex12d | Error has occurred on the alignment plate (while alignment is performed) | |
| Ex12e | Error has occurred on the Home and Away sides of the alignment plate (when alignment is performed) | |
| Ex12f | Plate has not transferred to the punch unit | |
| Ex139 | After a plate is transferred to the gripper clamp, the plate detection sensor (PH25H/A) does not switch to ON | |
| Ex13a | When the clamp arm is lowered, the sensor (to detect whether the clamp arm pins are hooked on the clamp properly) has been turned | |
| Ex13b | The specified encoder pulse for the drum is beyond 4000 | |
| Ex13c | The transport unit’s Away side is not moving during its operation | |
| Ex13d | The transport unit’s Home side is not moving during its operation | |
| Ex13e | Error has occurred on the Home side of the alignment plate (while the alignment plate is finely returning to its origin) | |
| Ex13f | Error has occurred on the Away side of the alignment plate (while the alignment plate is finely returning to its origin) | |
| Ex140 | Error has occurred on the Home and Away side of the alignment plate (while the alignment plate is returning to its origin) | |
| Ex141 | A plate remains in the transport unit when the machine received a request command | |
| Ex142 | A plate remains in the transport unit during error handling | |
| Ex143 | A plate remains on the discharge table in the transport unit | |
| Ex144 | A plate remains on the insertion table in the transport unit | |
| Ex145 | Plate cannot be moved onto the discharge table during initialization | |
| Ex146 | Plate cannot be moved onto the insertion table | |
| Ex147 | Balancer search operation has not been completed properly | |
| Ex148 | When the transport unit descends, only the Home side Down sensor in the transport unit is turned ON | |
| Ex149 | When the transport unit descends, only the Away side Down sensor in the transport unit is turned ON | |
| Ex14a | When the transport unit ascends, only the Home side UP sensor in the transport unit is turned ON | |
| Ex14b | When the transport unit ascends, only the Away side UP sensor in the transport unit is turned ON | |
| Ex14c | Front, rear or side cover is open. (Some interlock switches are OFF) | |
| Ex14d | A fuse on the relay board was blown. (home) | |
| Ex14e | Thumbscrew is not tightened securely on the rear cover. (The servo stop switch is OFF) | |
| Ex14f | A plate exists on the discharge table in the transport unit during initialization | |
| Ex150 | A plate exists on the insertion table in the transport unit during initialization | |
| Ex151 | Number of balancers is not sufficient. (The number of balancers checked by the balancer search sensor was one, two or three for both the Home and Away sides) | |
| Ex152 | Clamp arm is not in the UP position | |
| Ex153 | A fuse on the relay board was blown. (away) | |
| Ex154 | Blower is turned off, but signal does not change | |
| Ex155 | Tail clamps are missing during initialization | |
| Ex156 | The size check program of the cetering function detects that the measured plate size is longer than the expected one | |
| Ex157 | The size check program of the cetering function detects that the measured plate size is shorter than the expected one | |
| Ex158 | Both of Home and Away size check sensors are on before starting the centering program | |
| Ex159 | Auto-loader is stopped by a interlock OFF | |
| Ex15a | The drum is rotated to “balance pin before inserted”, but status of Servo controller (SVC) is not changed to “Ready”.[away] | |
| Ex15b | The drum is rotated to “balance pin after inserted”, but status of Servo controller (SVC) is not changed to “Ready”.[away] | |
| Ex15d | During plate loading, double plate loading is detected | |
| Ex15e | The loaded plate is floating from the drum is detected during drum spinning | |
| Ex15f | The drum can not be spined up because the Away-Upper sensor of the clamp arm is off | |
| Ex160 | The drum can not be spined up because the Home-Upper sensor of the clamp arm is off | |
| Ex161 | The drum can not be spined up because the balancing pin (Away side) is not in the waiting position | |
| Ex162 | The drum can not be spined up because the balancing pin (Home side) is not in the waiting position | |
| Ex163 | The drum can not be spined up because the Upper sensor of the squeeze roller is off | |
| Ex165 | The drum is rotated to the “lead clamp position”, but the status of the Servo controller (SVC) has not changed to “Ready” | |
| Ex166 | The drum is rotated to the “tail clamp position”, but the status of the Servo controller (SVC) has not changed to “Ready” | |
| Ex167 | The drum is rotated to the “squeeze position”, but the status of the Servo controller (SVC) has not changed to “Ready” | |
| Ex168 | The drum is rotated to the “balance pin before inserted”, but the status of the Servo controller (SVC) has not changed to “Ready” | |
| Ex169 | The drum is rotated to the “balance pin after inserted”, but the status of the Servo controller (SVC) has not changed to “Ready” | |
| Ex16a | The drum is rotated to the “pick up tail clamp position”, but the status of Servo controller (SVC) has not changed to “Ready” | |
| Ex16b | The drum is rotated to the “plate removal position”, but the status of the Servo controller (SVC) has not changed to “Ready” | |
| Ex16c | SVC Error has occurred during drum positioning for the lead clamp | |
| Ex16d | SVC Error has occurred during drum positioning for the tail clamp | |
| Ex16e | SVC Error has occurred during drum positioning for the squeeze | |
| Ex16f | SVC Error has occurred during drum positioning for the balance pin insertion | |
| Ex170 | SVC Error has occurred during drum positioning for the balance pin pull out | |
| Ex171 | SVC Error has occurred during drum positioning for the picking up tail clamp | |
| Ex172 | SVC Error has occurred during drum positioning for the plate removal | |
| Ex173 | Time-out error has occurred during drum positioning (Lead clamp position) | |
| Ex174 | Time-out error has occurred during drum positioning (Tail clamp position) | |
| Ex175 | Time-out error has occurred during drum positioning (Squeeze position) | |
| Ex176 | Time-out error has occurred during drum positioning (Balance pin before inserted) | |
| Ex177 | Time-out error has occurred during drum positioning (Balance pin after inserted) (Home) | |
| Ex178 | Time-out error has occurred during drum positioning (Pick up tail clamp) | |
| Ex179 | Time-out error has occurred during drum positioning (Plate removal) | |
| Ex17a | After verifying the removal of the plate, press the OK button. When the OK button is pressed, initialization begins | |
| Ex17b | PH62A-sensor is illegal. The sensor detects a plate during initialization | |
| Ex17c | PH25H-sensor is illegal. The sensor detects a plate during plate loading | |
| Ex17d | Time-out error has occurred during drum positioning.(balance pin before inserted) (Away) | |
| Ex17e | Time-out error has occurred during drum positioning.(balance pin after inserted) (Away) | |
| Ex180 | Drum does not start rotating at high-speed | |
| Ex181 | Drum does not rotate at the specified high-speed | |
| Ex182 | Error has occurred after the drum rotated at the specified high-speed | |
| Ex183 | Drum cannot be stopped when rotating at high-speed | |
| Ex184 | Drum operation is halted with an emergency stop command | |
| Ex185 | Drum operation is stopped with an abort command | |
| Ex186 | Drum’s vacuum pressure is not sufficient | |
| Ex187 | Error has occurred on the blower or the power supply of the blower is OFF | |
| Ex188 | Drum operation is halted due to low pressure in the drum | |
| Ex189 | Door is open | |
| Ex18a | Door does not open | |
| Ex18b | Transport tasks: Parameter error | |
| Ex18c | Error has occured on the blower. Please turn off this machine, and turn on after waiting 10 seconds. Also, confirm whether or not the connector doesn’t come off | |
| Ex18d | The drum can not be spun up, because some of the interlock switches are OFF, or some of the actuator’s sensors are damaged, or the blower is damaged | |
| Ex18e | Door does not open, because some of the interlock switches are OFF (front cover or rear cover is open) | |
| Ex190 | Clamp arm does not descend (Home side) | |
| Ex191 | Clamp arm does not descend (Away side) | |
| Ex192 | Clamp arm does not ascend (Home side) | |
| Ex193 | Clamp arm does not ascend (Away side) | |
| Ex194 | When the clamp arm is lowered, the sensor (to detect whether the clamp arm pins are hooked on the clamp properly) has been turned ON (Away side) | |
| Ex195 | Trail clamp cannot be locked (Home side) | |
| Ex196 | Trail clamp cannot be locked (Away side) | |
| Ex197 | Trail clamp cannot be unlocked (Home side) | |
| Ex198 | Trail clamp cannot be unlocked (Away side) | |
| Ex199 | Balancer drive pin cannot be inserted (Home side) | |
| Ex19a | Balancer drive pin cannot be inserted (Away side) | |
| Ex19b | Balancer drive pin cannot be pulled out (Home side) | |
| Ex19c | Balancer drive pin cannot be pulled out (Away side) | |
| Ex19d | Balancer pin cannot be detected before insertion (Away side) | |
| Ex19e | Balancer pin cannot be detected before pull out (the balancer is not moving) (Away side) | |
| Ex19f | No balancer has been detected by the balancer search sensor (Home side) | |
| Ex1a0 | No balancer has been detected by the balancer search sensor (Away side) | |
| Ex1a1 | Number of balancers is not sufficient. (Home side) | |
| Ex1a2 | Number of balancers is not sufficient. (Away side) | |
| Ex1a3 | Rear cover is open (Some interlock switch are OFF) | |
| Ex1a4 | Away side cover is open (Some interlock switch are OFF) | |
| Ex1a5 | Front cover is open (Some interlock switch are OFF) | |
| Ex1a6 | A plate cannot be carried into the transport unit | |
| Ex1a7 | A plate cannot be carried to sensor PPH50-2 | |
| Ex1a8 | Auto-loader is not turned on, or some interlock switches on Auto-loader are OFF | |
| Ex1a9 | Cassete carrier was removed | |
| Ex1aa | The door of the cassette part is open | |
| Ex1ab | Rear-cover of Auto-loader was opend | |
| Ex1ac | Top cover was opened | |
| Ex1ad | A slipping paper under a plate was detected. Or a plate size (in the Y direction) is shorter than the set value | |
| Ex1ae | A slipping paper on a plate was detected. Or a plate size (in the Y direction) is shorter than the set value | |
| Ex1b0 | Time-out error has occurred when Punch 1 is activated | |
| Ex1b1 | Time-out error has occurred when Punch 2 is activated | |
| Ex1b2 | Time-out error has occurred when Punch 3 is activated | |
| Ex1b3 | Time-out error has occurred when Punch 4 is activated | |
| Ex1b4 | Time-out error has occurred when Punch 5 is activated | |
| Ex1b5 | Time-out error has occurred when Punch 6 is activated | |
| Ex1b6 | Time-out error has occurred when Punch 7 is activated | |
| Ex1b7 | Time-out error has occurred when Punch 8 is activated | |
| Ex1b8 | Time-out error has occurred when Punch 9 is activated | |
| Ex1b9 | Time-out error has occurred when Punch A is activated | |
| Ex1ba | Time-out error has occurred when Punch B is activated | |
| Ex1bb | Time-out error has occurred when Punch C is activated | |
| Ex1bc | Nip roller(Unload) does not ascend | |
| Ex1bd | Nip roller(Unload) does not descend | |
| Ex1be | Unload path does not ascend | |
| Ex1bf | Unload path does not descend | |
| Ex1c0 | Time-out error has occurred when the caterpillar motor is activated | |
| Ex1c1 | Error has occurred on the caterpillar motor (while the alignment plate is finely returning to its origin) | |
| Ex1c2 | Door does not open | |
| Ex1c3 | Door does not close | |
| Ex1c7 | Plate is not transferred to the punch unit [PH59] | |
| Ex1c8 | After a plate is transferred to the gripper clamp, the plate detection sensor (PH25H/A) does not switch to ON [PH59] | |
| Ex1c9 | When the transport unit descends, plate cannot be transferred into the transport unit | |
| Ex1ca | When the plate is unloaded, PH53-sensor does not switch to ON | |
| Ex1cb | Opened shutter obstructs trans path driving | |
| Ex1cc | Trail clamp arm obstructs trans path driving | |
| Ex1cd | A plate remains in a machine | |
| Ex1d0 | Transfer operation is halted with an abort command | |
| Ex1d1 | Transport tasks are being processed | |
| Ex1d2 | Transport tasks are not being processed | |
| Ex1d3 | Transport tasks: Message order error | |
| Ex1d4 | Transport system is not initialized | |
| Ex1e0 | SVC User constant breakdown | |
| Ex1e1 | SVC User constant setting error | |
| Ex1e2 | SVC over-current | |
| Ex1e3 | SVC detection of regenerative error | |
| Ex1e4 | SVC postion error pulse overflow | |
| Ex1e5 | SVC Main circuit voltage error detection | |
| Ex1e6 | SVC over speed | |
| Ex1e7 | SVC overloaded (high load) | |
| Ex1e8 | SVC overloaded (low load) | |
| Ex1e9 | SVC stauts 99h | |
| Ex1ea | SVC heat sink has overheated | |
| Ex1eb | SVC stauts b1h | |
| Ex1ec | SVC is out of control | |
| Ex1ed | SVC phase error has been detected in the encoder | |
| Ex1ef | SVC A and B phase for the encoder has broke down | |
| Ex1f0 | SVC C phase for the encoder has broke down | |
| Ex1f1 | SVC Power line Open phase | |
| Ex1f3 | SVC An instantaneous loss of power has occurred | |
| Ex1f4 | SVC unknown error | |
| Ex1f5 | Detection of servo encorder error | |
| Ex200 | Exposure operation is interrupted with an abort command | |
| Ex201 | Exposure processing task is now processing another command | |
| Ex202 | Cancellation requested while processing was not being performed | |
| Ex203 | PGON is not asserted | |
| Ex204 | START signal is not asserted | |
| Ex205 | START signal is not negated | |
| Ex206 | Test pattern; Data is not transferred | |
| Ex207 | Test pattern; Data transfer is not completed | |
| Ex208 | Reset procedure for TB64 board is not completed | |
| Ex209 | The set value for the drum rotation speed is too large | |
| Ex20a | No plate edge is detected (when the plate edge sensor moves to the Away side) | |
| Ex20b | No plate edge is detected (when the plate edge sensor is returning to the Home side) | |
| Ex20c | Recording head has traveled beyond the limit (on the Away side) | |
| Ex20d | Recording head has traveled beyond the limit (on the Home side) | |
| Ex20e | Recording head positioning range error | |
| Ex20f | Recording head has not been positioned at its origin. (Origin sensor does not turn OFF) | |
| Ex210 | Recording head has not been positioned at its origin. (Origin sensor does not turn ON) | |
| Ex211 | Emergency stop is requested for the secondary-scanning motor | |
| Ex212 | Secondary-scanning motor is deactivated with an abort command | |
| Ex213 | Secondary scanning motor is illegal | |
| Ex214 | Exposure in the secondary scanning direction exceeds the effective image ouput range | |
| Ex215 | FPGA sequence error | |
| Ex216 | Time-out error has occurred when the secondary scanning motor is activated | |
| Ex217 | EZ search has not detected the ORG sensor | |
| Ex218 | EZ search has not detected the EZ sensor | |
| Ex219 | When the CAL sensor search was executed, the maximum light intensity was less than 50 mW | |
| Ex21a | When the CAL sensor search was executed, the light intensity at the measurement starting point was the maximum | |
| Ex21b | When the CAL sensor search was executed, the light intensity at the measurement end point was the maximum | |
| Ex21c | CAL sensor search has not detected the over travel limit switch on the recording head’s Home side | |
| Ex21d | Test pattern parameter error | |
| Ex21e | PGON signal is not negated | |
| Ex21f | Secorndary direction origin point setup procedure failure (The calibrated origin point is not the same as logical origin point) | |
| Ex220 | After an image data transfer from RIP is interrupted, it isn’t resumed | |
| Ex221 | Cooling fan for TB64 board is illegal | |
| Ex222 | Hungup was detected | |
| Ex223 | The version of TB64 board and FES board is inharmonious | |
| Ex224 | Machine and firmware is inharmonious | |
| Ex300 | Both of plate pad and paper pad are not in original point | |
| Ex301 | After a slipping paper is removed, plate cannot be detected | |
| Ex302 | A slipping paper on a plate was detected. Or a plate size (in the Y direction) is shorter than the set value | |
| Ex303 | Plate pad cannot be initialized | |
| Ex304 | Plate pad cannot carry a plate | |
| Ex305 | During the carring a plate, plate pad dropped the plate | |
| Ex306 | Paper pad cannot be initialized | |
| Ex307 | Air pressure in the plate pad does not go down | |
| Ex308 | Air pressure in the paper pad does not go down | |
| Ex309 | Time-out error has occurred when plate pad was moved | |
| Ex30a | Time-out error has occurred when paper pad was moved | |
| Ex30b | Time-out error has occurred when plate pad was moved intermittently | |
| Ex30c | Time-out error has occurred when paper pad was moved intermittently | |
| Ex30e | During the removing a papaer, PH90 does not switch to ON | |
| Ex30f | During the removing a papaer, PH90 does not switch to OFF | |
| Ex310 | Rear cover of auto-loader is open | |
| Ex311 | Top cover of auto-loader is open | |
| Ex312 | Cassette carrier is not set | |
| Ex313 | A plate remains in the bridge unit | |
| Ex314 | An interleaf remains in the paper exit | |
| Ex315 | Nip roller does not ascend or some interlock switch are illegal, or emergency switch is turned ON | |
| Ex316 | Nip roller does not descend | |
| Ex317 | Auto-loader is not turned on, or all interlock switch are OFF | |
| Ex318 | A plate cannot be carried to the bridge-passing sensor | |
| Ex319 | The plate pad went down from the original point | |
| Ex31a | The paper pad went down from the original point | |
| Ex31b | Rear-cover of Auto-loader was opened | |
| Ex31c | Top cover was opened | |
| Ex31d | Door was opened | |
| Ex31e | Cassete carrier was removed | |
| Ex31f | During the carring a paper, paper pad dropped the paper | |
| Ex320 | Plate pad dropped a plate before the plate pad reached the intermediate sensor | |
| Ex321 | A slipping paper on front of a plate was detected | |
| Ex322 | A slipping paper under front of a plate was detected | |
| Ex323 | Intermediate sensor is OFF | |
| Ex324 | Power switch was turned off while Auto-loader was moving | |
| Ex325 | A plate cannot be carried to the intermediate sensor | |
| Ex326 | A slipping paper under a plate was detected. Or a plate size (in the Y direction) is shorter than the set value | |
| Ex327 | The bridge-passing sensor does not turn OFF (for Jig mode) | |
| Ex328 | Door is open | |
| Ex32c | The nip-roller for paper discharge cann’t be opened | |
| Ex340 | Door is open | |
| Ex341 | The interlock switch-3 is OFF | |
| Ex342 | The interlock switch-2 is OFF | |
| Ex343 | The interlock switch-1 is OFF | |
| Ex344 | A fuse on the relay board at home side has blown | |
| Ex345 | A fuse on the relay board at away side has blown | |
| Ex346 | Nip roller does not descend | |
| Ex347 | Nip roller does not ascend | |
| Ex348 | Shutter does not open | |
| Ex349 | Shutter does not close | |
| Ex380 | The door of the cassette part is open | |
| Ex381 | Time-out error has occurred when lift was initialized | |
| Ex382 | Time-out error has occurred when lift was moved | |
| Ex383 | Though the lift was initialized, the origin sensor is not ON | |
| Ex384 | The lift is not in the position where it is specified | |
| Ex385 | Already, there has been a cassette on the lift | |
| Ex386 | There are some cassettes which aren’t being set properly | |
| Ex387 | MA-L can’t be initialized because some cassettes are not in the lift or the cassette properly | |
| Ex388 | There is no cassette in the specified cassette slot | |
| Ex389 | There is no cassette on the lift | |
| Ex38a | Lift has traveled beyond the limit (on the Up side) | |
| Ex38b | Lift has traveled beyond the limit (on the Down side) | |
| Ex38d | A cassette is already in the place to return a cassette | |
| Ex38e | A lift can’t be raised and lowered because some cassettes are not in the lift or the cassette properly | |
| Ex38f | Time-out error has occurred when a cassette was moved to cassette part | |
| Ex390 | Time-out error has occurred when a cassette was moved to lift | |
| Ex391 | Either plate pad or paper pad is not in original point | |
| Ex392 | An ineffective cassette number was indicated | |
| Ex393 | Cassette has traveled beyond the limit (on the Lift side) | |
| Ex394 | Cassette has traveled beyond the limit (on the Cassette side) | |
| Ex395 | MA-L can’t be initialized because some cassettes can’t be returned to the origin | |
| Ex396 | Though there is a cassette on the lift, the place to return the cassette isn’t vacant | |
| Ex397 | Though the movement of the lift was finished, the lift position sensor at the target position is not on | |
| Ex398 | MA-L Servo alarm | |
| Ex399 | The belt broke | |
| Ex400 | Plate has already been loaded | |
| Ex401 | Plate has not been loaded | |
| Ex402 | Door is open | |
| Ex403 | Dump interleaves from the collection box | |
| Ex600 | Either the conveyor, processor, or stocker is not turned on, or is in the busy status or error status | |
| Ex601 | Either the conveyor, processor, or stocker is not turned on, or is in the busy status or error status | |
| Ex602 | The plate cannot be transferred into the AT unit | |
| Ex603 | The plate cannot be transferred completely into the AT unit | |
| Ex606 | Error | |
| Ex607 | Busy | |
| Ex608 | Error | |
| Ex609 | Busy | |
| Ex60a | Error | |
| Ex60b | Busy | |
| Ex60c | Error occurred in ATM while a plate was carried to ATM | |
| Ex60d | When the plate is unloaded, the plate pass sensor (PH70) does not switch to ON | |
| Ex80d | The result of the calculation “Initial value + increment value * (repetition – 1)” exceeds the upper limit value | |
| Ex80e | (The result of the calculation “Exposure starting point + (pattern width + gap) * (repetition – 1)” exceeds the plate size | |
| Ex80f | The specified plate is not linked with the printing-machine’s data | |
| Ex810 | Perform initialization at the service screen | |
| Ex811 | No plate is set at inlet of transport unit | |
| Ex812 | Plate (printer) size specified by the host computer is not registered | |
| Ex813 | Image size specified by host computer is larger than allowable output image size | |
| Ex814 | Current offset of printing machine settings cause image to extend off plate | |
| Ex815 | Current paper-position of printing machine settings cause image to extend outside of allowable exposure area | |
| Ex817 | Some LD is nearing the end of its usable life | |
| Ex818 | There are some punch blocks, which have been used for more than the endurance time | |
| Ex81a | It failed to read the cassette number. It considers that the cassette number is No.1 | |
| Ex81b | Some LD’s cannot be calibrated to the target power | |
| Ex81c | Some LD’s cannot be calibrated to the target power | |
| Ex81d | Some LD’s cannot be calibrated to target power | |
| Ex81e | The temperature of the environment is greater than 28degrees | |
| Ex81f | The temperature of the environment is less than 18degrees | |
| Ex820 | Sensor for the temperature of the environment has not been connected | |
| Ex821 | Trail clamps are nearing the end of its usable life | |
| Ex822 | Trail clamps have been used for more than the endurance time | |
| Ex823 | Backup/restore of the data on NVRAM can’t be performed, because the Dip-Sw 2 is not on | |
| Ex824 | The backup of the data on NVRAM is not in Flash-Memory | |
| Ex825 | Calibration must be done because there is some LD which doesn’t reach the target power. But, LD calibration can not processed because temperature of LD block is too low | |
| Ex826 | The direction where a connected conveyer can’t be changed is set up in the plate types setting | |
| Ex827 | No response was returned from the conveyor | |
| Ex828 | An error was returned from the conveyer toward the switching command | |
| Ex829 | The conveyer can’t be changed to the direction that is set up in the plate types setting | |
| Ex82a | Since the light intensity of laser diodes is detected as having deviated more than +-5% from the specified value, the equipment executes the calibration | |
| Ex82b | The head task was hanged up. | |
| Ex82c | Head:Iopd data error | |
| Ex850 | Communication with the RAS server was interrupted. (RAS server was turned off or RS-232C cable was drawn out) | |
| Ex851 | No response come from DNS | |
| Ex852 | Communication with the RAS server has resume | |
| Ex853 | It failed in the connection to the rotating light server | |
| Ex854 | The name of the mail server isn’t right | |
| Ex855 | It failed in the connection to the mail server | |
| Ex856 | Mail account was rejected | |
| Ex857 | An error occurred in the transmission of DATA command | |
| Ex858 | An error occurred in the transmission of header | |
| Ex859 | An error occurred in the transmission of body | |
| Ex85a | An error occurred in the transmission of attached file | |
| Ex85b | An error occurred in the transmission of TO command | |
| Ex85c | A command was sent to the SMTP server. But, no answer was returned from the server | |
| Ex880 | Servo pack: Time-out error occurred while receiving data | |
| Ex881 | Servo-Pack:Address error | |
| Ex882 | Servo-Pack:Data error | |
| Ex883 | Servo-Pack:Check sum error | |
| Ex884 | Servo-Pack:Undefined error code | |
| Ex885 | Servo-Pack:Number of received characters are insufficient | |
| Exd01 | Excessive current in the LD drive (driver 1 board) | |
| Exd02 | Excessive current in the LD drive (driver 2 board) | |
| Exd03 | Excessive current in the LD drive (driver 3 board) | |
| Exd04 | Excessive current in the LD drive (driver 4 board) | |
| Exd05 | Driver board temperature error | |
| Exd08 | Irregular peltier | |
| Exd09 | Irregular FES board power supply | |
| Exd0a | Irregular +9 V power supply | |
| Exd21 | Temperature at the RH base > 35degrees (Temperature of environment > 28degrees) | |
| Exd22 | Temperature at the periphery of the optical unit is high | |
| Exd25 | Sensor for the RH base has not been connected | |
| Exd28 | Temperature of the LD block is low | |
| Exd30 | Writing error occurred when the recording head received the AC command | |
| Exd31 | Writing error on EEPROM | |
| Exd32 | Data error due to a divide-by-zero error | |
| Exd33 | Calibration must be done | |
| Exd40 | Temperature of the LD block is high. block 0 | |
| Exd41 | Temperature of the LD block is high. block 1 | |
| Exd42 | Temperature of the LD block is high. block 2 | |
| Exd43 | Temperature of the LD block is high. block 3 | |
| Exd44 | Temperature of the LD block is high. block 4 | |
| Exd45 | Temperature of the LD block is high. block 5 | |
| Exd46 | Temperature of the LD block is high. block 6 | |
| Exd47 | Temperature of the LD block is high. block 7 | |
| Exd48 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 0 |
|
| Exd49 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 1 |
|
| Exd4a | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 2 |
|
| Exd4b | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 3 |
|
| Exd4c | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature ofenvironment ≤ 28degrees.) block 4 |
|
| Exd4d | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 5 |
|
| Exd4e | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 6 |
|
| Exd4f | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 7 |
|
| Exd50 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 0 |
|
| Exd51 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 1 |
|
| Exd52 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 2 |
|
| Exd53 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 3 |
|
| Exd54 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 4 |
|
| Exd55 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 5 |
|
| Exd56 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 6 |
|
| Exd57 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees.) block 7 |
|
| Exd58 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 0 |
|
| Exd59 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 1 |
|
| Exd5a | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 2 |
|
| Exd5b | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 3 |
|
| Exd5c | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 4 |
|
| Exd5d | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 5 |
|
| Exd5e | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 6 |
|
| Exd5f | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees.) block 7 |
|
| Exd60 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 0 |
|
| Exd61 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 1 |
|
| Exd62 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 2 |
|
| Exd63 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 3 |
|
| Exd64 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 4 |
|
| Exd65 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 5 |
|
| Exd66 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 6 |
|
| Exd67 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees.) block 7 |
|
| Exd68 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 0 |
|
| Exd69 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 1 |
|
| Exd6a | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 2 |
|
| Exd6b | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 3 |
|
| Exd6c | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 4 |
|
| Exd6d | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 5 |
|
| Exd6e | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 6 |
|
| Exd6f | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees.) block 7 |
|
| Exd70 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 0 |
|
| Exd71 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 1 |
|
| Exd72 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 2 |
|
| Exd73 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 3 |
|
| Exd74 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 4 |
|
| Exd75 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 5 |
|
| Exd76 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 6 |
|
| Exd77 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees.) block 7 |
|
| Exd78 | Dew condensation error. block 0 | |
| Exd79 | Dew condensation error. block 1 | |
| Exd7a | Dew condensation error. block 2 | |
| Exd7b | Dew condensation error. block 3 | |
| Exd7c | Dew condensation error. block 4 | |
| Exd7d | Dew condensation error. block 5 | |
| Exd7e | Dew condensation error. block 6 | |
| Exd7f | Dew condensation error. block 7 | |
| Exd80 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 0 |
|
| Exd81 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 1 |
|
| Exd82 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 2 |
|
| Exd83 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 3 |
|
| Exd84 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 4 |
|
| Exd85 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 5 |
|
| Exd86 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 6 |
|
| Exd87 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees.) block 7 |
|
| Exd88 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 0 |
|
| Exd89 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 1 |
|
| Exd8a | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 2 |
|
| Exd8b | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 3 |
|
| Exd8c | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 4 |
|
| Exd8d | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 5 |
|
| Exd8e | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 6 |
|
| Exd8f | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees.) block 7 |
|
| Exd90 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 0 |
|
| Exd91 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 1 |
|
| Exd92 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 2 |
|
| Exd93 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 3 |
|
| Exd94 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 4 |
|
| Exd95 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 5 |
|
| Exd96 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 6 |
|
| Exd97 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees.) block 7 |
|
| Exd98 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 0 |
|
| Exd99 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 1 |
|
| Exd9a | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 2 |
|
| Exd9b | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 3 |
|
| Exd9c | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 4 |
|
| Exd9d | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 5 |
|
| Exd9e | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 6 |
|
| Exd9f | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees.) block 7 |
|
| Exda0 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 0 |
|
| Exda1 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 1 |
|
| Exda2 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 2 |
|
| Exda3 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 3 |
|
| Exda4 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 4 |
|
| Exda5 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 5 |
|
| Exda6 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 6 |
|
| Exda7 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) block 7 |
|
| Exdb0 | LD block can not cool. block 0 | |
| Exdb1 | LD block can not cool. block 1 | |
| Exdb2 | LD block can not cool. block 2 | |
| Exdb3 | LD block can not cool. block 3 | |
| Exdb4 | LD block can not cool. block 4 | |
| Exdb5 | LD block can not cool. block 5 | |
| Exdb6 | LD block can not cool. block 6 | |
| Exdb7 | LD block can not cool. block 7 | |
| Exdb8 | LD block can not cool. block 0 | |
| Exdb9 | LD block can not cool. block 1 | |
| Exdba | LD block can not cool. block 2 | |
| Exdbb | LD block can not cool. block 3 | |
| Exdbc | LD block can not cool. block 4 | |
| Exdbd | LD block can not cool. block 5 | |
| Exdbe | LD block can not cool. block 6 | |
| Exdbf | LD block can not cool. block 7 | |
| Exdc0 | Irregular peltier. block 0 | |
| Exdc1 | Irregular peltier. block 1 | |
| Exdc2 | Irregular peltier. block 2 | |
| Exdc3 | Irregular peltier. block 3 | |
| Exdc4 | Irregular peltier. block 4 | |
| Exdc5 | Irregular peltier. block 5 | |
| Exdc6 | Irregular peltier. block 6 | |
| Exdc7 | Irregular peltier. block 7 | |
| Exdd0 | TP1-TP3 peltier line is incorrect | |
| Exdd1 | TP1-TP5 peltier line is incorrect | |
| Exdd2 | TP1-TP7 peltier line is incorrect | |
| Exdd3 | TP3-TP5 peltier line is incorrect | |
| Exdd4 | TP3-TP7 peltier line is incorrect | |
| Exdd5 | TP5-TP7 peltier line is incorrect | |
| Exdd6 | TP2-TP4 peltier line is incorrect | |
| Exdd7 | TP2-TP6 peltier line is incorrect | |
| Exdd8 | TP2-TP8 peltier line is incorrect | |
| Exdd9 | TP4-TP6 peltier line is incorrect | |
| Exdda | TP4-TP8 peltier line is incorrect | |
| Exddb | TP6-TP8 peltier line is incorrect | |
| Exe01 | Excessive current in the LD drive (driver 1 board) | |
| Exe02 | Excessive current in the LD drive (driver 2 board) | |
| Exe03 | Excessive current in the LD drive (driver 3 board) | |
| Exe04 | Excessive current in the LD drive (driver 4 board) | |
| Exe05 | Driver board temperature error or FPGA Version error | |
| Exe06 | -5 V power supply error | |
| Exe07 | Calibration sensor is not connected | |
| Exe08 | Offset error in the calibration sensor | |
| Exe09 | Irregular 5 V power supply | |
| Exe0a | Irregular +15 V power supply | |
| Exe0b | Irregular -15 V power supply | |
| Exe0c | Irregular 24 V power supply | |
| Exe0d | Cover switch is OFF | |
| Exe0e | BL command error (counter value is 0) | |
| Exe0f | Zoom sensor does not detect | |
| Exe10 | Focus sensor does not detect | |
| Exe11 | Time over for home return.(zoom or focus motor) | |
| Exe12 | Power supply irregular while the motor is driving.(zoom or focus motor) | |
| Exe13 | [8600 ]Pulse motor has traveled beyond the away limit. (zoom or focus motor) | |
| Exe13 | [8000-2]Pulse motor has traveled beyond the limit. (zoom or focus motor) | |
| Exe14 | [8600 ]Pulse motor has traveled beyond the home limit. (zoom or focus motor) | |
| Exe14 | [8600-2]Irregular power supply(instantaneous loss) | |
| Exe20 | Temperature of the LD block is high | |
| Exe21 | Temperature at the periphery of the optical unit is high | |
| Exe22 | Temperature of the radiating fin of the Peltier element is high | |
| Exe23 | Dew condensation error | |
| Exe24 | Sensor for LD block has not been connected | |
| Exe25 | Sensor for the periphery of the optical unit has not been connected | |
| Exe26 | Sensor for the radiating fin of the Peltier element has not been connected | |
| Exe27 | Sensor for the dew condensation detection sensor has not been connected | |
| Exe28 | Temperature of the LD block is low | |
| Exe30 | Power supply error occurred when the recording head received the DW command | |
| Exe31 | Command error occurred when the recording head received the DW command | |
| Exe32 | Download error occurred when the recording head received the DP command | |
| Exe33 | Download error occurred when the recording head received the DF command | |
| Exe34 | Download address error occurred | |
| Exe35 | Error occurred when the recording head received the BU command | |
| Exe36 | Error occurred when the recording head received the BD command | |
| Exe40 | Writing error occurred when the recording head received the AC command | |
| Exe41 | Writing error on EEPROM | |
| Exe42 | RAM error | |
| Exe43 | ROM check sum error | |
| Exe44 | FPGA error | |
| Exe45 | Data error due to a divide-by-zero error | |
| Exe60 | LD Current setting error | |
| Exe61 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature environment ≤ 28degrees) |
|
| Exe62 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees) |
|
| Exe63 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees) |
|
| Exe64 | Temperature at the periphery of the optical unit > 35degrees (Temperature of environment ≤ 28degrees) |
|
| Exe65 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees) |
|
| Exe66 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees) |
|
| Exe67 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine ≥ 18degrees) |
|
| Exe68 | The LD block has dew (Temperature of the LD block < 22degrees. Temperature inside the machine < 18degrees) |
|
| Exe69 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit ≥ 17degrees) |
|
| Exe6a | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment ≥ 18degrees) |
|
| Exe6b | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees) |
|
| Exe6c | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment > 28degrees) |
|
| Exe6d | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit ≤ 35degrees. Temperature of environment ≤ 28degrees) |
|
| Exe6e | Temperature at the periphery of the optical unit > 35degrees (Temperature of environment ≤ 28degrees) |
|
| Exe6f | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment ≤ 28degrees) |
|
| Exe70 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit ≤ 35degrees) |
|
| Exe71 | It is just before an exposure head has dew (Temperature of the LD block < 22degrees. Temperature of environment ≥ 18 degrees) |
|
| Exe72 | It is just before an exposure head has dew (Temperature of the LD block < 22degrees. Temperature of environment < 18 degrees) |
|
| Exe73 | 5degrees ≤ Temperature of the LD block < 17degrees (Temperature of environment ≥ 18degrees) |
|
| Exe74 | 5degrees ≤ Temperature of the LD block < 17degrees (Temperature of environment < 18degrees) |
|
| Exea0 | Light intensity adjustment error 0ch | |
| Exea1 | Light intensity adjustment error 1ch | |
| Exea2 | Light intensity adjustment error 2ch | |
| Exea3 | Light intensity adjustment error 3ch | |
| Exea4 | Light intensity adjustment error 4ch | |
| Exea5 | Light intensity adjustment error 5ch | |
| Exea6 | Light intensity adjustment error 6ch | |
| Exea7 | Light intensity adjustment error 7ch | |
| Exea8 | Light intensity adjustment error 8ch | |
| Exea9 | Light intensity adjustment error 9ch | |
| Exeaa | Light intensity adjustment error 10ch | |
| Exeab | Light intensity adjustment error 11ch | |
| Exeac | Light intensity adjustment error 12ch | |
| Exead | Light intensity adjustment error 13ch | |
| Exeae | Light intensity adjustment error 14ch | |
| Exeaf | Light intensity adjustment error 15ch | |
| Exeb0 | Light intensity adjustment error 16ch | |
| Exeb1 | Light intensity adjustment error 17ch | |
| Exeb2 | Light intensity adjustment error 18ch | |
| Exeb3 | Light intensity adjustment error 19ch | |
| Exeb4 | Light intensity adjustment error 20ch | |
| Exeb5 | Light intensity adjustment error 21ch | |
| Exeb6 | Light intensity adjustment error 22ch | |
| Exeb7 | Light intensity adjustment error 23ch | |
| Exeb8 | Light intensity adjustment error 24ch | |
| Exeb9 | Light intensity adjustment error 25ch | |
| Exeba | Light intensity adjustment error 26ch | |
| Exebb | Light intensity adjustment error 27ch | |
| Exebc | Light intensity adjustment error 28ch | |
| Exebd | Light intensity adjustment error 29ch | |
| Exebe | Light intensity adjustment error 30ch | |
| Exebf | Light intensity adjustment error 31ch | |
| Exec0 | Light intensity adjustment error 32ch | |
| Exec1 | Light intensity adjustment error 33ch | |
| Exec2 | Light intensity adjustment error 34ch | |
| Exec3 | Light intensity adjustment error 35ch | |
| Exec4 | Light intensity adjustment error 36ch | |
| Exec5 | Light intensity adjustment error 37ch | |
| Exec6 | Light intensity adjustment error 38ch | |
| Exec7 | Light intensity adjustment error 39ch | |
| Exec8 | Light intensity adjustment error 40ch | |
| Exec9 | Light intensity adjustment error 41ch | |
| Execa | Light intensity adjustment error 42ch | |
| Execb | Light intensity adjustment error 43ch | |
| Execc | Light intensity adjustment error 44ch | |
| Execd | Light intensity adjustment error 45ch | |
| Exece | Light intensity adjustment error 46ch | |
| Execf | Light intensity adjustment error 47ch | |
| Exed0 | Light intensity adjustment error 48ch | |
| Exed1 | Light intensity adjustment error 49ch | |
| Exed2 | Light intensity adjustment error 50ch | |
| Exed3 | Light intensity adjustment error 51ch | |
| Exed4 | Light intensity adjustment error 52ch | |
| Exed5 | Light intensity adjustment error 53ch | |
| Exed6 | Light intensity adjustment error 54ch | |
| Exed7 | Light intensity adjustment error 55ch | |
| Exed8 | Light intensity adjustment error 56ch | |
| Exed9 | Light intensity adjustment error 57ch | |
| Exeda | Light intensity adjustment error 58ch | |
| Exedb | Light intensity adjustment error 59ch | |
| Exedc | Light intensity adjustment error 60ch | |
| Exedd | Light intensity adjustment error 61ch | |
| Exede | Light intensity adjustment error 62ch | |
| Exedf | Light intensity adjustment error 63ch | |
| Exee0 | Incorrect command has been input | |
| Exee1 | Temperature of the LD block > 28degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees) |
|
| Exee2 | Temperature at the periphery of the optical unit > 35degrees (Temperature of environment > 28degrees) |
|
| Exee3 | Temperature of the radiator > 55degrees (Temperature at the periphery of the optical unit > 35degrees. Temperature of environment > 28degrees) |
|
| Exee4 | It is just before an exposure head has dew (Temperature of the LD block ≥ 22degrees.) |
|
| Exee5 | Temperature of the LD block < 5degrees (Temperature at the periphery of the optical unit < 17degrees. Temperature of environment < 18degrees.) |
|
| Exef0 | Recording head processing task is now processing another message | |
| Exef2 | Recording head unit is not running | |
| Exef3 | Check sum error occurred when data was uploaded | |
| Exef4 | Address error occurred when data was uploaded | |
| Exef5 | LD calibration can not processed because temperature of LD block is too low | |
| Exef6 | A command was sent to the exposure head. But, no answer was returned from the exposure head | |
| Exfa0 | System error (stack overflow) | |
| Exfa1 | Floating point arithmetic error | |
| Exfa2 | Divide-by-zero error | |
| Exfa3 | System error (semaphore) | |
| Exfb0 | Flash memory erase error | |
| Exfb1 | Flash memory erase error (during verification) | |
| Exfb2 | Flash memory write error | |
| Exfb3 | Incompatible flash memory |