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Leroy-Somer CDC-START, Installation And Maintenance Manual, Page: 3 / 58

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3

NOTE

LEROY-SOMER reserves the right to modify its product characteristics at any time to
incorporate the latest technological developments. The information contained in this
document may therefore be changed without prior warning.
LEROY-SOMER gives no contractual guarantee whatsoever concerning the information
published in this document and cannot be held responsible for any errors it may contain, nor
for any damage arising from its use.

CAUTION

For the user's own safety, the STV 2313 starter must be connected to an approved earth
(

B 

terminal).

Power electronic equipment such as speed controllers, soft starters and inverters cannot be
used as circuit-breaking or isolating devices as specified in standard EN 60204 - 1 (1992),
section 5.
If an accidental start of the installation represents a risk for personnel or the machinery to be
driven, it is imperative to supply the equipment via an isolating device and a circuit-breaking
device (power contactor) controllable by an external safety system (emergency stop, fault
detector).

The electronic starter is fitted with safety devices which can, in the case of certain faults, stop
the starter and the motor. The motor can itself be jammed by mechanical means. Finally,
voltage fluctuations, and particularly power cuts, can also cause the starter to switch off.
The removal of the cause of the shutdown can lead to restarting, with consequent hazard for
certain machines or installations.

In such cases, it is essential that the user takes appropriate precautions against restarting
when the motor makes an unscheduled stop.

Although this equipment complies with current construction standards, it may cause
interference. The user must then take any necessary steps to eliminate it.

LEROY-SOMER declines all responsibility in the event of the above recommendations
not being observed.

DANGER

IMPORTANT

BEFORE ANY INTERVENTION, WHETHER TO DO WITH THE ELECTRICS OR THE
MECHANICS OF THE INSTALLATION OR MACHINE :
- ensure that the power to the starter has been switched off (fused isolator or circuit-breaker)
and locked manually,
- wait 1 minute before any intervention.

Page: 3

Summary of Contents for CDC-START

Page 1: ...e thyristors Absence de phase Microcoupure Thermique moteur Sur puissance Sous puissance Défaut interne DEFAUTS CODE CLIGNOTANT ETATS CODE FIXE MODE MEM DATA RESET Rotor bloqué Thermique dissipateur Thyristor s en court circuit Thyristor s ouvert s Inversion sens de rotation Nombre de démarrages limité Inhibit Autres défauts voir notice Absence réseau Moteur hors tension Accélération En fonctionne...

Page 2: ...Page 2 ...

Page 3: ...actor controllable by an external safety system emergency stop fault detector The electronic starter is fitted with safety devices which can in the case of certain faults stop the starter and the motor The motor can itself be jammed by mechanical means Finally voltage fluctuations and particularly power cuts can also cause the starter to switch off The removal of the cause of the shutdown can lead...

Page 4: ...munication option Sandard extensions Options Coupure réseau Démarrage trop long Thermique thyristors Absence de phase Microcoupure Thermique moteur Sur puissance Sous puissance Défaut interne DEFAUTS CODE CLIGNOTANT ETATS CODE FIXE MODE MEM DATA RESET Rotor bloqué Thermique dissipateur Thyristor s en court circuit Thyristor s ouvert s Inversion sens de rotation Nombre de démarrages limité Inhibit ...

Page 5: ...pad 9 3 2 READ mode 10 3 3 SETTINGS mode 11 to 17 3 4 Programming menu 1 choice of language 16 17 3 5 Programming menu 2 access code 18 to 19 3 6 STV 2313 parameters 20 47 3 7 Using the transfer function 48 to 49 3 8 Back to factory settings 50 51 4 FAULTS DIAGNOSTICS 4 1 Operating faults 52 4 2 FAULT messages 52 4 3 Possible causes of faults 52 to 54 5 SUMMARY OF THE SETTINGS 55 to 58 NOTE TO THE...

Page 6: ...f the motor set up the other options associated with the STV 2313 FR START DC injection module which is used for braking drying or heating the motor RV START speed feedback module which provides gradual and repeated starts and deceleration whatever the load ES START inputs outputs module which is used to control 2 logic inputs multiple settings 1 analogue input 2 analogue outputs 2 relay logic out...

Page 7: ...id any risk of interference when the CDC START console is installed remotely it is strongly recommended that the console is placed well away from any power source which could be a source of radiation transformer busbar system etc the console is not install more than 5m away from the STV 2313 control module the connection lead is well away from all power cables CDC CDC START START Mem RUN PAR MODE ...

Page 8: ...rpose replace the protective cover on the control module To remove the console unscrew the 4 fixing screws if necessary and use the strap above the display to pull the console out 2 3 2 Remote installation The CDC START console can also be installed remotely on the front of an enclosure for example In order to do this please consult LEROY SOMER who will supply a screened connection cable 1 5m 3m o...

Page 9: ...ents Used to memorize the settings These are stored in EEPROM type memories which do not require any back up power supply Used to give the start command when the starter is in control via keypad configuration Used to give the stop command when the device is in control via keypad configuration and can also be used as a fault reset button On used as a reminder that the DIGISTART STV 2313 is in SETTI...

Page 10: ...ly 2 seconds after start up The length of the last start performed Expressed in seconds The number of motor operating hours The counter is active as soon as the start command is given The hours totalled in this way cannot be deleted The starter reference followed by its rating The list of options which are connected to the STV control module The software version of the CDC START console The softwa...

Page 11: ...he following message is displayed If you do wish to memorize press If not use the C or keys to exit the field C MEM MEMorization MEM Menu Display Comments 1 Select A choice of 5 languages 2 Access code Access is locked to menus which follow 3 Initialisation of Softstarter Customization of DIGISTART to the motor 4 Option DC injection With FR START option 5 Option speed feedback With RV START option...

Page 12: ...thout options Indicates the flashing part of the display and thus the position of the cursor Step Press Step Press C C C E D C or C E to menu 8 E S T 1 K I C K S T A R T O F F S T A R T I N G S E T T I N G S C C C C C S T 1 A C C E L E R A T I O N C U R R E N T R A M P C C C C C S T 1 K I C K S T A R T O N Page 12 ...

Page 13: ...R R E N T R A M P P E D E S T A L X X X I n S T 1 C U R R E N T R A M P P E D E S T A L Y Y Y I n S T 1 C U R R E N T R A M P I L I M I T X X X I n S T 1 C U R R E N T R A M P I L I M I T Y Y Y I n S T 1 C U R R E N T R A M P I L I M I T X X X I n S T 1 C U R R E N T R A M P I L I M I T Y Y Y I n C S T 1 C U R R E N T R A M P R A M P T I M E X X s S T 1 C U R R E N T R A M P R A M P T I M E Y Y s ...

Page 14: ...F 3 3 4 Access to settings Note Indicates the part of the display which flashes and thus the position of the cursor Shaded menus can only be accessed with FR START RV START or ES START options S E L E C T L A N G U A G E E N G L I S H A C C E S S C O D E X X X X I N I T I A L I S A T I O N O F S O F T S T A R T E R O P T I O N D C I N J E C T I O N O P T I O N S P E E D F E E D B A C K O P T I O N...

Page 15: ...r Only available if the RV START option is connected Access to parameters relating to the speed sensor Only available if the ES START option is connected Access to parameters relating to the inputs and outputs logic and analogue and the PTC sensors Sets the parameters relating to starting the motor Only available with a 2 speed motor and the RV START option or if OTHER SETTINGS is enabled on one o...

Page 16: ...T L A N G U A G E E N G L I S H C U R R E N T 0 I n S T A R T E R P W R O F F 3 4 Programming menu 1 choice of language Step Press Display Power up Access settings Access contents C Modify contents E Memorize Return to Read mode C U R R E N T 0 I n S T A R T E R P W R O F F S E L E C T L A N G U A G E E N G L I S H S E L E C T L A N G U A G E E N G L I S H S E L E C T S P R A C H E D E U T S C H S...

Page 17: ...ings mode if no key is pressed for a period of 180s the STV 2313 returns to Read mode Return to Read mode is also possible using the key MODE Remarks Indicates that the STV 2313 is in Read mode when the electronic power circuit only is energized The STV is in Settings mode Positions the cursor on the language Selects German use the E key to select another language German is memorized thus all para...

Page 18: ... 0 0 0 0 A C C E S S C O D E 0 0 0 0 A C C E S S C O D E X X X X I N I T I A L I S A T I O N O F S O F T S T A R T E R MODE MEM 3 5 2 Using the access code Step Press Display Search for menu 2 E Access contents C Enter code D E then C Validate code A C C E S S C O D E 0 0 0 0 A C C E S S C O D E 0 0 0 0 A C C E S S C O D E X X X X I N I T I A L I S A T I O N O F S O F T S T A R T E R C O D E I N C...

Page 19: ...access to menus 3 to 14 is not allowed Remarks In Settings mode position the cursor on menu 2 ACCESS CODE Access to the four numbers which comprise the code Even if a code has been memorised the display shows 0000 Enter the code which has been memorized The code which has just been entered is identical to the memorized code thus access to the subsequent menus is authorised The code which has just ...

Page 20: ...V 2313 is controlling several motors which have different power ratings with ES START option or a 2 speed motor with ES START or RV START option enter the parameters which correspond to the highest power rating in this menu I N I T D I S P L A Y O F C U R R E N T I N I n I N I T C O N T R O L D I S T A N C E I N I T A U T O R E S T A R T O N S U P L O S S O F F 3 6 2 Menu 2 access code Display Fac...

Page 21: ...nal block contact LOCAL Control via Run and Stop Reset keys on the console ON the STV 2313 restarts after a short mains loss of up to 1s OFF the STV 2313 trips on mains loss fault Not to be used on applications with high resistive torque and low inertia Note indicates the part of the display where the adjustment is performed indicates those menus which are only available with another option Remark...

Page 22: ...peed motor ON O D C B R A K I N G S E L F D E T E C T I O N See menu 12 deceleration settings for the setting level Display Factory settings Adjustment range OFF OFF ON 4 20 mA 4 20 mA INDUCT TACHO 6000 3000 3000 to 30000 Puls Mn 3000 to 30000 Puls Mn 90 45 20 to 220V AC or DC 20 to 220V AC or DC O S F 2 S P E E D M O T O R O F F O S F S E N S I N D U C T V 1 X X X X X P U L S M n V 2 X X X X X P ...

Page 23: ...on as the motor is stationary or at the latest when the injection period has finished see menu 12 STOP AFTER DELAY The STV 2313 stops the DC injection after the time delay Used for motors 15 kW when self detection is not satisfactory Remarks In the case of a 2 speed motor the STV 2313 can have dual settings LSP and HSP Selecting ON gives access to menu 8 starting settings 2 Selects the type of sen...

Page 24: ...U T L O G I C N 1 O F F O I O I N P U T 1 O T H E R S E T T I N G S O I O I N P U T L O G I C N 2 O F F O I O I N P U T 2 O T H E R S E T T I N G S O I O I N P U T A N A L O G U E O F F O I O I N P U T A N A L O G S I G N A L 4 2 0 m A 3 6 6 Menu 6 option inputs outputs Can be only be accessed with the ES START option connected O I O C O N T R O L O F P T C S E N S O R S O F F O I O C O N T R O L ...

Page 25: ...te by opening the contact of logic input 2 OTHER SETTINGS Is used to enable a second set of parameters in menu 8 starting settings 2 if logic input 1 EXTERNAL FAULT Is also used to enable menus 9 and 10 in order to have 4 sets of parameters if logic input 1 OTHER SETTINGS ON Manages an external analogue signal Changes the STV 2313 to trip state on detection of min and max threshold and or alarm vi...

Page 26: ...0 to 60 0 s START COMPLETE START COMPLETE ENERGIZED ACCELERATING 3 6 6 Menu 6 continued O I O K 3 O V E R L O A D T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s O I O O U T P U T K 3 O V E R L O A D O I O K 3 U N D E R L O A D T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s O I O K 3 A L A R M A N A T H R E S H O L D X X X H Y S T E R E S X X X D E ...

Page 27: ...er than or equal to the time delay It opens as soon as the power consumption exceeds the opening threshold If K3 ALARM ANALOG I P Relay K3 closes when the analogue input level is greater than the closing threshold for a period longer than or equal to the time delay It opens as soon as the analogue input level falls below the opening threshold If K3 MOTOR STATUS Select the operating phase to be mon...

Page 28: ...0 0 to 60 0 s ACCELERATING ACCELERATING START COMPLETE ENERGIZED O I O K 4 O V E R L O A D T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s O E S K 4 U N D E R L O A D T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s O I O K 4 A L A R M A N A T H R E S H O L D X X X H Y S T E R E S X X X D E L A Y X X X s O I O K 4 M O T O R A C C E L E R A T I N G O I...

Page 29: ...r than or equal to the time delay It opens as soon as the power consumption exceeds the the opening threshold If K4 ALARM ANALOG I P Relay K4 closes when the analogue input level is greater than the closing threshold for a period longer than or equal to the time delay It opens as soon as the analogue input level falls below the opening threshold If K4 MOTOR STATUS Select the operating phase to be ...

Page 30: ...o 500 In 4 20 mA 150 4 20 mA or 0 10V 000 to 250 Pn 4 20 mA 4 20 mA or 0 10V O I O O U T P U T A N A 1 U N U S E D O I O I N P U T A N A 1 S I G N A L 4 2 0 m A O I O O U T P U T A N A 1 S I G N A L 4 2 0 m A I M A X X X X I n O I O O U T P U T A N A 1 S I G N A L 4 2 0 m A P M A X X X X P n O I O O U T P U T A N A 2 U N U S E D O I O I N P U T A N A 2 S I G N A L 4 2 0 m A O I O O U T P U T A N A...

Page 31: ...IGN Select the type of signal required In this case the analogue output is proportional to the analogue input Selects the signal supplied by analogue output 2 Note ANALOG I P SIGN can only be accessed if the analogue input is enabled IfOUTPUTANA 2 CURRENT SIGNAL Select the type of signal required and the value of current corresponding to the maximum signal level If OUTPUT ANA 2 POWER O P SIGNAL Se...

Page 32: ...A C C E L E R A T I O N O F F S T 1 K I C K S T A R T L E V E L X S T 1 B R A K E B E F O R E A C C E L L E V E L X X X A C C E L T I M E X X s S T 1 K I C K S T A R T O F F S T 1 A C C E L E R A T I O N C U R R E N T R A M P S T 1 C U R R E N T R A M P P E D E S T A L X X X I n I L I M I T X X X I n R A M P T I M E X X s S T 1 S P E E D R A M P I L I M I T X X X I n A C C E L T I M E X X X s It i...

Page 33: ...le with the RV START option If CURRENT RAMP Set the ramp parameters PEDESTAL Minimum current required to turn the load as soon as the start command is given I LIMIT Maximum current supplied by the STV 2313 This must be sufficient to enable starting under the most severe load conditions RAMP TIME Time taken to ramp up from the pedestal current to the current limit Does not represent the start time ...

Page 34: ...00 to 60 s 400 20 S T 2 A D A P T A T I O N C U R R E N T 2 X X X I n S T 2 B R A K E B E F O R E A C C E L E R A T I O N O F F It is only possible to have either one or the other the last ON memorised is taken into account S T 2 K I C K S T A R T L E V E L X S T 2 B R A K E B E F O R E A C C E L L E V E L X X X A C C E L T I M E X X s S T 2 K I C K S T A R T O F F S T 2 A C C E L E R A T I O N C ...

Page 35: ...celeration ramp Note The speed ramp is only available with the RV START option If CURRENT RAMP Set the ramp parameters PEDESTAL Minimum current required to turn the load as soon as the start command is given I LIMIT Maximum current supplied by the STV 2313 This must be sufficient to enable starting under the most severe load conditions RAMP TIME Time taken to ramp up from the pedestal current to t...

Page 36: ...THER SETTINGS S T 3 A D A P T A T I O N C U R R E N T 3 X X X I n S T 3 B R A K E B E F O R E A C C E L E R A T I O N O F F It is only possible to have either one or the other the last ON memorized is taken into account S T 3 K I C K S T A R T L E V E L X S T 3 B R A K E B E F O R E A C C E L L E V E L X X X A C C E L T I M E X X s S T 3 K I C K S T A R T O F F S T 3 A C C E L E R A T I O N C U R ...

Page 37: ...celeration ramp Note The speed ramp is only available with the RV START option If CURRENT RAMP Set the ramp parameters PEDESTAL Minimum current required to turn the load as soon as the start command is given I LIMIT Maximum current supplied by the STV 2313 This must be sufficient to enable starting under the most severe load conditions RAMP TIME Time taken to ramp up from the pedestal current to t...

Page 38: ...000 to 160 s S T 4 A D A P T A T I O N C U R R E N T 4 X X X I n S T 4 B R A K E B E F O R E A C C E L E R A T I O N O F F It is only possible to have either one or the other the last ON to be memorized is taken into account S T 4 K I C K S T A R T L E V E L X S T 4 B R A K E B E F O R E A C C E L L E V E L X X X A C C E L T I M E X X s S T 4 K I C K S T A R T O F F S T 4 A C C E L E R A T I O N C...

Page 39: ...of acceleration ramp The speed ramp is only available with the RV START option If CURRENT RAMP Set the ramp parameters PEDESTAL Minimum current required to turn the load as soon as the start command is given I LIMIT Maximum current supplied by the STV 2313 This must be sufficient to enable starting under the most severe load conditions RAMP TIME Time taken to ramp up from the pedestal current to t...

Page 40: ...T T H E R M A L O V E R L O A D O N P R O M O T O R T E M P C U R R E N T X X X P R O I N S T A N T E N O U S O V E R L O A D O F F P R O O V E R L O A D T R I P P I N G X X X P n D E L A Y X X s P R O I N S T A N T E N O U S U N D E R L O A D O F F P R O U N D E R L O A D T R I P P I N G X X X P n D E L A Y X X s P R O L O C K E D R O T O R O F F P R O P H A S E S E Q U E N C E O F F P R O D E L ...

Page 41: ...f the power consumption is less than the threshold set for a period greater than the time delay If the protection is enabled Set the tripping threshold and the time delay If ON The STV 2313 trips if the motor does not accelerate If ON The STV 2313 trips if the L1 L2 L3 phase sequence is not followed directly If ON The STV 2313 trips if it receives a start command when the time elapsed since the la...

Page 42: ...OP WITH SPD FEEDBCK WITH DC BRAKING 00 00 to 60 s 00 20 00 to 60 s 00 to 50 s 0 20 00 to 60 s 000 to 160 s 0 150 5 00 to 60 s 025 to 250 00 to 60 D E C D E C E L E R A T I O N C O A S T S T O P D E C S O F T S T O P D E L A Y X X s D E C E L T I M E X X s D E C C O A S T S T O P D E L A Y X X s D E C S P D F E E D B C K D E L A Y X X s D E C E L T I M E X X s D E C D C B R A K I N G D E L A Y X X ...

Page 43: ...T option If COAST STOP DECELERATION Set the delay between the stop command and switching the motor voltage off If SOFT STOP DECELERATION Set the delay between the stop command and the start of the deceleration and the desired deceleration time If DECELERATION WITH SPEED FEEDBACK Set the delay between the stop command and the start of the deceleration and the desired deceleration time If DECELERATI...

Page 44: ...70 2 0 000 to 100 Pn 000 to 100 Pn 00 to 60 s 100 80 2 0 000 to 100 000 to 100 00 0 to 60 0 s R L Y O U T P U T K 1 G E N E R A L F A U L T R L Y K 1 O V E R L O A D T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s R L Y K 1 M O T O R A C C E L E R A T I N G R L Y K 1 U N D E R L O A D T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s R L Y K 1 A L A R ...

Page 45: ...lay K1 closes as soon as the start command is given and opens when the motor is switched off If K1 OVERLOAD Relay K1 closes when the power consumption is greater than the closing threshold for a period longer than or equal to the time delay It opens as soon as the power consumption falls below the opening threshold If K1 UNDERLOAD Relay K1 closes when the power consumption is less than the closing...

Page 46: ...T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s R L Y O U T P U T K 2 M O T O R S T A T U S R L Y K 2 U N D E R L O A D T H R E S H O L D X X X P n H Y S T E R E S X X X P n D E L A Y X X X s R L Y K 2 A L A R M A N A T H R E S H O L D X X X H Y S T E R E S X X X D E L A Y X X X s R L Y K 2 M O T O R E N E R G I Z E D 3 6 14 Transfer Note Before duplication the console must...

Page 47: ... the power consumption is greater than the closing threshold for a period longer than or equal to the time delay It opens as soon as the power consumption falls below the opening threshold If K2 UNDERLOAD Relay K2 closes when the power consumption is less than the closing threshold for a period longer than or equal to the time delay It opens as soon as the power consumption is greater than the ope...

Page 48: ...Modification E Memorise T R A N S F E R S T V C O N S O L E T R A N S F E R S T V C O N S O L E T R A N S F E R C O N S O L E S T V T R A N S F E R S T V L O A D I N G C U R R E N T 0 I n S T A R T E R P W R O F F 3 7 Using the transfer function When using several STV 2313 models of the same power rating which are to be programmed identically it is possible to duplicate the programming as follows ...

Page 49: ...ameters Selects the direction of the transfer The parameters are being transferred from the console to the STV 2313 see Section 3 7 1 The parameters are transferred with automatic return to Read mode Note When the console is connected to the STV 2313 using the key memorizes the parameter in the STV 2313 memory and not in the console memory This is why it is essential to perform an STV CONSOLE tran...

Page 50: ...and Validation B A C K T O F A C T O R Y S E T T I N G S O N M E M B A C K T O F A C T O R Y S E T T I N G S L O A D I N G C O U R A N T 0 I n S T V H O R S T E N S I O N C Note It is only possible to return to factory settings from Read mode and with the motor switched off MEM Page 50 ...

Page 51: ...r circuit supply the return is validated all the parameters revert to the values they had at the time of the first power up including the access code The break in the STV 2313 electronic power circuit supply is essential for the new configuration to be memorized and the self test to be performed Page 51 ...

Page 52: ...ET key on the CDC START console the C O D E I N C O R R E C T M E M o r i z a t i o n T R A N S F E R N O T P O S S I B L E F A U L T T Y P E O F F A U L T display returns to the configuration it was at before the fault occurred 4 3 Possible causes of faults No voltage on the L1 L2 L3 terminals Start time is greater than the Max time set in menu 11 protection settings Load conditions are more seve...

Page 53: ... 3 8 F A U L T S O F T W A R E F A U L T U N D E R L O A D F A U L T O V E R L O A D F A U L T T H M O T O R If the fault is permanent replace the board Control board has failed Short circuit of one or more thyristors Check that no external element part connected to the STV 2313 is short circui ting the thyristors If not check the state of the thyristors Thyristor non conduction or open circuit Ch...

Page 54: ... option open contact between terminals 13 EL2 and 12 0V of the ES START module F A U L T M A I N S S U P P L Y F A U L T T O O M A N Y S T A R T S F A U L T E M E R G E N C Y S T O P With the ES START option the tripping threshold of one of the PTC sensors connected to terminals 3 to 7 of the ES START module is exceeded With the ES START option the analogue input is outside the range defined by th...

Page 55: ...tting Your setting on Your setting on 1 Language French 2 Access code 0 3 Main supply Motor speed Motor power Rated motor current Display of current Control by Autorestart 400 1500 dep on rating STV rating As In Terminal On 4 Heating Delay Level Braking Off 1mn 50 Self detection 5 2 speed motor Choice of sensor Induct V1 V2 Tacho V1 V2 Off 4 20 mA 6000 3000 90 45 6 Input logic 1 Input 1 Input logi...

Page 56: ...t Ana 2 Signal I max P max Input Ana 2 Overload 100 80 2 Energized Underload 100 80 2 Energized Unused 4 20 mA 400 150 4 20 mA Unused 4 20 mA 400 150 4 20 mA 7 Brake Level Time Kickstart Level Off 150 5 Off 3 Acceleration ramp Current Pedestal I limit Accel time 200 400 20 8 Adaptation current 2 Brake Level Time Kickstart Level Acceleration ramp Pedestal I Limit Acceleration time 100 Off 150 5 Off...

Page 57: ...rent 4 Brake Level Time Kickstart Level Acceleration ramp Pedestal I Limit Acceleration time 100 Off 150 5 Off 3 Current 200 400 20 11 Excessive start Max time Motor temperature Current Th Instantaneous overload Tripping Delay Instantaneous underload Tripping Delay Locked rotor Phase sequence Restart delay Time 2 consecut On 30 Off 100 Off 120 1 Off 30 1 Off Off Off 60 Off Analogue input High leve...

Page 58: ...etting on 11 Cont d External trip 1 External trip 2 Off Off 12 Deceleration Delay Decel time Coast stop 00 20 Level Inject time 150 5 13 Output K1 Motor Threshold Hysterisis Delay Output K2 Motor Threshold Hysterisis Delay General fault Accelerating 100 or 50 80 or 70 2 Motor status Energized 100 or 50 80 or 50 2 14 Transfer STV CONSOLE Page 58 ...

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