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  3. Messages - Parameters
Messages - Parameters

Krone Messages - Parameters Operating instructions

  • Hello! I have reviewed the supplement to operating instructions for the KRONE maize header models XCollect 900-3, XCollect 600-3 and XCollect 750-3. It provides essential information about safety, error messages, and parameters. I'm ready to answer any questions you have regarding safety, interpreting error codes, or understanding the device parameters.
  • What does FMI stand for?
    What should I do if an error message appears?
    Where can I find basic safety instructions?
Enclose this document with the operating instructions of the
machine.
Supplement to operating
instructions
Document number: 150001880_00_en-GB
Version: 06/04/2022
Maize header
Software version: D2515020119600005
Error messages, information messages and parameters
Table of contents
2
Maize header
Supplement to operating instructions 150001880_00_en
1 Information on this document .................................................................................................. 3
1.1 Validity ......................................................................................................................................... 3
1.2 Significance of the document....................................................................................................... 3
1.3 Re-ordering.................................................................................................................................. 3
1.4 Applicable documents.................................................................................................................. 3
2 Safety .......................................................................................................................................... 4
2.1 Meaning of the supplement to the operating instructions ............................................................ 4
3 Error messages.......................................................................................................................... 5
3.1 Possible error types (FMI)............................................................................................................ 5
3.2 Error list........................................................................................................................................ 6
4 Parameter ................................................................................................................................. 18
4.1 Parameter list............................................................................................................................. 18
Index.......................................................................................................................................... 24
Information on this document 1
Validity 1.1
Maize header
Supplement to operating instructions 150001880_00_en 3
1 Information on this document
1.1 Validity
This document is valid for:
BV301-30 (XCollect 900-3) BV301-20 (XCollect 750-3)
BV301-10 (XCollect 600-3)
1.2 Significance of the document
This is an important document. It is addressed to the user and contains safety-relevant
information.
Prior to starting work, read the complete document and observe its contents.
1.3 Re-ordering
You can request a replacement document if this document became completely or partly
unusable, or if you need it in a different language. Please specify the document number shown
on the cover page in your order. Alternatively, you can download the document online from
KRONE MEDIA https://media.mykrone.green.
1.4 Applicable documents
To ensure that the machine is used safely and as intended, observe the following further
applicable documents.
• Operating instructions of the respective machine
2 Safety
2.1 Meaning of the supplement to the operating instructions
4
Maize header
Supplement to operating instructions 150001880_00_en
2 Safety
WARNING
Risk of injury due to non-observance of relevant safety instructions
If the relevant safety instructions are not observed, persons may be seriously injured or killed.
In order to avoid accidents, the relevant safety instructions in the operating instructions
must be read and observed.
WARNING
Risk of injury due to non-observance of safety routines
If the relevant safety routines are not observed, persons may be seriously injured or killed.
In order to avoid accidents, the safety routines in the operating instructions must be read
and observed.
INFO
Depending on the machine type, the basic safety instructions can be found in the chapter
“Safety”, “Basic Safety Instructions” or in the chapter “Safety” of the machine operating
instructions.
2.1 Meaning of the supplement to the operating instructions
The supplement to the operating instructions is an important document and a part of the
machine. It is aimed at the user and contains safety-relevant information.
If the supplement to the operating instructions is not observed, people may be seriously injured
or killed.
Read in full and observe the “Safety” chapter of the corresponding operating instructions
before using the machine for the first time,see Page3.
Before working, also read and observe the respective sections of the corresponding
operating instructions,see Page3.
Keep the supplement to the operating instructions ready to hand for the user of the machine.
Hand over the supplement to the operating instructions to subsequent users.
Error messages 3
Possible error types (FMI) 3.1
Maize header
Supplement to operating instructions 150001880_00_en 5
3 Error messages
EQG003-026
1 Error number 3 Error description
2 Brief description of the error 4 "Close" key
Structure of an error number
The error number is structured as follows, for example:
Error "FHC-520195-19"
FHC 520195 19
Control unit SPN (Suspect Parameter
Number) = error number
FMI = type of error, see
Page5
Acknowledging error message
Press to acknowledge the error message.
ÆThe error message is no longer displayed. The error message is displayed again if the fault
occurs again.
Eliminate the error, see Page6.
Active errors and the error history can be displayed in the "Errors" menu on the terminal.
3.1 Possible error types (FMI)
There are different types of errors which are shown under the term FMI (Failure Mode
Identification) with an appropriate code.
FMI Meaning
0 The upper limit value was greatly exceeded.
1 The lower limit value was far below the required one.
2 The data is not permitted.
3 There is an overvoltage or a short circuit to supply voltage.
4 There is an undervoltage or a short circuit to ground.
5 A cable is broken or amperage is too low.
6 There is a short circuit to ground or amperage is too low.
7 The mechanics do not respond or the expected result was not achieved.
3 Error messages
3.2 Error list
6
Maize header
Supplement to operating instructions 150001880_00_en
FMI Meaning
8 The frequency is not permitted.
9 There is an abnormal update rate.
10 There is an abnormal rate of change.
11 The error cause is unknown.
12 There is an internal error.
13 The values of the calibration are outside the value range.
14 Particular instructions are required.
15 The upper limit value has been reached.
16 The upper limit value has been exceeded.
17 The lower limit value has been reached.
18 The lower limit value has not been reached.
19 There is a CAN communication failure.
20 The data deviates upwards.
21 The data deviates downwards.
31 The condition has been fulfilled.
3.2 Error list
Overview of the control units
Abbreviation Explanation
ASC AutoScan
FHC Front Header Controller
GFL Guidance feeler
>>>
2ASC [}7]
2FHC [}9]
2GFL [}16]
Error list
Software version: D2515020065500010_000
Control unit: ASC
Page 1
Error number Error text Description Figure
ASC-520203-3 Sensor B24 AutoScan - Overvoltage Supply voltage > 32.5 V
ASC-520203-4 Sensor B24 AutoScan - Undervoltage Supply voltage < 8.5 V
ASC-520223-11 Overtemperature Sensor B24
AutoScan - General disturbance
CPU overheated: activate if
temperature > 90 °C, deactivate if
temperature < 88 °C
Error list
Software version: D2515020119300003_200
Control unit: FHC
Page 1
Error number Error text Description Figure
FHC-520192-19 CAN1 - CAN disturbance between
control units
There is a CAN disturbance between
control units on CAN 1.
FHC-520193-19 CAN2 - CAN disturbance between
control units
There is a CAN disturbance between
control units on CAN 2.
FHC-520194-19 CAN3 - CAN disturbance between
control units
There is a CAN disturbance between
control units on CAN 3.
FHC-520195-19 CAN4 - CAN disturbance between
control units
There is a CAN disturbance between
control units on CAN 4.
FHC-520198-12 Control unit - Internal Error An internal error in the control unit
which was actuated by defective
software or hardware.
FHC-520232-12 Vehicle identification number -
Internal Error
Vehicle identification number has not
been initialised.
FHC-520234-31 System check with KMC failed With the KMC the cross-controller
adjustment of system-relevant
machine data has failed.
FHC-521100-3 Voltage group UB1 - Overvoltage The input voltage of the corresponding
voltage group is too high.
FHC-521100-4 Voltage group UB1 - Undervoltage The input voltage of the corresponding
voltage group is too low.
FHC-521100-5 Voltage group UB1 - Ground fault A ground fault has occurred on the
supply voltage.
FHC-521100-6 Voltage group UB1 - Overload The maximum load on the supply
voltage has been exceeded.
FHC-521101-3 Voltage group UB2 - Overvoltage The input voltage of the corresponding
voltage group is too high.
FHC-521101-4 Voltage group UB2 - Undervoltage The input voltage of the corresponding
voltage group is too low.
FHC-521101-5 Voltage group UB2 - Ground fault The maximum load on the supply
voltage has been exceeded.
FHC-521101-6 Voltage group UB2 - Overload The maximum load on the supply
voltage has been exceeded.
FHC-521102-3 Voltage group UB3 - Overvoltage The input voltage of the corresponding
voltage group is too high.
Page 2
Error number Error text Description Figure
FHC-521102-4 Voltage group UB3 - Undervoltage The input voltage of the corresponding
voltage group is too low.
FHC-521102-5 Voltage group UB3 - Ground fault A ground fault has occurred on the
supply voltage.
FHC-521102-6 Voltage group UB3 - Overload The maximum load on the supply
voltage has been exceeded.
FHC-521103-3 Voltage group UB4 - Overvoltage The input voltage of the corresponding
voltage group is too high.
FHC-521103-4 Voltage group UB4 - Undervoltage The input voltage of the corresponding
voltage group is too low.
FHC-521103-5 Voltage group UB4 - Ground fault A ground fault has occurred on the
supply voltage.
FHC-521103-6 Voltage group UB4 - Overload The maximum load on the supply
voltage has been exceeded.
FHC-521104-3 Voltage group UB5 - Overvoltage The input voltage of the corresponding
voltage group is too high.
FHC-521104-4 Voltage group UB5 - Undervoltage The input voltage of the corresponding
voltage group is too low.
FHC-521104-5 Voltage group UB5 - Ground fault A ground fault has occurred on the
supply voltage.
FHC-521104-6 Voltage group UB5 - Overload The maximum load on the supply
voltage has been exceeded.
FHC-521105-3 Voltage group UB6 - Overvoltage The input voltage of the corresponding
voltage group is too high.
FHC-521105-4 Voltage group UB6 - Undervoltage The input voltage of the corresponding
voltage group is too low.
FHC-521105-5 Voltage group UB6 - Ground fault A ground fault has occurred on the
supply voltage.
FHC-521105-6 Voltage group UB6 - Overload The maximum load on the supply
voltage has been exceeded.
FHC-521106-11 Supply voltage sensors - General
disturbance
The voltage has been switched off due
to an overload or a short circuit on the
supply voltage of the sensors.
Page 3
Error number Error text Description Figure
FHC-521107-3 Supply voltage - Overvoltage The power supply on the UE
connection is too high.
FHC-521107-4 Supply voltage - Undervoltage The power supply on the UE
connection is too low.
FHC-521108-11 Control unit - General disturbance The voltage group relay UB1 has not
passed the self-test.
FHC-521109-11 Control unit - General disturbance The voltage group relay UB2 has not
passed the self-test.
FHC-521110-11 Control unit - General disturbance The voltage group relay UB3 has not
passed the self-test.
FHC-521111-11 Control unit - General disturbance The voltage group relay UB4 has not
passed the self-test.
FHC-521112-11 Control unit - General disturbance The voltage group relay UB5 has not
passed the self-test.
FHC-521113-11 Control unit - General disturbance The voltage group relay UB6 has not
passed the self-test.
FHC-521114-11 Sensor supply voltage U1 - General
disturbance
The voltage group Uext1 for supplying
the sensors is defective, for example
due to overload or short circuit.
FHC-521115-11 Sensor supply voltage U2 - General
disturbance
The voltage group Uext2 for supplying
the sensors is defective, for example
due to overload or short circuit.
FHC-521116-11 Sensor supply voltage U3 - General
disturbance
The voltage group Uext3 for supplying
the sensors is defective, for example
due to overload or short circuit.
FHC-521117-11 Sensor supply voltage U4 - General
disturbance
The voltage group Uext4 for supplying
the sensors is defective, for example
due to overload or short circuit.
FHC-521118-11 Voltage group relay UB2 - General
disturbance
Platform error only for BiG X: A
disturbance has been detected at the
intake/header. The voltage group relay
UB2 was therefore switched off.
FHC-521320-2 Machine configuration - Logic error
electronics
Configuration of the machine is not
compatible with the hardware.
FHC-521350-11 Control unit - General disturbance
FHC-521351-11 Control unit - General disturbance
Page 4
Error number Error text Description Figure
FHC-520203-13 Machine configuration - Values
invalid, not plausible or outside the
calibration
Configuration of the machine outside
the permitted range
FHC-520232-12 Vehicle identification number -
Internal Error
Vehicle identification number has not
been initialised.
FHC-520234-31 System check with KMC With the KMC the cross-controller
adjustment of system-relevant
machine data has failed.
FHC-521000-3 Sensor B115 Speed sensor 1 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521000-4 Sensor B115 Speed sensor 1 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521001-3 Sensor B116 Speed sensor 2 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521001-4 Sensor B116 Speed sensor 2 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521002-3 Sensor B117 Speed sensor 3 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521002-4 Sensor B117 Speed sensor 3 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521003-3 Sensor B118 Speed sensor 4 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521003-4 Sensor B118 Speed sensor 4 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521004-3 Sensor B119 Speed sensor 5 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521004-4 Sensor B119 Speed sensor 5 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521005-3 Sensor B120 Speed sensor 6 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521005-4 Sensor B121 Speed sensor 7 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521006-3 Sensor B121 Speed sensor 7 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
Page 5
Error number Error text Description Figure
FHC-521006-4 Sensor B121 Speed sensor 7 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521007-3 Sensor B122 Speed sensor 8 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521007-4 Sensor B122 Speed sensor 8 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521008-3 Sensor B123 Speed sensor 9 - Cable
break
There is a cable break in the wiring or
the sensor is defective.
FHC-521008-4 Sensor B123 Speed sensor 9 - Short
circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521009-3 Sensor B124 Speed sensor 10 -
Cable break
There is a cable break in the wiring or
the sensor is defective.
FHC-521009-4 Sensor B124 Speed sensor 10 -
Short circuit to ground or UB
There is a cable break or short circuit
to ground in the wiring or the sensor is
defective.
FHC-521010-2 Resistance R121 Coding resistance -
Cable break, short circuit, or sensor
defective
There is a cable break or short circuit
in the wiring or the coding resistance
is defective.
FHC-521011-2 Resistance R122 Coding resistance -
Cable break, short circuit, or sensor
defective
There is a cable break or short circuit
in the wiring or the coding resistance
is defective.
FHC-521012-2 Resistance R123 Coding resistance -
Cable break, short circuit, or sensor
defective
There is a cable break or short circuit
in the wiring or the coding resistance
is defective.
FHC-521013-2 Resistance R124 Coding resistance -
Cable break, short circuit, or sensor
defective
There is a cable break or short circuit
in the wiring or the coding resistance
is defective.
FHC-521200-18 Rotational speed T-gearbox 1 - Lower
limit value below minimum
The slip clutch in the T-gearbox 1 has
been actuated.
FHC-521201-18 Rotational speed T-gearbox 2 - Lower
limit value below minimum
The slip clutch in the T-gearbox 2 has
been actuated.
FHC-521202-18 Rotational speed T-gearbox 3 - Lower
limit value below minimum
The slip clutch in the T-gearbox 3 has
been actuated.
FHC-521203-18 Rotational speed T-gearbox 4 - Lower
limit value below minimum
The slip clutch in the T-gearbox 4 has
been actuated.
FHC-521204-18 Rotational speed T-gearbox 5 - Lower
limit value below minimum
The slip clutch in the T-gearbox 5 has
been actuated.
Page 6
Error number Error text Description Figure
FHC-521205-18 Rotational speed T-gearbox 6 - Lower
limit value below minimum
The slip clutch in the T-gearbox 6 has
been actuated.
FHC-521206-18 Rotational speed T-gearbox 7 - Lower
limit value below minimum
The slip clutch in the T-gearbox 7 has
been actuated.
FHC-521207-18 Rotational speed T-gearbox 8 - Lower
limit value below minimum
The slip clutch in the T-gearbox 8 has
been actuated.
FHC-521208-18 Rotational speed T-gearbox 9 - Lower
limit value below minimum
The slip clutch in the T-gearbox 9 has
been actuated.
FHC-521209-18 Rotational speed T-gearbox 10 -
Lower limit value below minimum
The slip clutch in the T-gearbox 10 has
been actuated.
FHC-521210-18 Rotational speed of left-hand sickle
disc drive - Lower limit value below
minimum
The friction clutch of the left-hand
sickle disc drive responded
FHC-521211-18 Rotational speed of right-hand sickle
disc drive - Lower limit value below
minimum
The friction clutch of the right-hand
sickle disc drive responded
FHC-521300-2 Header type - Logic error electronics No header type could be detected or
specified from the accumulator.
Error list
Control unit: GFL
Page 1
Error number Error text Description Figure
GFL-520203-3 Supply voltage - Overvoltage Supply voltage > 32.5 V
GFL-520203-4 Supply voltage - Undervoltage Supply voltage < 8.5 V
GFL-520223-11 Temperature to high - General
disturbance
CPU overheated: activate if
temperature > 90 °C, deactivate if
temperature < 88 °C
GFL-521000-3 Row tracer on right - Short circuit to
UB
Short circuit on row tracer on right
GFL-521000-4 Row tracer on right - Cable break or
short circuit to ground
Cable break on row tracer on right
GFL-521001-3 Row tracer on left - Short circuit to
UB
Short circuit on row tracer on left
GFL-521001-4 Row tracer on left - Cable break or
short circuit to ground
Cable break on row tracer on left
4 Parameter
4.1 Parameter list
18
Maize header
Supplement to operating instructions 150001880_00_en
4 Parameter
WARNING
Risk of injury due to unpredictable behaviour of the machine
The machine behaviour can be unpredictable if you update the software while the machine is
running. This can cause accidents with serious and even fatal injuries.
Park the machine on a stable, paved and even surface.
Switch off drives and wait until coasting parts have come to a standstill.
Shut down and secure the machine. See safety routines in the operating instructions of
the machine.
4.1 Parameter list
Abbreviation Explanation
ASC AutoScan
Overview of the control units
>>>
2ASC [}19]
Parameter: XCollect
Software version: D2515020065500010_000
Control unit: ASC
Rights: Driver
Key
R = Read access
RW = Read and write access
Page 1
Parameter number Parameter name Minimum Maximum Default Unit Description
ASC-0000 Software version ASC 0 65536 10000 Software version ASC
ASC-0001 ASC calibration value
black
0 1023 261 nm Reference value for
calibration process
ASC-0002 ASC calibration value
black
0 1023 97 nm Reference value for
calibration process
ASC-0003 ASC calibration value
green
0 1023 213 nm Reference value for
calibration process
ASC-0004 ASC calibration value
brown
0 1023 774 nm Reference value for
calibration process
ASC-0005 Integration number 0 500 100 Reference value for
calibration process
ASC-0006 Increase 0 300 36 nm Reference value for
calibration process
ASC-0007 Displacement 0 300 137 nm Reference value for
calibration process
ASC-0008 Correction value green 0 200 40 nm Correction value for
calibration process
ASC-0009 Correction value brown 0 200 80 nm Correction value for
calibration process
ASC-0010 CORRECTION
DACPV1
0 200 48 nm Correction value for
calibration process
ASC-0011 Correction value
function
0 1 1 Correction value for
calibration process
ASC-0012 Threshold value
tracking 660NM
0 255 110 Threshold value for
LED tracking
ASC-0013 Displacement 0 2 0 Value for
displacement of
calibration value
ASC-0014 Increase of correction 0 1000 0 nm Correction value for
increase
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