SV-iS5 Series
Contents
1. 5206 Dec pattern 0 4 0 5237 OL time 100 300 0 0 1sec ifthe Lost Command I O 48 is set at None inverter keeps running address te 06 55 depends on the status of comm Disconnection This situation may cause serious Bit 0 Bit 1 OV Bit 2 EXT A FU1 FU1 P MO OG a a oa 5207 Stop mode 0 2 o 5238 OLT select 0 1 0 accident in some cases It is strongly recommended to set at FreeRun or Bit 3 BX Bit 4 LV 07 56 Stop to prevent unexpected accident Bit 5 Fuse Open Bit 6 GF FU1 FU1 f PAARS P 5208 DcBr freq 500 6000 startFreq 0 01Hz 5239 OLT level 180 200 30 Do not set the timeout less than the communication cycle between PLCand Trip information Bit 7 OH Bit 8 ETH Bit 9 OLT 08 57 inverter Bit 10 HW Diag Bit 11 EXT B Fut 2 FU1 3 T y eee 5209 DcBIk time 10 6000 0 0 01sec 523A OLT time 600 60000 0 0 1sec Do not use an inverter station ID number same as other device s station ID Bit 12 ASHT Bit 13 0PT 09 58 This may cause a conflict in the communication system Bit 14 PO Bit 15 IOLT FU1 FU1 520A DcBr value 50 1000 0 0 1 523B Stall prev 0 7 0 6 Trouble shooting Bit 0 FX Bit 1 RX Bit 2 BX 10 59 ron Input terminal Bit 3 RST FU1 FU1 If the communication function doesn t work properly check the status LED on Fnet 520B DcBr time 10 600 0 0 1sec 523C Stall level 150 150 30 i information Bit 8 P1 Bit 9 P2 Bit 10 P3 11 60 voard as described below Check Bit2. the station number set in PLC Setting a same number at more than one inverter cause communication error COMP Station ID 17 1 5 2 3 Setting Option Mode COM group code 02 Set the mode of Fnet board COMp Opt mode 02 None None Inverter is controlled by keypad or control terminal instead Fnet board Command Inverter takes just run commands of Forward Run Reverse Run and Stop from the Fnet board Freq Inverter takes just frequency command from the Fnet board Cmd Freq Inverter takes all commands from the Fnet board 5 2 4 Setting Lost Command I O group code 48 This parameter set the actions of inverter ahead when the communication is disconnected timeout by some reasons such like DPRAM error cable cutting T Op Lost command 48 None lt lin case of timeout error gt None Inverter keeps the command that just have before the disconnection of communication FreeRun Inverter stops with FreeRun Coast to stop Stop Inverter stops with the deceleration ramp set at FU1 06 5 2 5 Setting timeOut I O group code 49 This Parameter sets the time that inverter decides disconnection of communication Inverter takes actions of Lost Command after this set time VOp Time out 49 1 0 sec Default value is 1 second 5 2 6 Precautions Parameter Description Read Wri Data value Fut FU1
3. 0 0 01Hz 5501 Sub B D 8 ia 5 H 08 i FU2 5409 vO EXT 5332 PID F B 0 2 0 l curr x2 2000 2000 I curr x1 0 01mA 5532 OPT B D 3 50 09 50 5333 FU2 540A vO ae EXT PID P gain 3000 30000 0 I freq y2 6000 maxFre 0 0 01Hz OPT mode 3 51 g 10 ay 4 51 FU2 540B vO EXT 5334 PID I time 300 30000 0 Wire broken 0 2 0 555A Station ID 63 52 11 90 FU2 540C vO 5335 PID D time 1 30000 0 P1 define 0 25 0 53 12 FU2 540D vO 5336 PID limit 6000 maxFreq StartFreq 0 01Hz P2 define 1 25 0 54 13 bong FU2 540E vO Acc Dec fi 1 P fi 2 2 70 cc Dec freq 0 0 14 3 define 5 0 FU2 540F vO 5347 Time scale 1 2 0 In Status 0 1 0 71 15 FU2 5410 vo 5348 PowerOn disp 0 6 0 Out Status 0 1 0 72 16 FU2 5411 vO 5349 User disp 0 2 0 Ti Filt Num 15 50 2 73 17 FU2 5414 vO 534A a RPM factor 100 200 1 20 Jog freq 1000 MaxFreq startFreq 0 01Hz FU2 5418 vO 534B 75 DB mode 1 2 0 pA Step freq 4 4000 MaxFreq startFreq 0 01Hz FU2 534C 76 DB ED 10 30 0 5419 vO Step freq 5 5000 MaxFreq startFreq 0 01Hz FU2 25 534F 79 S W Version 541A vO Step freq 6 4000 MaxFreq startFreq 0 01Hz FU2 26 5351 ai 2nd Acc time 50 60000 0 0 01sec 541B vo 7 Step freq 7 3000 MaxFreq startFreq 0 01Hz FU2 27 5352 P 2nd Dec time 100 60000 0 0 01sec 541E vo 8 Acc time 1 200 60000 0 0 1sec FU2 30 5353 2nd BaseFreq 6000 maxFreq 3000 0 01Hz 541F vO 63 Dec time 1 200 60000 0 0 1sec FU2 3 5354 7 2nd V F 0 2 0 5420 vO 6 Acc time 2 300 60000 0 0 1sec FU2 32
4. 5355 2nd F boost 20 200 0 0 1 5421 vo Dec time 2 300 60000 0 0 1sec Fi 33 U2 5356 2nd R boost 20 200 0 0 1 5422 vO 86 Acc time 3 400 60000 0 0 1sec FU2 34 5357 7 2nd Stall 150 150 30 5423 Mol 8 Dec time 3 400 60000 0 0 1sec FU2 2nd ETH ai 5358 2nd ETH 1min 150 200 Cont 5428 ire 88 gao FM mode 0 3 0 FU2 2nd ETH 5359 a9 2Rd ETHCont 100 ah 50 5429 vo FM adjust 100 400 10 FU2 41 535A 2nd R Curr 36 2000 10 0 1A 542A vo 90 FDT freq 3000 maxFreq 0 0 01Hz 42 FU2 538D Para init 0 6 0 542B vo 93 Ge FDT band 1000 maxFreq 0 0 01Hz Nee 3 4 5 The values are vary for the motor ratings 542C vO lt I O Group gt aaa Aux mode 12 18 0 Address No Description Default Max value Min value Unit 542D vO 5401 vO yo Vitilter 10 10000 0 ms gas Relay mode T 0 Pls 542E vO 5402 vo ji Inv No 1 32 1 02 volt x1 0 V1 vort x2 0 0 01V 46 542F vO 5403 vO Baud rate 0 4 0 03 V1 freq y1 0 maxFreq 0 0 01Hz 47 5430 vO 5404 vO ioi V1 volt x2 1000 1000 V1 voltx1 0 01V 48 rest command 2 2 q 5431 vO 5405 1 0 R gos Vt teaye 6000 maxFreq 0 0 01Hz yag Timeout 1 1200 l 01sec 5432 vO 5406 1 0 I filter 10 10000 0 ms gs0 Auto mode o 2 06 5407 vO lt EXT Group gt 07 l curr x1 0 I curr x2 0 0 01mA Address No Description Default Max value Min value Unit
5. Hi 2 2500 maxFreq jumpLo2 0 01Hz TXD RXD zoo i correct Option FU1 au 14 LED ms cycle 5218 F limit Lo 0 highFreq startFreq 0 01Hz RXD TXD LED ON Slip R 24 FU2 OP LED blinking at Normality Check set of 51 Opt mode FU 530F pE jump lo 3 3000 jump Hi 3 startFreq 0 01Hz 1 sec of EXP group freq Option 5219 F limit Hi 6000 maxFreq lowFreq 0 01Hz Motor doesn t run Ram R W 25 FU2 Fu 5310 pi jump Hi 3 3500 maxFreq jump Lo3 0 01Hz Freq Option 521A Torque boost 0 1 0 7 Parameter code address is hexadecimal n 26 Nete1 Run command is activating when 0 is triggered to 1 FU2 lt Common areas Available in all models regardless inverter rating FU1 5314 Power on run 0 1 0 Run command 0 set makes stop 521B Fwd boost 20 200 0 0 1 20 D ipti E Berane occu pon Data value 2 Parameter changed in common area can not be stored The modified parameter 27 ae FU2 Eanes g i o address is available during the present operation but it is not valid after the power of 521C FU1 Rev boost 20 200 0 0 1 21 0000 Inverter type 5 R 4 SV iS5 disconnection or reset It returns to default value The parameter changed in other 28 FU2 5316 Speed Search 0 15 0 0 0 75 1 1 5 2 2 2 3 3 7 groups is valid unti
6. 00 0 Output curet ora fR o o6 7 i sat rateacur fis a0 0 01a Output trea oor R J o So ve Steptreg 3 sooo maxtreq startFreq oottz ii 5226 Volt control 100 110 40 FU2 output voltage av Rf i s 5322 gga Noload curr 7 200 s oa i 510A DRV DC Link Voltage 0 N FU1 FU1 Bit 0 Stop Bit 1 Forward lt FU1 Group gt 5232 ETH select 0 1 0 FU2 50 5327 Carrier freq 50 150 10 0 1kHZ Bit 2 Reverse Bit 3 Fault Trip Address No Desciption Default Max value Min value Unit Fu 39 Bit 4 in Accel Bit 5 in Decel 5233 ETH 1min 150 200 contPerc FU2 Ful 3 51 5328 Control mode 0 3 0 Da F 5201 Drive mode 1 2 0 40 o ilna Bit 6 Reaching to target 01 FU1 pera 9 FU2 Bit 7 in DC Braking Bit 8 in Stop FU1 5234 ETH Cont 100 150 50 5329 5 status 5202 Freq mode 0 4 0 52 Pa Auto tuning 0 1 0 Bit 9 Present direction 02 FU1 FU2 0010h Bit10 Brake open FU1 a 5235 es Motor type 0 1 0 532A Re A 5000 A 0 0010 5203 Run prohibit 0 2 0 42 No 3 m Bit13 Rem Run Stop 03 FU1 i c FU1 5236 OL level 150 150 30 532B FU2 5 5000 0 0010h Billa Rem Freq emd 5205 gog ACC Patter 0 4 o 8 43 a 4 m FU2 MaxiInduc 0 001m 5408 vO EXT 532C Lsigma 0 ki 0 I freq y1 0 maxFreq
7. 11 P4 Bit 12 P5 Bit 13 P6 FU1 7 LED status Cause Remed 520C DcSt value 50 1000 0 0 1 point y Bit 0 Q1 OC1 Bit 1 Q2 OC2 12 lt FU2 Group gt Rower connection 1 Check connection and Bit 2 Q3 OC3 Bit 3 AUX FU1 Address No Description Default Max Value Min Value Unit No blinkin ay are wer 520D DcSt time 0 600 0 0 1sec lo g powe 2 CPU error defective 2 3 Repair or change 13 FU2 3 LED error defective i Fut 530A Jump freq 0 1 0 7 10 OP LED Blinking at 500ms Fnet communication emeek connection com 5214 Max freq 6000 40000 4000 0 01Hz cycle error Check enable status of PLC 20 FU2 eck enable Status o 530B jump lo 1 1000 jump Hi 1 StartFreq 0 01Hz ae Check connection with FU1 11 Blinking at 2sec DPRAM error inverter 5215 Base freq 6000 maxFreq 3000 0 01Hz cycle Repair or change Bit 0 Stop Bit 1 Forward 21 FU2 F 530C jump Hi 1 1500 maxFreq jumpLo1 0 01Hz ON Damage due to noise Check communication line Bit 2 Reverse FU1 12 ERR LED Check noise source command Optio 5216 Start freq 50 1000 10 0 01Hz TXD RXD LED OFF Check communication lie y Noe 1 Bit a Fault reset 530D a j lo2 2000 P Hi2 StartF 0 01H OP LED blinking at No data exchange n ee FU1 13 jump lo jump Hi artFreq A z 500ms cycle Check enable status of PLC Bit 4 Emergency stop 5217 H Freq limit 0 1 0 RXD TXD LED OFF 5 Command freq R FU2 OP LED blinking at Wrong parameter set Check inverter station ID is 530E jump
8. USER MANUAL Fnet OPTION BOARD SV iS5 Series Before Installing This manual describes about the installation operation and precautions of Fnet board of iS5 series Read the manual and precautions thoroughly before installation and operation If not it may cause break down of board and shorten the product life A Do not install the option board when the power is introduced If not both of the inverter and option board may be broke down Attach and detach the option board to the inverter control board after the capacitor discharged ESD can cause break down of CMOS components Do not touch the CMOS components without the board is grounded Do not change the communication cable with the inverter power is turned on Make sure to precisely insert the connector of inverter and option board Make sure the connection of signal wire P N P signal wire must be connected to the P terminal Connect terminal resistor at the last connected option board of 110 ohm 1 2 watt refer to Figure 6 Check the parameter unit when setting the parameters 1 Introduction Fnet board provides control and monitoring of iS5 series inverter for GLOFA PLC via high speed serial communication The communication protocol is programmed with GLOFA PLC 1 1 Benefits of using Fnet board itis possible to control the inverter with high speed communication of 1M BPS Easy installation and change of a system because the control and monitoring of inve
9. l it is changed to new 521D FU1 V F pattern 0 2 0 22 4 5 5 5 75 6 11 7 15 lt DRV Group gt ses 5317 FU2 SS Sup Curr 100 200 80 8 18 5 9 22 220V class Address No Description Default Max value Min value Unit 521E FON User freq 1 1500 maxFreq 0 0 01Hz FU2 Inverter 30 5318 SS P gain 1000 30000 0 10 0 75 11 1 5 12 2 2 13 3 7 DRV 24 capacity 5100 Cmd Freq 0 max freq Start freq 0 01Hz FU1 14 5 5 15 7 5 16 11 17 15 00 521F User volt 1 25 100 0 FU2 g 31 5319 SS l gain 10000 30000 0 18 18 5 19 22 400V class 5101 DRV Acc Time 50 60000 0 0 01sec FU1 ae it 5220 User freq 2 3000 maxFre 0 0 01Hz FU2 Uniti kw 01 32 a a 531A 26 Retry number 0 10 0 Input voltage a o fR 0 220V 1 400 440V 5102 DRV Dec Time 100 60000 0 0 01sec FU1 5221 User volt 2 50 100 0 FU2 version r 100 Ver 1 00 0101 ver 1 01 o gt 33 i 531B goy Pety delay 10 600 0 0 1sec 0 Not available default N A 5103 DRV Drive mode 1 2 0 FU1 R W 5222 User freq 3 4500 maxFreq 0 0 01Hz FU2 1 Available 03 34 531E 30 Motor select 0 9 0 5104 DRV Freq mode 0 4 0 FU1 Command treg oorne Rw wa 5223 uservo 3 7s 00 o Fut 04 35 531F Pole number 4 12 2 Run command R W N A 31 5105 DRV Step freq 1 1000 MaxFreq startFreq 0 01Hz FU1 Accel time forsee rw i y 5224 Usertre 4 6500 maxFreq 0 othe Fuz 05 36 5320 gag Rated Slip 200 1000 0 0 01Hz Decal tine ors ina ct gig nee eon a mine a oie Fun 5225 User volt 4 100 1
10. porters proveded e Install the Fnet board by inserting the connector of inverter and Fnet board and tighten the screws that unscrewed from the inverter board Figure 4 Installing Fnet board on Inverter board 3 System Configuration Figure 5 Example of System Configuration 3 1 Connection between PLC FUEA and Inverter iS5 eere Inverter N 4 Comm Specification Figure 6 Wiring Terminal R 110Q 1 2W Speed 1Mbps Method Manchester Biphase L Frame Synchronous method Twisted Pair Shielded Cable Dedicated cable Comm Cable Cable Type LIREV AMESB 19 PC 717 6705 Manufacturer LG Cable Node Max 64 per line Length Max 750 m Frame Format Field Bus IEC TC65 SC65C WG6 65C 90 8 5 Operating 5 1 Power On Test Turn on the inverter power after installing the option boar and then inverter perform Power On test First Op LED starts flickering and Err LED Tx LED Rx LEDs flickers atinterval of 250ms COM gt Opt B D 01 PLC GF 5 2 Setting Inverter Parameter Set inverter parameters described below using keypad 5 2 1 Checking Option board COM group code 01 PLC GF This parameter checks the option board installed on inverter board This code must display PLC GF 5 2 2 Setting Inverter Number COM group code 17 0 63 This parameter sets the station number of inverter Inverter number must match
11. rter is accomplished by PLC programming Multiple inverters can be connected only with 2 line wires providing time saving and easy maintenance Easy system integration by using PLC related devices 1 2 Contents included Fnet option consists 1 Fnet board 2 connectors 3 supporters and manual 2 Configuration and Installation 2 1 Configuration RX TX ERR OP ooom O 0 000 525 O 0 0 eo oSoco2o2o ooo o Oo 0 Comm Wire Terminal Block 0 Frame Ground Figure 1 Board Configuration 2 1 1 Comm Wire Terminal Bicok lt lt oooood S P N S P N Figure 2 Comm Wire Terminal Bicok SE ae ee ee ee Shield___ Comm Signal Wiring P Comm Signal Wiring N Two sets of S P N signal is connected in parallel respectively Connect terminal resistor at the last connected inverter between terminal P and N refer to Figure 6 2 1 2 Frame Ground Frame Ground is connected to the ground of inverter 2 1 3 Display LED TX ERR OP RX HU 0 0 Ly Figure 3 Display LED LED Description RXD ON during receiving TXD ON during transmitting ERR ON when there is frame error Normal operation Flickering by every 1 sec OP Fnet Comm trouble Flickering by every 500 msec DPRAM trouble Flickering by every 2 sec 2 2 Installing on Inverter Board e Unscrew the crews that fasten the inverter board and install the copper sup
Download Pdf Manuals
Related Search