Leroy-Somer VARMECA 10 Parameter-Setting Manual Download | Manualshive

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VARMECA 10

Variable speed motors and geared motors

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Parameter-setting manual

Ref. 3264 - 4.33/b -1.00

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Summary of Contents for VARMECA 10

Page 1: ...This manual is to be given to the end user VARMECA 10 Variable speed motors and geared motors 1 2 3 4 5 6 7 9 L1 L2 L3 PE 10 8 Parameter setting manual Ref 3264 4 33 b 1 00 en ...

Page 2: ...ontrolled by an external safety system emergency stop fault detector The VARMECA 10 motor is fitted with safety devices which in the event of a fault control stopping and thus stop the motor The motor itself can become jammed for mechanical reasons Voltage fluctuations and in particular power cuts may also cause the motor to stop The removal of the causes of the shutdown can lead to restarting whi...

Page 3: ...rage and correct handling must be observed The climatic conditions specified in the technical manual must be observed 4 Installation The installation and cooling of equipment must comply with the specifications in the manual supplied with the product VARMECA 10 motors must be protected against excessive stress In particular there must be no damage to parts and or modification of the clearance betw...

Page 4: ... of the CDC VMA console 30 1 4 Wiring diagrams 31 2 COMMISSIONING THE CDC VMA CONSOLE 37 2 1 Installation 37 2 2 Presentation of the keypad 37 2 3 Read mode 38 2 4 Parameter setting mode 38 2 5 The VARMECA 10 parameters 39 3 COMMISSIONING THE PEGASE VMA 10 PC PARAMETER SETTING SOFTWARE 41 3 1 Connection 41 3 2 Installing the software 41 3 3 Use 42 3 4 The VARMECA 10 parameters 43 4 TROUBLESHOOTING...

Page 5: ...ng the software onto a PC or 1 CD ROM 1 parameter setting manual MINIMUM PC CONFIGURATION Pentium 100 MHz 8 Mb of RAM WINDOWS 95 or 98 1 3 Weight and dimensions of the CDC VMA console See the following diagram 165 85 113 15 28 20 9 5 Weight 0 3 kg CDC VMA MEM P01 FMIN P02 REF 0V 4MA P03 F MAX P04 REF 10V 20MA P05 ACCEL P06 DECEL P07 STOP MODE P10 U F P11 BOOST P23 F MOT P24 I MOT FREQUENCE MIN HZ ...

Page 6: ...6 5 Ramp selection logic input 1s 50 Hz terminals 5 and 6 not connected 3s 50 Hz terminals 5 and 6 connected 6 0 V common with terminal 4 7 Logic input run reverse stop 8 Logic input run forward stop 9 10 Relay output 250 V 1A Switched off or faulty On 1 2 3 4 5 6 7 9 L1 L2 L3 PE 10 8 Fault relay 10V Local button or external potentiometer 0 10V speed image output 0V Ramp selection 0V Run reverse s...

Page 7: ... common with terminal 6 5 Logic input S1 6 0 V common with terminal 4 7 Logic input run reverse stop 8 Logic input run forward stop 9 10 Relay output 250 V 1A Switched off or faulty On 1 2 3 4 5 6 7 9 L1 L2 L3 PE 10 8 Fault relay 0 10V speed image output 0V Preset speed selection S1 0V Run reverse stop Run forward stop MAINS SUPPLY Associated parameter setting CDC VMA PEGASE VMA 10 Terminal block ...

Page 8: ... V common with terminal 4 7 Logic input run forward stop 9 10 Relay output 250 V 1A Switched off or faulty On 1 2 3 4 5 6 7 9 L1 L2 L3 PE 10 8 Fault relay 10V External potentiometer or external reference 0 10V speed image output 0V Preset speeds 0V Run stop Preset speeds S1 S2 MAINS SUPPLY Associated parameter setting CDC VMA PEGASE VMA 10 Terminal block configuration P14 2 OPTION 2 P16 VP1 2 Hz V...

Page 9: ...input for enabling disabling the correction S1 open correction possible S1 closed no correction 6 0 V common with terminal 4 7 Logic input run reverse stop 8 Logic input run forward stop 9 10 Relay output 250 V 1A Switched off or faulty On 1 2 3 4 5 6 7 9 L1 L2 L3 PE 10 8 Fault relay 0V 0V Enable disable local button 0V 10V Run reverse stop Run forward stop External reference 0 10V 4 20mA 1 2 3 4 ...

Page 10: ...op 8 Logic input S3 9 10 Relay output 250 V 1A Switched off or faulty On 1 2 3 4 5 6 7 9 L1 L2 L3 PE 10 8 Fault relay 10V External potentiometer or external reference Fixed or proportional preset speed selection 0V Preset speed selection 0V Run stop Stopping mode S1 S2 S3 MAINS SUPPLY Associated parameter setting CDC VMA PEGASE VMA 10 Terminal block configuration P14 4 OPTION 4 P15 VP1 Hz VP1 OPTI...

Page 11: ...ference selection 6 0 V common with terminal 4 7 Logic input run reverse stop 8 Logic input run forward stop 9 10 Relay output 250 V 1A Switched off or faulty On 1 2 3 4 5 6 7 9 L1 L2 L3 PE 10 8 Fault relay 10V PI reference local button or external reference PI sensor feedback 0 10V 0V PI reference selection local button or external reference 0V Run reverse stop Run forward stop S1 MAINS SUPPLY As...

Page 12: ...cket 20 pin socket 230 V power supply VARMECA 10 connector CDC VMA MEM P01 FMIN P02 REF 0V 4MA P03 F MAX P04 REF 10V 20MA P05 ACCEL P06 DECEL P07 STOP MODE P10 U F P11 BOOST P23 F MOT P24 I MOT FREQUENCE MIN HZ ETALONNAGE CONSIGNE MIN HZ FREQUENCE MAX HZ ETALONNAGE CONSIGNE MAX HZ HZ RAMPE ACCEL RAMPE DECEL S MODE D ARRET 0 ROUE LIBRE 1 RAMPE LOI U F 0 FIXE 1 DYNAMIQUE BOOST LECTURE FREQUENCE MOTE...

Page 13: ...or scrolling in the opposite direction 2 4 Parameter setting mode To modify a setting use the or keys to select the parameter The key is used to make the parameter which is to be modified flash Modify the setting value with the or keys As soon as the value differs from the stored value the MEM message appears When the desired setting value has been reached it can be stored using the key The MEM in...

Page 14: ...uency ratio 0 fixed U F the P08 voltage will be applied at the P08 frequency point 1 dynamic U F the voltage adapts automatically to the motor load 0 or 1 0 from 0 25 to 1 1 kW 1 from 1 5 to 7 5 kW P11 BOOST 1 value of voltage applied in low frequencies percentage of mains voltage 0 to 40 adapted to the motor according to the power P12 OVER BOOST 1 value of voltage during starting phase percentage...

Page 15: ...to 220 Hz P24 I_MOT motor current in tenths of an ampere A 10 0 to 150 of In P25 FAULT last fault in memory fault code 0 no fault 1 motor overheating 2 overvoltage 3 overcurrent 4 locked rotor 5 DC bus undervoltage 6 EEPROM 7 serial link 8 power module fault 0 to 8 0 P26 STOP Fmin enabling of the STOP USING REFERENCE function 0 disabled 1 enabled when the reference is less than Fmin it forces the ...

Page 16: ...et 3 disks or 1 CD ROM 1 parameter setting manual 3 1 2 Connection The RS 232 socket on the cable is connected to the RS232 socket on the PC The 20 pin socket on the cable connects to the connector on the VARMECA 10 rolled cable 3 2 Software installation Start up your PC Insert disk n 1 or the CD ROM Open the install file Follow the instructions given on the screen in particular those relating to ...

Page 17: ...TWARE LEROY SOMER Ref 3264 4 33 b 1 00 3 3 Use Double click on the icon The first window appears 3 3 1 Detail of the 1st window 3 3 2 Detail of the 2nd window Choice of language Go to next window Exit the current window Power rating selected Go to next window VARMECA software version Programming software version Exit the current window ...

Page 18: ...Hz 50 or 80 Hz F min minimum operating frequency 6 to 30 Hz 12 Hz ACCEL acceleration ramp value to pass from 0 to 50 Hz 0 to 20 s 3 s DECEL deceleration ramp value to pass from 50 to 0 Hz 0 to 20 s 3 s Un mot 1 voltage applied to the motor at base frequency percentage of mains voltage base 400 V 0 to 100 100 Fn mot 1 base frequency of motor 50 to 150 Hz 50 Hz BOOST 1 value of voltage applied in lo...

Page 19: ...3 correction of an external reference using the local button option 4 2 preset speeds proportional to the reference standard option 1 option 2 option 3 option 4 standard VP1 option 1 4 preset speed 1 in configuration options 1 and 4 0 to 220 Hz 50 Hz VP2 option 1 4 VP1 option 2 preset speed 2 in configuration options 1 and 4 or preset speed 1 in configuration option 2 0 to 220 Hz 60 VP2 option 2 p...

Page 20: ...increments of 1 Factory setting F mot motor frequency reading 0 to 220 Hz reading V bus voltage of the speed controller DC bus reading from 0 to 800 V Status speed controller status stop or run Fault speed controller fault indication POSSIBLE INDICATIONS no fault motor overheating overvoltage overcurrent locked rotor bus undervoltage EEPROM serial link module fault NO FAULT Vmains V bus 2 U motor ...

Page 21: ... that the deceleration ramp is long enough for applications with high inertia check the set rating and the motor power internal product fault 4 LOCKED ROTOR Red LED illuminated check if the motor is overloaded or has stalled green LED flashing 5 BUS UNDERVOLTAGE Red LED flashing check the mains supply voltage 6 EEPROM Red LED illuminated make sure that the VARMECA 10 is not affected by interferenc...

Page 22: ...duct be needed Settings made using the CDC VMA console Settings made using the PEGASE VMA 10 software Parameters Value set P01 F MIN P02 REF 0 V 4 mA P03 F MAX P04 REF 10 V 20 mA P05 ACCEL P06 DECEL P07 STOP MODE P08 Un MOT P09 Fn MOT P10 U F P11 BOOST P12 OVERBOOST P13 F PWM P14 CONFIG Parameters Value set P15 VP1 1 P16 VP2 1 VP1 2 P17 VP2 2 P18 VP3 2 P19 ROTATION P20 SELECT 3 P21 PI K PRO P22 PI...

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