FLENDER LOHER DYNAVERT L05 Series, Commissioning And Maintenance Instructions

Page: 51 / 66

DYNAVERT
®
L05 Annex
4BS0516DE-EN/011 Stand/ issue: 25.07.03 51
7.1.2 Parameter menu
P-OPERATION
Display-text Menu Description Value
1)
Range
Language
Commis.
Actual language ........ (“German”,”English”)
A
Commis.
Application ........ (“ ... ”)
2)
Menu
Commis.
Visible parameter level ........ (“ ... ”)
3)
Date Stand. Actual date ........ ( xx.xx.xx )
Time Stand. Actual time ........ ( xx:xx:xx )
P-TRAVEL CURVE DATA
v 1 Stand. Intermediate speed v1 ........ (0,02 ... 5,00 (m/s)
v 2 Stand. Intermediate speed v2 ........ (0,02 ... 5,00 (m/s)
v 3
Commis.
Rated speed v3 ........ (0,02 ... 5,00 (m/s)
v 4 Exp. Intermediate speed v4 ........ (0,02 ... 5,00 (m/s)
v 5 Exp. Intermediate speed v5 ........ (0,02 ... 5,00 (m/s)
v 6 Exp. Intermediate speed v6 ........ (0,02 ... 5,00 (m/s)
v 7 Exp. Intermediate speed v7 ........ (0,02 ... 5,00 (m/s)
v 8 Exp. Intermediate speed v8 ........ (0,02 ... 5,00 (m/s)
v Posi
Commis.
Positioning speed ........ (0,02 ... 0,20 m/s)
v N Stand. Relevelling speed ........ (0,005 ... 0,300 m/s)
v R Stand. Revision speed ........ (0,02 ... 1,25 m/s)
v K Exp. Minimum speed (end of travel) ........ (0,001 ... 0.020 m/s)
BrkDis 1 Stand. Braking distance from v1 ........ 0,5 ... 3000 cm)
BrkDis 2 Stand. Braking distance from v2 ........ (0,5 ... 3000 cm)
BrkDis 3
Commis.
Braking distance from v3 ........ (0,5 ... 3000 cm)
BrkDis 4 Exp. Braking distance from v4 ........ 0,5 ... 3000 cm)
BrkDis 5 Exp. Braking distance from v5 ........ (0,5 ... 3000 cm)
BrkDis 6 Exp. Braking distance from v6 ........ (0,5 ... 3000 cm)
BrkDis 7 Exp. Braking distance from v7 ........ 0,5 ... 3000 cm)
BrkDis 8 Exp. Braking distance from v8 ........ (0,5 ... 3000 cm)
StopDist
Commis.
Stopping distance ........ (0,5 ... 3000 cm)
Position
Commis.
Positioning distance ........ (0,0 ... 30,0 cm)
Flushness Exp. Level position ........ (0,0 ... 5,0 mm)
Ogival run Stand. Ogival run ........ (“no”/”yes”)
Adjust.run Stand. Adjustment run ........ (”StopDist”/“Trvl.Crv”)
Accel.
Commis.
Acceleration ........ (0,25 ... 2,00 m/s
2
)
Decel.
Commis.
Deceleration ........ (0,25 ... 2,00 m/s
2
)
Jerk 1 Stand. Acceleration increase 1 starting action ........ (0,10 ... 2,50 m/s
3
)
Jerk 2 Stand. dto. 2 prior to reaching rated speed ........ (0,10 ... 2,50 m/s
3
)
Jerk 3 Stand. dto. 3 start of deceleration ........ (0,30 ... 2,50 m/s
3
)
Jerk 4 Stand. dto. 4 prior to reaching positioning speed ........ (0,30 ... 2,50 m/s
3
)
Jerk 56 Stand. dto. 5 prior to levelling speed to zero ........ (0,20 ... 2,50 m/s
3
)
P-MONITORING
v-level Stand. Levelling speed ........ (0,03 ... 0,55 m/s)
v max
Commis.
Maximum speed ........ (0,03 .... 5,50 m/s)
v N max Stand. max. Relevelling speed ........ (0,03 ... 0,330 m/s)
v R max Stand. max. Revision speed ........ (0,03 ... 1,40 m/s)
Store v max exc Exp. Fault memory excess speed ........ (“no”/”yes”)
v decel. Stand. Deceleration speed ........ (0,20 ... 5,00 m/s)
Store v decel. Exp. Fault memory deceleration monitoring ........ (“no”/”yes”)
Setp/actv.dev Exp. admissible deviation setpoint/actual value ........ (5 ... 30 %)
Store setp/actv Exp. Fault memory deviation setpoint/actual value....... (“no ”/”yes”)
Store inv.overt Exp. Fault memory inverter excess temperature ........ (“no ”/” yes ”)
Store mot.overt Exp. Fault memory motor excess temperature ........ (“no ”/” yes ”)
Delay PTC Stand. Delay thermistor tripping ........ (0 ... 99 s)
Store not ready Exp. Fault memory “not-ready”-fault ........ (“no”/” yes ”)
Note: 1) Actual setting values to be entered
2) Parameterisable applications are, for example “
asynchron HTL1024 ”,
“ synch.SAD ERN1387 ”, “ asynchron DCP Res ”, “ synch.SAD DCP Res ”
and “ specific ” (set of parameters was chanched manually)
3) Possible menu entries “ Commissioning ”, “ Standard ”, “ Expert ”