Power Electronics SDRIVE 700 Series Getting Started Manual Download Page 119

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SDRIVE 700

POWER ELECTRONICS

118

CONFIGURATION REGISTER

PARAMETERS

FACTORY SETTINGS

SETTING 1

SETTING 2

G6: PID Control

1 SEL REF=MREF

MREF ___________________

___________________

2 PID LOC=+100%

PID LOCAL SETPOI

+100% ___________________

___________________

3 SEL FBK=AI2

AI2 ___________________

___________________

4 GAIN Kp=8.0

PID PROPORTIONAL

8.0 ___________________

___________________

5 INTEGRAL = 0.0s

PID INTEGRAL

0.0s ___________________

___________________

6 DIFFEREN = 0.0s

PID DIFFERENTIAL

0.0s ___________________

___________________

7 INVERT PID=N

N ___________________

___________________

8 ERR PID = +0.0%

+0.0% ___________________

___________________

G7: Start / Stop Mode Configuration

1 STOP 1 = RAMP

RAMP ___________________

___________________

2 STOP 2 = SPIN

SPIN ___________________

___________________

3 BRK STP 2 = OFF

STP2 UNDER SPEED

OFF ___________________

___________________

4 START = RAMP

RAMP ___________________

___________________

5 START 2 = RAMP

RAMP ___________________

___________________

6 START DLY = OFF

DELAY TO START

OFF ___________________

___________________

7 STOP DLY = OFF

DELAY TO STOP

OFF ___________________

___________________

8 STP MIN SP = N

N ___________________

___________________

9 OFFRet = OFF

DELAY AFTER STOP

OFF ___________________

___________________

10 RUN AFTR VFL = Y

Y ___________________

___________________

11 SPNstr B=OFF

SPIN START TUNE

OFF ___________________

___________________

G8: Outputs – S8.1: Output Relays

1 SEL RELAY 1=02

02 ___________________

___________________

2 T R1 ON=0.0s

R1 ACTIVAT DELAY

0.0s ___________________

___________________

3 T R1 OFF=0.0s

R1 DEACTIV DELAY

0.0s ___________________

___________________

4 INVERT R1=N

N ___________________

___________________

5 SEL RELAY 2=03

03 ___________________

___________________

6 T R2 ON=0.0s

R2 ACTIVAT DELAY

0.0s ___________________

___________________

7 T R2 OFF=0.0s

R2 DEACTIV DELAY

0.0s ___________________

___________________

8 INVERT R2=N

N ___________________

___________________

9 SEL RELAY 3=05

05 ___________________

___________________

10 T R3 ON=0.0s

R3 ACTIVAT DELAY

0.0s ___________________

___________________

Summary of Contents for SDRIVE 700 Series

Page 1: ...Getting Started Manual variable speed drive ...

Page 2: ...variable speed drive Getting Started Manual Edition March 2007 SD70IM01BI Rev B ...

Page 3: ...SDRIVE 700 POWER ELECTRONICS 2 ...

Page 4: ...nloaded Revisions Date Revision Description 01 03 2006 A Updated software version SW Ver 1 02 16 03 2007 B Drawings and misprints updating New frames Frames updating Software updating 2 to Software version 1 3 WARNING This symbol means improper operation may results in serious personal injury or death CAUTION Identifies shock hazards under certain conditions Particular attention should be given be...

Page 5: ...SDRIVE 700 POWER ELECTRONICS 4 ...

Page 6: ...s Description 34 7 DISPLAY UNIT AND CONTROL KEYPAD 35 7 1 Keypad Unit Description 35 8 STATUS MESSAGES 38 8 1 List of Status Messages 38 8 2 List of Warning Messages 39 9 VISUALIZATION AND STATUS PARAMETERS GROUP G0 40 9 1 Parameters SV 1 Motor Visualization 40 9 2 Parameters SV 2 Drive Visualization 41 9 3 Parameters SV 3 External Visualization 41 9 4 Parameters SV 4 Internal Visualization 42 9 5...

Page 7: ...ts List 98 11 2 Procedure for Fault Solutions 100 11 3 Maintenance 103 12 COMMONLY USED CONFIGURATIONS 105 12 1 Start Stop Commands and Speed Reference by Keypad 105 12 2 Start Stop Commands by Terminals and Speed Reference by Analogue Input 105 12 3 Start Stop Commands by Terminals and Speed Reference by Motorized Potentiometer 107 12 4 Start Stop Commands by Terminals and Seven Speed References ...

Page 8: ... charged capacitors Do not remove the cover except for periodic inspections or wiring even if the input power is not applied Otherwise you may access the charged circuits and get an electric shock Wiring and periodic inspections should be performed at least 10 minutes after disconnecting the input power and after checking the DC Link voltage is discharged with a meter below 30VDC Otherwise you may...

Page 9: ...e installation is complete Otherwise you may get an electric shock Do not allow lint paper wood chips dust metallic chips or other foreign matter into the drive Otherwise fire or accident could occur WARNINGS RECEPTION The SDRIVE 700 is carefully tested and perfectly packed before leaving the factory In the even of transport damage please ensure that you notify the transport agency and POWER ELECT...

Page 10: ...nded to use a SCREENED CABLE for the control wiring For EMERGENCY STOP make sure supply circuitry is open Do not disconnect motor cables if input power supply remains connected The internal circuits of the SDRIVE 700 series will be damaged if the incoming power is connected and applied to output terminals U V W It is not recommended to use a 3 wire cable for long distances Due to increased leakage...

Page 11: ...erating the SDRIVE 700 series initialise all parameters back to factory default values EARTH CONNECTION The drive is a high frequency switching device and leakage current may flow Ground the drive to avoid electrical shock Use caution to prevent the possibility of personal injury Connect only to the dedicated ground terminal of the drive Do not use the case or the chassis screw for grounding When ...

Page 12: ... with Power Electronics CODE PULSE NUMBER 6 Pulses 12 12 Pulses 18 18 Pulses CODE FILTER 1 First environment filter 2 Second environment filter CODE PROTECTION DEGREE 0 IP00 Degree protection 2 IP20 Degree protection 5 IP54 Degree protection CODE POWER SUPPLY 5 380 500Vac 6 690Vac CODE CURRENT 115 115A 330 330A A CODE MODEL 7 700 CODE SERIES SD SDRIVE ...

Page 13: ...g a Graphical Display with 3 5 TFT touch screen for fast and easy programming o Real time clock and perpetual calendar o USB 2 1 Communication Port o Fibre Optic Port Due to its reliability FPA Fault Preventing Algorithms is able to detect critical situations and correct them avoiding unnecessary downtime in production Power Electronics has employed a new control strategy MCA Motion Combined Algor...

Page 14: ...missible range of drive input power rating Equipment is provided to operate with the neutral connected to the ground Earth leakage circuit breaker ELB Select circuit breakers or fuses in accordance with applicable national and local codes We recommend using specified circuit breakers or fuses to operate with drive Inline Magnetic Contactor Install if necessary When installed do not use it for the ...

Page 15: ...3 Drive Mounting SD700 should be mounted vertically It should be well fastened through the anchorages designed for this to avoid any movement If the drive is installed inside a cabinet the heated air must be vented out of the cabinet to ensure correct cooling To avoid such a situation it is also necessary to leave enough horizontal and vertical space with any adjacent equipment We recommend coolin...

Page 16: ...fy that the connections are correctly fastened It is recommended to close the doors of SD700 before applying voltage the first time Before applying voltage to the drive and configuring it make sure the line voltage is compatible with drive power supply On the contrary the drive will be damaged After applying voltage to the drive verify the display is turned on and the status led of the DC bus is a...

Page 17: ...3 132 315 SD70250 5x x xx 250 132 375 313 160 375 5 SD70275 5x x xx 275 150 413 344 200 426 SD70330 5x x xx 330 160 495 413 220 495 SD70370 5x x xx 370 200 555 463 250 555 6 SD70460 5x x xx 460 250 690 575 315 690 SD70580 5x x xx 580 315 870 725 400 870 SD70650 5x x xx 650 355 975 813 450 975 7 SD70720 5x x xx 720 400 1080 900 500 1080 SD70840 5x x xx 840 450 1260 1050 560 1260 8 SD70925 5x x xx 9...

Page 18: ...400 355 480 SD70385 6x x xx 385 355 578 481 450 578 7 SD70460 6x x xx 460 450 690 575 500 690 SD70550 6x x xx 550 500 825 688 630 825 8 SD70660 6x x xx 660 630 990 825 800 990 SD70750 6x x xx 750 710 1125 938 900 1125 SD70840 6x x xx 840 800 1260 1050 1000 1260 9 SD70950 6x x xx 950 900 1425 1188 1100 1425 SD71140 6x x xx 1140 1000 1710 1425 1300 1710 SD71270 6x x xx 1270 1200 1905 1588 1600 1905 ...

Page 19: ...densing ENVIRONMENTAL CONDITIONS Display degree protection IP54 Rotor locked Motor overload thermal model Phase current imbalance phase voltage imbalance Motor over temperature PTC normal status 85R 2kΩ Speed limit MOTOR PROTECTIONS Torque limit Output current limit Overload IGBT s overload Input phase loss Low input voltage High input voltage DC Bus voltage limit Low DC Bus voltage High input fre...

Page 20: ...rent and 3 phase motor current Average voltage and 3 phase motor voltage Average input voltage and 3 phase input voltage Speed Torque Power Power factor of motor Relay status Digital input status PTC status Output comparator status Value of analogue inputs and sensors Analogue output value Motor overload status and drive overload status IGBT temperature Motor output frequency VISUALIZATION INFORMA...

Page 21: ...3 300 5 200 140 358 784 5 7 SD70115 5x x xx 809 5 783 300 5 200 140 358 784 5 7 SD70150 5x x xx SD70105 6x x xx 1245 1206 320 251 438 5 881 527 5 353 5 100 SD70170 5x x xx 1245 1206 320 251 438 5 881 527 5 353 5 100 SD70210 5x x xx SD70130 6x x xx 1712 1667 431 396 528 460 1403 5 1240 5 81 5 180 SD70250 5x x xx SD70150 6x x xx 1712 1667 431 396 528 460 1403 5 1240 5 81 5 180 SD70275 5x x xx SD7017...

Page 22: ...x SD70260 6x x xx 1712 1667 786 747 529 460 1602 1208 5 230 5 81 5 340 SD70460 5x x xx SD70320 6x x xx 1712 1667 786 747 529 460 1602 1208 5 230 5 81 5 340 SD70580 5x x xx SD70385 6x x xx 1712 1667 1132 1097 529 460 1602 1208 5 230 5 81 5 470 SD70650 5x x xx SD70460 6x x xx 1712 1667 1132 1097 529 460 1602 1208 5 230 5 81 5 470 SD70720 5x x xx 1712 1667 1132 1097 529 460 1602 1208 5 230 5 81 5 470...

Page 23: ... 5x x xx SD70660 6x x xx 1712 1667 1482 1447 528 460 1619 1209 247 5 81 5 SD71030 5x x xx SD70750 6x x xx 1712 1667 2352 747 38 528 460 1619 1209 247 5 81 5 SD71150 5x x xx SD70840 6x x xx 1712 1667 2352 747 38 528 460 1619 1209 247 5 81 5 SD71260 5x x xx SD70950 6x x xx 1712 1667 2352 747 38 528 460 1619 1209 247 5 81 5 SD71440 5x x xx 1712 1667 2352 747 38 528 460 1619 1209 247 5 81 5 Figure 5 6...

Page 24: ...402 1097 38 528 460 1619 1209 247 5 81 5 SD71800 5x x xx SD71270 6x x xx 1712 1667 3402 1097 38 528 460 1619 1209 247 5 81 5 SD71420 6x x xx 1712 1667 3402 1097 38 528 460 1619 1209 247 5 81 5 SD72200 5x x xx SD71500 6x x xx 1712 1667 4452 1447 38 528 460 1619 1209 247 5 81 5 SD71800 6x x xx 1712 1667 4452 1447 38 528 460 1619 1209 247 5 81 5 Figure 5 8 Dimensions of Frame 10 Figure 5 9 Dimensions...

Page 25: ...8 5 778 5 527 5 250 5 SD70170 50 x xx 1124 1100 5 320 285 245 438 5 778 5 527 5 250 5 SD70210 50 x xx 1124 1100 5 436 396 394 507 500 1136 650 5 250 5 81 5 118 SD70250 50 x xx 1124 1100 5 436 396 394 507 500 1136 650 5 250 5 81 5 118 SD70275 50 x xx 1124 1100 5 436 396 394 507 500 1136 650 5 250 5 81 5 118 Figure 5 10 Dimensions of Frame 4 IP00 Figure 5 11 Dimensions of Frame 5 IP00 ...

Page 26: ...4 1100 5 786 746 744 507 500 1136 650 5 250 5 81 5 236 SD70460 50 x xx 1124 1100 5 786 746 744 507 500 1136 650 5 250 5 81 5 236 SD70580 50 x xx 1124 1100 5 1136 1096 1094 507 500 1136 650 5 250 5 81 5 350 SD70650 50 x xx 1124 1100 5 1136 1096 1094 507 500 1136 650 5 250 5 81 5 350 SD70720 50 x xx 1124 1100 5 1136 1096 1094 507 500 1136 650 5 250 5 81 5 350 Figure 5 12 Dimensions of Frame 6 IP00 F...

Page 27: ...SDRIVE 700 POWER ELECTRONICS 26 CONNECTION TERMINALS 6 CONNECTION TERMINALS 6 1 Power Connections 6 1 1 Frame 4 Connections Figure 6 1 Power connections location for SD70150 5x SD70170 5x and SD70105 6x ...

Page 28: ...POWER ELECTRONICS SDRIVE 700 CONNECTION TERMINALS 27 6 1 2 Frame 5 Connections Figure 6 2 Power connections location for SD70210 5x SD70275 5x and SD70130 6x SD70170 6x ...

Page 29: ...N TERMINALS 6 1 3 Frame 6 Connections Figure 6 3 Power connections location for SD70330 5x SD70460 6x and SD70210 6x SD70320 6x 6 1 4 Frame 7 Connections Figure 6 4 Power connections location for SD70580 5x SD70720 5x and SD70385 6x SD70460 6x ...

Page 30: ...ERMINALS 29 6 1 5 Frame 8 Connections Figure 6 5 Power connections location for SD70840 5x SD70925 5x and SD70550 6x SD70660 6x 6 1 6 Frame 9 Connections Figure 6 6 Power connections location for SD71030 5x SD71440 5x and SD70750 6x SD70950 6x ...

Page 31: ...SDRIVE 700 POWER ELECTRONICS 30 CONNECTION TERMINALS 6 1 7 Frame 10 Connections Figure 6 7 Power connections location for SD71580 5x SD71800 5x and SD71140 6x SD71420 6x ...

Page 32: ...POWER ELECTRONICS SDRIVE 700 CONNECTION TERMINALS 31 6 1 8 Frame 5 Connections IP00 Figure 6 8 Power connections location for SD70210 50 SD70275 50 IP00 ...

Page 33: ...C Link voltage is discharged with a meter below 30Vdc Otherwise you may get an electric shock Users access to the control board is via a series of terminals and plugs As standard the control board is fitted with terminals and plugs for control input and output connections display connection communication serial port RS232 RS485 communication USB port Optional boards can be fitted for additional co...

Page 34: ...the X1 and X2 user connectors Figure 6 11 Example of standard wiring of control terminals Digital inputs can be configured individually or collectively Details on varying standard configurations are available to assist the user The following figure shows typical wiring configuration for a 3 wire start stop push button system Figure 6 12 3 wire control terminals wiring ...

Page 35: ...on for Analogue Input 1 12 AI2 Voltage or current programmable Analogue Input 2 V or mA See AI1 description ANALOGUE INPUTS 13 AI2 Common for Analogue Input 2 14 AO1 Voltage or current programmable Analogue Output 1 V or mA Configurable for 0 10Vdc 10Vdc 0 20mA or 4 20mA 15 AO1 Common for Analogue Output 1 16 AO2 Voltage or current programmable Analogue Output 2 V or mA Configurable for 0 10Vdc 10...

Page 36: ...characters each and keys for control and parameter setting Figure 7 1 Display Unit and Keypad 7 1 1 LEDs for Status Indication Leds offer an easy method of identifying if the SD700 is powered up if the drive is supplying output voltage or if the drive has tripped Led ON Yellow colour When it is lit indicates equipment is powered up Led RUN Green colour When it is lit indicates the motor is powered...

Page 37: ...Lines 7 1 3 Control Keys Function keys have multiple uses and can be operated individually or in combination with other keys It allows access to different parameters groups and sub groups it displays code explanations and allows adjustment of parameter values in combination with other keys If a group has no sub groups it allows direct access to the parameters of the group To modify numeric paramet...

Page 38: ...sub group or group To start the drive from the keypad when the control has been set as local control check drive configuration To stop the drive from the keypad when the control has been set as local control In the case of tripping this key can be used to reset the drive if local control is enabled In the following figure you can see a programming example where you can observe the operation explai...

Page 39: ...elerating RUN Running Drive is operating at reference speed Operation at steady status DEC Decelerating Drive is decreasing the output frequency Motor decreasing in speed it is decelerating SPG Stopping Drive is decreasing the output frequency due to a stop command Motor is stopping by ramp until zero speed is reached ST0 Free run stop when a fault occurs Drive is stopping by free run stop after a...

Page 40: ...speed 3 mode is active 8 2 List of Warning Messages Screen Name Description MOL Motor overload Motor overload is produced when the present current is higher than the motor rated current MOC Motor over current Motor current is higher than the rated current value DOC Drive over current This message will appear if the output current is higher than 125 of the nominal current ILT Current limitation Cur...

Page 41: ...ters and obtain additional information easily Figure 9 1 Visualization Lines Description 9 1 Parameters SV 1 Motor Visualization Screen Units Description Sp Ref 100 motor speed It shows the preset reference value of speed which is applied to the motor Mtr Speed 0rpm rpm It shows the motor speed in revs per minute Mtr Freq 0Hz Hz It shows the frequency being applied to the motor Mtr Vout 0V V It sh...

Page 42: ...al to the Analogue Input 2 signal AIN 2 S 0 00Bar Engineering units It shows the value of sensor 2 associated to the Analogue Input 2 ANL OUT1 4 0mA V or mA It shows the value of Analogue Output 1 AOUT1 Refer 0 0 associated magnitude It shows the magnitude value associated to the Analogue Output 1 speed current ANL OUT2 4 0mA V or mA It shows the value of Analogue Output 2 AOUT2 Refer 0 0 associat...

Page 43: ...gned to Multi reference 4 See G14 4 parameter for additional data Mref 5 50 0 motor speed It allows user to set the speed value assigned to Multi reference 5 See G14 5 parameter for additional data Mref 6 60 0 motor speed It allows user to set the speed value assigned to Multi reference 6 See G14 6 parameter for additional data Mref 7 70 0 motor speed It allows user to set the speed value assigned...

Page 44: ...ripped due to excessive starting cycles IRFA The drive has tripped due to a fault in the irrigation equipment which has been detected in the digital input configured in that option FLOW The drive is limiting the speed to limit the flow OFF The drive has received the stop command SLEP The drive is in sleep mode because there is no flow demand BYPA The drive is forcing the speed after starting or st...

Page 45: ...due to Cavitation CAVITATION FAULT The drive has tripped Fault status due to Cavitation LO PRESSURE FAUL The drive has tripped due to low pressure fault LO WATER FAULT The drive has tripped due to a fault detected in one of the digital inputs configured as No Water CYCLING FAULT The drive has tripped due to excessive starting cycles IRRIGATOR FAULT The drive has tripped due to a fault in the irrig...

Page 46: ... 10 1 Group 1 G1 Options Menu Parameter Name Description Range Default value Function Set on RUN 1 LOCK PARMTRS 0 G1 1 Parameter lock 0 2 0 It allows user to lock SD700 parameters totally or partially To lock you have to introduce a password in G1 2 OPC DESCRIPTION FUNCTION 0 NO Parameter lock is not active 1 PARTIAL LOCK All of parameters are locked except for G1 1 G1 2 G4 3 and G6 2 PID referenc...

Page 47: ...ost of parameters relative to the pump control are located in Group 25 excepting those setting relatives to inputs and outputs that can be found in groups G4 and G7 Additionally there are some visualization screens included in visualization groups SV 5 and SV 8 NO 10 1 1 Subgroup 1 10 S1 10 Eloader EEPROM loader Parameter Name Description Range Default value Function Set on RUN UPLOAD N G1 10 1 Sa...

Page 48: ... time and several trips caused by motor thermal model are produced even though the motor was not hot then this value can be increased slightly to avoid further tripping Note If it is set to OFF thermal model will be deactivated YES 10 3 Group 3 G3 References Parameter Name Description Range Default value Function Set on RUN 1 REF1 SPD LOCAL G3 1 Reference source 1 of speed YES 2 REF2 SPD LOCAL G3 ...

Page 49: ... through control terminals 3 SERIAL COMMS Drive controlled through communication bus NO 2 CNTROL MODE2 2 G4 1 2 Alternative Control Mode 0 3 2 It allows user to set the secondary control mode for the drive commands Start Stop Reset OPT DESCRIPTION FUNCTION 0 NONE Control mode 2 is not operative 1 LOCAL Drive control is done by keypad 2 REMOTE Drive controlled through control terminals 3 SERIAL COM...

Page 50: ...nce 2 NO DI5 10Î Speed Inversion NC DI6 17Î Control 2 NO 1 ALL PROGRAMMABLE Inputs configuration individually by user See G4 1 5 to G4 1 10 2 MREF 2 WIRES Digital inputs 5 and 6 are programmed as multiple references of speed or PID references for up to 4 preset speeds The remaining inputs are user programmable PARM DI5 DI6 G14 4 0 0 G14 5 0 X G14 6 X 0 G14 7 X X Note It is necessary to set G3 1 RE...

Page 51: ...in the same way that the options available in the standard program Nevertheless when the pump program is active the drive will assume that only the configurable options from 50 to 69 for G4 1 5 to G4 1 10 can be set without taking into consideration the setting on parameter G4 1 4 DIGIT I MODE which means a block setting All that means that the user will configure the pump program freely according...

Page 52: ...tart when closed and stop when open 2 wires start stop Activation of this input also acts a fault reset NO 07 RESET Reset signal by push button NC 08 START INCH1 Start command and inch speed 1 when closed Inch speed is programmed in G15 1 INCH1 NO 09 START INCH2 Start command and inch speed 2 when closed Inch speed is programmed in G15 2 INCH2 NO Note 1 10 INV SPEED It causes deceleration of the m...

Page 53: ...O 57 MAN PROTstart Manual starting including those protections enabled by the user NO 58 HI PRESS FLT High Pressure trip NC 59 LO WATER FLT No Water trip NC 60 LO PRESS FLT To detect a Low Pressure situation NO 61 FLOW SWITCH To connect an external flow switch open closed NC 62 IRRIGAT TRIP To detect an external fault from the irrigation equipment NO 63 SETPONT PIN1 64 SETPONT PIN2 65 SETPONT PIN3...

Page 54: ...ected YES 5 Smi1 0 0l s3 SENS1 LOW RANGE G4 2 5 Minimum range of sensor 1 3200 to Sma1 G4 2 7 Engineering units 0 0l s It sets the minimum units value of the sensor connected to analogue input 1 This value should also correspond to the minimum voltage or current level of the sensor set in G4 2 4 INmin1 Note This value should be checked if the units are changed in G4 2 2 SENSOR 1 It will be set to ...

Page 55: ...ed to ensure correct configuration Therefore the following set values should be checked G4 3 5 Smi2 0 0Bar Î Minimum range of sensor G4 3 7 Sma2 10 0Bar Î Maximum range of sensor NO 3 AIN2 FORMAT mA G4 3 3 Analogue Input 2 format V mA mA It allows configuration of the analogue input 2 format for either a voltage or current signal Set according to the sensor that will be used NO 4 INmin2 4Ma AIN2 L...

Page 56: ...ing a fault F43 AIN2 LOSS YES 15 2_Z BAND OFF AIN2 ZERO BAND G4 3 15 Zero band filter for Analogue Input 2 OFF 0 0 0 1 9 9 OFF Filtering of analogue input 2 signal Setting this value we can filter analogue input 2 to avoid possible electrical noise preventing the analogue reading a zero value YES 10 4 4 Subgroup 4 4 S4 4 Pulse Input Parameter Name Description Range Default value Function Set on RU...

Page 57: ... to apply the value of the alternative acceleration ramp Note Alternative acceleration and deceleration can be selected through the digital inputs or comparator output functions This functionality is independent of the drive speed for example if the magnitude of the comparator is the drive rated current when the drive output current exceeds a defined level calculated as of In a ramp change occurs ...

Page 58: ... It allows user to have two speed references because G3 3 LOCAL SPD is not modified NO 2 PID LOC 100 5 PID LOCAL SETPOI G6 2 PID local reference 0 0 to 400 100 When locPID is set as set point source the reference introduced by keypad will be memorized in this parameter The value of the parameter G3 3 LOCAL SPD is not modified and it is available if we want to use alternative speed reference YES 3 ...

Page 59: ...parameter G7 1 STOP 1 RAMP Note Stop mode 1 or 2 can be selected by digital inputs by comparator output functions or by setting a changing speed for stop mode in G7 3 BRK STP 2 YES 3 BRK STP 2 OFF STP2 UNDER SPEED G7 3 Changing speed for stop mode OFF 0 to 250 OFF When this parameter is set to a value other than zero a second stopping profile can be activated based on motor speed When the drive re...

Page 60: ...P YES 9 OFFdly OFF DELAY AFTER STOP G7 8 Delay time between stop and next start OFF 0 000 to 10 0s OFF Allows setting a delay time between the moment the drive has stopped and the next starting The next time the drive has to start it will consider no additional delay time unless parameter G7 5 START DLY had been set to a value different from OFF YES 10 RUN AFTR VFL Y G7 10 Run after occurring powe...

Page 61: ...Y Drive is ready for start no fault and no warning 07 ZERO SPEED Drive is running at zero speed 08 SET SPEED Speed has reached the value set as reference 09 SP DIRECTION The relay is activated when the speed direction is negative 10 RESERVE Reserved for future use 11 SP REF DIRECT The relay is activated when the speed refer direction is negative 12 RESERVE Reserved for future use 13 SP LIMIT Speed...

Page 62: ... YES Inversion of relay logical function NO 5 SEL RELAY 2 03 G8 1 5 Selection of Relay 2 control source 00 31 03 Note See parameter function of G8 1 1 NO 6 T R2 ON 0 0s R2 ACTIVAT DELAY G8 1 6 ON delay time for Relay 2 0 0 999s 0 0s Allows user to set a delay time before activating relay 2 If during this ON delay time the activation condition disappears the relay will not be activated YES 7 T R2 O...

Page 63: ... temperature 08 FREQUENC Y MTR Signal proportional to the input frequency Input frequency 50Hz 100 09 INPUT VOLTAGE Signal proportional to the input voltage Equipment rated voltage 10 DC BUS Signal proportional to the DC Bus voltage Motor voltage x 1 414 11 DRIVE TEMP Signal proportional to the drive temperature Drive temperature 12 SPEED REF Signal proportional to the speed reference Motor speed ...

Page 64: ...ue Note Filter use can add a slight delay to the analogue output signal YES 6 ANLG OUT 2 02 G8 2 6 Mode selection Analogue Output 2 00 27 02 Analogue output 2 is programmable See parameter G8 2 1 ANLG OUT 1 for options table NO 7 FORMT 2 4 20 mA G8 2 7 Format selection for Analogue Output 2 0 10V 10V 0 20mA 4 20mA 4 20mA Analogue output 2 is programmable in one of four possible formats according t...

Page 65: ... use 14 PID REFERENCE Speed reference in PID mode 15 PID FEEDBACK System feedback signal 16 PID ERROR PID error Difference between reference and feedback signal of the sensor 17 ANLG INPUT 1 Signal connected to analogue input 1 18 ANLG INPUT 2 Signal connected to analogue input 2 19 ANLG INPUT 1 2 Sum of signals connected to the analogue inputs 1 and 2 20 Reserved Reserved for future use 21 MAX SC...

Page 66: ...L G9 1 7 Deactivation value of Comparator 1 in Normal mode 250 to 250 0 This value selects the deactivation value of Comparator 1 output The comparator output will be deactivated if comparator source signal selected in G9 1 1 is lower than the value set here and OFF delay time G9 1 8 has elapsed Note This parameter is only displayed in Normal mode of the comparator G9 1 2 COMP1 TYPE 0 YES 8 T C1 O...

Page 67: ...apsed Note This parameter is only displayed in Window mode of the comparator G9 2 2 COMP 2 TYPE 1 YES 5 LIM 1 C2 0 C2 WINDOW LIMIT1 G9 2 5 Limit 1 for Comparator 2 in Window mode 250 to 250 0 It defines one of the limits to activate Comparator 2 in Window mode The comparator output will be activated if comparator source signal selected in G9 2 1 is within the two limits G9 2 4 and G9 2 5 and ON de...

Page 68: ...psed Note This parameter is only displayed in Window mode of the comparator G9 3 2 COMP 3 TYPE 1 YES 5 LIM 1 C3 0 C3 WINDOW LIMIT1 G9 3 5 Limit 1 for Comparator 3 in Window mode 250 to 250 0 It defines one of the limits to activate Comparator 3 in Window mode The comparator output will be activated if comparator source signal selected in G9 3 1 is within the two limits G9 3 4 and G9 3 5 and ON del...

Page 69: ...e SD700 status of current limitation ILT is displayed Note We do not recommend that current limit works constantly in applications when the motor is at steady speed status Damage may occur to the motor and torque variations can affect the load Current limit should work only when an overload occurs or due to excessive acceleration and deceleration values or because motor data details are entered in...

Page 70: ...nput is below the value set in G11 4 for the time set in G11 5 In case of the drive has a power supply of 690V the default value in G11 4 will be 600V and the range will be 586 621V YES 6 HIGH VOLT 440V HI INPUT VOLTAGE G11 6 High input voltage level 418 550V 440V YES 7 HI V TO 5s HI INP VOL TIMEO G11 7 Trip time because of high input voltage 0 0 60s OFF 60 1 5s Input high voltage protection is a ...

Page 71: ...his parameter to YES Set an underload current value in G11 15 below which the first detection condition will be met Set an underload speed value in G11 16 above which the second detection condition will be met Set a delay time to activate underload protection in G11 17 once elapsed last underload condition will be activated If three previous conditions are given the drive will stop the pump to pro...

Page 72: ...ny times as the number of attempts set in this screen after a fault occurs This parameter and G12 4 RS COUNT control the drive to carry out Auto Reset function in a controlled manner YES 3 R STR DEL 5s TIME BEFORE RESET G12 3 Delay time before Auto Reset 5 120s 5s Allows setting of the time elapsed from the fault occurring before attempting auto reset YES 4 RS COUNT 15min AUTORESET TIMOUT G12 4 Re...

Page 73: ...T O To reset fault F22 torque limit time out 10 27 DL SMTH To reset fault F27 DC Bus charge fault 11 40 EXT PTC To reset fault F40 motor PTC fault 12 41 COMMS TRIP To reset fault F41 fault signal from communication net 13 42 AIN1 LOSS To reset fault F42 Analogue Input 1 loss 14 43 AIN2 LOSS To reset fault F43 Analogue Input 2 loss 15 47 COMMS T O To reset fault F47 communication time out 16 49 SPD...

Page 74: ...revious faults will shift down one position The oldest fault message G13 6 will be lost Pressing key approx two seconds provides access to the extended information that shows the order of fault FIFTH FAULT Fxx up to FIRST FAULT Fxx The following table shows all the faults COD FAULT COD FAULT 0 F0 NO FAULT 33 F33 SCR L3 1 F1 I LIM FLT 34 F34 IGBT TEMP 2 F2 V LIM FLT 35 F35 PHSE L1 LOSS 3 F3 PDINT F...

Page 75: ...ge Default value Function Set on RUN 1 INCH1 0 00 INCH SPEED 1 G15 1 Inch speed 1 2 INCH2 0 00 INCH SPEED 2 G15 2 Inch speed 2 3 INCH3 0 00 INCH SPEED 3 G15 3 Inch speed 3 250 to 250 0 00 Allows setting of the value of the three possible motor inch speeds Inch speed selection is possible through a comparator output directly or by a digital input combination If digital inputs are used for this purp...

Page 76: ...e set to brake the load inertia correctly If this value is too much low the load will not be stopped in time If the value is too high the power components of the drive will be stressed YES 3 DC VOLTS 0 0 DC BR VOLT LEVEL G17 3 Voltage applied to the brake 0 0 25 0 0 Allows setting of the continuous DC voltage level applied during braking The proper voltage value must be set to brake the load inert...

Page 77: ...abled when this parameter is set to 100 YES 2 V BOOST 0 0 BOOST VOLTAGE G19 2 2 Initial voltage 0 0 100 0 0 Sets an initial voltage value applied to the motor during the starting Using this function it is possible to improve breakaway torque when starting heavy loads This parameter is used in association with parameter G19 2 3 BW BOOST Note Set a low value first Increase the value gradually until ...

Page 78: ...th parameter G19 2 10 In general by decreasing the value of this parameter the instability during acceleration period will be reduced YES 12 STA F DC OFF STABILIZE F DEC G19 2 12 Stabilize factor in deceleration 80 0 99 9 OFF 100 OFF This parameter operates together with parameter G19 2 10 In general by decreasing the value of this parameter the instability during deceleration period will be reduc...

Page 79: ...o validate data set this parameter to NONE Parity selection should be the same as the parity of the master of the communication bus on which the drive is integrated YES 10 19 2 Subgroup 20 4 S20 4 Modbus TCP This parameter group is used to configure the drive when it must operate in an Ethernet network communication Parameter Name Description Range Default value Function Set on RUN 1 IP PARAM A 19...

Page 80: ...parameter that configures the complete address this is by assigning a value to each one of the 4 parameters from parameter G20 4 9 to the parameter G20 4 12 YES 13 MAC A 12 G20 4 13 MAC address A 0 255 12 YES 14 MAC B 34 G20 4 14 MAC address B 0 255 34 YES 15 MAC C 56 G20 4 15 MAC address C 0 255 56 YES 16 MAC D 78 G20 4 16 MAC address D 0 255 78 YES 17 MAC E 90 G20 4 17 MAC address E 0 255 90 YES...

Page 81: ...est of the system It is not recommended for a normal operation since the protections are not active There are two possibilities of configuring this mode o Manual non protected mode with exclusive control from the keypad o Manual non protected mode controlled by the digital inputs A main speed reference source and an alternative speed reference source exist they are set by means of a digital input ...

Page 82: ...ll show F69 FLOW SWITCH o Cavitation Produced by operation on underload conditions The display will show F68 CAVIT UNDERL o Pressure Switch Only with Priming pump The Pressure switch is open out of the allowed time indicating a sudden pressure loss The display will show F72 IN PRES SW 10 20 4 Inputs Configuration For inputs configuration it is necessary to consider some rules which will help in or...

Page 83: ...essary to take into consideration the following items o No Digital Input could be configured as 64 SETPONT PIN2 unless previously other different input has been configured as 63 SETPONT PIN1 o No Digital Input could be configured as 65 SETPONT PIN3 unless previously two different inputs have been configured as options 63 SETPONT PIN1 and 64 SETPONT PIN2 Rule for Selection De selection of Auxiliary...

Page 84: ...e analogue output as read flow If the flowmeter data configured in G4 4 are Units litres Pulses second 100l s Maximum Range 1000 litres Analogue output setting Format 4 20mA Minimum Range 0 Maximum Range 100 For a read flow of 500 litres the analogue output is Additionally it exists the option 27 that it is not directly settable by the user for any of the analogue outputs On the contrary this opti...

Page 85: ...nalogue Input 1 AI2 Reference by Analogue Input 2 NO 3 MAN SPEED 0 0 MANUAL SPEED G25 1 3 Value of speed reference for LOCAL source in manual mode 250 to 250 0 0 It is set as of the motor speed This parameter allows to set the value of the speed reference in manual mode protected or not whether the speed reference is the main reference or the alternative reference always that we talk about LOCAL m...

Page 86: ...d 65 SETPONT PIN3 The assigned speed will be done according to the attached table DIGITAL INPUTS DI z 65 DI y 64 DI x 63 PID SETPOINTS 0 0 0 G25 1 5 SETPT1 0 0 X G25 1 6 SETPT2 0 X 0 G25 1 7 SETPT3 0 X X G25 1 8 SETPT4 X 0 0 G25 1 9 SETPT5 X 0 X G25 1 10 SETPT6 X X 0 G25 1 11 SETPT7 X X X G25 1 12 SETPT8 Note It is possible to operate with the following units l s m s l min m min l h m h m s m min ...

Page 87: ... time of PID regulator 0 0 250s 0 0s Allows the user to set the derivative time of the PID A higher system response can be achieved by increasing this value Note If this value is increased too much accuracy can be reduced slightly Note We recommend do not modify this value since the default setting is suitable for most pump applications YES 6 PID ERR xx x G25 2 6 Error of PID regulator 0 a 100 Dis...

Page 88: ...the delay time to start the fixed pump linked to the relay 1 Note If time is too short overpressure can be generated in the system If time is too long under pressure can be generated YES 5 FP T2 ON 10s FIX PMP2 STR DLY G25 3 5 Delay time to start fixed pump 2 Relay 2 OFF 0 to 6000 10s Set the delay time to start the fixed pump linked to the relay 2 Note If time is too short overpressure can be gen...

Page 89: ...is set in of motor speed YES 6 SLPsp5 40 0 DRV SLEEP SPEED5 G25 4 6 Sleep speed for local setpoint 5 0 0 to 250 40 0 It allows setting the sleep speed 5 below which the drive will go to sleep whenever local setpoint 5 is selected It is set in of motor speed YES 7 SLPsp6 40 0 DRV SLEEP SPEED6 G25 4 7 Sleep speed for local setpoint 6 0 0 to 250 40 0 It allows setting the sleep speed 6 below which th...

Page 90: ... time to stop fixed pump 3 Relay 3 0 6000s 10s To set the delay time for the fixed pump assigned to the relay 3 Note It time is too short overpressure could occur in the system If time is too long under pressure could occur YES 17 FP T4 OF 10s FPUMP4 STP DELAY G25 4 17 Delay time to stop fixed pump 4 AO1 0 6000s 10s To set the delay time for the fixed pump assigned to the Analogue Output 1 Note It...

Page 91: ...n disable the sleep option of the drive but a PLC receives the warning of fulfilled sleep conditions through the output relay configured with option 31 and stops the system See option 31 in parameter G8 1 1 OPT FUNCTION N NO Sleep mode disabled Y YES Sleep mode enabled YES 10 20 11 Subgroup 25 5 S25 5 Speed Bypass Parameter Name Description Range Default value Function Set on RUN 1 BY SPon 70 0 BY...

Page 92: ...vate cavitation protection once elapsed last cavitation condition will be activated Set a pause time to deactivate cavitation protection In that moment drive will try to start again If three previous conditions are given the drive will stop the pump to protect it from cavitation status no water YES 3 CAV MODE FAULT G25 6 3 Response from cavitation PAUSE FAULT FAULT It allows selecting the drive re...

Page 93: ... elapsing the set time Additionally it is necessary to consider if enabled fixed pumps exist these ones must be connected for the minimum pressure conditions are evaluated otherwise the drive executes the normal connection process of pumps before tripping by minimum pressure YES 11 Lop Msp 0 0 LO PRESS MIN SPED G25 6 11 Minimum speed for minimum pressure fault 0 0 to 250 0 0 It sets a minimum spee...

Page 94: ...8 NO FLbyp 0 0s NO FLO BYPAS DLY G25 6 18 Bypass time for No Flow switch 0 0 to 999s 0 0s During this time the No Flow input is ignored This time has only sense elapsed from the starting of the drive whenever the pipe filling process is not activated If the filling option is activated then the SD700 will check the setting of the parameter G25 6 16 NO FLO FILL before If this parameter is set to YES...

Page 95: ...user In that moment the real regulation will start During the setpoint ramp the drive cannot go to sleep by no demand By setting a slow setpoint ramp a smooth increase of the motor speed is get Note Default units of measurement which are displayed depend on the selected engineering units YES 10 20 14 Subgroup 25 8 S25 8 Setpoint Compensation due to Pressure Loss Parameter Name Description Range De...

Page 96: ...the relay 3 is configured to 28 PUMP CNTRL to control fixed pumps If the pump 3 associated to this relay is not needed we recommend you disable it from here In this way the relay can be configured for other uses OPT FUNCTION N NO To disable the fixed pump associated to the relay 3 The relay is programmed to 00 ALWAYS OFF and free configuration is allowed for it Y YES To enable the fixed pump assoc...

Page 97: ...during this time the fault F72 IN PRES SW will be produced Note The fault F72 is only produced if there is some relay configured as 30 PRIMING PUMP and some digital input configured as 69 PRESSUR SWITC YES 11 PRp DLY OFF PRIM PUM FLTdly G25 9 10 Trip time of F72 during Priming pump is connected OFF 0 0 1 6000m OFF If the priming pump is connected and this time has elapsed from the starting of the ...

Page 98: ...et as offset margin in G25 10 2 and G25 10 3 YES 6 UNIT FLOW l s G25 10 6 Units of measurement of instantaneous flow l s Read only parameter that shows the units of measurement of the instantaneous flow set in G25 10 1 FLOW SEL 10 20 17 Subgroup 25 11 S25 11 Registers Read only Parameter Name Description Range Default value Function Set on RUN 1 P1 0d 0m G25 11 1 Operated time by Pump 1 2 P2 0d 0m...

Page 99: ...instantaneously F2 V LIM FLT DC Bus voltage has reached a dangerous level 850Vdc Hardware Protection Drive will turn off the output to the motor F3 PDINT FLT DC Bus voltage and the output current of the equipment have reached dangerous levels F4 U DESAT F5 U DESAT F6 V DESAT F7 V DESAT F8 W DESAT F9 W DESAT Internal protection within the appropriate IGBT semiconductor has acted F10 NEG IGBT Automa...

Page 100: ...wrong F49 SPD LIMIT Motor speed has exceeded the speed limit parameters G10 1 to G10 4 for the time set in G11 1 SP LIM TO F50 PSU FAULT Internal power supply is not supplying the correct voltage One voltage level has decreased to zero value for 100ms approx F52 SUPPLY FAN A fault in the power supply to the cooling fans has occurred F51 SCR TEMP Rectifier heat sink temperature has reached a danger...

Page 101: ...rameters settings Input power is incorrect damaged fuses Check input power conditions F14 LW V IN Incorrect setting of parameter G11 4 LOW VOLT Check parameters settings Input power is incorrect Motor is driving an unstable load F15 CURL Vdc One of the input fuses is damaged Check input power conditions load type of the application and all of the motor mechanical parts If the fault persists after ...

Page 102: ...echnical assistance Blocked or poor ventilation Check if there is an object blocking ventilation Improve the cooling Heat sink and cooling fan fault on the SD700 Check if the heat sink and the cooling fan are operating correctly F34 IGBT TEMP Ambient temperature is higher than 50 C Check the cooling and thermal conditions Request technical assistance F35 PHSE L1 LOSS Input phase L1 is not connecte...

Page 103: ...he ambient conditions are proper for the equipment Be sure that there is nothing obstructing the cooling fans dust papers dirt in general and that these rotate correctly F54 WATCHDOG TMR A fault in the microcontroller has occurred Disconnect and re connect the input power of the drive If the fault persists request technical assistance of Power Electronics F56 EMERGEN STOP An external trip has been...

Page 104: ...s of this protection in group G25 6 Verify the water level in the aspiration circuit well tank etc F72 IN PRES SW Breakage or low water in aspiration circuit Verify the status of the pressure switch 11 3 Maintenance SD700 drives consist of many electronic parts such as semiconductor devices Temperature humidity vibration and deteriorated components can reduce its efficiency To avoid any possible i...

Page 105: ...acitor Have fluid leakages been observed Is the capacitor well fastened Is any dilation or retraction sign observed Measure the capacitance o o o Visual check Measure the capacitance with a proper instrument No anomaly Higher than 85 of rated capacitance Instrument for measuring capacity Main circuit Contactor Is there any contactor chatter Is the contact damaged o o Audible check Visual check No ...

Page 106: ...puts S4 1 Digital Inputs 1 CNTROL MODE1 1 G4 1 1 Main Control Mode 1 Î LOCAL Drive control is done by keypad 3 RESET MODE Y G4 1 3 Reset by keypad Y Î YES Enables reset by keypad 12 2 Start Stop Commands by Terminals and Speed Reference by Analogue Input 12 2 1 Parameters Configuration Parameter Name Description Value G1 Options Menu 4 LANG ENGLISH G1 4 Language selection ENGLISH 7 PROG STANDAR G1...

Page 107: ...GITL IN 1 05 G4 1 5 Multi function Digital Input 1 configuration 05 Î Start Stop Allows the start stop command to be given by a switch 6 DIGITL IN 2 15 G4 1 6 Multi function Digital Input 2 configuration 15 Î Reference 2 It allows selecting the alternative speed reference programmed in G3 2 12 2 2 Connections drawing Terminals 1 and 2 start stop command NO status Terminals 1 and 3 alternative refe...

Page 108: ...done through control terminals 4 DIGIT I MODE 1 G4 1 4 Digital Inputs configuration selection 4 Î MOTORIZED POT It assigns the function of up and down speed reference to two of the digital inputs DI5 Up NO Contact and DI6 Down NC Contact Reference is memorized 5 Î ERASAB POT As per above mode without memorizing the reference 5 DIGITL IN 1 05 G4 1 5 Multi function Digital Input 1 configuration 05 Î...

Page 109: ...ltiple speed references for up to 7 different values The others digital inputs remain user configurable 5 DIGITL IN 1 05 G4 1 5 Multi function Digital Input 1 configuration 05 Î Start Stop Allows the start stop command to be given by a switch G14 Multi references 1 MREF 1 10 0 G14 1 Multi reference 1 10 0 Allows setting the setpoint 1 value for the drive It should be set according to the applicati...

Page 110: ...t according to motor nameplate 2 MTR VOLT 400V G2 2 Motor rated voltage __V Set according to motor nameplate 3 MTR PWR 00 0kW G2 3 Motor rated power __kW Set according to motor nameplate 4 MTR RPM 1485 G2 4 Motor rpm __rpm Set according to motor nameplate 5 MTR PFA 0 85 G2 5 Cosine Phi __ Set according to motor nameplate 6 MTR FRQ 50Hz G2 6 Motor frequency __Hz Set according to motor nameplate 7 M...

Page 111: ... user to consider the PID error at the moment of stopping fixed pumps Set according to the requirements 14 FP T1 OF 10s G25 4 14 Delay time to stop fixed pump 1 10s Î It sets the delay time to stop the fixed pump associated to the relay 1 15 FP T2 OF 10s G25 4 15 Delay time to stop fixed pump 2 10s Î It sets the delay time to stop the fixed pump associated to the relay 2 16 FP T3 OF 10s G25 4 16 D...

Page 112: ...puts will be affected by pump control activation To select an auxiliary pump you must proceed like this o Set any free digital input to the options 52 FIX PUMP1 FLT 53 FIX PUMP2 FLT or 54 FIX PUMP3 FLT o Enable the pump control in the corresponding parameter G25 9 1 G25 9 2 and G25 9 3 respectively To remove the configuration of that fixed pump and release the relay for other use you must Disable ...

Page 113: ... sensor that user will use in the installation 4 INmin2 4mA G4 3 4 Minimum range of Analogue Input 2 4mA Î These units must be set according to the type of sensor that user will use in the installation 5 Smi2 0 0Bar G4 3 5 Minimum range of sensor 2 0 0Bar Î This range must be set according to the type of sensor that user will use in the installation 6INmax2 20mA G4 3 6 Maximum range of Analogue In...

Page 114: ...ve will sleep whenever local setpoint 2 is selected Set according to the installation 4 SLPsp3 44 0 G25 4 4 Sleep speed for local setpoint 3 44 0 Î It allows setting the sleep speed 3 below which the drive will sleep whenever local setpoint 3 is selected Set according to the installation 5 SLPsp4 46 0 G25 4 5 Sleep speed for local setpoint 4 46 0 Î It allows setting the sleep speed 4 below which t...

Page 115: ...PEED SETPT Digital Input 4 SETPONT PIN3 Digital Input 3 SETPONT PIN2 Digital Input 2 SETPONT PIN 1 G25 1 5 1 0Bar SETPT1 0 0 0 G25 1 6 2 0Bar SETPT2 0 0 X G25 1 7 3 0Bar SETPT3 0 X 0 G25 1 8 4 0Bar SETPT4 0 X X G25 1 9 5 0Bar SETPT5 X 0 0 G25 1 10 6 0Bar SETPT6 X 0 X G25 1 11 7 0Bar SETPT7 X X 0 G25 1 12 8 0Bar SETPT8 X X X Note 0 Not active and X Active Figure 12 5 Pressure Group Control with Eig...

Page 116: ...the drive has been stored into the display To transfer memorized data from display to drive o Set G1 10 2 DOWNLOAD Y o The display will show DOWNLOADING 100 Memorized setting inside the display will be transferred to the drive PARAMETERS FACTORY SETTINGS SETTING 1 SETTING 2 G1 Options Menu 1 LOCK PARMTRS 0 0 ___________________ ___________________ 2 PASSWORD_ OFF OFF ___________________ __________...

Page 117: ...E2 2 2 ___________________ ___________________ 3 RESET MODE Y Y ___________________ ___________________ 4 DIGIT I MODE 1 1 ___________________ ___________________ 5 DIGITL IN 1 06 06 ___________________ ___________________ 6 DIGITL IN 2 00 00 ___________________ ___________________ 7 DIGITL IN 3 00 00 ___________________ ___________________ 8 DIGITL IN 4 00 00 ___________________ _________________...

Page 118: ...____________ G4 Inputs S4 4 Pulse Input 1 Sensr U l m l m ___________________ ___________________ 2 Pls s 100 l s LIQU AMOUNT PULS 100l s ___________________ ___________________ 3 M Rng 1000 l s FLOW MAX RANGE 1000l s ___________________ ___________________ G5 Acceleration and Deceleration Ramps 1 ACCE 1 3 0 s INITIAL ACCEL 3 0 s ___________________ ___________________ 2 DECEL 1 3 0 s INITIAL DECE...

Page 119: ...__________________ ___________________ 6 START DLY OFF DELAY TO START OFF ___________________ ___________________ 7 STOP DLY OFF DELAY TO STOP OFF ___________________ ___________________ 8 STP MIN SP N N ___________________ ___________________ 9 OFFRet OFF DELAY AFTER STOP OFF ___________________ ___________________ 10 RUN AFTR VFL Y Y ___________________ ___________________ 11 SPNstr B OFF SPIN S...

Page 120: ..._______________ 2 COMP 1 TYPE 0 0 ___________________ ___________________ 3 SP C1 ON 100 C1 ACTIVAT LEVEL 100 ___________________ ___________________ 4 LIM 2 C1 100 C1 WINDOW LIMIT2 100 ___________________ ___________________ 5 LIM 1 C1 0 C1 WINDOW LIMIT1 0 ___________________ ___________________ 6 T C1 ON 0 0s C1 ACTIVAT DELAY 0 0s ___________________ ___________________ 7 SP C1 OF 0 C1 DEACTIV L...

Page 121: ... MAX2 SP 100 SPEED MAX LIMIT2 100 ___________________ ___________________ 5 I LIMIT ___A MAX CURRENT ___A ___________________ ___________________ 6 I LIM TO OFF TIMOUT MAX CURRE OFF ___________________ ___________________ 7 I MAX2 ____A MAX CURRENT 2 ___A ___________________ ___________________ 8 MI2 brSP OFF MAX CURR BRK SPD OFF ___________________ ___________________ 9 MAX TOR 150 MAX TORQUE 150...

Page 122: ... TIMOUT 15min ___________________ ___________________ 5 F1 AUTO RST 0 0 ___________________ ___________________ 6 F2 AUTO RST 0 0 ___________________ ___________________ 7 F3 AUTO RST 0 0 ___________________ ___________________ 8 F4 AUTO RST 0 0 ___________________ ___________________ G13 Fault History 1 F0 NO FAULT LAST FAULT FXX ___________________ ___________________ 2 F0 NO FAULT FIFTH FAULT F...

Page 123: ..._______ 4 I HEATING OFF Idc HEATING OFF ___________________ ___________________ 5 DYN BRAK N N ___________________ ___________________ 6 VDC BRAKE OFF VDC BRAKE START OFF ___________________ ___________________ G19 Fine Tuning S19 1 IGBT Control 1 TYPE CRTL V Hz V Hz ___________________ ___________________ 2 FRQ 4000 MODULAT FREQUENC 4000 ___________________ ___________________ 3 PEWAVE Y Y ______...

Page 124: ...AM A 192 192 ___________________ ___________________ 2 IP PARAM B 168 168 ___________________ ___________________ 3 IP PARAM C 1 1 ___________________ ___________________ 4 IP PARAM D 143 143 ___________________ ___________________ 5 SUBNET A 255 255 ___________________ ___________________ 6 SUBNET B 255 255 ___________________ ___________________ 7 SUBNET C 255 255 ___________________ ___________...

Page 125: ...OFF AUTO OFF DELAY OFF ___________________ ___________________ G25 Pump Control S25 2 PID Setting 1 PID SETP LOCAL LOCAL ___________________ ___________________ 2 PID FBK AI2 AI2 ___________________ ___________________ 3 PID Kc 1 0 PROPORTIONAL PID 1 0 ___________________ ___________________ 4 PID It 5 0s INTEGRAL PID 5 0s ___________________ ___________________ 5 PID Dt 0 0s DIFFERENTIAL PID 0 0s...

Page 126: ...___________________ 13 FP erOFF 0 0 FPUMP STOP ERROR 0 0 ___________________ ___________________ 14 FP T1 OF 10s FPUMP1 STP DELAY 10s ___________________ ___________________ 15 FP T2 OF 10s FPUMP2 STP DELAY 10s ___________________ ___________________ 16 FP T3 OF 10s FPUMP3 STP DELAY 10s ___________________ ___________________ 17 FP T4 OF 10s FPUMP4 STP DELAY 10s ___________________ _______________...

Page 127: ...S FLT DLY 10 0s ___________________ ___________________ 11 Lop Msp 0 0 LO PRESS MIN SPED 0 0 ___________________ ___________________ 12 HP MODE PAUSE PAUSE ___________________ ___________________ 13 HP LEV 100Bar HIFH PRESS LEVEL 100Bar ___________________ ___________________ 14 HIpr DLY 0 0s HI PRESS FLT DLY 0 0s ___________________ ___________________ 15 FLO SWm PAUSE PAUSE ___________________ _...

Page 128: ...PRESS 0 0Bar ___________________ ___________________ 8 JPon DLY 20s JOCKEY ON DELAY 20s ___________________ ___________________ 9 JPof P 0 0Bar JOCKEY OFF PRESS 0 0Bar ___________________ ___________________ 10 PRp BYP 300s PRIM PUM BYP DLY 300s ___________________ ___________________ 11 PRp DLY OFF PRIM PUM FLTdly OFF ___________________ ___________________ G25 Pump Control S25 10 Flow Limitation...

Page 129: ... 01 Avda Alcora 162 12006 CASTELLÓN Tel 34 96 136 65 57 Fax 34 96 131 82 01 Pol Residencial Santa Ana Avda Venecia 17 30319 CARTAGENA MURCIA Tel 34 968 53 51 94 Fax 34 968 126 623 NORTE Parq Tecnológico Vizcaya Edificio 103 Planta 1ª 48170 ZAMUDIO BILBAO Tel 34 96 136 65 57 Fax 34 944 31 79 08 SUR C Averroes 6 Edificio Eurosevilla 41020 SEVILLA Tel 34 95 426 01 43 Fax 34 95 451 57 73 CANARIAS C Va...

Page 130: ...Manual Técnico de Usuario convertidor de frecuencia Manual Técnico de Usuario convertidor de frecuencia SDRIVE 700 www power electronics com ...

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