SDP

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仁零昌
7 years ago
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1 SDP

2 SDP

3 SDP 2 SDP CANBUS 3m/s N EMC EMC ENS EN IP21

4 SDP P N24 G24 P N24 G24 J2 J3 n P2 P1 P3 J2 J1 J3 1 P2 P1 P3 P1 J2 J J2 J / P2 P1 P3 1

5 SDP 4 7 RUN, READY,STOP,ALARM,FAULT 3 (I/O / / BusComm) RUN = 2 3 STOP = = 4 READY = 5 6 ALARM = FAULT =

6 SDP ( ) I/O term, Keypad Bus/Comm M3 a b I/O term Keypad = I/O I/O / = c Bus/Comm = 213 () READY, RUN FAULT I II III = READY = STOP = FAULT (,, ) = : M3 = 3 ( ) = ; = ; 22 9

7 SDP reset = select = enter = 1) 2) (2 3 seconds) = = 3 4 start stop = ( ) 2 3 = ( ) = 7331 = ( R34/R36 ) 23 M1 M8 ( ) M1 Monitor STOP READY Local V1 V14

8 231 SDP 7

9 SDP /

10 SDP UVW UVW 2 AB mm

11 SDP ) 2) 3) 4) 5) 6) 7) 1) 2) 3) RUN 4) 2 5) 1) 2) 1/3 3) 52 1) YesNo 2) ) 4) 5) 6) 7) 8) 1) 2) 2 3) Yes YesNo 10 4) 5) 0 6)

12 SDP ) 2) 1) 2) 3) 4) 5) ) 55 SDP 1 1) 1 2) 2 3) 3 2 1) 2) J3 F0F1F2 2 F F F B9B1 148

13 SDP M1 V11 V16 V111 G21 M2 G22 G23 P31 P P P P Ti P P M3 M4 P32 P33 ( ) P34 P35 M5 S61 S62 S63 S64 S65 M6 S66 S67 P P P P S P P P P P H M I S C M W h C T M W h S T S68 M7G73 G81 S S S S G G P P S S S S I I P / P P P M8 G82 G83 G84 G85 G86 P P P P P P P P P P 8 6 8

2 T 6 8 2 5 S68 M7G73 G81 S 6 8 3 S 6 8 4 S 6 8 5 S 6 8 6 G 7 3 1 G 7 3 2 P 8 1 1 P 8 1 1 0 S 6 8 3 1 S 6 8 3 4 S 6 8 4 S 6 8 4 3 I6 8 5 1 I6 8 5 4 P 7

14 SDP M1 M1 Monitor V11 Output Frequency Hz V12 Motor Speed rpm V13 Motor Current A V14 Motor Torque % V15 Motor Power % V16 Motor Voltage V V17 DC-Link Voltage V V18 Unit Temperature V19 Run Counter V110 Current Floor V111 Shaft Freq Flit Hz V112 Speed Control Kp Kp V113 Speed Control Ti ms Ti 63 M2 M2 Parameters G21 BASIC PARAMETERS P211 Min Frequency 0 P212 Hz P212 Max Frequency P Hz P213 Current Limit 01*In Im A 01 Ic P214 Motor Nom Voltg V 1 380V P215 Motor Nom Freq Hz P216 Motor Nom Speed rpm P217 Motor Nom Currnt 02*In Im A 01 In P218 Motor Cos Phi cos 0= P219 Motor Ctrl Mode = 2= 3= P2110 Accel Time s P2111 Decel Time l s 0l 04 1 G22 CLOSED LOOP P221 MagnCurrent A P222 Encoder1FiltTime ms 1 10 P223 Slip Adjust % 1 65 P224 MeasRsVoltDrop % P225 Start Step 000 P227 Hz P226 Stop Step 000 P227 Hz P227 Speed H Step P226 P212 Hz P228 Start Kp Kp P229 Stop Kp Kp

Frequency P211 32000 Hz 001 5000 P213 Current Limit 01*In Im A 01 Ic P214 Motor Nom Voltg 180 690 V 1 380V P215 Motor Nom Freq 3000 32000 Hz 001 5000 P216 Motor Nom Speed 300 20000 rpm 1 1450 4 P217

15 SDP 14 P2210 Speed Kp H Kp P2211 Start Ti ms Ti P2212 Stop Ti ms Ti P2213 Speed Ti H ms Ti P2214 St Sp Ctrl Kp Kp P2215 St Sp Ctrl Ti ms Ti P2216 CurrentControlKp % Kp P2217 CurrentContr Ti s Ti G23 STARTUP PARS P231 StartUpTq_Source Can 1 P232 StartupFwd % P233 StartupRev % M3 M3 M3 Keypad Control 2= P31 Control Place = P32 Keypad Reference P211 P212 0= P33 Keypad Direction = P34 StopButtonActive = 1= 0= P35 Study Mode = 65 ( M4 ) M4 66 ( M5 ) M5 67 ( M6 ) M6

PARS P231 StartUpTq_Source 0 1 1 1 0Can 1 P232 StartupFwd -3000 3000 % 01 50 P233 StartupRev -3000 3000 % 01-50 64 M3 M3 M3 Keypad Control 2= P31 Control Place 2 3 1

16 SDP ( M7 ) M7 M7 Expander Boards G73 C:NXOPTA5 G731 Parameters P7311 Pulse Revolution / P7312 Invert Direction = 1=1ms P7313 Reading rate =5ms 3=10ms 4=50ms G732 Monitor V7321 Encoder Freq Hz V7322 Encoder Speed rpm 69 ( M8 ) M8 M8 Elevator Par G81 ELEVATOR INFO P811 Controller Num P812 Controller Mode = 1= 2= P813 FireBasicStation P814 Fire Switch P815 LockBasicStation P816 Lock Switch P817 Check Freq Hz P818 Level H Speed Hz P819 Level L Speed Hz P8110 At Speed Limit Hz P8111 SwitchOrWeigth = 1= P8112 Ahead Open Sign = 1= P8113 Ahead Open Freq Hz G82 STUDY OPERATOR P821 Factory Par Init = 1=

1 1 P814 Fire Switch 1 48 1 1 P815 LockBasicStation 1 48 1 1 P816 Lock Switch 1 48 1 1 P817 Check Freq 100 1000 Hz 001 1000 P818 Level H Speed 100 1000 Hz 001 1000 P819 Level L Speed 000 500 Hz 001

17 SDP 16 0= 0= P822 User Par Init = 1= P823 Write Password P824 Self Study = P825 Curse Re Make P826 User Par Save = P827 Study H Speed Hz P828 Study L Speed Hz P829 Nom Elev Speed m/s P8210 Run Elev Speed m/s P8211 Acceleration P8212 1st Height mm P8213 Efficiency K G83 ELEVATOR DEBUG P831 Torque Setup T ms P832 Switch Freq Hz P833 Torque Error P834 Stop Error Hz P835 BrakeClose Delay ms P836 BrakeOpen Delay ms P837 Zero Speed Delay ms P838 Not Open Door P839 Up Level Compen P8310 D Level Compen P8311 Call Elevator G84 FLOOR PULSE P841 Floor1 Pulse P842 Floor2 Pulse P8447 Floor47 Pulse P8448 Floor48 Pulse G85 FLOOR NAME P851 Floor1 Name P852 Floor2 Name : P8547 Floor47 Name B1B9 P8548 Floor48 Name

Efficiency K 1 3 1 2 1 2 3 G83 ELEVATOR DEBUG P831 Torque Setup T 5 4000 ms 1 750 P832 Switch Freq 000 500 Hz 001 010 P833 Torque Error 000 500 001 010 P834 Stop Error 000 400 Hz 001 050 P835

18 SDP 17 G86 STUDY PARAMETERS P861 Up Change Pulse P862 DownChangePulse P863 U Change H Speed Hz P864 D Change H Speed Hz P865 Up Min Curse P866 Down Min Curse P867 Level Pulse P868 Door Changed V P869 Curse1 Decel P P8610 Curse2 Decel P P8611 Curse3 Decel P P8612 Curse4 Decel P P8613 Curse5 Decel P P8614 Curse6 Decel P P8615 Curse7 Decel P P8616 Curse8 Decel P ( M6 ) S61 English Deutsch Suomi Svenska Italiano S62 SWORD APP S63 S S632 S633 P634 S64 S641 1 S642 2 S643 S644 S65 S651 0= P652 S653

0 2 P8611 Curse3 Decel P 0 32767 1 0 3 P8612 Curse4 Decel P 0 32767 1 0 4 P8613 Curse5 Decel P 0 32767 1 0 5 P8614 Curse6 Decel P 0 32767 1 0 6 P8615 Curse7 Decel P 0 32767 1 0 7

19 SDP 18 S654 S66 P661 0 P662 / 0 P s 30 P P min 10 S67 P671 P672 P673 HMI ms 200 P674 HMI S68 S681 C6811 MWh kwh C6812 C6813 hh:m m:ss S682 T6821 MWh kwh T6822 MWh T6823 T6824 hh:m m:ss ( ) Not reset Reset T6825 Not reset Reset S683 S V124 S S S % S684 S684# SWORD APP S684#1 ID ASFIF107 S684#2 201 S684#3 422 S685 I6851 KW I6852 V I6853 I6854 S686

T6824 hh:m m:ss ( ) Not reset Reset T6825 Not reset Reset S683 S6831 00002V124 S6832 12186183 S6833 422

20 SDP ( M4 ) 711 NX A ( ) 'A ' 30 F 'F ' ( ) AR 'AR ' ( ) (FT ) FT AR ( ) FT FT F (>4*I n ): START 7,

21 SDP 20 8 F1, 9 : , EEPROM 24 25

22 SDP IGBT ( IGBT ) 32 ON 34 CAN 41 IGBT IGBT = 1 A 2= 1 B 3= 1 4= 52 53

Comp-AC ACS to 2.2 kw

Comp-AC ACS to 2.2 kw Comp-AC ACS100 0.12 to 2.2 kw ACS 100 3BFE 64307622 R0125 3ABD00008839 C 2002 11 20 2000 ABB Industry Oy ACS 100 5 (U c+, U c- ) G! (U1, V1, W1 U2, V2, W2 U c+, U c- )! ACS400 ( RO1, RO2, RO3)! ACS100!