On Site Service for Heidelberg and Linotype-Hell Tango High End Scanner (Drumscanner)
Article number: 34207
Listed in category: Service / Repair and Maintance > On Site Service for Heidelberg and Linotype-Hell Tango High End Scanner (Drumscanner) from brakensiek.de
Service for Heidelberg Tango
Brakensiek System GmbH & CO. KG is a leading global provider of service and support (pre-press), pre-press, and since 1990 the market. This applies both to Hell drum and flatbed Scan or Imagesetter CTF DC3000 as the Dr.. Well as machines and Hercules S3800/3900 Linotype-Hell, or CTP platesetters and imagesetters such as Topsetter Primesetter of the Heidelberger Druckmaschinen. Brakensiek System GmbH & Co. KG provides cost-effective service and spare parts at a high level of service with their own vehicles and own technicians. In addition, we prepare for most scanners to FireWire and make you run on OSX and Windows. We have to constantly updated used equipment at a fair price stock. Give us a try!
and the following devices:
ChromaGraph S2000, S3300 ChromaGraph / S3400; ChromaGraphS3700; ChromaGraph S3900; DaVinci / DaVinci Power;
Delta Software RIP, Delta Technology; DrySetter (image setter); Duosetter (Quasar), Gutenberg, Helix, Helix Basic / Elite;
Hercules Pro / Advantage; Linopress; LinoServer (old version); monitor alignment; Networks; Nexscan F4100 / 4200, page buffer 40/50; Peeler / laminator; PowerBox P360; Primescan D7100 / 8200/8400; Primesetter 74/102; Priosetter 74 / 102; Quicksetter 400; Quicksetter 46/350; Quicksetter 460; RIP 50 / 50C / 60; Signasetter; SignasetterPro, Tango, Tango XL, Topaz, Topaz 2 (+); Topaz iX; Topsetter 102; Topsetter 74; Topsetter P / PF 102; Vulcan
Elimination of the following errors:
C30 DSP BOOT-PROM ** **
- Failed to load program
- Function redemption fee is not feasible
SCSI ** **
- Protocol error in Bilddatenuebertragung.
It was requested image data block, even though the
previous image data block is not complete at the
Operating computer has been transferred.
- Protocol error in the slave communication.
The module ID is invalid.
- Protocol error in the slave communication.
The KSS-destination identifier is invalid.
- Protocol error in the slave communication.
In the parameter request is the length of
returned data larger than the memory allocated for it.
- The parallel interface to the feed processor is not OK
- The V24 interface for scanning processor is not OK
MC ** **
- The function is currently not feasible.
- Unknown command from the control computer.
- Inside the machine controller can not continue
Process can be started.
- The process was terminated by an abortion.
- It was a faulty communications segment
receive.
- A file on the memory card with the extension
* .66 Is not found.
- The memory for the boot file for the C167 could
are not assigned.
- The electronic magnification factor is
Circumferential direction is too large. Scale X.
- The electronic magnification factor is
Direction of feed is too large. Scale Y
- The review was the job parameters
Errors are detected. Original Size
- The review was the job parameters
Errors are detected. Template Start
- The review was the job parameters
Errors are detected. Scan direction
- In reviewing the job parameters, an error was detected.
Number of pixels / quality / lighting / scanning type / Original / threshold / calibration values / data rate
- The status of CNTL contains a roller type that is not supported.
- The status of CNTL contains an unknown type of roll.
- The parameters of the bar code containing an unknown flag.
- The bar code could not be read
- It was a spontaneous message sent from CNTL.
- The brake on the roller drive has tripped.
- It was a spontaneous message sent from CNTL. The hood was open.
- It was a spontaneous message sent from CNTL. The key has been pressed roll change.
- The Pulsor has not detected a roll change, although the position of the roller has changed.
- The status of HEAD points to an open lamp cover
- The status of HEAD shows an exhausted Abtastbeleuchtung
- The function is currently not feasible.
- It was a message from the Head spntane PROM
transmitted. The communication is faulty. There are no
additional data accepted.
- When checking the versions of an old program was discovered.
- The boot file Feed.66 can not be charged. It must be reset.
- At a status request indicates that the HEAD
Basic setup is faulty.
- The Pulsor has on two occasions not roll change
- The function can not be carried out with the used roller
- The device type in the NV-RAM has a valid value
- The bridge Pulsor2 does not match the device type in the NV-RAM
- The CCD ASIC no longer works
- The contactor for the drive roller is not closed
- The Sicherheitsralais has not closed.
- The roller does not rotate.
- Roll is still running.
- Speed is not stable.
- Speed is not reached or exceeded
- The brake signal for the drive is active
- Missing the enable signal for the drive roller.
- The hood is not closed
- The status of HEAD shows an exhausted Abtastbeleuchtung.
The bar code could not be read
- It was a spontaneous message sent from CNTL. The brake on the roller drive has tripped
- It was a spontaneous reporting CNTL The temperature monitoring for motor send triggered
- There is no suitable roller available
STROKE ** **
- Hardware failure CCD ASIC H-AS-CCD01
Failed to test CCD controller
- Hardware failure CCD ASIC H-AS-CCD01
Failed to test Binärbruchteiler
- Hardware failure CCD ASIC H-AS-CCD01
Failed to test TNI
- Global error in the sequence, occurred due to incorrect command sequences or missing parameters.
- Parameter error.
Received from the DSP memory management out of memory -
- When the function PrepCCDLine () encountered an error:
The second parameter (number of the first CCD element) is
a value <2
- When the function PrepCCDLine () encountered an error:
The third parameter (number of the last CCD element) is smaller than the number of the first element.
- When the function PrepCCDLine () encountered an error:
The number of lines to be recorded is <0
- When the function PrepCCDAsic () encountered an error:
The number of scanned lines is> 65,533
- When the function PrepCCDAsic () encountered an error:
The number of generated pulses per revolution is> 65535
- When the function PrepCCDAsic () encountered an error:
The calculated scan line is longer than the roller periphery.
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned line is <= 0
- When the function PrepCCDAsic () encountered an error:
The number of the first line to be scanned is larger than the number of the last scanned line.
- When the function PrepCCDAsic () encountered an error:
The number of the last line scanned image lies behind the end.
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is <= 0 (pixel-Window 0)
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is greater than the number of the last scanned pixel. (Pixel-Window 0)
- When the function PrepCCDAsic () encountered an error:
The number of the last sampled pixel is behind the end line. (Pixel window 0)
- When the function LoadCCDProg () an error was detected:
The program length exceeds the maximum specified. permissible length of a program control unit
ASIC for the CCD. Loading the factory-control program was canceled.
- When the function ResetCCD01 () an error was detected:
Even after a reset 10maliger repeat the control unit measures the CCD Asic not begun.
- When the function TselectDrumSTWprog TselectQuarzSTWprog or an error was detected:
There was no STW program are found with which the desired VCO and ADC frequencies can be generated.
- When calculating the clock comb is the number of generated pulses per revolution> 65535
- Required number of scan pixels is greater than the number of pixels across entire roll circumference
- The min. allowable rolling speed was below
- The specified roll diameter is not known
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is <= 0 (pixel-window 1)
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is greater than the number of the last scanned pixel. (Pixel-window 1)
- When the function PrepCCDAsic () encountered an error:
The number of the last scanned pixel is located behind the row end. (Pixel-window 1)
- The scan data rate was too high. The DSP was delivered by the scanning data is not fast enough verarbeiten.Dieser error is triggered when the image data is fully Eingangsfifo.
- E_T_CCD_NESTED
- When was the data transmission between the scanning and Maxiboard determined by the TAXI interface, a transmission error
- The FIFO is completely gone in the scanning
- The minimum block length has been exceeded
- Within a minimum of 80 ms pulse was not found north
CALC ** **
- The end of the command sequence is incorrect.
- Not enough memory to perform the function.
- Errors in the calculation of the main box-filter coefficients.
- Error in calculating the filter coefficients environment.
- The parameter set for USM-parameter does not exist.
- Errors in the calculation of the LOG LUT
- No memory space available.
- Limiting the range of values is outside the LUT size of the LUT.
- Support the USM-limit values are outside the LUT input or output values of the limiting LUT
- Support values of the USM-Diff-LUT are outside of default-limits. (0.0. IN_BEGR_LUT)
- Tonal values of the USM-support outside of default-limits (WK / SK: 0.0 .. 4.0 EP 0.0 .. 10.0)
- The coefficient RAM for main and for the application environment is too small.
- The sums of coefficients in the main computation environment or are smaller or equal to 0.0.
- Internal software error in the function BestMoire
* SCAN *
- The end of the command sequence is incorrect. There is a lack of command initialization or scanning preparation.
- The image does not fit into the line memory
- The calculated of clock line duration is less than the predetermined by SCAN.
- The scan data rate was too high. The DSP has the data supplied from the scanning head
process is not fast enough, or the image data were collected is not fast enough.
- In the algorithm, the magnifying coefficient base address of the environment coefficients have been calculated incorrectly.
- The magnifying filter algorithm is the length of the environment other than the main filter box filter length
- The input line length is too large
- The raw scan a mode other than RGB was chosen.
- The length of the input line is too great
- The number of input lines is too large
- The log-LUT was calculated incorrectly.
DRUM ** **
- Unknown command DRUM_TASK () is passed.
- There is no initialization.
- If a parameter request an invalid character was evaluated.
- Error message from the drive: error in the computer part of the drive.
- Error message from the drive: Undervoltage
- Error message from the drive: overcurrent / short circuit
- Error message from the drive: Surge
- Error message from the drive: motor overload, I * t trip
- Error message from the drive: Motor temperature too high, motor overload
- Error message from the drive: Drive temperature overloaded too high, the inverter
- Error message from the drive: Error in drive EEPROM
- From the frequency, the transfer of a value not accepted or not a command is executed
- Timeout error: From the drive is sent to a parameter change or a control command no answer
- Timeout error: From the drive is sent to a parameter request no answer
- Time-out error: no block check is sent by the drive.
- Timeout error: not reached the desired roll speed
- Timeout error: not reached the desired frequency
- Communication Error: Buffer overflow in parameter requirement.
Feed processor ** C167 ** CNTL
- The start of the roll-changing light barrier is only possible in ABSOLUTE mode.
- The functional unit is not known.
- It was a new order is sent to the VU CNTL, although this is still active.
- The sending coolant to acknowledge block can be assigned to any valid data source
- Communication Error: The block received is greater than the internal buffer.
- Communication Error: There is a byte without SYNC bit has been received.
- Communication Error: Receive state machine jumps to the default state.
- Communication Error: There is a byte with SYNC bit has been received.
- Fixed memory management
- No memory space available
- Sequence error: The 'default state' has been skipped.
- ASIC Hardware Error Check (H-AS-VOR01)
- Parameterization: The mode of display devices is wrong.
- No memory space available
- Parameterization: The fashion movement of the cover is wrong.
- The two sensors to detect position of the hood are active.
- The hood can be opened only by motor when the drive shaft in the position
ROLL CHANGE stands.
- The hood is not achieved within 10 seconds, the upper end position.
- The temperature switch of the roller drive has tripped.
- The hood can be opened only by motor, if the scanning roller stands.
FEED feed processor ** C167 **
- The 0-point sensor of the spindle drive is in the initialization not been achieved
- The spindle drive is not initialized.
- A job in the fashion 'absolute positioning' has been sent.
- Sequence error during initialization. The spindle drive is to be moved in the 0-point sensor, although it is active.
- Sequence Error: The start of the roll-changing light barrier is only possible in ABSOLUTE mode.
- A new internal order will be processed, although the previous order has not yet ended.
- The required speed for the spindle drive is too high.
- Parameterization: Spindle pitch or angular resolution error.
- Parameterization: maximum driving frequency error.
- The contract for the spindle drive was stopped
- The required speed for the spindle drive is too small.
- Floating-Point Error
- Interger overflow
- Floating-Point Overflow
- Floating-Point Underflow
- Floating point division by "0"
- Undefined floating-point value
- Floating-Point Conversion Error
- Floating-point stack underflow error
- Floating-point stack overflow error
- Floating-Point Conversion error: long overflow
- Errors in parameter: the desired speed is 0nm/sec
- Parameterization: The synchronization time is 0 microseconds
- The spindle drive is not in the correct position. Review by the pedometer in the ASIC
- The contract for the spindle drive is stopped.
- Errors in Modeumschalung the spindle drive. The phase / analog pattern count is not
Umschalte the-counter status
- Errors in Modeumschalung the spindle drive. The phase / analog pattern count is not
Umschalte the-counter status
No-memory area.
- The spindle drive may not proceed with the cover open.
- Parameterization: The synchronization time is too large
- Parameterization: The travel of the spindle drive is too large.
- Parameterization: The position of the spindle drive is too big / small
- The contract for the spindle drive was canceled by triggering the Pulsors
- The roll-changing sensor of the spindle drive has not been achieved.
- The spindle drive is not in the correct position. The 0-point sensor is active.
- The spindle drive is not in the correct position.
For positions above the sensor
The 0-point sensor is active
For positions below the sensor
The 0-point sensor is not active
or roll-changing sensor is active.
- It was a new mandate to the FE FEED sent, although this is still active.
- It was an order sent to unknown opcode FEED
- An order was sent to an unknown FE.
Feed processor ** C167 BOOT-PROM **
- Boot Prom C167 feeding: It was a new order is sent to the VU,
although this is still active.
- Boot Prom C167 feeding: It was an order sent to an unknown FE
- Boot Prom C167 feeding: It was an order sent to unknown opcode
- Boot Prom C167 feed: No memory space available.
- Boot Prom C167 Feed: Communication error
- Boot Prom C167 Feed: The 'default state' has been started, or to send KSS-Acknowledge-block can be assigned any valid data source.
- Boot Prom C167 Feed: parameterization: The mode of display devices is wrong.
- Boot Prom C167 Feed: Failed to load program
- Boot Prom C167 Feed: The Kss CMD_CNTL_INIT command before exiting the store has been sent.
- Boot Prom C167 Feed: The file is corrupted FEED.66
- Boot Prom C167 feed: Memory error
HEAD ** **
- Communication Error: Unknown opcode
- Reference not found for aperture photoelectric
- Communication Error: Number of characters received is too small (<48)
- Communication Error: Number of bytes received are not divisible by 8
- Communication error: odd number of characters received in the block KSS
- Communication Error: Wrong number of parameters passed
- Feature has been canceled
- The Focus can be adjusted only when already there was a homing
- Focus outside of Min and Max
- Focus is below minimum threshold
- Focus above the Max line
- The f densities were not measured, so no data is possible
- No high voltage measured characteristic
- High voltage adjust, found no value in the table for RED / GREEN / BLUE
- Timeout Multiplier adjustment in the red channel (green channel / blue channel)
- High voltage multiplier with minimum balance in the red channel (green channel / blue channel)
- High voltage multiplier adjustment to the maximum in the red channel (green channel / blue channel)
- The slow transducer is connected to an invalid channel number
- Timeout slower conversion
- Slow conversion: overflow / underflow
- Invalid gain
- High voltage input via maximum
- High voltage input below the minimum value
- This filter is not a valid number
- No filter measured densities
- No filter is reference
- After the FIFO is not empty CLEARFIFO was
- Timeout waiting for value in FIFO
- DA converter for offset value is set outside of 0 .. 255
- Underflow / overflow when measuring in the red channel (green channel / blue channel) More than half of the measured values are 0xFFFF
- In Focus section found no maximum
- GetDynMessung permitted only with max.1000 pixels
- GetDynMessung 0 pixels not allowed
- Invalid channel number
- Not a valid RunMode (sync, async)
- More than 50% pixels outside window
- Aperture size too big / small
- Aperture number can not be set because there was no reference
- Aperture size can not be set because there was no reference
- Aperture size too large / small
- This number can not be found Blendengroesse
- ADC in the C167 may only channel 0 .. 15
- The diaphragm seal shows the basic setup, found no filter
- Homing faulty filter
- Homing filter max no. Position found
- Timeout measured in filter density: No aperture-high-voltage combination MATION
- Found a gray filter the white balance
- No reference photocell for panel found, leave slot
- When should SetBlendentakte a negative number of cycles can be adjusted
- Homing aperture errors: In the control measurement has shown the light barrier sends the wrong signal
- Offset density in the red channel (green channel / blue channel) is not measurable.
It should be white level measured was only <10 counts
- Offset density in the red channel (green channel / blue channel)> 3
- Timeout for white balance. Achieved after 10 trials no stable white level.
- Diameter too small for autofocus
- Diameter too large for Auto Focus
- Area factor was not measured
- Halogen lamp is burned out
- Temperature at log red channel (green channel / blue channel) over 40.5 ° C (only in the test program)
- +5 V to 5.2 V
- +5 V at 4.8 V
- +24 V with 24.7 V
- +24 Volts at 23.3 V
- +15 V to 15.4 V
- +15 Volts at 14.6 V
- Ref +2.5 volts to 2.6 V
- 2.1V to +2.5 volts Ref
- +1.9 V to 2.1 V Ref
- +1.9 V to 1.9 V Ref
- No scanning light
- Ref to filter small signal levels
- It has not yet made a basic setup.
- FocusRef on bar too far outside
- Invalid mode for AD converter
- Focus should not be changed.
DSP board is not free to focus light barrier in the scanning head, either.
- No reference photocell filter found for: slot is not found
- Homing filter errors: In the control test has shown the light barrier false signal.
- No reference photocell filter found for: leave slot
- Basic setup panel red channel errors: is the measured density difference between Gate 1 and 25 is not 3.2 + -0.7
- Basic setup panel green channel errors: is the measured density difference between Gate 1 and 25 is not 3.2 + -0.7
Basic setup panel blue channel errors
- The measured density difference between Gate 1 and 25 is not 3.2 + -0.7
- Basic balance filter the red channel (green channel / blue channel) failed: filter 8 is not between D = 2.2 and 2.6, Filter 1 to 7 by more than D = 0.15 non-linear graded
- Basic setup high voltage red channel (green channel / blue channel) failed: The 32 high-voltage levels are not rising at each D = D = 0.0 to 0.12.
- Basic setup failed oversight
- Found at hardware errors NVRAM test
- In auto focus to low modulation
- The FIFO test no more than 60 pixels are allowed.
- Basic setup Supervision: Red density (green / blue) is out of tolerance.
Density of the aperture depth of field is outside of D = 0.5 to D = 1.3
- ESELFTEST
- Read and write to the NVRAM and are not allowed more than 240 bytes
- Self-test: 0V log red (green / blue) to high
- Self-test: 6V log red (green / blue) outside
- Self-test: 0V Lin red (green / blue) to high
- Self-test: Voltage 5V Lin red (green / blue) outside
- Self-Test: The Abtastlampendeckel is open
- Self-test: +24 volt motor voltage is too high
- Self-test: +24 volt motor voltage is too low
- Self-test: +15 volts too high
- Self-test: 15 volt too low
- Self-test: Filter position is lost in stress
- Self-test: filter-photocell often unexpectedly
- Self-test: aperture position lost in stress
- Self-test: f-LS switches often unexpectedly
- Self-test: Dark Red Power (Green / Blue) Max on 100 counts
- Self-test: Dark Red Power (Green / Blue) over 50 min counts
- Self-Test: Review offset density RED (green / blue)> 1.0
- Self-Test: Review offset density RED (green / blue)> 2.0
- Self-test: Supervisory offset density RED (green / blue)> 2.5
- Self-test: Supervisory offset density RED (green / blue)> 2.8
- Self-test: high voltage after adjustment delta> 1600
- Self-test: depth of field density of red (green / blue) do not like the NVRAM
- Self-test: error occurred during self-test
- Focus adjustment has been interrupted by LS; Only on Units C, D
- FocusRef with an unknown device type is not
- In the reference run for the Focus no photocell is found. Only for model D
- During the homing of the light guide in Diaarm no photocell is found.
Only for model D
- When should SetDiaarmTakte a negative number of cycles can be adjusted. Only for model D
- The light guide in Diaarm can only be set if already carried out a homing.
Only for model D
- Target position for the light guide in Diaarm above the Max line. Only for model D
- Target position for the light guide in Diaarm below the minimum limit. Only for model D
- Self-test: temperature of the log red (green / blue) to high
- Self-test: Dark Red Power (Green / Blue) High more than 50 digits
- Self-test: Dark Red Power (Green / Blue) on 20 counts min
- Self-Test: Review offset density RED (green / blue)> 0.2
- Self-Test: Review offset density RED (green / blue)> 0.5
- Self-test: Supervisory offset density RED (green / blue)> 1.9
- Self-test: Supervisory offset density RED (green / blue)> 2.2
- Self-test: high voltage after adjustment delta> 300
- Self-test: high voltage after adjustment delta> 600
- Self-test: high voltage after adjustment delta> 1000
Abtastkopfprozessor ** C167 ** BOOT-PROM
- Boot Prom C167 scanning: It was a new order is sent to the VU, although this is still active.
- Boot Prom C167 scanning: It was an order sent to an unknown FE
- Boot Prom C167 scanning: It was an order sent to unknown opcode
- Boot Prom C167 scanning: No memory space available.
- Boot Prom scanning C167: Communication error
- Boot Prom C167 Scanning: Enables the 'default state' has been started, or to send KSS acknowledge block any valid data source will be assigned.
- Boot Prom C167 scanning: parameterization: The mode of display devices is wrong.
- Boot Prom scanning C167: Failed to load program
- Boot Prom C167 Scanning: The Kss CMD_CNTL_INIT command before exiting the store has been sent.
- Boot Prom scanning C167: Out of memory area
- Boot Prom C167 Scanning: The file is corrupted FEED.66
- Boot Prom C167 scanning: memory error
Brakensiek System GmbH & CO. KG is a leading global provider of service and support (pre-press), pre-press, and since 1990 the market. This applies both to Hell drum and flatbed Scan or Imagesetter CTF DC3000 as the Dr.. Well as machines and Hercules S3800/3900 Linotype-Hell, or CTP platesetters and imagesetters such as Topsetter Primesetter of the Heidelberger Druckmaschinen. Brakensiek System GmbH & Co. KG provides cost-effective service and spare parts at a high level of service with their own vehicles and own technicians. In addition, we prepare for most scanners to FireWire and make you run on OSX and Windows. We have to constantly updated used equipment at a fair price stock. Give us a try!
and the following devices:
ChromaGraph S2000, S3300 ChromaGraph / S3400; ChromaGraphS3700; ChromaGraph S3900; DaVinci / DaVinci Power;
Delta Software RIP, Delta Technology; DrySetter (image setter); Duosetter (Quasar), Gutenberg, Helix, Helix Basic / Elite;
Hercules Pro / Advantage; Linopress; LinoServer (old version); monitor alignment; Networks; Nexscan F4100 / 4200, page buffer 40/50; Peeler / laminator; PowerBox P360; Primescan D7100 / 8200/8400; Primesetter 74/102; Priosetter 74 / 102; Quicksetter 400; Quicksetter 46/350; Quicksetter 460; RIP 50 / 50C / 60; Signasetter; SignasetterPro, Tango, Tango XL, Topaz, Topaz 2 (+); Topaz iX; Topsetter 102; Topsetter 74; Topsetter P / PF 102; Vulcan
Elimination of the following errors:
C30 DSP BOOT-PROM ** **
- Failed to load program
- Function redemption fee is not feasible
SCSI ** **
- Protocol error in Bilddatenuebertragung.
It was requested image data block, even though the
previous image data block is not complete at the
Operating computer has been transferred.
- Protocol error in the slave communication.
The module ID is invalid.
- Protocol error in the slave communication.
The KSS-destination identifier is invalid.
- Protocol error in the slave communication.
In the parameter request is the length of
returned data larger than the memory allocated for it.
- The parallel interface to the feed processor is not OK
- The V24 interface for scanning processor is not OK
MC ** **
- The function is currently not feasible.
- Unknown command from the control computer.
- Inside the machine controller can not continue
Process can be started.
- The process was terminated by an abortion.
- It was a faulty communications segment
receive.
- A file on the memory card with the extension
* .66 Is not found.
- The memory for the boot file for the C167 could
are not assigned.
- The electronic magnification factor is
Circumferential direction is too large. Scale X.
- The electronic magnification factor is
Direction of feed is too large. Scale Y
- The review was the job parameters
Errors are detected. Original Size
- The review was the job parameters
Errors are detected. Template Start
- The review was the job parameters
Errors are detected. Scan direction
- In reviewing the job parameters, an error was detected.
Number of pixels / quality / lighting / scanning type / Original / threshold / calibration values / data rate
- The status of CNTL contains a roller type that is not supported.
- The status of CNTL contains an unknown type of roll.
- The parameters of the bar code containing an unknown flag.
- The bar code could not be read
- It was a spontaneous message sent from CNTL.
- The brake on the roller drive has tripped.
- It was a spontaneous message sent from CNTL. The hood was open.
- It was a spontaneous message sent from CNTL. The key has been pressed roll change.
- The Pulsor has not detected a roll change, although the position of the roller has changed.
- The status of HEAD points to an open lamp cover
- The status of HEAD shows an exhausted Abtastbeleuchtung
- The function is currently not feasible.
- It was a message from the Head spntane PROM
transmitted. The communication is faulty. There are no
additional data accepted.
- When checking the versions of an old program was discovered.
- The boot file Feed.66 can not be charged. It must be reset.
- At a status request indicates that the HEAD
Basic setup is faulty.
- The Pulsor has on two occasions not roll change
- The function can not be carried out with the used roller
- The device type in the NV-RAM has a valid value
- The bridge Pulsor2 does not match the device type in the NV-RAM
- The CCD ASIC no longer works
- The contactor for the drive roller is not closed
- The Sicherheitsralais has not closed.
- The roller does not rotate.
- Roll is still running.
- Speed is not stable.
- Speed is not reached or exceeded
- The brake signal for the drive is active
- Missing the enable signal for the drive roller.
- The hood is not closed
- The status of HEAD shows an exhausted Abtastbeleuchtung.
The bar code could not be read
- It was a spontaneous message sent from CNTL. The brake on the roller drive has tripped
- It was a spontaneous reporting CNTL The temperature monitoring for motor send triggered
- There is no suitable roller available
STROKE ** **
- Hardware failure CCD ASIC H-AS-CCD01
Failed to test CCD controller
- Hardware failure CCD ASIC H-AS-CCD01
Failed to test Binärbruchteiler
- Hardware failure CCD ASIC H-AS-CCD01
Failed to test TNI
- Global error in the sequence, occurred due to incorrect command sequences or missing parameters.
- Parameter error.
Received from the DSP memory management out of memory -
- When the function PrepCCDLine () encountered an error:
The second parameter (number of the first CCD element) is
a value <2
- When the function PrepCCDLine () encountered an error:
The third parameter (number of the last CCD element) is smaller than the number of the first element.
- When the function PrepCCDLine () encountered an error:
The number of lines to be recorded is <0
- When the function PrepCCDAsic () encountered an error:
The number of scanned lines is> 65,533
- When the function PrepCCDAsic () encountered an error:
The number of generated pulses per revolution is> 65535
- When the function PrepCCDAsic () encountered an error:
The calculated scan line is longer than the roller periphery.
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned line is <= 0
- When the function PrepCCDAsic () encountered an error:
The number of the first line to be scanned is larger than the number of the last scanned line.
- When the function PrepCCDAsic () encountered an error:
The number of the last line scanned image lies behind the end.
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is <= 0 (pixel-Window 0)
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is greater than the number of the last scanned pixel. (Pixel-Window 0)
- When the function PrepCCDAsic () encountered an error:
The number of the last sampled pixel is behind the end line. (Pixel window 0)
- When the function LoadCCDProg () an error was detected:
The program length exceeds the maximum specified. permissible length of a program control unit
ASIC for the CCD. Loading the factory-control program was canceled.
- When the function ResetCCD01 () an error was detected:
Even after a reset 10maliger repeat the control unit measures the CCD Asic not begun.
- When the function TselectDrumSTWprog TselectQuarzSTWprog or an error was detected:
There was no STW program are found with which the desired VCO and ADC frequencies can be generated.
- When calculating the clock comb is the number of generated pulses per revolution> 65535
- Required number of scan pixels is greater than the number of pixels across entire roll circumference
- The min. allowable rolling speed was below
- The specified roll diameter is not known
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is <= 0 (pixel-window 1)
- When the function PrepCCDAsic () encountered an error:
The number of the first scanned pixel is greater than the number of the last scanned pixel. (Pixel-window 1)
- When the function PrepCCDAsic () encountered an error:
The number of the last scanned pixel is located behind the row end. (Pixel-window 1)
- The scan data rate was too high. The DSP was delivered by the scanning data is not fast enough verarbeiten.Dieser error is triggered when the image data is fully Eingangsfifo.
- E_T_CCD_NESTED
- When was the data transmission between the scanning and Maxiboard determined by the TAXI interface, a transmission error
- The FIFO is completely gone in the scanning
- The minimum block length has been exceeded
- Within a minimum of 80 ms pulse was not found north
CALC ** **
- The end of the command sequence is incorrect.
- Not enough memory to perform the function.
- Errors in the calculation of the main box-filter coefficients.
- Error in calculating the filter coefficients environment.
- The parameter set for USM-parameter does not exist.
- Errors in the calculation of the LOG LUT
- No memory space available.
- Limiting the range of values is outside the LUT size of the LUT.
- Support the USM-limit values are outside the LUT input or output values of the limiting LUT
- Support values of the USM-Diff-LUT are outside of default-limits. (0.0. IN_BEGR_LUT)
- Tonal values of the USM-support outside of default-limits (WK / SK: 0.0 .. 4.0 EP 0.0 .. 10.0)
- The coefficient RAM for main and for the application environment is too small.
- The sums of coefficients in the main computation environment or are smaller or equal to 0.0.
- Internal software error in the function BestMoire
* SCAN *
- The end of the command sequence is incorrect. There is a lack of command initialization or scanning preparation.
- The image does not fit into the line memory
- The calculated of clock line duration is less than the predetermined by SCAN.
- The scan data rate was too high. The DSP has the data supplied from the scanning head
process is not fast enough, or the image data were collected is not fast enough.
- In the algorithm, the magnifying coefficient base address of the environment coefficients have been calculated incorrectly.
- The magnifying filter algorithm is the length of the environment other than the main filter box filter length
- The input line length is too large
- The raw scan a mode other than RGB was chosen.
- The length of the input line is too great
- The number of input lines is too large
- The log-LUT was calculated incorrectly.
DRUM ** **
- Unknown command DRUM_TASK () is passed.
- There is no initialization.
- If a parameter request an invalid character was evaluated.
- Error message from the drive: error in the computer part of the drive.
- Error message from the drive: Undervoltage
- Error message from the drive: overcurrent / short circuit
- Error message from the drive: Surge
- Error message from the drive: motor overload, I * t trip
- Error message from the drive: Motor temperature too high, motor overload
- Error message from the drive: Drive temperature overloaded too high, the inverter
- Error message from the drive: Error in drive EEPROM
- From the frequency, the transfer of a value not accepted or not a command is executed
- Timeout error: From the drive is sent to a parameter change or a control command no answer
- Timeout error: From the drive is sent to a parameter request no answer
- Time-out error: no block check is sent by the drive.
- Timeout error: not reached the desired roll speed
- Timeout error: not reached the desired frequency
- Communication Error: Buffer overflow in parameter requirement.
Feed processor ** C167 ** CNTL
- The start of the roll-changing light barrier is only possible in ABSOLUTE mode.
- The functional unit is not known.
- It was a new order is sent to the VU CNTL, although this is still active.
- The sending coolant to acknowledge block can be assigned to any valid data source
- Communication Error: The block received is greater than the internal buffer.
- Communication Error: There is a byte without SYNC bit has been received.
- Communication Error: Receive state machine jumps to the default state.
- Communication Error: There is a byte with SYNC bit has been received.
- Fixed memory management
- No memory space available
- Sequence error: The 'default state' has been skipped.
- ASIC Hardware Error Check (H-AS-VOR01)
- Parameterization: The mode of display devices is wrong.
- No memory space available
- Parameterization: The fashion movement of the cover is wrong.
- The two sensors to detect position of the hood are active.
- The hood can be opened only by motor when the drive shaft in the position
ROLL CHANGE stands.
- The hood is not achieved within 10 seconds, the upper end position.
- The temperature switch of the roller drive has tripped.
- The hood can be opened only by motor, if the scanning roller stands.
FEED feed processor ** C167 **
- The 0-point sensor of the spindle drive is in the initialization not been achieved
- The spindle drive is not initialized.
- A job in the fashion 'absolute positioning' has been sent.
- Sequence error during initialization. The spindle drive is to be moved in the 0-point sensor, although it is active.
- Sequence Error: The start of the roll-changing light barrier is only possible in ABSOLUTE mode.
- A new internal order will be processed, although the previous order has not yet ended.
- The required speed for the spindle drive is too high.
- Parameterization: Spindle pitch or angular resolution error.
- Parameterization: maximum driving frequency error.
- The contract for the spindle drive was stopped
- The required speed for the spindle drive is too small.
- Floating-Point Error
- Interger overflow
- Floating-Point Overflow
- Floating-Point Underflow
- Floating point division by "0"
- Undefined floating-point value
- Floating-Point Conversion Error
- Floating-point stack underflow error
- Floating-point stack overflow error
- Floating-Point Conversion error: long overflow
- Errors in parameter: the desired speed is 0nm/sec
- Parameterization: The synchronization time is 0 microseconds
- The spindle drive is not in the correct position. Review by the pedometer in the ASIC
- The contract for the spindle drive is stopped.
- Errors in Modeumschalung the spindle drive. The phase / analog pattern count is not
Umschalte the-counter status
- Errors in Modeumschalung the spindle drive. The phase / analog pattern count is not
Umschalte the-counter status
No-memory area.
- The spindle drive may not proceed with the cover open.
- Parameterization: The synchronization time is too large
- Parameterization: The travel of the spindle drive is too large.
- Parameterization: The position of the spindle drive is too big / small
- The contract for the spindle drive was canceled by triggering the Pulsors
- The roll-changing sensor of the spindle drive has not been achieved.
- The spindle drive is not in the correct position. The 0-point sensor is active.
- The spindle drive is not in the correct position.
For positions above the sensor
The 0-point sensor is active
For positions below the sensor
The 0-point sensor is not active
or roll-changing sensor is active.
- It was a new mandate to the FE FEED sent, although this is still active.
- It was an order sent to unknown opcode FEED
- An order was sent to an unknown FE.
Feed processor ** C167 BOOT-PROM **
- Boot Prom C167 feeding: It was a new order is sent to the VU,
although this is still active.
- Boot Prom C167 feeding: It was an order sent to an unknown FE
- Boot Prom C167 feeding: It was an order sent to unknown opcode
- Boot Prom C167 feed: No memory space available.
- Boot Prom C167 Feed: Communication error
- Boot Prom C167 Feed: The 'default state' has been started, or to send KSS-Acknowledge-block can be assigned any valid data source.
- Boot Prom C167 Feed: parameterization: The mode of display devices is wrong.
- Boot Prom C167 Feed: Failed to load program
- Boot Prom C167 Feed: The Kss CMD_CNTL_INIT command before exiting the store has been sent.
- Boot Prom C167 Feed: The file is corrupted FEED.66
- Boot Prom C167 feed: Memory error
HEAD ** **
- Communication Error: Unknown opcode
- Reference not found for aperture photoelectric
- Communication Error: Number of characters received is too small (<48)
- Communication Error: Number of bytes received are not divisible by 8
- Communication error: odd number of characters received in the block KSS
- Communication Error: Wrong number of parameters passed
- Feature has been canceled
- The Focus can be adjusted only when already there was a homing
- Focus outside of Min and Max
- Focus is below minimum threshold
- Focus above the Max line
- The f densities were not measured, so no data is possible
- No high voltage measured characteristic
- High voltage adjust, found no value in the table for RED / GREEN / BLUE
- Timeout Multiplier adjustment in the red channel (green channel / blue channel)
- High voltage multiplier with minimum balance in the red channel (green channel / blue channel)
- High voltage multiplier adjustment to the maximum in the red channel (green channel / blue channel)
- The slow transducer is connected to an invalid channel number
- Timeout slower conversion
- Slow conversion: overflow / underflow
- Invalid gain
- High voltage input via maximum
- High voltage input below the minimum value
- This filter is not a valid number
- No filter measured densities
- No filter is reference
- After the FIFO is not empty CLEARFIFO was
- Timeout waiting for value in FIFO
- DA converter for offset value is set outside of 0 .. 255
- Underflow / overflow when measuring in the red channel (green channel / blue channel) More than half of the measured values are 0xFFFF
- In Focus section found no maximum
- GetDynMessung permitted only with max.1000 pixels
- GetDynMessung 0 pixels not allowed
- Invalid channel number
- Not a valid RunMode (sync, async)
- More than 50% pixels outside window
- Aperture size too big / small
- Aperture number can not be set because there was no reference
- Aperture size can not be set because there was no reference
- Aperture size too large / small
- This number can not be found Blendengroesse
- ADC in the C167 may only channel 0 .. 15
- The diaphragm seal shows the basic setup, found no filter
- Homing faulty filter
- Homing filter max no. Position found
- Timeout measured in filter density: No aperture-high-voltage combination MATION
- Found a gray filter the white balance
- No reference photocell for panel found, leave slot
- When should SetBlendentakte a negative number of cycles can be adjusted
- Homing aperture errors: In the control measurement has shown the light barrier sends the wrong signal
- Offset density in the red channel (green channel / blue channel) is not measurable.
It should be white level measured was only <10 counts
- Offset density in the red channel (green channel / blue channel)> 3
- Timeout for white balance. Achieved after 10 trials no stable white level.
- Diameter too small for autofocus
- Diameter too large for Auto Focus
- Area factor was not measured
- Halogen lamp is burned out
- Temperature at log red channel (green channel / blue channel) over 40.5 ° C (only in the test program)
- +5 V to 5.2 V
- +5 V at 4.8 V
- +24 V with 24.7 V
- +24 Volts at 23.3 V
- +15 V to 15.4 V
- +15 Volts at 14.6 V
- Ref +2.5 volts to 2.6 V
- 2.1V to +2.5 volts Ref
- +1.9 V to 2.1 V Ref
- +1.9 V to 1.9 V Ref
- No scanning light
- Ref to filter small signal levels
- It has not yet made a basic setup.
- FocusRef on bar too far outside
- Invalid mode for AD converter
- Focus should not be changed.
DSP board is not free to focus light barrier in the scanning head, either.
- No reference photocell filter found for: slot is not found
- Homing filter errors: In the control test has shown the light barrier false signal.
- No reference photocell filter found for: leave slot
- Basic setup panel red channel errors: is the measured density difference between Gate 1 and 25 is not 3.2 + -0.7
- Basic setup panel green channel errors: is the measured density difference between Gate 1 and 25 is not 3.2 + -0.7
Basic setup panel blue channel errors
- The measured density difference between Gate 1 and 25 is not 3.2 + -0.7
- Basic balance filter the red channel (green channel / blue channel) failed: filter 8 is not between D = 2.2 and 2.6, Filter 1 to 7 by more than D = 0.15 non-linear graded
- Basic setup high voltage red channel (green channel / blue channel) failed: The 32 high-voltage levels are not rising at each D = D = 0.0 to 0.12.
- Basic setup failed oversight
- Found at hardware errors NVRAM test
- In auto focus to low modulation
- The FIFO test no more than 60 pixels are allowed.
- Basic setup Supervision: Red density (green / blue) is out of tolerance.
Density of the aperture depth of field is outside of D = 0.5 to D = 1.3
- ESELFTEST
- Read and write to the NVRAM and are not allowed more than 240 bytes
- Self-test: 0V log red (green / blue) to high
- Self-test: 6V log red (green / blue) outside
- Self-test: 0V Lin red (green / blue) to high
- Self-test: Voltage 5V Lin red (green / blue) outside
- Self-Test: The Abtastlampendeckel is open
- Self-test: +24 volt motor voltage is too high
- Self-test: +24 volt motor voltage is too low
- Self-test: +15 volts too high
- Self-test: 15 volt too low
- Self-test: Filter position is lost in stress
- Self-test: filter-photocell often unexpectedly
- Self-test: aperture position lost in stress
- Self-test: f-LS switches often unexpectedly
- Self-test: Dark Red Power (Green / Blue) Max on 100 counts
- Self-test: Dark Red Power (Green / Blue) over 50 min counts
- Self-Test: Review offset density RED (green / blue)> 1.0
- Self-Test: Review offset density RED (green / blue)> 2.0
- Self-test: Supervisory offset density RED (green / blue)> 2.5
- Self-test: Supervisory offset density RED (green / blue)> 2.8
- Self-test: high voltage after adjustment delta> 1600
- Self-test: depth of field density of red (green / blue) do not like the NVRAM
- Self-test: error occurred during self-test
- Focus adjustment has been interrupted by LS; Only on Units C, D
- FocusRef with an unknown device type is not
- In the reference run for the Focus no photocell is found. Only for model D
- During the homing of the light guide in Diaarm no photocell is found.
Only for model D
- When should SetDiaarmTakte a negative number of cycles can be adjusted. Only for model D
- The light guide in Diaarm can only be set if already carried out a homing.
Only for model D
- Target position for the light guide in Diaarm above the Max line. Only for model D
- Target position for the light guide in Diaarm below the minimum limit. Only for model D
- Self-test: temperature of the log red (green / blue) to high
- Self-test: Dark Red Power (Green / Blue) High more than 50 digits
- Self-test: Dark Red Power (Green / Blue) on 20 counts min
- Self-Test: Review offset density RED (green / blue)> 0.2
- Self-Test: Review offset density RED (green / blue)> 0.5
- Self-test: Supervisory offset density RED (green / blue)> 1.9
- Self-test: Supervisory offset density RED (green / blue)> 2.2
- Self-test: high voltage after adjustment delta> 300
- Self-test: high voltage after adjustment delta> 600
- Self-test: high voltage after adjustment delta> 1000
Abtastkopfprozessor ** C167 ** BOOT-PROM
- Boot Prom C167 scanning: It was a new order is sent to the VU, although this is still active.
- Boot Prom C167 scanning: It was an order sent to an unknown FE
- Boot Prom C167 scanning: It was an order sent to unknown opcode
- Boot Prom C167 scanning: No memory space available.
- Boot Prom scanning C167: Communication error
- Boot Prom C167 Scanning: Enables the 'default state' has been started, or to send KSS acknowledge block any valid data source will be assigned.
- Boot Prom C167 scanning: parameterization: The mode of display devices is wrong.
- Boot Prom scanning C167: Failed to load program
- Boot Prom C167 Scanning: The Kss CMD_CNTL_INIT command before exiting the store has been sent.
- Boot Prom scanning C167: Out of memory area
- Boot Prom C167 Scanning: The file is corrupted FEED.66
- Boot Prom C167 scanning: memory error
Contact:
Your contact person: Tim Brakensiek
product request:
On Site Service for Heidelberg and Linotype-Hell Tango High End Scanner (Drumscanner)
services
last update:
21.05.2012
