No.
Description
42
Machine swivelled too far with one-side wide bracing or resolver transducer
defect
43
Machine swivelled too far with wide bracing or resolver transducer defective.
44
Maximum swivel range exceeded or rotary transducer is defective.
45
Compare error of swivel angle. Check resolver transducer or calibrate angle sen-
sors.
46
Check the position of the angle sensors. Is required reset.
47
Telescopic arm too wide or resolver transducer defective.
48
Check pressure sensors.
49
Check pressure sensor for reliable values.
50
The pressure measured for this situation is too low. The telescopic arm is braced
or the pressure sensor is defective.
51
Position switch for telescoping in telescopic arm defective.
52
Software error / hardware error.
53
Software error / hardware error.
54
Hardware error SPI real time clock.
55
Machine was not switched off for several days and must be restarted.
56
Different input information of the safety functions between the master and slave.
57
Different input information of the safety functions between the master and slave.
58
Different input information of the safety functions between the master and slave.
59
Different input information of the safety functions between the master and slave.
60
Check safety relay 1 monitoring contact
61
Check safety relay 2 monitoring contact
62
Check safety relay 3 monitoring contact
63
Check safety relay 4 monitoring contact
64
Telescopic arm too wide or resolver transducer defective.
65
Load curve saved wrong. Check load curves and save again.
66
Load curve deviation too far from base curve. Check load curves and save again.
67
Load curve values wrong. Check load curves and save again.
68
Angle values in load curve do not match specifications. Check load curves and
save again.
69
The amount of outriggers does not match the specification. Check load curves
and save again.
Faults
13.02.2013
Aerial access platform Leo15GT 2012
129
Summary of Contents for LEO 15 GT
Page 12: ...General 13 02 2013 Aerial access platform Leo15GT 2012 12 ...
Page 37: ...3914 0095 3914 0021 3914 0054 3914 0021 3914 0053 ...
Page 39: ......
Page 58: ...Structure and function 13 02 2013 Aerial access platform Leo15GT 2012 54 ...
Page 66: ...Transport and storage 13 02 2013 Aerial access platform Leo15GT 2012 62 ...
Page 106: ...Operation 13 02 2013 Aerial access platform Leo15GT 2012 102 ...
Page 145: ...Appendix Appendix 13 02 2013 Aerial access platform Leo15GT 2012 141 ...
Page 146: ...Appendix 13 02 2013 Aerial access platform Leo15GT 2012 142 ...
Page 148: ...Appendix 13 02 2013 Aerial access platform Leo15GT 2012 144 ...
Page 149: ...A Combustion engine Combustion engine 13 02 2013 Aerial access platform Leo15GT 2012 145 ...
Page 150: ...Combustion engine 13 02 2013 Aerial access platform Leo15GT 2012 146 ...
Page 152: ...Combustion engine 13 02 2013 Aerial access platform Leo15GT 2012 148 ...
Page 166: ...Combustion engine 13 02 2013 Aerial access platform Leo15GT 2012 162 ...
Page 167: ...INSTRUCTION BOOK 43380207 ENG 10 05 3 Printed in Germany 33 1B20 1B27 1B30 1B40 1B50 ...
Page 204: ......
Page 205: ...B Circuit diagram Circuit diagram 13 02 2013 Aerial access platform Leo15GT 2012 201 ...
Page 206: ...Circuit diagram 13 02 2013 Aerial access platform Leo15GT 2012 202 ...
Page 207: ...C Hydraulic plan Hydraulic plan 13 02 2013 Aerial access platform Leo15GT 2012 203 ...
Page 208: ...Hydraulic plan 13 02 2013 Aerial access platform Leo15GT 2012 204 ...