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施耐德变频器
    发布时间: 2021-05-06 17:19    

现为西门子、ABB授权的系统集成商，施耐德、汇川分销商。经过多年的努力发展，打造了一支专业的技术团队和建立起完善的销售服务体系。

施耐德变频器
Code Name Logic
address 		DeviceNet
path 		Link Category Access Type Units Factory setting Range Display Menu Order
CMD Control word 16#2199 = 8601 (speed)
16#2135 = 8501 (frequency) 		16#8B/01/66 = 139/01/102 CMD Control parameters R/W WORD (BitString16) - - [Cmd value] (CMd) [COMMUNICATION MAP] (CMM-) 1
CMI Extended control word 16#2138 = 8504 16#8B/01/69 = 139/01/105 CMI Control parameters R/W WORD (BitString16) - - 2
RPR Reset counters command 16#0C30 = 3120 16#70/01/79 = 112/01/121 RPR Control parameters R/W WORD (Enumeration) - [No] (nO) - [Operating t. reset] (rPr) [RUN Elapsed Time Reset] (Etr-) 3
LFRD Speed setpoint 16#219A = 8602 16#2A/01/08 = 42/1/8  (messaging)
16#8C/01/03 = 140/1/3 (assembly) 		- Setpoint parameters R/W INT (Signed16) 1 rpm 0 rpm - 4
LFR Frequency setpoint 16#2136 = 8502 16#8B/01/67 = 139/01/103 - Setpoint parameters R/W INT (Signed16) 0.1 Hz 0.0 Hz -3276.7 Hz ... 3276.7 Hz [Frequency ref.] (LFr) [MONITORING] (SUP-) 5
PISP PID regulator setpoint 16#2137 = 8503 16#8B/01/68 = 139/01/104 - Setpoint parameters R/W UINT (Unsigned16) 1 0 ... 1000 6
AIV1 PID regulator feedback 16#14A1 = 5281 16#7B/01/52 = 123/01/82 - Setpoint parameters R/W INT (Signed16) 1 0 -8192 ... 8192 7
MFR Multiplying coefficient 16#2E37 = 11831 16#9C/01/20 = 156/01/32 - Setpoint parameters R/W UINT (Unsigned16) 1 % 0 % ... 100 % [Multiplying coeff.] (MFr) [MONITORING] (SUP-) 8
ETA Status word 16#219B = 8603 (speed)
16#0C81 = 3201 (frequency) 		16#71/01/02 = 113/01/02 ETA Status parameters R WORD (BitString16) - - [ETA state word] (EtA) [COMMUNICATION MAP] (CMM-) 9
HMIS Drive state 16#0CA8 = 3240 16#71/01/29 = 113/01/41 HMIS Status parameters R WORD (Enumeration) - - 10
ETI Extended status word 16#0C86 = 3206 16#71/01/07 = 113/01/07 ETI Status parameters R WORD (BitString16) - - 11
LRS1 Extended status word 1 16#0CB2 = 3250 16#71/01/33 = 113/01/51 LRS1 Status parameters R WORD (BitString16) - - 12
LRS2 Extended status word 2 16#0CB3 = 3251 16#71/01/34 = 113/01/52 LRS2 Status parameters R WORD (BitString16) - - 13
LRS3 Extended status word 3 16#0CB4 = 3252 16#71/01/35 = 113/01/53 LRS3 Status parameters R WORD (BitString16) - - 14
LRS4 Extended status word 4 16#0CB5 = 3253 16#71/01/36 = 113/01/54 LRS4 Status parameters R WORD (BitString16) - - 15
LRS5 Extended status word 5 16#0CB6 = 3254 16#71/01/37 = 113/01/55 LRS5 Status parameters R WORD (BitString16) - - 16
LRS6 Extended status word 6 16#0CB7 = 3255 16#71/01/38 = 113/01/56 LRS6 Status parameters R WORD (BitString16) - - 17
LRS7 Extended status word 7 16#0CB8 = 3256 16#71/01/39 = 113/01/57 LRS7 Status parameters R WORD (BitString16) - - 18
LRS8 Extended status word 8 16#0CB9 = 3257 16#71/01/3A = 113/01/58 LRS8 Status parameters R WORD (BitString16) - - 19
CRC Active reference channel 16#20F9 = 8441 16#8B/01/2A = 139/01/42 CRC Status parameters R WORD (BitString16) - - 20
CCC Active command channel 16#20FA = 8442 16#8B/01/2B = 139/01/43 CCC Status parameters R WORD (BitString16) - - 21
CNFS Config. active 16#1F54 = 8020 16#89/01/15 = 137/01/21 CNFS Status parameters R WORD (Enumeration) - - [Config. active] (CnFS) [MONITORING] (SUP-) 22
RFRD Output velocity 16#219C = 8604 16#2A/01/07 = 42/1/7  (messaging)
16#8C/01/05 = 140/1/5 (assembly) 		- Actual values parameters R INT (Signed16) 1 rpm - 23
RFR Output frequency 16#0C82 = 3202 16#71/01/03 = 113/01/03 - Actual values parameters R INT (Signed16) 0.1 Hz -3276.7 Hz ... 3276.7 Hz [Output frequency] (rFr) [MONITORING] (SUP-) 24
OTR Motor torque 16#0C85 = 3205 16#71/01/06 = 113/01/06 - Actual values parameters R INT (Signed16) Refer to programming manual Refer to programming manual [Motor torque] (Otr) [MONITORING] (SUP-) 25
LCR Motor current 16#0C84 = 3204 16#2A/01/09 = 42/1/9  (messaging)
16#71/01/05 = 113/1/5 (assembly) 		- Actual values parameters R UINT (Unsigned16) 0.1 A 0.0 A ... 6553.5 A [Motor current] (LCr) [MONITORING] (SUP-) 26
UOP Motor voltage 16#0C88 = 3208 16#71/01/09 = 113/01/09 - Actual values parameters R UINT (Unsigned16) 1 V 0 V ... 65535 V [Motor voltage] (UOP) [MONITORING] (SUP-) 27
OPR Motor power 16#0C8B = 3211 16#71/01/0C = 113/01/12 - Actual values parameters R INT (Signed16) 1 % -32767 % ... 32767 % [Motor power] (OPr) [MONITORING] (SUP-) 28
FRHD Speed reference before ramp 16#219D = 8605 16#8C/01/06 = 140/01/06 - Reference parameters R INT (Signed16) 1 rpm - 29
FROD Speed reference after ramp 16#21C1 = 8641 16#8C/01/2A = 140/01/42 - Reference parameters R INT (Signed16) 1 rpm - 30
FRH Frequency reference before ramp 16#0C83 = 3203 16#71/01/04 = 113/01/04 - Reference parameters R INT (Signed16) 0.1 Hz -1000.0 Hz ... 1000.0 Hz [Frequency ref.] (FrH) [MONITORING] (SUP-)
[COMMUNICATION MAP] (CMM-) 		31
FRO Frequency reference after ramp 16#233D = 9021 16#8E/01/16 = 142/01/22 - Reference parameters R INT (Signed16) 0.1 Hz - 32
RPC PID reference after ramp 16#2ECE = 11982 16#9C/01/B7 = 156/01/183 - Reference parameters R UINT (Unsigned16) 1 0 ... 65535 [PID reference] (rPC) [MONITORING] (SUP-) 33
RPF PID regulator feedback reference 16#2ECD = 11981 16#9C/01/B6 = 156/01/182 - Reference parameters R UINT (Unsigned16) 1 0 ... 65535 [PID feedback] (rPF) [MONITORING] (SUP-) 34
RPE PID regulator discrepancy 16#2ECC = 11980 16#9C/01/B5 = 156/01/181 - Reference parameters R INT (Signed16) 1 -32767 ... 32767 [PID error] (rPE) [MONITORING] (SUP-) 35
RPO PID regulator limit output reference 16#2ECF = 11983 16#9C/01/B8 = 156/01/184 - Reference parameters R INT (Signed16) 0.1 Hz -3276.7 Hz ... 3276.7 Hz [PID Output] (rPO) [MONITORING] (SUP-) 36
DAY Date 16#1CDF = 7391 16#85/01/C0 = 133/01/192 - Measurement parameters R/W UINT (Unsigned16) 1 0 ... 65535 (dAY) (CLO-) 37
TIME Time 16#1CE0 = 7392 16#85/01/C1 = 133/01/193 - Measurement parameters R/W UINT (Unsigned16) 1 0 ... 65535 (tIME) (CLO-) 38
ULN Mains voltage 16#0C87 = 3207 16#71/01/08 = 113/01/08 - Measurement parameters R UINT (Unsigned16) 0.1 V [No meas.] (----) ... 6553.5 V [Mains voltage] (ULn) [U CALIBRATION RESULT] (CAU-)
[MONITORING] (SUP-) 		39
THD Drive thermal state 16#0C89 = 3209 16#71/01/0A = 113/01/10 - Measurement parameters R UINT (Unsigned16) 1 % 0 % ... 200 % [Drv. thermal state] (tHd) [MONITORING] (SUP-) 40
THR Motor thermal state 16#259E = 9630 16#91/01/1F = 145/01/31 - Measurement parameters R UINT (Unsigned16) 1 % 0 % ... 200 % [Motor thermal state] (tHr) [MONITORING] (SUP-) 41
RTH Total motor operating time 16#0C9F = 3231 16#71/01/20 = 113/01/32 - Measurement parameters R UINT (Unsigned16) Refer to programming manual Refer to programming manual [Run time] (rtH) [MONITORING] (SUP-) 43
PTH Total drive operating time 16#0CA1 = 3233 16#71/01/22 = 113/01/34 - Measurement parameters R UINT (Unsigned16) Refer to programming manual Refer to programming manual [Power on time] (PtH) [MONITORING] (SUP-) 44
TAC IGBT alarm time 16#0CA3 = 3235 16#71/01/24 = 113/01/36 - Measurement parameters R/WS UINT (Unsigned16) 1 s 0 s ... 65535 s [IGBT alarm counter] (tAC) [MONITORING] (SUP-) 45
PET Run time (resetable) 16#0CA4 = 3236 16#71/01/25 = 113/01/37 - Measurement parameters R/W UINT (Unsigned16) 1 h 0 h ... 65535 h [Proc. Operat. Time] (PEt) [MONITORING] (SUP-) 46
IPHR Consumption 16#0CA5 = 3237 16#71/01/26 = 113/01/38 - Measurement parameters R UINT (Unsigned16) Refer to programming manual Refer to programming manual [Consumption] (IPHr) [MONITORING] (SUP-) 47
IL1R Logic inputs states 16#1452 = 5202 16#7B/01/03 = 123/01/03 IL1R I/O parameters R WORD (BitString16) - - 48
OL1R Logic outputs states 16#145C = 5212 16#7B/01/0D = 123/01/13 OL1R I/O parameters R/W WORD (BitString16) - - 49
AI1C Analog input 1 physical value 16#147A = 5242 16#7B/01/2B = 123/01/43 - I/O parameters R INT (Signed16) Refer to programming manual - 50
AI1R Analog input 1 standardized value 16#1470 = 5232 16#7B/01/21 = 123/01/33 - I/O parameters R INT (Signed16) 1 - 51
AI2C Analog input 2 physical value 16#147B = 5243 16#7B/01/2C = 123/01/44 - I/O parameters R INT (Signed16) Refer to programming manual - 52
AI2R Analog input 2 standardized value 16#1471 = 5233 16#7B/01/22 = 123/01/34 - I/O parameters R INT (Signed16) 1 - 53
AI3C Analog input 3 physical value 16#147C = 5244 16#7B/01/2D = 123/01/45 - I/O parameters R INT (Signed16) Refer to programming manual - 54
AI3R Analog input 3 standardized value 16#1472 = 5234 16#7B/01/23 = 123/01/35 - I/O parameters R/W INT (Signed16) 1 - 55
AI4C Analog input 4 physical value 16#147D = 5245 16#7B/01/2E = 123/01/46 - I/O parameters R INT (Signed16) Refer to programming manual - 56
AI4R Analog input 4 standardized value 16#1473 = 5235 16#7B/01/24 = 123/01/36 - I/O parameters R INT (Signed16) 1 - 57
AO1C Analog output 1 physical value 16#1497 = 5271 16#7B/01/48 = 123/01/72 - I/O parameters R/W INT (Signed16) Refer to programming manual - 58
AO1R Analog output 1 standardized value 16#148D = 5261 16#7B/01/3E = 123/01/62 - I/O parameters R/W INT (Signed16) 1 - 59
AO2C Analog output 2 physical value 16#1498 = 5272 16#7B/01/49 = 123/01/73 - I/O parameters R/W INT (Signed16) Refer to programming manual - 60
AO2R Analog output 2 standardized value 16#148E = 5262 16#7B/01/3F = 123/01/63 - I/O parameters R/W INT (Signed16) 1 - 61
AO3C Analog output 3 physical value 16#1499 = 5273 16#7B/01/4A = 123/01/74 - I/O parameters R/W INT (Signed16) Refer to programming manual - 62
AO3R Analog output 3 standardized value 16#148F = 5263 16#7B/01/40 = 123/01/64 - I/O parameters R/W INT (Signed16) 1 - 63
PIL1 Controller logic inputs states 16#1AF5 = 6901 16#83/01/66 = 131/01/102 PIL1 I/O parameters R WORD (BitString16) - - 67
POL1 Controller logic outputs states 16#1AFF = 6911 16#83/01/70 = 131/01/112 POL1 I/O parameters R WORD (BitString16) - - 68
PAI1 Controller analog input 1 physical value 16#1B1E = 6942 16#83/01/8F = 131/01/143 - I/O parameters R UINT (Unsigned16) 0.001 mA 0.000 mA ... 65.535 mA [AI51] (PAI1) [Controller inside AI MAP] (PAI-) 69
PAI2 Controller analog input 2 physical value 16#1B1F = 6943 16#83/01/90 = 131/01/144 - I/O parameters R UINT (Unsigned16) 0.001 mA 0.000 mA ... 65.535 mA [AI52] (PAI2) [Controller inside AI MAP] (PAI-) 70
PAO1 Controller analog output 1 physical value 16#1B3B = 6971 16#83/01/AC = 131/01/172 - I/O parameters R UINT (Unsigned16) 0.001 mA 0.000 mA ... 65.535 mA [AO51] (PAO1) [Controller inside AO MAP] (PAO-) 71
PAO2 Controller analog output 2 physical value 16#1B3C = 6972 16#83/01/AD = 131/01/173 - I/O parameters R UINT (Unsigned16) 0.001 mA 0.000 mA ... 65.535 mA [AO52] (PAO2) [Controller inside AO MAP] (PAO-) 72
ERRD CiA402 fault code 16#219E = 8606 16#29/01/0D = 41/1/13  (messaging)
16#8C/01/07 = 140/1/7 (assembly) 		ERRD Fault parameters R WORD (BitString16) - - 73
LFT Altivar fault code 16#1BD1 = 7121 16#84/01/7A = 132/01/122 LFT Fault parameters R WORD (Enumeration) - - 74
CIC Incorrect configuration 16#1BDA = 7130 16#84/01/83 = 132/01/131 CIC Fault parameters R/WS WORD (BitString16) - - 75
APF Controller Inside card fault code 16#1BDD = 7133 16#84/01/86 = 132/01/134 - Fault parameters R UINT (Unsigned16) 1 0 ... 65535 [Application fault] (APF) [MORE FAULT INFO] (AFI-) 76
CNF Network card fault code 16#1BDC = 7132 16#84/01/85 = 132/01/133 - Fault parameters R UINT (Unsigned16) 1 0 ... 65535 [Network fault] (CnF) [MORE FAULT INFO] (AFI-) 77
ILF1 Option card 1 fault code 16#1BDE = 7134 16#84/01/87 = 132/01/135 - Fault parameters R UINT (Unsigned16) 1 0 ... 65535 [Internal link fault 1] (ILF1) [MORE FAULT INFO] (AFI-) 78
ILF2 Option card 2 fault code 16#1BDF = 7135 16#84/01/88 = 132/01/136 - Fault parameters R UINT (Unsigned16) 1 0 ... 65535 [Internal link fault 2] (ILF2) [MORE FAULT INFO] (AFI-) 79
FDRD Ethernet fault code 16#FAE9 = 64233 - - Fault parameters R UINT (Unsigned16) 1 0 ... 65535 [FDR fault] (Fdrd) [COMMUNICATION CARD] (Cbd-) 80
FNB Fault counter 16#1CE1 = 7393 16#85/01/C2 = 133/01/194 - Fault parameters R UINT (Unsigned16) 1 0 ... 65535 81
FDL Damper fault mgt. 16#39DF = 14815 16#AB/01/10 = 171/01/16 ECFG Fault parameters R/WS WORD (Enumeration) - [Freewheel] (YES) - [Damper fault mgt.] (FdL) [DAMPER FAULT MGT.] (FdL-) 82
DP0 Fault code on last fault 16#1C20 = 7200 16#85/01/01 = 133/01/01 LFT History parameters R WORD (Enumeration) - - 83
ULP0 Power supply voltage on last fault 16#1C66 = 7270 16#85/01/47 = 133/01/71 - History parameters R UINT (Unsigned16) 0.1 V [No meas.] (----) ... 6553.5 V 84
LCP0 Motor current on last fault 16#1C48 = 7240 16#85/01/29 = 133/01/41 - History parameters R INT (Signed16) 0.1 A -3276.7 A ... 3276.7 A 85
RFP0 Output frequency on last fault 16#1C52 = 7250 16#85/01/33 = 133/01/51 - History parameters R INT (Signed16) 0.1 Hz -3276.7 Hz ... 3276.7 Hz 86
THP0 Motor thermal state on last fault 16#1C70 = 7280 16#85/01/51 = 133/01/81 - History parameters R UINT (Unsigned16) 1 % 0 % ... 65535 % 87
EP0 Status word on last fault 16#1C2A = 7210 16#85/01/0B = 133/01/11 ETA History parameters R WORD (BitString16) - - 88
IP0 Extended status word on last fault 16#1C34 = 7220 16#85/01/15 = 133/01/21 ETI History parameters R WORD (BitString16) - - 89
CMP0 Command word on last fault 16#1C3E = 7230 16#85/01/1F = 133/01/31 CMD History parameters R WORD (BitString16) - - 90
DCC0 Command channel active on last fault 16#FB2C = 64300 - CNL History parameters R WORD (Enumeration) - - 91
DRC0 Reference channel active on last fault 16#FB36 = 64310 - CNL History parameters R WORD (Enumeration) - - 92
CRP0 Channels active on last fault 16#1C7A = 7290 16#85/01/5B = 133/01/91 CRP0 History parameters R WORD (BitString16) - - 93
RTP0 Motor operating time on last fault 16#1C5C = 7260 16#85/01/3D = 133/01/61 - History parameters R UINT (Unsigned16) 1 h 0 h ... 65535 h 94
MD0 Date on last fault 16#1C84 = 7300 16#85/01/65 = 133/01/101 - History parameters R UINT (Unsigned16) 1 0 ... 65535 95
DM0 Time on last fault 16#1C8E = 7310 16#85/01/6F = 133/01/111 - History parameters R UINT (Unsigned16) 1 0 ... 65535 96
DP1 Fault code on fault n-1 16#1C21 = 7201 16#85/01/02 = 133/01/02 LFT History parameters R WORD (Enumeration) - - 97
ULP1 Supply voltage on fault n-1 16#1C67 = 7271 16#85/01/48 = 133/01/72 - History parameters R UINT (Unsigned16) 0.1 V [No meas.] (----) ... 6553.5 V 98
LCP1 Motor current on fault n-1 16#1C49 = 7241 16#85/01/2A = 133/01/42 - History parameters R INT (Signed16) 0.1 A -3276.7 A ... 3276.7 A 99
RFP1 Output frequency on fault n-1 16#1C53 = 7251 16#85/01/34 = 133/01/52 - History parameters R INT (Signed16) 0.1 Hz -3276.7 Hz ... 3276.7 Hz 100
THP1 Motor thermal state on fault n-1 16#1C71 = 7281 16#85/01/52 = 133/01/82 - History parameters R UINT (Unsigned16) 1 % 0 % ... 65535 % 101
EP1 Status word on fault n-1 16#1C2B = 7211 16#85/01/0C = 133/01/12 ETA History parameters R WORD (BitString16) - - 102
IP1 Extended status word on fault n-1 16#1C35 = 7221 16#85/01/16 = 133/01/22 ETI History parameters R WORD (BitString16) - - 103
CMP1 Command word on fault n-1 16#1C3F = 7231 16#85/01/20 = 133/01/32 CMD History parameters R WORD (BitString16) - - 104
DCC1 Active command channel on fault n-1 16#FB2D = 64301 - CNL History parameters R WORD (Enumeration) - - 105
DRC1 Active reference channel on fault n-1 16#FB37 = 64311 - CNL History parameters R WORD (Enumeration) - - 106
CRP1 Active channels on fault n-1 16#1C7B = 7291 16#85/01/5C = 133/01/92 CRP0 History parameters R WORD (BitString16) - - 107
RTP1 Motor operating time on fault n-1 16#1C5D = 7261 16#85/01/3E = 133/01/62 - History parameters R UINT (Unsigned16) 1 h 0 h ... 65535 h 108
MD1 Date on fault n-1 16#1C85 = 7301 16#85/01/66 = 133/01/102 - History parameters R UINT (Unsigned16) 1 0 ... 65535 109
DM1 Time on fault n-1 16#1C8F = 7311 16#85/01/70 = 133/01/112 - History parameters R UINT (Unsigned16) 1 0 ... 65535 110