Internal Monitoring - Danfoss PVED-CLS User Manual

Controller for electrohydraulic steering
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ENGINEERING TOMORROW
17.4.8

Internal Monitoring

Name
Channel cross-check
monitoring - Max wheel
P3351
U8
angle divergence time
Channel cross-check
monitoring - Max wheel
P3352
U16
angle divergence
Channel cross-check
monitoring - Max SASA
P3354
U8
angle divergence time
Channel cross-check
monitoring - Max SASA
P3355
U16
angle divergence
Channel cross-check
monitoring - Max SASA
P3357
U8
velocity divergence time
Channel cross-check
monitoring - Max SASA
P3358
U16
velocity divergence
Channel cross-check
monitoring - Max calc
P3360
U8
flow command
divergence time
Channel cross-check
monitoring - Max calc
P3361
U16
flow command
divergence
Channel cross-check
monitoring - Max
P3363
U8
vehicle speed
divergence time
Channel cross-check
monitoring - Max
P3364
U8
vehicle speed
divergence
Channel cross-check
monitoring - Max AUX
P3365
U8
mini-steering wheel
velocity divergence time
Channel cross-check
monitoring - Max AUX
P3366
U16
mini-steering wheel
velocity divergence
Channel cross-check
monitoring - Max AUX
P3368
U8
joystick position
divergence time
Channel cross-check
monitoring - Max AUX
P3369
U16
joystick position
divergence
Channel cross-check
monitoring - Max AUX
P3371
U8
mini-steering wheel
angle divergence time
Channel cross-check
monitoring - Max AUX
P3372
U16
mini-steering wheel
angle divergence
Channel cross-check
monitoring - Max MMI
P3374
U8
command divergence
time
Channel cross-check
monitoring - Max
P3375
U16
analogue sensor
divergence (internal)
Spool monitoring - Max
difference between
P3377
U8
spool set-point and
spool position
Spool monitoring - Min
'spool out of control'
P3378
U8
tolerance time
156 | © Danfoss | August 2018
Description of parameter
Maximum allowable time for which wheel angle readings between MAIN
x10msec
and SAFETY micro-controllers are allowed to be out of specified value
Max allowable wheel angle reading difference between MAIN and
IR
SAFETY micro-controllers
Maximum allowable time for steering wheel angle readings between
x10msec
MAIN and SAFETY micro-controllers are allowed to be out of specified
value
Max allowable steering wheel reading difference between MAIN and
Deg
SAFETY micro-controllers
Maximum allowable time for steering wheel velocity between MAIN and
x10msec
SAFETY micro-controllers are allowed to be out of specified value
Max allowable steering wheel velocity difference between MAIN and
dRpm
SAFETY micro-controllers
Maximum allowable time for spool position set-point between MAIN and
x10msec
SAFETY micro-controllers are allowed to be out of specified value
Max allowable flow command difference in IR between MAIN and
IR
SAFETY micro-controllers
Maximum allowable time for which vehicle speed readings between MAIN
x10msec
and SAFETY micro-controllers are allowed to be out of specified value
Max allowable vehicle speed reading difference between MAIN and
km/h
SAFETY micro-controllers
Maximum allowable time for AUX mini-steering wheel velocity between
x10mSec
MAIN and SAFETY micro-controllers are allowed to be out of specified
value
Max allowable AUX steering wheel velocity difference between MAIN
dRpm
and SAFETY micro-controllers
Maximum allowable time for AUX joystick position request between
x10mSec
MAIN and SAFETY micro-controllers are allowed to be out of specified
value
Max allowable AUX joystick position request difference between MAIN
IR
and SAFETY micro-controllers
Maximum allowable time for AUX mini-steering wheel Angle between
x10mSec
MAIN and SAFETY micro-controllers are allowed to be out of specified
value
Max allowable AUX steering wheel Angle difference between MAIN and
Deg
SAFETY micro-controllers
Maximum allowable time for which MMI Flag readings between MAIN
x10msec
and SAFETY micro-controllers are allowed to be different
Max allowed difference between analogue sensors values measured by
IR
primary and redundant analogue sensors
Max allowed difference between Spool set-point and actual spool position
x10u Meter
used for Spool monitoring algorithm
x10mSec
Minimum timeout value used by spool monitoring algorithm
Range
OEM
0
255
OEM
0
2000
OEM
0
255
OEM
0
360
OEM
0
255
OEM
0
4800
OEM
0
255
OEM
0
2000
OEM
0
255
OEM
0
100
OEM
0
255
OEM
0
4800
OEM
0
255
OEM
0
2000
OEM
0
255
OEM
0
360
OEM
0
255
OEM
0
2000
OEM
0
200
OEM
1
75
AQ00000211
10
S
100
S
10
S
15
S
10
S
50
S
10
S
100
S
10
S
5
S
10
S
50
S
10
S
100
S
10
S
15
S
10
S
50
S
80
S
15
S

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