丹弗斯 HLP-A series Use frequency conversion Governor Implement Manual
Contents
1. CD034 1 CD076 2 R x U CD053 20 CD054 21 v IS ie CD080 15 CD081 30 410 CD082 25 vl LS 2 SPM eM y K1 K2 OFF OFF ON OFF 15Hz OFF ON 30Hz ON ON 25Hz HLP A 87 HLP A i OLIP Mambor of the Dartoss Groug n2. FOR REV 2 EN CONNECTOR O 4 HLP A HOLIP HLPA CW gt O
3. CD042 CD140 CD142 1 CD033 i 0 2 il 0 0 1 2 CD034 1 0 O 1 CD065
4. HE HLP A 61 HLP A OLIP ROO OO 0 0 20 0 0 1 ME 00 0 30 CD150 P 0 0 1000 0 0 1 100 CD151 1 0 0 1000 0s 0 1s 5 0s A 0 4 7 5KW
5. pe CD129 FAs 230V 220 440V 380 gina CD132 02 60 1 HJ 04 CD133 0 9999 r min 1440 50Hz os 0 100 I 40 u 100
6. 2 al b 38 2895 3 1000KVA 78 HLP A ET HOLIP HLP A awan
7. i r Tessy h o yT 100 0 HLP A 57 HLP A CD123 n 0 232 1 A 0 4 7 5KW 0 200 CD120 100 H i T 0 MENAR FARIEM 1 2 3 ni 25 0 200 1 0 1 0S
8. A gt AE 82 p R 5 2 3k U 4F3A fk4 245 O O 50Hz HLP A Ibs 8 HLP A EE HOLIP awa we 3 1 KW KVA A KW LPA00D423C 220V50Hz 0 4 10 25 0 4 LPA0D7523C 220V 50Hz 0 75 2 0 5 0 0 75 LPA01D523C 220V 50Hz 15 2 8 70 1 5 LPA02D223B 220V 50Hz 2 2 4 4 11 LPA03D723B 220V 50Hz 3 7 6 8 1 aT LPA05D523B 4B220V 50 H H H H H 5 5 10 25 5 5 HLPA07D523B 220V 50
9. 4 CD168 7 CD167 7 8 9 10 T11 0 10 Z 4 F A m a 108 HLP A
10. HLP A Et HOLIP awa a s Al 4 20mA AM 0 10V AO VO ACM DRV UPF DC24V 100mA FA FB 3A 250VAC 3A 30VDC FC KA si KB 3A 250VAC 3A 30VDC RS RS485 RS 3 HLP P P Pr R TO i Ro E K KA Q KB 3A 250VAC 3A 30VDC EV FC OS a SABDO DRY 1 UPF 12V 100mA DCM ANK SRR 0 10v 10mA 1 AM RS RS HLPA00D423B HLPA03D723B HL PA0D7543C HLPA03D743B 14 HLP A
11. CE s urna ob py 40 C 1000 HLP A 3 HLP A Et LIHOLIP W WAR n O
12. 50 HLP A Et HOLIP HLP A Ewwani s stop CD081 CD089 CD090 CD091 SD097 CD093 CD094 CD080 GD O CD000 CD080 CD086 G CD087 CD094 CD078 CD078 PLC CD076 4 CD080 CD086 CD000 8 bit bit 0 7 7 6 5 4 3 2 11 0 0 1 olol1lol1lo 0 1 CD000
13. PLC ol 92 HLP A BThour act o Me Danfoss Grous ana 3 CD006 CD050 CD055 CD078 HLP A CD031 0 CD141 CD141 0 CD040 CD140 C 1 D141
14. 46 HLP A Elor HLP A a 3 En A mm mm mm LPA00D423C 16 2 5 2 5 1 M4 HLPA0D7523C 16 25 2 5 1 M4 HLPA01D523C 32 2 5 2 5 1 M4 HLPA02D223B 32 4 4 1 M4 HLPA03D723B 40 6 6 1 M5 HLPA05D523B 63 6 6 1 M6 LPA07D523B 63 6 6 1 M6 LPA001123B 100 10 10 1 M6 HLPA001523B 160 25 25 1 M8 LPA18D523B 160 25 25 1 M8 HLPA002223B 200 25 85 1 M10 LPA003023B 250 70 70 1 M10 LPA004523B 815 70 70 1 M10 LPA005523B 400 95 95 1 M12 HLPA007523B 630 185 185 1 M12 HLPA009023B 630 240 240 1 M16 HLPA0D7543C 16 2 5 2 5 1 M4 HLPA01D543C 16 25 2 5 1 M4 LPA02D243C 16 2 5 2 5 1 M4 HLPA03D743B 16 2 5 2 5 1 M4 HLPA05D543B 32 4 4 1 M5 HLPA07D543B 40 6 6 1 M5 HLPA001143B 63 6 6 1 M6 LPA001543B 63 6 6 1 M6 HLPA18D543B 100 10 10 1 M6 HLPA002243B 100 16 16 1 M8
15. 0 01 20 0s 0 1s CD126 CD125 58 HLP A Boup HLP A 2 5 0 CD122 2229120 120 CD127 CD122 CD128
16. esas Eee L RS F 0 01 400 00 Hz 0 1Hz 50 00 OE E s E 0 1V 0 1V V F
17. CW O O gt O UV W CMOS IC HLP A HLP A Et HOLIP Pawa a s 1 TEA
18. RS 485 10 40 C T 0 95 0 5G s Es 0 10 400 00Hz 0 01 10 40 C 0 1 25 r 100 0 01Hz 1 0 01Hz A V 0 5V 0 10V 4 20mA 0 20mA wass ma 4 0 1 6500 V F V F 10 0 1 0Hz 0 6 8 4 UP DOWN 5 AVR
19. HLP A Wamteer ot ta Dar oss Groug en Pi P Pr N o on u gt s v b Q T w EE 10V Q KA 10KQ ov O KB 3A 250VAC 3A 30VDC 9 ACM P24 ao Al 0 EFC NA I EFA 3A 250VAC m FOR ra EFB 3A 30VDC REV SPH DRYV SPM bis T UPF 12V 100mA SPL DCM RST AM lt BCN AGW 0 10V 10mA RS RS HLPA05D543B HLPA07D543B Pi P P N U RE i T We A KA L OKB 3N250VAC 3A 30VDC EV FC Ne n 3A 250VAC O FOR OFB 3A30VDC o REV L Ho sH KORY iO SPM UPF 12V 100mA e SPL DCM RST AM LO DCM 0 140VHOmA ale ACM RS RS HLPA001143B HLPA003043B HLP A 15 HLP A RU OLIP Mamita of the Daedosa Groug 0 W E RAEE P P N o oR u os v G T WO A B m o tov KA 10KQ lt u KB 3A 250VAC 3A 30VDC ACM EV CD _ 14 Al r Q FC FA 3A 250VAC m FO FOR Tam
20. HLP A 29 HLP A Mamter of he Dartoss Groug ARMRA 5 T Ph CD005 ON V F CD005 E 38 CD006 0 01 20 00 Hz 0 01 Hz VF A V F CD003 CD005 CD012 CD013 CD035 CD003 CD005 CD012 CD013 CD035 A00D423C 15 0 75 5 5 9 A001143B 19 9 5 20 20 8 A0D7523C 14 0 T 8 8 9 A001543B 19 9 5 20 20 A01D523C 14 0 T 10 10 8 A18D543B 18 9 25 25 A02D223B 13 0 6 5 10 10 8 A002243B 18 9 25 25 5 A03D723B 13 0 6 5 15 15 7 A0030
21. 8 HLP A Elou en H PE CD000 0 00 400 00 Hz 0 00 CD001 0 1V 220 380 CD002 0 01 400 00 Hz 50 00 CD003 0 1V CD004 0 01 400 00 Hz 2 50 3 0 CD005 0 1V CD006 0 01 20 00 Hz 0 50 CD007 10 00 400 00 Hz 50 00 CD008 CD009 0 00 400 00 Hz 0 00 CDo10 0 1 0 CDO11 00 10 08 00 CD012 0 1 6500 0S CD013 0 1 6500 0S CD014 0 1 6500 0S y CD015 0 1 6500 0S CD016 0 1 6500 0S CD017 0 1 6500 0S CD018 0 1 6500 0S CD019 0 1 6500 0S CD020 CD030 s rs Z coos amana i armeen i ua 0 0 CD032 ii z CD033 amke o RER IRF o s VY CD034
22. PLC 20KHz 150 1 120 1 FUSE FUSE 220V lt 200V 380V lt 400V III 220V gt 400V g e 380V gt 800V PID HLP A l LIP HLP A 1 20 C 65sC 0 95
23. S F CD039 S CD012 CD039 2 a CD039 CD012 lt CD039 T CD039 CD040 Up down 0 01 2 50 0 01 CD073 Up down Up down CD040 0 01 xCD073 0 10 10 00 Hz 0 01Hz 0 50 4 0Hz 4 0Hz 4 0Hz K CD031 CD140 CD141 CD042 EMK 0 10 10 00Hz 0 01Hz 0 50 CD142 0
24. 0 1 2 3 4 5 6 7 ASCII 30H 31H 32H 33H 34H 35H 36H 37H 8 9 A B C D E F ASCII 38H 39H 41H 42H 43H 44H 45H 46H HLP A 65 HLP A EHoLip ENANAR 1 8N1 For ASCII CD162 0 Sanbt o 1f2f3 a s 6 7 5p it lt 8 Data n bits lt 10 gt bits 2 8El For ASCII CD162 Start Even Stop pt 0 1 12 3 4 5 6 7 party bi 8 Data bits FR lt P 11 gt bits 3 801 For ASCII CDI62 2 Start Odd Stop ki 59 1121 314 51617 parity bit amp 8 Data gt bits lt 11 gt bits FIGHE 4 8N1For_RTu CD162 3 sati 0 o 3 a s SP lt 8 Data bits lt 11 bits Y 5 8El For RTu CD162 4 Start Even Stop pe 90 1 2 3 4 5 6 7 pariy bir lt 8 Data bits lt 1 P bits FAE 6 8O1For RTU CD163 5 Start 0 Odd Stop bit l1 2 31 14 5 5 7 prt bit 8 Data bits H P b
25. RAI H Jz b HLP A I 77 HLP A E OLIP 1 E EPER TEEN EERARHRASRRTXR w REZARHAA PEHEA HER ae DC PET ZERSERENIZAE PERRE 1
26. 1 5 2 5 C 40 C 3
27. HLP KVA FLARE 2 iss MODEL HLPA07D543B INPUT 3PH380V50Hz OUTPUT 3PH380V17 5A7 5KW Freq Range 0 1 400Hz HOLIP ELECTRONICS CO LTD E 43 380v 07D5 7 5KW A A HLP A HOLIP HLP A ereme cf ve Dartoes Grous eu vasos 1 CE gt fl gt R S I UV
28. CD028 CD029 CD043 CD135 CD043 CD135 CD002 CD028 CD029 CD043 CD131 CD132 CD133 CD135 5 M A 3 zs HLP A 101 R HLP A BHoup kKirrrrs H 1 H a KW KVA A KW HLPH00D423C 220V 50Hz 0 4 1 0 4 3 0 4 HLPH0D
29. CD168 B CD167 CD167 GX 3 z n uo D172 1 D173 2 D174 3 D175 4 D176 00 10 1 01 HLP A S HLP A 0 50Hz 1 60Hz 4131211 2 iTo HLP A LIP HLP A
30. 3 HLP HLP A 73 L OLIP HLP A Sawa n wh 1 E OC A 2 3 4 1 EOC nm a 3 4 1 E OC d
31. LP A S092 HLP A d HOLIP Mamtar of the Dardoss Groug n N mm 10 HLP A 8 OLIP HLP A i C ia x 1000KVA HLP_A
32. unsigned integer CRC unsigned int crc_chk unsigned char data unsigned char length int j unsigned int reg_crc 0xffff while length reg_crc data for j 0 j lt 8 j if reg_crc amp 0x01 LSB b0 1 reg_crc reg_crc gt gt 1 0xa001 else reg crc reg_crc gt gt 1 return rge_crc 0 31 1 0 CD168 Bit2 1 CD168 0 2 PID 3 PID 4 5 6 31 70 HLP A Efor merth CD168 0 7 HLP A Bit2 Bitl Bit0 10 0 1 YY yy
33. CD043 CD043 CD043 CD043 CD043 100 HLP A BHoup HLP A CD135 CD029 CD135 CD029 4 CD135 CD135
34. 06 CD061 07 CD062 08 09 10 11 12 13 14 15 16 CD064 17 CD075 18 1
35. CD144 1 150 n aranera i 0 1 0 1 i iCD147 00 10 CD147 0 1 60S
36. 4 UP DOWN HLP A 41 i OLI HLP A P 5 6 7 CD000 8 UP DOWN AYV SET ENTER CD000 9 up down 10 up down CD072 CD072 CD076 2 CD076 C00 coo ese i t 2
37. 19 2 20 4 20mA Al 25 1 26 2 27 HLP A 43 HLP A 28 PID PID 29 PID PID 30 31 32 CD060 AM j 0 7 1 0 0 10V 2 1 0 10V Ethor Merbee of he Dartoss ARMRA F CD156 F CD155 2 0 10V 3 33 1 4 H 5
38. 24 4 25 UP 26 DOWN 27 lt 250 Hz 28 C00 29 31 AUTOPLC AUTOPLC 32 PID PID PID FOR REV RST STOP
39. Enl 8 H H iB ul mhi 7 HT 3 F 1 2 3 bt 4 5 i 6 8 1 2 9 o 1 2 IRA H ZS a Fo TARR FARRA i
40. LRC 7 01 30 00Hz CD000 68 HLP A ET OLIP HLP A Merrber of the Dertoss OreuF u n STX ADDR FUNC LEN DATA LRC END s g 0 O O O O 3 CR s Han o sgy p sp 8 i LFE 30H 30H 30H 30H 30H 30H 33H 3AH ODH OAH 31H 32H 33H 42H 42H 38H 37H LRC 01H 02H 03H 00H 0BH B8H C9H C9H 37H 3AH 30H 31H 30H 32H 30H 33H 30H 30H 30H 42H 42H 38H 33H 37H 0DH OAH 3 2 RTU ADDR FUNC LEN Du Do CRC gt 50ms gt 50ms 1 50ms 2 ADDR 8 bit 3 FUNC 8 bit 4 LEN Dl Dio hS 5 DATA nx8 bit 6 CRC RTU CRC cyclical Redundancy Check CRC 1 FFFFH 16 bit CRC 2 CRC16 bitCRC
41. HLP A 49 HLP A OLIP Mambor of the Dartoss Groug ARMRA F CD080 CD081 CD000 T CD087x10 G CD081 0 1 2 aa ash aki 3 stop CD076 4 CD000 CD076 CD078 CD094 ar
42. mm HLP A 89 HLP A Et HOLIP awa a s IERT RERI A E ES El l HLPA05D523B aTe HLPA07D523B CC mm B A oh il kn III III HLPA05D543B pu Tm III HLPA07D543B h z lI mm 90 HLP A HLP A Member of he Danfoss Groug PR S E 9 IERI ZRI E HLPA001123B II III II HLPA005523B l JI HLPA001143B HLPA005543B mm HLPA007523B ii HLPA009023B Ii HLPA007543B HLPA016043B mm HLP A 91 8 HLP A Houp Mamita of tha Daedosa Groug 132 250KW 36mm 280 415KW 43mm A oe HLPA013243BG HLPA016043BG HLPA018543B HLPA041543B H EESSEZA Y H lt i D E _ l D L A J lt mm 2 mm leneal EE EERE LPA00D423C HLPA0D7523C HLPA01D523C 116 125 161 170 144 5 HLPA0D7543C HLPA01D543C LPA02D243C HLPA
43. 100Q 380V 10Q o 1 2 3 OQ O 4 C O 2 3 18 HLP A DIGITAL OPERATOR FWD REV HZ A mnin L L DIGITAL OPERATOR OP AB02 TTE HLP A LED LED OP AC01 B C OP AB0
44. 0 10 1 0 0 5 A 6 7 8 9 10 CD050 CD055 A 29 30 31 A 29 31 CD056 CD059 A 21 22 106 HLP A houp pa 3 CD050 1 CRUN FOR CD051 4 STOP REV cpos2 31 RST _ RsST HOLIP cpo53 29 L _ SpH CD054 30 CXNG sPM DCM pcM FA r 1SPL cposss22 FB CD076 7 CD033 1 CD050 1 CD051 4 CD052 31 RST CD053 29 CD036 CD054 30 IID B L5 b LL5 L LL5 c A B C D
45. 44 HLP A B Elo HLP A Wet of he Dertosa Grous CD064 CD065 R j 0 0 10V 1 0 5V 2 0 20mA 3 4 20mA 4 0 10V54 20mA Jl 5 7 CD065 4 1 2 U Umax l Imax x50Hz U Umax 1 Imax 10V 20mA S50Hz CD066 0 00 400 00 Hz 0 01 Hz 0 00 CDoe7 i 3 0 1 1 0 0 1 RAE CD070
46. KW KVA A KW HLPM00D423C 220V 50Hz 0 4 1 0 2 5 0 4 HLPM0D7523C 220V 50Hz 0 75 2 0 5 0 0 75 HLPM01D523C 48220V 50Hz 1 5 2 8 Ta 1 5 HLPM02D223B 220V 50Hz 2 2 4 4 11 2 2 HLPM03D723B 220V 50Hz 3 7 6 8 1 7 HLPMOD7543C 3 380V 50Hz 0 75 2 2 2 7 0 75 HLPM01D543C 30380V 50Hz LS 3 2 4 0 Ro HLPM02D243C 30380V 50Hz 2 2 4 0 5 0 2 2 HLPM03D743B 30380V 50Hz Er 6 8 8 5 aT HLPM05D543B 30380V 50Hz 55 10 12 5 5 5 HLPM07D543B 3 380V 50Hz 78 14 JS V5 2 M A M M A M CD011 00 10 1 00 CD011 5 1 2 CD011 5 CD028 3
47. CDo76 3 CD000 30 CD080 27 CD086 0 5 CD087 10 CD088 10 27 CD076 5 CD000 25 CD080 50 CD081 30 CD087 720 CD052 29 CD033 1 1 RST 2 T CD087x10S 82 HLP A houp HLP A of he en 3 j 10V Fh Acm m FOR lt 0V SV Tiv y pem CD033 1 CD034 1 CD066 50 CD068 50 CD067 1 CD069 0 CD070 1 4 CD076 4 CD000 30 CD080 50 CD081 30 CD082 20 CD083 40 CD084 10 CD085 35 CD086 15 CD078 36 CD077 0 CD012 5 CD013 5 CD033 1 CD079 0 CD050 1 CD087 CD094 15 1 CD087 CD094 15 2 CD077 1 3 HLP_A 83 HLP A 5 houp of the Greug ARMRA
48. HLP A M H F 102 103 Et HOLIP HLP A HLP A A A te
49. t3 4 t5 t6 7 t8 CD080 CD081 CD082 CD083 CD084 CD085 CD086 0 00 400 00 Hz 1x20 1x21 1x25 1x26 99 CD079 99 20 1 21 2 22 4 23 8 24 16 25 32 26 64 27 128 EU al 3 HE 2000 25 00 30 00 EE 3500 EE oo r mi Ono CD076 CD087 CD094 52 HLP A Et HOLIP HLP A CD087 CD088 CD089 CD090 OU CD091 CD092 CD093 CD094 i 0 0 6500 0S 0 1S
50. 0 3 STOP CD078 PLC 0 255 0 1 0 CD079 PLC 0 65535 0 CD080 0 00 400 00 Hz 15 00 CD081 0 00 400 00 Hz 20 00 CD082 0 00 400 00 Hz 25 00 CD083 0 00 400 00 Hz 30 00 x CD084 0 00 400 00 Hz 35 00 CD085 0 00 400 00 Hz 40 00 CD086 0 00 400 00 Hz 0 50 PLC 6D087 0 0 6500 0S 10 0 CD088 0 0 6500 0S 10 0 CD089 0 0 6500 0 0 0 CD090 0 0 6500 0S 0 0 CD091 0 0 6500 0S 0 0 CD092 0 0 6500 0S 0 0 CD093 0 0 6500 0S 0 0 CD094 0 0 6500 0S 0 0 CD095 AUTOPLC 0 1 0 CD096 CD109 26 HLP A Et HOLIP HLP A awa n CD110 0 2 0 CD111
51. 2 HLP A U V W R S T HLP 5 00 Hz E dsp1 1 gt Vr2 0 FWD Hz k 594 54 9 9 A FWD Hz 000 0 Do 1 OO 00 FWD Hz A o cpooo F FWD Hz I ad iO o ee FWD Hz _ _ SUN F50 00 g 50Hz wa FWD Hz STOB F50 0 o 4 HLP A 23
52. HLP A 59 HLP A OLIP vi ee 0 1000 1 0 0 1000 CD140 0 0 20 0 0 1 Hip Eno I 100 CD141 j 0 0 25 0S 0 1S 0 0 F CD041 CD141 E Jz CD031 0 CD031 CD140 CD041
53. 2 OAA B N A R ayee E OA n 150 a Eora lia 4 Ew 5 6 E OT A 1 E OTn B AE i a OTA 2 E bS A E bS n AAN E bS d E bS S E bT A E bT n E bT d E EC S E EC n EECA CPU E EC A E EE S E EE n Ea E2Prom E EE A Apr A OL A OT A OA V F HLP A 75 HLP A E HOLIP ft r ES 20 4 20mA Pr DCb 1 E XX Y S Y A N DD 2 a Jas le p F Hro S r P 2 A
54. CD067 0 CD066 10 CD067 1 CD068 40 CD069 0 CD070 1 CD066 10 CD067 1 CD068 40 CD069 0 CD070 1 2V 10V 4 8mA 20mA 0Hz 40HZ 0V 2V 4 4 8mA 1V uD zk N 46 HLP A Boup HLP A 2 F CD071 AM 0 100 1 100 0 5V CD071 50 CD072 up down
55. 1 F KW KVA A KW HLPF001143B 3 380V 50Hz 11 19 24 11 HLPF001543B 3 380V 50Hz 15 26 33 15 HLPF18D543B 3 380V 50Hz 185 32 40 185 HLPF002243B 30380V 50Hz 22 37 47 22 HLPF001143C 3 380V 50Hz 11 19 24 1 HLPF001543C 3 380V 50Hz _ 15 26 33 15 HLPF18D543C 3 380V 50Hz 18 5 32 40 18 5 HLPF002243C 3 380V 50Hz 22 37 47 22 B C 2 F A F F A 2 CD076 PLC i 0 7 1 HJ 0 0 5 A 16 16 6 3 7 3 CD020 CD021 CD022 CD023 CD024 CD025 CD026 CD027
56. HLP A awa a s b 2wa araligi CD079 PLC 0 CD134 40 CD080 i 15 00 CD135 0 0 CD081 20 00 CD136 CD082 25 00 cnl37 C0139 CD083 30 00 CD140 2 0 CD084 3 35 00 CD141 0 0 CD085 40 00 CD142 0 0 CD086 0 50 CD143 5 0 CD087 10 0 CD144 150 CD088 10 0 CD145 0 CD089 0 0 CD146 0 5 CD090 0 0 CD147 0 CD091 0 0 CD148 1 CD092 0 0 CD149 0 CD093 0 0 CD150 P 100 CD094 0 0 CD151 5 0 CD095 AuTOPLC 0 C0096 C010 CD152 D 0 CD110 RRNK 0 CD153 0 CD111 38235 8 B 60 CD154 PID 0 CD112 3S CD155 PID 100 CD113 60S CD156 PID 0 CD114 60S CDt57 C089 CD115 95 CD160 00 CD116 30S C
57. i rX E n CD144 100 q V HLP A B 33 HLP A LIP ELLIN CD032 i 0 1 1 0 0 CD142 0 t C D142
58. 11 ET HOLIP HLP A 2 1 LPA00D423C HLPA01D523C LPA0D7543C HLPA02D243C E R W P PR e e e e LPA03D743B LPA02D223B HLPA03D723B E R S T U V W P PR DIGIPBOIG GHG HLPA05D543B HLPA07D543B E R s IT ulvlw N P R eee e s LPA001143B HLPA003043B LPA05D523B HLPA003023B R S T E r N U v w eee ele ee ole LPA003743B HLPA016043B LPA003723B HLPA009023B R s T E J PI N U V 2 p Eie p e e E P R IS IT IE JU V W slelololeleleleeS HLPA013243BG HLPA041543B 12 HLP A houp HLP A of he Group ena 2 Fa re ev se sem sp Rsr pc rev For kA KkB u DRv so vr lar laem Jam Rs RS HLPA00D423C HLPA01D523C HLPA0D7543C HLPA02D243C FA FB Fc KA xB Ev upr Drv pcM sPr sem S SspH RST REv FoR o v A acm JAM Rs Rs HLPA03D743B HLPA041543B HLPA001123B HLPA009023B FA FB FC KA EB p upr pgy pcoM se sem S seH RsT REv FoR o ve a x acm vo Jao LPA
59. A R min HZ R min HZ A R min 2 NE HZ A R min T50 00 o o 50 00HZ HZ A R min F50 00 K gt 50 00HZ A003 0 gt 3 0A 01440 o o 1440r min HZ A R mI n S 510 1 e R 510 1V u380 0 B R 380 0V 035 0 KX Ka 35 0 C 00105 Ko Kaa 105 F058 0 oo o PID 50 0 ng48 0 a PID 48 0 000e KK o 12 HZ A R min 00108 oX X 108 HLP A 21 HLP A Et HOLIP awa a s 5 Dsp2 0 FWD HZ I Vr2 00 o 000 00 PROG CD000 FWD HZ g o CD000 ENYER 000 0 FWD HZ
60. AuTOPLC 1 2 CD033 1 For CD055 31 SPL AuUTOPLC CD095 1 AuTOPLC CD077 1 CD076 4 CD080 15 CD084 20 CD082 25 CD000 10 CD087 10 CD088 10 CD089 10 CD090 10 3 F CDOS7 CDOSS CDOs CD00 4 Q K1 FORB G K1 K1 3 K1 K2 K1 88 HLP A houp Member of a Dardoss Grouz ana HLP A IERT HLPA00D423C HLPA0D7523C HLPA01D523C HLPA0D7543C HLPAO1D543C HLPA02D243C s A HLPA02D223B HLPA03D723B HLPA03D743B
61. CD000 CD034 1 CD000 CD034 CD080 CD086 48 HLP A houp HLP A S 05 E S 3 CD086 CD087 CD088 CD086 CD080 I CD000 CD080 CD086 CD087 CD088 CD000 CD080 CD088 4 CD087 CD088 CD089 CD090 CD091CD092CD093CD094 T h PLC CD079 CD079 38 CD087 CD094 CD078
62. CD076 CD080 CD088 CD095 AUTOPLC 0 1 0 0 AUTOPLC CD095 1 CD095 0 1 2 SO E EE u 0 1 250 0S 0 1 5 0S A 0 4KW 7 5KW 5 0S HLP A 53 HLP A Et HOLIP ELLIN CD061 R
63. 0 0 3600 0s 5 0S 1 PID Rq CD152 D 0 00 10 00s 0 01s HJ 18 0 00 D PID D D 0 CD153 0 100 0 1 100 10V PID 62 HLP A Et HOLIP HLP A awan PID 4 20mA PID PID PID CD150
64. 3 0 30 HLP A Elor HLP A wawanta CD007 i 10 00 400 00 Hz 0 01 Hz 50 00 ss p asss 00525 50 005 25 50 005 25 50 380 ol ee T 00525 50 1 EF CD007 CD010 2 0 1 1 0 0 1 VV HLP A ssis HLP A CD0O11 i 00 10 1
65. D062 CD114 CD113 CD114 CD061 CD062 O OG CD113 C0113 co J gt J cpos2 J 2 1 150 1 95 54 HLP A ET HOLIP HLP A awan CD116 a es oO CD118 C f HLP_A 55 HLP A Thor Hm F CD062 T CD114 gt CD115 T gt CD119 F CD118 T gt CD1
66. APREN R S T 2 e 5 C 40 C 90
67. CD107 UP 0 6500 0 0 1 mis CD108 DOWN 0 6500 0 0 1 0 CD107 CD108 1 CD040 CD072 CD073 Epo E 0 600 00 0 01 0 CD136 0 650 00 0 01 0 HLP A 99 e HLP A U OLIP Member of He Oartoss Orour LLLLLETI 3 4 CD002 CD131 CD132 CD133 CD136 CD011
68. 0 00 400 00 Hz 0 00 CD062 0 00 400 00 Hz 0 00 CD063 0 10 10 00 Hz 0 50 CD064 00 65500 00 HLP_A 25 Et HOLIP HLP A FREEADS EEEE 0 0 10V 1 0 5V CD065 2 0 20mA 3 4 20mA 0 4 0 10V54 20mA Jn CD066 0 00 400 00 Hz 0 00 CD067 0 1 0 CDo68 0 00 600 00 Hz 50 00 CD069 0 1 0 CD070 0 1 0 CD071 AM 0 100 0 100 CD072 Up down 0 1 0 CD073 up down 0 0 1HZ 1 0 01HZ 0 CD074 0 50 20 CD075 0 65500 0 0 1 CD076 PLC 2 3 0 4 5 0 1 2 STOP CD077 AuToPLC
69. 93 HLP A BHoLip ena 54 5 K Lee 20 79 OP AB01 Je e z 8 OP AC01 EME 1 on kE m 8 13 0 zo En mm 74 3 760 38 0 s C c o o 3 g i OP AB02 TE 5 E 68 17 mm 94 HLP A BHouLip Water o the Oartoss Orour esas HLP A HLP A 1 1 220V R S T 3 220 R S T 3g380 R S T 380V 220V 220V 380V 2 U V W 3
70. HLP A 67 HLP A Et OLIP Member of the Dartoss Groug Cc ADDR 03 01 CNTR ADDR 0 ADDR 0 CNTR 7 6 5 4 3 2 1 0 jogr jogf jog r f stop Rev for Run ADDR 03 01 CNST CNST z 6 5 4 3 2 1 0 rf joging Runing m jog Run ADDR 83H 01 CNST d ADDR 04 01 CFG ADDR 0 ADDR 0 CFG 0 7 0 SetF 1 OutF 2 OutA 3 RoTT 4 DCV 5 ACV 6 Cont 7 Tmp 01 04 03 00 CRC 01 04 03 13_88 CRC 13 88 13 88 4 LEN D6_1 D 0 1 Word LEN 3 1 Byte lt 1 byte LEN 2 5 DATA Data charactars 2n ASCII n bytes 50 ASCII 6 LRC ASCII LRC Longitudinal Redundancy Check LRC ADDR 256 128H 28H
71. CD080 CD081 CD082 R CD083 CD084 CD085 Ki CD086 E 01001010 1x26 1x23 1x21 64 8 2 74 CD078 74 HLP_A 51 HLP A CD079 PLC 0 65535 1S 0 CD076 4 O 2bit Bit1 Bito 0 0 CD012 CD013 0 1 CD014 CD015 1 0 CD016 CD017 1 1 CD018 CD019 16bit t8 7 t6 t5 t4 t3 t2 ti 0 0 0 0 0 0 0 0 0 11110 0 0 1 1 t1 t2
72. 0 1 20 0S 5 0 CD144 0 200 150 CD145 0 1 0 CD146 0 1 5 0S 0 5 CD147 0 10 00 CD148 0 1 1 CD149 0 0 20 0 0 0 HLP_A 27 amp HLP A EE HOLIP ELLIN CD150 P 0 0 1000 0 100 0 CD151 0 0 5 0 CD152 D 0 00 10 00S 0 00 CD153 0 0 100 0 0 0 CD154 0 1 O 2 0 10V CD155 PID 0 100 100 CD156 PID 0 100 0 CD157 CD159 CD160 0 250 0 CD161 0 3 1 CD162 0 5 0 CD163 CD166 CD167 0 31 0 CD168 0 7 0 CD169 5 CD170 a TOR j D172 1 s
73. 08 CDO10 1 CD010 FF El CD012 EE El HJ l HE FE BE a m 1 0 1 6500 0S 0 1S CD013 i 0 1 6500 0S 0 1S CD014 0 1 6500 0S 0 1S CD015 i 0 1 6500 0S 0 1S CD016 i 0 1 6500 0S 0 1S CD017 i 0 1 6500 0S 0 1S CD018 0 1 6500 0S 0 1S CD019 j 0 1 6500 0S 0 1S 0Hz t1 OHz t2 F HLPA
74. 5 CD043 0 CD135 0 30HZ 50HZ CD043 5HZ 5 CD135 CD029 CD043 CD135 CD135 CD043 lt 3HZ CD043 CD135 0 CD043 CD135 1 5KW 380V 3 7A 1400r min CD135 4 00 CD043 3 00 CD029 120 3 0KW 380V 6 8A 1430r min CD135 1 60 CD043 3 00 CD029 150 4
75. CD000 Al 0 00 FWD HZ CD000 ENTER END 50 00 o CDooX FWD HZ END 50 00 CD001 PROG 050 no 50 00 FWD HZ ESEI ETANTE RUN o o 750 00 FWD HZ 00 5 0 00 o DISP FWD HZ PROG F 005 0 a o 01440 FWD A t O O DISP l F50 00 FWD ROTT PROG o n l F50 00 FWD HZ F R o o 050 X FWD HZ o o 0 0 00 FWD HZ CD000 L s 030 00 FWD HZ CD000 ENTER FXo oo FWD HZ STOP o 1 RTA 0 AC DC T X 22 HLP A Et HOLIP awan C s e 1
76. CD068 i 0 00 600 00 Hz 0 01Hz 50 00 CD069 t s 0 1 Ea 0 0 Eie 1 AAE 0 1 HLP A 45 a HLP A 4mA 12mA 20mA F 50 0 10V 4mA 20mA l OLIP Mamita of tha Dae osa Groug LILLILETI CD066 50 CD067 1 CD068 50 CD069 0 CD070 1 CD066 50 CD068 0 CD069 0 CD070 0
77. p Ex Ee KW A mH DCL 45 45 120 0 58 DCL 55 55 146 0 47 DCL 75 75 200 0 35 DCL 90 90 238 0 29 DCL 110 110 291 0 24 DCL 132 132 326 0 215 DCL 160 160 395 0 177 DCL 200 200 185 494 0 142 DCL 220 220 557 0 126 DCL 280 280 700 0 10 DCL 300 300 800 0 08 DCL 315 315 800 0 08 DCL 345 345 660 0 07 DCL 375 375 715 0 064 DCL 400 400 765 0 058 DCL 415 415 795 0 053 P P1 P P1 HLP 37KW 37KW K 2 W A mH KSG2 24 11 24 0 52 KSG2 34 15 34 0 397 KSG2 38 18 5 38 0 352 KSG2 50 22 50 0 26 HKSG2 60 30 60 0 24 HKSG2 75 37 75 0 235 HLP_A 79 HLP A Elion r rirrryx W A mH HKSG2 91 45 91 17 HKSG2 112 55 112 0 16 KSG2 150 75 150
78. 0 1 HJ 0 1 CD049 1 100 Ee 1 0 1S 10 0S 1S 100S HLP A lt 37 HLP A CD048 5 0S CD048 5 0S CD050 FOR 02 CD051 REV 03 CD052 RST 10 CD053 SPH 17 CD054 SPM 18 CD055 SPL 19
79. 02 CD015 CD059 00 CD016 CD060 0 CD017 CD061 0 00 CD018 CD062 0 00 CD019 CD063 0 50 CD020 CD064 00 CD029 CD030 CD065 0 CD031 0 CD066 0 CD032 0 CD067 0 CD033 0 CD068 50 00 CD034 0 CD069 0 CD035 CD070 0 CD036 5 00 CD071 AM 100 CD037 1 CD072 Up down 0 CD038 1 CD073 Up down 0 CD039 S 0 CD074 20 CD040 Up down 0 01 CD075 0 CD041 0 5 CD076 PLC 0 CD042 0 5 CD077 AuToPLC 0 CD043 2 0 CD078 PLC 0 96 HLP A ET HOLIP
80. 7 03 REV f 8 9 10 11 12 13 CD052 RsT 14 15 16 10 pp 17 18 19 20 CD053 re nA Zm Puma 2228 1 23 24 CD054 AE 25 up 26 down 18 SPM 27 28 z POR 32 PIDFA CD055 SPL F 19 vcpo56 0 1 2 3 01 DRV 4 5 6 7 CD057 UPF 8 9 10 05 11 ww CDO58 2X ua FORT 12 13 14 02 15 16 17 18 19 AE ga LL 20 4 20mA CD059 r a 25 26 27 00 KB f 28 PID 29 PIDE 30 3 BE u a p CD060 o 0 CD061
81. Exclasive OR CRC 3 CRC 1bit bit 0 CRC 4 CRC 0 A001H Exclusive OR 5 3 4 CRC 8bits 6 2 5 CRC CRC 19 y w m d 3 m br 3 CRC HLP_A 69 HLP A Et HOLIP FREEADS CRC 7 1 01 30 00Hz ADDR FUNC LEN DATA CRC 01H 02H O3H OOH OBH B8H 7FH 0CH 01H 02H 03H 00H 0BH B8H 7FH OCH 8 2 C CRC Unsigned char data lt Unsigned char length lt
82. FCDO61 T CD113 F CD062 T CD114 IT F 56 HLP A Elor HLP A Ri 0 1 1 1 0 1 CD121 i 0 200 1 150 i 1009 0 Ne 0 200 1 0
83. 1 9000mim 60 CD112 0 1 250 0s 5 0 CD113 1 250s 60s u CD114 1 250s 60s g CD115 1 150 95 CD116 1 250s 30s PLC CD117 1 150 80 CD118 0 00 400 00 20 00 CD119 1 250s 20s CD120 0 1 1 CD121 0 200 150 CD122 0 200 0 CD123 0 232 0 CD124 0 3 0 CD125 0 200 0 CD126 0 1 20 0S 1 0 2 CD127 So CD128 ro CD129 5 CD130 CD131 CD132 02 60 04 CD133 00 9999 1440 CD134 0 100 40 CD135 0 1000 0 CD136 CD139 CD140 0 0 20 0 2 0 CD141 0 0 25 0S 0 0 CD142 0 0 25 0S 0 0 CD143
84. 2 s GD035 0 15 CD036 0 00 400 00 Hz 5 00 CD037 0 1 1 CD038 0 STOP 1 STOP 1 CD039 S 0 0 6500 0S 0 0 24 HLP A Et HOLIP HLP A awan CD040 Up dowm 0 01 2 50 0 01 CD041 0 10 10 0 Hz 0 50 CD042 0 10 10 0 Hz 0 50 CD043 0 0 10 0 2 0 CD044 0 00 400 00 Hz 0 00 CD045 0 00 400 00 Hz 0 00 CD046 0 10 400 00 Hz 0 00 CD047 0 10 10 00 Hz 0 50 CD048 0 1 10 0 04 CD049 1 100 1 CD050 02 FOR 1 2 3 4 CD051 5 6
85. HLP A Elion of the Greup ARMRA FOR OFF OFF OFF CD000 ON OFF OFF CD080 OFF ON OFF CD081 ON ON OFF CD082 OFF OFF ON CD083 ON OFF ON CD084 OFF ON ON CD085 ON ON ON CD086 CD076 2 2 Bstep1 step7 CD080 CD086
86. R s T 10V VI Acm FOR Dcm lt a gt amp Acm FOR H ak 1 2 lt te CD068 BJ F ga Fasg2 Fagga 1 2 3 M nJi8 CD0682 22 1 CD068 50 2 CD068 100 3 10V 50Hz 100H 3 3 CD068 150 z 150Hz 1 2 84 HLP A Rio O o HLP AZ3J TERTIT TEREG u J L HLP A u hr w lt Dem E K KM2 KM3 1 n x me a I 2 2 CFR KM KMS s x KM3 K GD K K Ks HLP_A 85 HLP A Et HOLIP awa
87. Bo 8 Hl j 0 0 25 0 0 1S 0 0 F GD142 CD032 0 CD032 CD042 CD140 60 HLP A DO t houp Member of he Dertosa Grous ana HLP A CD143 0 1 20 0S 0 1S 5 0 FARR
88. CD174 3 s CD175 4 CD176 00 10 01 00 CD177 0 1 0 CD178 0 50Hz 1 60Hz 0 g CD179 CD180 CD181 CD250 28 HLP A Elou HLP A ELLIN Oe ee i 0 00 400 00 Hz 0 01 Hz 0 00 CD000 CD034 1 CD034 CD076 5D001 Un Unn en nnn i 0 1 0 1V 220 380V 380V 380V 220V 220V
89. F gt FSTOP gt CD010 HLP A 95 HLP A houp of the Greug e 1 D s ucu ss 2 ae uru sa CD000 0 00 CD044 0 00 CD001 i CD045 0 00 CD002 50 00 CD046 0 00 CD003 Y CD047 0 5 CD004 2 5 3 0 CD048 04 CD005 CD049 1 CD006 0 50 CD050 02 CD007 50 00 CD051 03 CD008 CD052 10 CD009 0 00 CD053 CD010 0 CD054 18 CD011 00 CD055 19 CD012 CD056 01 CD013 CD057 05 CD014 CD058
90. 00 32 00 01 RUN 02 FOR 03 REV 04 STOP 05 FOR REV 06 JOG 07 08 09 10 RST 11 12 13 1 14 2 15 16 38 HLP A Et HOLIP HLP A awan 17 18 19 o 20 21 22 23
91. 10V V 4 FOR DCM ACM VI 2 Ss V 220V 3 1 000 00 2 PROG CD000 3 CD033 4 A CD033 A CD033 lt gt SET 0 lt CD033 gt A 1 SET END CD034 4 CD033 1 CD034 1 CD050 1 lt FOR RUN RUN CD010 1 lt 0 gt 5 PROG lt gt lt gt K1
92. CD142 CD032 CD140 CD142 m H 36 HLP A Et HOLIP HLP A ELLIN domeenis i 0 0 10 0 0 1 2 0 i CD044 CD045 CD046 i 0 00 400 00 Hz 0 01Hz BJ 48 0 00 CD047 0 10 10 00 Hz 0 01Hz 0 50 sene CD046 CD045 CD044 CD047 0 1 CD047 CD048 i 0 1 10 0
93. 0 1 1 0 0 1 up down up down up down CD072 0 1 ip CD000 CD050 CD055 CD073 Up down 0 1 1 0 0 0 1Hz 0 1Hz 1 0 01Hz 0 01Hz UP down CD074 TER BEWE 0750 ee m A 20 CD074 ny i 0 65500 1 0 0 1 CD050 CD055 2 HLP A 47
94. CD055 27 CD058 21 CD059 22 60S CD191 1 60S A CL CD028 4 18 CD000 CD080 CD086 1 8 CD020 CD027 9 16 CD028 CD036 15 CD087 CD094 1 8 CD098 CD104 9 15 HLP A 107 HLP A Elou ARMRA x10 CD087 0 CD087 gt CD088 gt gt CD094 CD098 gt CD099 gt gt CD104 A Pr CD012 CD013 CD0190 50000
95. Jp 07 08 CD050 CD055 et 0 1 1 0 1 i 0 1 1 HJ E 1 HLP A 35 HLP A OLIP Mambor of the Dartoss Groug ARMRA 0 STOP 1 STOP CD033 1 2
96. 0 00 400 00HZ Ee Ep EE EE EE EE EE EE CEEE TEES EES EE LES S ES EE 0 01HZ HLP A HLP A HoLip 16 CD098 00 CD099 0 0 CD100 00 CD101 0 0 CD102 HJ OO CD103 EA 0 0 CD104 0 0 CD105 0 0 0 0 6500 0S 0 1S CD087 CD094 CD087 CD094 CD098 CD104 AAA RK CD076 6 E E AE E E E AK K K AE K AK AA K K CD96 PLC 0 255 1 Te CD020 CD027 9 16 CD97 PLC i 0 65535 1 0 9 16 CD079 CD050 CD055 A 31
97. 2 3 E OC S 4 5 EGFS EGFa 1 FGFn 2 GF z E GF d 3 E ou S U i We 1 43 2 E ou n E ou d E Lu x u 1 i 2 E Lu n 3 E Lu d iE 4 E OH S 1 E OH A _ R E OH n 2 EO 3 74 HLP A Et HOLIP HLP A awa a E 1 EOLA EO 120 1 2 on 3 V F 1
98. CD050 CD055 A 15 104 HLP A Elor HLP A 2 F w a x CD076 7 D A AE H e A A A A A A A A A E E K CD190 i 0 0 100 0 0 1 EER a T ER peg m Te 1 60S CD192 0 3 1 0 A 1 B 2 C 3 D CD194 0 50000 1 HLP A 105 e neaga Rio ee be 0 50000 1 CD196 A CD197 B CD198 C CD199 D i 0 50000 1
99. 0 112 KSG2 180 90 180 0 10 HKSG2 220 110 220 0 09 HKSG2 265 132 265 0 08 HKSG2 300 160 300 0 07 HKSG2 360 200 185 360 0 06 HKSG2 400 220 400 0 05 HKSG2 560 280 560 0 03 HKSG2 640 315 640 0 0215 KSG2 700 345 700 0 019 HKSG2 750 375 750 0 017 HKSG2 800 400 800 0 015 HKSG2 860 415 860 0 012 Y d SF 3e H 80 HLP A Rio aaa HLP A of he Groug ana Ww Q 10 ED W HLPA00D423C 80 200 125 0 4 HLPAOD7523C 100 200 125 0 75 HLPA01D523C 300 100 125 1 5 HLPA02D223C 300 70 125 232 LPA0D7543C 80 750 125 0 75 HLPA01D543C 300 400 125 1 5 HLPA02D243C 300 250 125 2 2 LPA03D743B 400 150 125 3 7 LPA05D543B 500 100 125 5 5 HLPA07D543B 1000 75 125 7 5 HLPA001143B 1000 50 125 11 HLPA001543B 1500 40 125 15 HLPA18D543B 4800 32 125 18 5 HLPA002243B 4800 21 2 125 22 HLPA003043B 6000 20 125 30 HLPA003743B 9600 16 125 37 HLPA00454
100. 100 100 PID CD155 gi gaea ee 0 100 0 CD160 RS 485 00 01 250 64 HLP A oup O O O O HPR 0 4800 1 9600 2 19200 3 38400 0 8N1 For ASCII 1 8E1 For ASCII 2 801 For ASCII 3 8N1 For RTU 4 8E1 For RTU 5 801 For RTU J8S JMODBUS S INAL RS485 1 1 RTU Remote Terminal Unit 2 ASCII American Standard Code for information interchange RTU 8 bit 4 bit 64H ASCII 8 bit ASCII 1 bit 64H ASCII 64 6 36H 4 34H
101. CD029 CD028 0 10 00 CD028 LP A 98 Boup HLP A 2 CD029 0 1000 1 0 CD029 CD029 CD043 0 600 00 0 01 0
102. CD065 CD070 2 OO gao 0 15 1 34 HLP A B HLP A Saman l 1 0 11 1213141516171819110I11112113114115 0711152 3 4 5 7 8 9 1011 13 15 17 20 KHz CD006 eag 1 AE 0 00 400 00 0 01 5 00 hp
103. EL 1 2msec tt t2 gt gt 2msec 2 3 4 65535 AUTOPLC 8 CD095 CD056 DRV 01 CD057 UPF 05 CD058 FA FB FC 02 CD059 KA KB 00 00 32 1 42 HLP A Bhor HLP A awan 00 01 02 03 04 05
104. H H H H H H 7 5 13 2 33 7 5 I N I N LPA001123B 220V 50Hz 11 19 6 49 11 LPA001523B 220V 50Hz 15 26 65 15 LPA18D523B 220V 50Hz 18 5 32 80 18 5 LPA002223B 220V 50Hz 22 38 4 96 22 LPA003023B 220V 50Hz 30 52 130 30 LPA003723B 220V 50Hz 37 64 160 37 HLPA004523B 220V 50Hz 45 72 8 182 45 HLPA005523B 220V 50Hz 55 84 210 55 HLPA007523B 220V 50Hz 75 114 4 286 75 LPA009023B 220V 50Hz 90 137 2 343 90 LPAOD7543C 3 380V50Hz 0 75 2 2 27 0 75 LPAO1D543C 3 380V50Hz 1 5 32 40 15 LPA02D243C 30380V 50Hz 2 2 4 0 50 22 LPA03D743B 3 380V50Hz 37 6 8 85 37 LPA05D543B 3 380V50Hz 5 5 10 125 5 5 LPA07D543B 3 0380V 50Hz 75 14 17 5 75 LPA001143B 3 380V50Hz 11 19 24 11 LPA001543B 3 380V 50Hz 15 26 33 15 6 HLP A Elor HLP A kw KVA A KW HLPA18D543B 3 9380V 50Hz 18 5 3
105. HLPA003043B 160 25 25 1 M8 HLPA003743B 160 25 25 1 M8 HLPA004543B 200 35 35 1 M10 HLPA005543B 200 85 35 1 M10 HLPA007543B 250 70 70 1 M10 HLPA009043B 315 70 70 1 M10 HLPA011043B 400 95 95 1 M12 HLPA013243B 400 150 150 1 M12 LPA016043B 630 185 185 1 M12 HLP A 247 HLP A Bhoup RARRASS m g a A mm mm mm HLPA018543B 630 240 240 1 M16 HLPA020043B 630 240 240 q M16 LPA022043B 800 150x2 150x2 i M16 HLPA025043B 800 150x2 150x2 1 M16 LPA028043B 800 150x2 150x2 i M16 HLPA030043B 800 150x2 150x2 1 M16 HLPA031543B 1000 185x2 150x2 1 M16 HLPA034543B 1000 185x2 150x2 4 M16 HLPA037543B 1200 240x2 185x2 1 M16 HLPA040043B 1200 240x2 185x2 1 M16 HLPA041543B 1200 240x2 185x2 1 M16 2 0 5 2mm 3 220V
106. VVVF PID 1 4 20mA 2 3 P 4 Ti 5 Td 6 asa gt ix a D b HLP A 63 HLP A L OLIP ELLIN N gt EE 2 a D 0 b P GB Buspa nanas 0 SE eO n Wo 0 10V CD154 0 PID CD153 CD154 1 PID 0 10V 0 100 CD153 et et 4 0
107. ni e ee CD033 1 CD050 02 rsr HeY CD051 03 CD052 04 STOP FOR REV STOP HLP A 39 HLP A 3 houp PR09839 RUN DCM F R K FOR REV FOR CD033 1 K2 CD050 01 RUN REV CD051 05 F R DON K2 K2 0 el 5 CD076 0 1 2 4 SPH SPM SPH CD053 23 SPM CD054 24 SPH SPM SPH SPM OFF OFF ON OFF OFF
108. 02D223B LPA03D723B 128 140 238 250 157 5 HLPA03D743B HLPA05D523B TEAO7DE2SB 130 208 325 340 199 o7 HLPA05D543B LAO DS asp 184 200 306 318 180 o6 6 92 HLP A m H houp HLP A of he Grous LLLLETI A B C D E G H LPA001123B HLPA001143B 182 257 437 457 242 08 8 LPA001543B HLPA001523B LPA18D523B HLPA18D543B HLPA002243B HLPA002223B HLPA003043B 239 315 490 510 242 8 8 LPA003023B HLPA003743B HLPA004543B HLPA005543B LPA003723B HLPA007543B LPA004523B HLPA009043B LPA005523B LPA007523B HLPA009023B 500 650 868 900 400 16 16 HLPA011043B HLPA013243B LPA016043B 560 650 868 900 400 16 16 HLPA013243BG HLPA016043BG HLPA018543B 600 600 1805 90 420 90 400 16 206 281 490 510 242 8 8 250 345 650 670 325 10 10 300 450 768 800 350 16 16 300 450 828 860 350 16 16 600 600 1649 90 420 90 400 016 HLPA025043B HLPA028043B 685 600 2225 90 505 90 400 16 HLPA031543B HLPA034543B 855 600 2279 90 675 90 400 016 HLPA041543B HLP_A
109. 05D523B HLPA07D523B 3 R ST 220V UVW P Pr P P A05D543B A07D543B P N 220V 380V 4 FOR REV RST SPH SPM SPL DCM 12v EV P24 EV 12V 200mA P24 12V 200mA 10 10V 20mA VI 0 10V HLP A 13
110. 1 OP AB02 OP AB01 OP AB02 HLP A 19 HLP A 2 OP A B 01 Etor of the n r 01 L_ 02 B B L C CIR 3 OP OPERATOR HLPA00D423C 0 4KW 220V OP AC01 HLPAOD7523C 0 75KW 220V OP AC01 HLPA01D523C 1 5KW 220V OP AC01 HLPA02D223B 2 2KW 220V OP AB01 HLPA03D723B 3 7KW 220V OP AB01 HLPA05D523B 5 5KW 380V OP AB02 HLPA009023B 90KW 380V HLPA0D7543C 0 75KW 380V OP AC01 HLPA01D543C 1 5KW 380V OP AC01 HLPA02D243C 2 2KW 380V OP AC01 HLPA03D743B 3 7KW 380V OP AB01 HLPA05D543B 5 5KW 380V OP AB02 HLPA041543B 415KW 380V 20 HLP A BHoup HLP A 4 1 BB FWD REV HZ A R min
111. 2 40 18 5 HLPA002243B 39380V 50Hz 22 37 4 22 HLPA003043B 3 380V 50Hz 30 52 65 30 HLPA003743B 39380V 50Hz 37 64 80 37 HLPA004543B 30380V50Hz 45 72 9 45 HLPA005543B 30380V50Hz 55 84 110 55 HLPA007543B 3 380V 50Hz 75 116 152 75 HLPA009043B 3 380V 50Hz 90 134 176 90 HLPA011043B 3 380V 50Hz 110 160 210 110 LPA013243B 30380V 50Hz 132 193 253 132 LPA016043B 39380V 50Hz 160 230 304 160 LPA018543B 39380V 50Hz 185 260 340 185 HLPA020043B 3 380V 50Hz 200 290 380 200 LPA022043B 3 380V 50Hz 220 325 426 220 HLPA025043B 30380V 50Hz 250 381 480 250 LPA028043B 3 380V 50Hz 280 427 540 280 HLPA030043B 30380V 50Hz 300 450 580 300 HLPA031543B 39380V 50Hz 345 460 605 315 HLPA034543B 3 380V50Hz 345 502 660 345 HLPA037543B 3 380V 50Hz 375 544 715 375 HLPA040043B 3 380V 50Hz 400 582 765 400 HLPA041543B 39380V 50Hz 415 604 795 415 HLP A 7 HLP A Et HOLIP ELLIT 2 HLP A SPWM 380V 380 15 220V 220 15 a
112. 3B 9600 13 6 125 45 LPA005543B 12000 20 2 125 55 HLPA007543B 18000 13 6 2 125 75 HLPA009043B 18000 20 3 125 90 HLPA011043B 18000 20 3 125 110 HLPA013243B 24000 20 4 125 132 LPA016043B 36000 13 6 4 125 160 HLPA018543B 45000 13 6 5 125 185 LPA020043B 45000 13 6 5 125 200 HLPA022043B 48000 13 6 5 125 220 HLPA025043B 48000 13 6 5 125 250 HLPA028043B 57600 13 6 6 125 280 LPA030043B 57600 13 6 6 125 300 315KW 11KW 1 2 3 100mm 4 5 HLP A 81 HLP A Bhoup Er TE
113. 43B 17 8 5 30 30 4 A05D523B 12 0 6 0 15 15 6 A003743B 16 8 35 35 4 A07D523B 11 0 5 5 20 20 6 A004543B 16 8 40 40 4 A001123B 10 0 5 0 25 25 5 A005543B 15 7 5 45 45 3 A001523B 10 0 5 0 30 30 5 A007543B 15 7 5 50 50 3 A18D523B 9 0 4 5 35 35 5 A009043B 14 7 75 75 A002223B 9 0 4 5 50 50 4 A011043B 14 7 100 100 2 A003023B 8 0 4 0 70 70 4 A013243B 13 6 5 150 150 2 A003723B 70 3 5 80 80 4 A016043B 13 6 5 150 150 2 A004523B 6 0 3 0 100 100 3 A018543B 12 6 200 200 2 A005523B 5 0 25 120 120 3 JA020043B 12 6 200 200 2 A007523B 5 0 25 150 150 2 A022043B 11 5 5 250 250 2 A009023B 5 0 25 150 150 2 A025043B 11 5 5 250 250 2 A0D7543C 22 1 8 8 9 A028043B 11 55 250 250 2 A01D543C 22 1 10 10 8 A030043B 10 5 250 250 2 A02D243C 21 10 5 15 15 8 A031543B 10 5 250 250 2 A03D743B 21 105 15 15 7 A034543B 10 5 250 250 2 A05D543B 20 10 15 15 6 A037543B 10 5 250 250 2 A07D543B 20 10 20 20 6 A040043B 10 5 250 250 2 A041543B 10 5 250 250 2 x2 2 x2 50HZ 2 5 3 x2 60HZ
114. 6 F 0 10V 380V 510V 220V 255V CD071 10V 0 10V 0 0 10V 0 0 10V es T 0 1000V 0 510V 255V 1 HZ 50 2 HZ 50 3 HZ 50 6 HZ 50 CD061 CD062 0 00 400 00Hz CD063 0 10 10 00Hz CD061 SiR Y 0 01Hz 0 00 0 01Hz 0 50 CD061 1 CD062
115. 7523C 220V 50Hz 0 75 2 0 5 0 0 75 HLPHO1D523C 220V 50Hz 1 5 2 8 7O 15 HLPHO2D223B 220V 50Hz 2 2 4 4 1 22 HLPH03D723B 220V 50Hz 3 7 6 8 7 w HLPH05D523B 220V 50Hz 5 5 10 25 5 5 HLPH07D523B 220V 50Hz 7 5 13 2 39 T9 HLPHOD7543C 3 380V 50Hz 0 75 2 2 2 7 0 75 HLPH01D543C 30380V 50Hz b 19 2 4 0 tS HLPH02D243C 30380V 50Hz 2 2 1 4 0 5 0 22 HLPH03D743B 30380V 50Hz 3 7 6 8 8 5 7 HLPHOSD543B 3 380V 50Hz 5 5 10 12 5 s St HLPH07D543B 30380V 50Hz 7 14 1725 Px HLPH001143B 3 380V 50Hz 11 19 24 1 HLPH001543B 3 380V 50Hz 15 26 33 15 HLPH18D543B 30380V 50Hz 18 5 132 40 18 5 HLPH002243B 30380V 50Hz 22 Br 47 22 HLPH003043B 30380V 50Hz 30 52 65 30 HLPH003743B 30380V 50Hz 37 64 80 oT HLPH004543B 30380V 50Hz 45 z 91 45 2 H A A A 0 10 400 00HZ H 0 10 3000 00HZ A 3 A 102 HLP A e L HOLIP HLP A F
116. D161 1 CD117 80 CD162 0 CD118 20 00 0Dl63 CDf66 CD119 20S CD167 0 CD120 1 CD168 0 CD121 150 CD169 CD122 0 CD170 CD123 0 CD171 CD124 Sin uki 0 CD172 CD125 P 515 ME y 0 CD173 CD126 1 0 CD174 CD127 EAtkADLMRNH 5 0 CD175 CD128 10 CD176 0 CD129 005 CD177 CD130 CD178 0 CD131 CD179 CD132 04 CD180 CD133 1440 CDt81 CD250 HLP A 97 HLP A ELLIN M 1 M
117. Elou P kimba mPa pris Grap FR R B eoa RE HE 1 anin 1859 Bbb1161i68b466161 G31 ep E HLP A Eiro e HLP A 2 HLP IR ES 2 1 2 3 1 2 3 4 1 2 3 4 5 1 HLP A Oo O O O O O Q Q Q N N HLP A 2 3 4 1 2
118. FB 3A 30VDC REV T SPH k DRY L io SPM UPF 12V 100mA SPL DCM i L O RST AM Lto DCM 0 10V 10mA l ACM RS RS P1 P HLPA003743B HLPA041543B 4 1 R ST NFB U VW LC RC 15 220V 380V 30 dV dT
119. ON ON ON 40 HLP A Bou HLP A ELLIN RUNI SPL F SPM F SPH F ON OFF OFF OFF CD000 ON ON OFF OFF CD080 ON ON OFF ON OFF CD081 ON ON OFF ONOFF CD082 1 CD076 1 s 2 3 ey 4 UP DOWN AF up down UP DOWN O OFF OFF ON 9 ON 1 UP DOWN CD034 0 2 UP 3 DOWN
120. a s 7 7 ee 0 10kg 4 20mA 5kg 6kg 4kg CD032 1 CD035 5 CD052 RST CD058 28 CD059 29 CD150 CD151 CD152 CD153 50 CD154 0 CD155 60 4 20mA CD156 40 CD033 CD150 CD151 CD152 CD150 80 100 CD151 2 5 3 CD152 0 0 10kg sZ sa CD033 1 CD035 4 F ya CD052 32 CD150 ht10V CD151 CD152 fv CD154 1 out lt TT EE 86 HLP A oup o hpA m DHLPA 0 10V 3 4 20mA 0 10V CD150 CD151 CD152 PID manaa mu namba 0 400Q
121. b i jale F G 0 S a e Ir P e 4 1 1 2 3 4 5 6 7 2 1 2 4 3 3 8 4 u v w E 76 HLP A B Risoue ana 5 1 2 3 6 HLP A 1 Ho o 2 3
122. its H 66 HLP A R ET hour HLP A 3 3 1 ASCII STX END ADDR FUNC LEN DATEA DATAo CRC CR ODH 3AH LF 0AH 1 STX 3AH 2 ADDR 8 bit 2 ASCII 00 MODBUS 01 250 3 FUNC 8 bit 2 ASCII 01 FUNC READ 02 FUNC WRIT 03 04 05 06 07 08 a ADDR 01 LEN FUNC Data ADDR 0 ADDR 0 ADDR 01 LEN FUNC Data LEN 3 LEN 2 ADDR 81H 01 FUNC b ADDR 02 LEN FUNC Data DDR 0 DDR 0 DDR 81H 01 FUNC gt Hk gt gt
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