Trend NXL Variable Speed Drives Instrukcja Użytkownika Pobierz pdf (Strona 5)

NXL Variable Speed Drives Data Sheet TA200620 Issue 1/G 13/06/07

Data Sheet NXL

HARDWARE (continued)

The keypad has seven buttons which are used for controlling

the drive, setting parameters, and monitoring values.

The Keypad can be made the control source at any time by pressing

the left arrow button for 5 secs. The keypad may then be used to

start and stop the motor and to ramp its speed up and down by

increasing or decreasing the output frequency shown on the

display using the up and down keys. Pressing the left hand arrow

button again for 5 secs will return the drive to remote control.

Note that the motor is stopped as the control changes from

remote to local and vice versa.

The main menu consists of individual items M1 to E7 which are

browsed using up and down buttons, the submenus under these

menus are then browsed by left/right buttons.

M1 Monitoring: This enables the following signals to be

monitored only.

P2 Parameters: This enables the parameters to be edited. First

the group of parameters is selected, then the individual

parameter. The parameters below are for the basic group (P2.1),

other groups are used and are described in the NXL Application

Manual :

nottuBesU

teserstluafevitcasteser

retne)sces3ot2rofdloh(yrotsihtluafteserronoitcelesmrifnoc

+puseulavtide,un

empuesworb

-nwodseulavtide,unemnwodesworb

tfeltidetixe,tfel,unemnidrawkcabevom

thgirtideretne,thgir,unemnid

rawrofevom

tratsecruoslortnocsidapyekfirotomstrats

potsecruoslortnocsidapyekfirotomspots

edoCemaNlangiSstinUnoitpircseD

1.1VycneuqerftuptuOzHrotomehtotycneuqerF

2.1VecnereferycneuqerFzH

3.1VdeepsrotoMmprd

eepsrotomdetaluclaC

4.1VtnerrucrotoMAtnerrucrotomderusaeM

5.1VeuqrotrotoM% tinuehtfoeuqrotlanimon/euqrotdetalu

claC

6.1VrewoprotoM% tinuehtforewoplanimon/rewopdetaluclaC

7.1VegatlovrotoMVegatlovrotomdetaluclaC

8.1Vegatlovkn

il-CDVegatlovknil-CDderusaeM

9.1VerutarepmettinUC°erutarepmetknistaeH

01.1V1tupnieugolana/egatloVV1IA

11.1V2tupni

eugolana/tnerruCAm2IA

21.1VtnerructuptuoeugolanAAm1OA

31.1V

,1tnerructuptuoeugolanA

draobrednapxe

41.1V

,2tner

ructuptuoeugolanA

draobrednapxe

51.1V3NID,2NID,1NIDsesutatstupnilatigiD

61.1V3EID,2EID,1EID sesutatstupnil

atigiD:draobrednapxeO/I

71.1V1ORsutats1tuptuoyaleR

81.1V3EOR,2EOR,1EOR sesutatstuptuoyaleR:draob.pxeO/I

91.1

V1EOD sutats1tuptuolatigiD:draob.pxeO/I

02.1VecnereferDIP% ecnereferssecorpmumixamehtfotnecrepnI

12.1Veulavlau

tcaDIP% eulavlautcamumixamehtfotnecrepnI

22.1VeulavrorreDIP% eulavrorremumixamehtfotnecrepnI

32.1VtuptuoDIP% eulav

tuptuomumixamehtfotnecrepnI

42.1V3,2,1stuptuoegnahcotuAlortnocnafdnapmupniylnodesU

edoCretemaraPtluafeDetoN

1.1.2Pycneuqerf.niMzH00.0

2.1.2Pycneuqerf.xaMzH00.05

3.1.2PemitnoitareleccAs0.1

4.1.2Pemit

noitarelecceDs0.1

5.1.2PtimiltnerruCAlanimoNx5.1

6.1.2PegatlovrotomlanimoNV004

7.1.2PycneuqerfrotomlanimoNzH00.

8.1.2PdeepsrotomlanimoNmpr0441

9.1.2PtnerrucrotomlanimoN

01.1.2PihpsocrotoM58.0

11.1.2PnoitcnuftratS0

pmaR=0

atsgniylF=1

21.1.2PnoitcnufpotS0

gnitsaoC=1

pmaR=1

tsaocelbanenuR+pmaR=2

pmarelbanenuR+tsaoC=3

31.1.2Pnoitasim

itpof/U0

desuton=0

tsoobeuqrotcitamotuA=1

41.1.2PecnereferO/I0

1IA=0

2IA=1

dapyeK=2

subdleiF=3

51.1.2Pegnarlangis

2IA2

Am02otAm0=1

Am02otAm4=2

61.2PnoitcnuftuptuoeugolanA1

desuton=0

)xamfot0(.qerftuptuO=1

)xamfot0(ecnerefer.

qerF=2

rotomlanimonot0(deepsrotoM=3

)deeps

lanimonot0(tnerructuptuO=4

)tnerrucrotom

rotomlanimonot0(euqrot

rotoM=5

)euqrot

rotomlanimonot0(rewoprotoM=6

)rewop

lanimonot0(egatlovrotoM=7

)egatlovrotom

)V0001ot0(tlovk

nil-CD=8

eulavferrellortnocIP=9

eulavlautcarellortnocIP=01

eulavrorrerellortnocIP=11

tuptuorellortnooIP=2

71.1.2Pnoitcnuf2NID1

desuton=0

esreveRtratS=1

)drawroftratS=1NID(

)tratS=1NID(esreveR=2

)esluptratS=1NID(es

luppotS=3

cc,tluaflanretxE=4

co,tluaflanretxE=5

elbanenuR=6

2deepsteserP=7

)cc(PU.toprotoM=8

.qerftceriD(DI

PelbasiD=9

)ecnerefer

1kcolretnI=01

81.1.2Pnoitcnuf3NID6

desuton=0

esreveR=1

cc,tluaflanretxE=2

co,tluaflanret

xE=3

tesertluaF=4

elbanenuR=5

1deepsteserP=6

2deepsteserP=7

dnammocgnikarb-CD=8

)cc(PUtoprotoM=9

)cc(NWODtop

rotoM=01

.qerftceriD(DIPelbasiD=11

)ecnerefer

noitceles2.ferdapyeKDIP=21

2kcolretnI=31

tupnirotsimrehT=41

1.1.2P1deepsteserPzH00.01

02.1.2P2deepsteserPzH00.05

12.1.2PtratsercitamotuA0

desutoN=0

desU=1

22.1.2Plaecnocrete

maraP1

elbisivsretemarapllA=0

elbisiv1.2PpuorgylnO=1

1 2 3 4 5 6 7 8 9 10 11 12

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