Faults
07/05/2018
219
Code
Description
124
Check inputs for the "Small working height" position switch.
125
The USA enabling button has been actuated whilst starting up the machine or is faulty.
126
Check the inputs of the 'lower boom' position switch.
127
Check the inputs for outrigger locking function for outrigger 1.
128
Check the inputs for outrigger locking function for outrigger 2.
129
Check the inputs for outrigger locking function for outrigger 3.
130
Check the inputs for outrigger locking function for outrigger 4.
131
Lower boom angle verification error. Check the resolver transducer or calibrate the angle sensors.
132
The maximum lower boom angle has been exceeded or the resolver transducer is faulty.
133
Differential angle verification error. Check the resolver transducer or calibrate the angle sensors.
134
The maximum upper boom angle has been exceeded or the resolver transducer is faulty.
135
The offset value has exceeded the permitted range. Check and re-calibrate the resolver transducer for
the lower boom.
136
Joystick 3 on the cable remote control was moved during start-up or is faulty.
137
Joystick 4 on the cable remote control was moved during start-up or is faulty.
138
Check tilt sensor for working basket level / Check external CANopen bus.
139
Check tilt sensor for working basket level / Check external CANopen bus.
140
The tilt sensor for the basket level supplies different values. Check the sensor.
141
The maximum tilt angle for the basket level has been exceeded. Check the sensor or the working basket
level controller
142
The tilt sensor for the basket level is faulty. Check the sensor.
143
Invalid parameters for activation of the basket level. Perform parametrisation.
144
Software error / hardware error.
145
The rotary angle sensor on the working basket is faulty. Check the sensor and supply line.
146
The minimum upper boom angle has been exceeded or the resolver transducer is faulty.
147
The minimum differential angle has been exceeded or the resolver transducer is faulty.
148
The maximum differential angle has been exceeded or the resolver transducer is faulty.
149
The minimum lower boom angle has been exceeded or the resolver transducer is faulty.
150
The lower boom may only be lowered if the limit switches "lower boom telescoped in" are actuated.
151
The offset value has exceeded the permitted range. Check and re-calibrate the resolver transducer.
152
Check the inputs for the position switch 'upper boom applied'.
153
The measured angle must not exceed a certain value whilst the upper boom is applied. The position
switch in the support may be stuck.
154
The offset value has exceeded the permitted range. Check resolver transducer of the upper boom and
calibrate again.
155
The position switch for the upper boom telescoped in position is faulty.
156
The switch for activating the home function on the control panel has been actuated or is faulty.
157
Tilt sensor for the basket level has transmitted an invalid measured value. The measured value is outside
the measuring range.
158
The differential angle has been exceeded whilst the lower boom was raised or the resolver transducer is
faulty.
159
The differential angle has been exceeded whilst the lower boom was raised or the resolver transducer is
faulty.
160
Last error entry (number does not appear)
161
The rotary sensor or CAN node on the working basket is faulty.
Summary of Contents for LEO 27T
Page 14: ...Safety 14 07 05 2018...
Page 36: ...Technical data 36 07 05 2018...
Page 44: ...Construction and function 44 07 05 2018...
Page 45: ...Construction and function 07 05 2018 45 5 Construction and function...
Page 52: ...Construction and function 52 07 05 2018...
Page 70: ...Operation 70 07 05 2018...
Page 88: ...Operation 88 07 05 2018...
Page 119: ...Operation 07 05 2018 119...
Page 198: ...Maintenance 198 07 05 2018...
Page 206: ...Faults 206 07 05 2018...
Page 211: ...Faults 07 05 2018 211 9 2 Fault table...
Page 221: ...Faults 07 05 2018 221...
Page 230: ...Appendix 230 07 05 2018...
Page 232: ...Appendix 232 07 05 2018...
Page 233: ...Appendix 07 05 2018 233 11 1 Circuit diagram...
Page 234: ...Appendix 234 07 05 2018...
Page 235: ...Appendix 07 05 2018 235 11 2 Hydraulics diagram...
Page 236: ...Appendix 236 07 05 2018...
Page 237: ...Appendix 07 05 2018 237 11 3 Adhesive label folder...
Page 238: ...Appendix 238 07 05 2018...
Page 239: ...Appendix 07 05 2018 239 11 3 1 Crawler chassis 1 Fig 270 Item Language neutral 1 3914 0021...
Page 240: ...Appendix 240 07 05 2018...
Page 242: ...Appendix 242 07 05 2018 2 1...
Page 244: ...Appendix 244 07 05 2018 11 3 3 Chassis 1 2 3 5 8 9 10 11 12 14 15 16 18 20 6 17 4 7 13 19 21...
Page 246: ...Appendix 246 07 05 2018 11 3 4 Chassis 1 2 3 5 8 9 10 11 12 14 15 16 18 20 6 17 4 7 13 19 21...
Page 250: ...Appendix 250 07 05 2018...
Page 256: ...Appendix 256 07 05 2018 2 3 1 Item Language neutral 1 3911 0069 2 3914 0053 3 3914 0054...
Page 257: ...Appendix 07 05 2018 257...
Page 258: ...Appendix 258 07 05 2018 11 4 Drive units...
Page 259: ...Appendix 07 05 2018 259...
Page 260: ...Appendix 260 07 05 2018 11 4 1 Combustion engine diesel For information see also 2 262...
Page 261: ...Appendix 07 05 2018 261...
Page 282: ...Appendix 282 07 05 2018 11 5 Radio control For information see also 2 Abitron 284...
Page 283: ...Appendix 07 05 2018 283...
Page 306: ...Appendix 306 07 05 2018 11 6 RUD lifting accessories For information see also 2 RUD 308...
Page 307: ...Appendix 07 05 2018 307...
Page 310: ...Appendix 310 07 05 2018 11 7 Accessories documentation...
Page 311: ...Appendix 07 05 2018 311...