Eaton Cutler Hammer PowerXL DC1 E1 Series Parameter Manual Download | Manualshive

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Summary of Contents for Cutler Hammer PowerXL DC1 E1 Series

Page 1: ...quency When Motor Nom Frequency P 09 is changed P 01 is set to the value of P 09 Motor Nom Speed P 10 0 the maximum speed limit will be displayed in Hz Motor Nom Speed P 10 0 the maximum speed limit w...

Page 2: ...00 a m EST Drives Technical Resource Center Voice 877 ETN CARE 386 2273 option 2 option 6 8 00 a m 5 00 p m Central Time U S UTC 6 email TRCDrives Eaton com www eaton com drives Original operating man...

Page 3: ...mation system may cause damage to persons or property external measures must be implemented to ensure a safe operating state in the event of a fault or malfunction for example by means of separate lim...

Page 4: ...II...

Page 5: ...inputs outputs and terminals 12 3 2 Configuration of the control signal terminals 16 3 2 1 P 12 0 Terminal based operation 16 3 2 2 P 12 1 digital setpoint value 1 operating direction 17 3 2 3 P 12 2...

Page 6: ...essages 29 4 1 List of messages 29 4 2 Messages after a data transfer with a DX COM STICK2 31 4 3 Operating status indicators 31 5 Parameters 32 5 1 Monitor parameter group 32 5 2 Basic parameter grou...

Page 7: ...ectricians Electrical engineering and physics related knowledge and skills will be required in order to be able to commission the corresponding devices We assume that you have a good knowledge of engi...

Page 8: ...of material damage CAUTION Warns of the possibility of hazardous situations that may possibly cause slight injury WARNING Warns of the possibility of hazardous situations that could result in serious...

Page 9: ...unit as supplied only parameter group 1 Basic will be accessible Extended parameter set Level 2 Extended can be accessed by using parameter P 14 to enter the correct password The default password is A...

Page 10: ...n com 1 2 Menu structure Monitor Basic Extended Advanced OK P00 P00 P0 P P P 31 01 00 01 15 60 32 02 02 16 61 49 19 13 58 67 50 20 14 59 68 Level 1 Password entry Level 2 extended password set with P...

Page 11: ...lements Buttons View Push buttons Button Attribute ID Explanation OK Opens and closes the parameter interface Saves parameter values START Starts the variable frequency drive1 Changes the operating di...

Page 12: ...he parameter s value Press the OK button to confirm the parameter value change Press the OK button and hold it down for two seconds in order to exit the parameter interface Navigating between paramete...

Page 13: ...e the and buttons to enter the password set with P 37 default setting 101 Press the OK button to confirm The extended parameter set parameters P 14 and display values P00 will now be available Disabli...

Page 14: ...select parameter P 00 Press the OK button The submenu with P00 01 to P00 30 will now be accessible Hint The parameter range from P00 01 to P00 50 is available in the menu for advanced users level 3 N...

Page 15: ...irection FWD P 12 2 two operating directions FWD REV START Starts the variable frequency drive Increase speed Decrease speed START Changes the operating direction if the motor is running Hint Only if...

Page 16: ...e used to select the configuration for the control signal terminals More specifically you can select predefined terminal configurations by setting P 15 to a value between 0 and 13 The setting digital...

Page 17: ...nce the variable frequency drive stops it will be locked In applications with two operating directions the reverse direction can be selected with REV FWD and REV are XOR d If both signals are applied...

Page 18: ...ix4 which is set with P 23 Low Setpoint value from bus High f Fix4 Select DIG REF AI1 REF Used to select between the digital speed reference value set with the keypad or with the UP and DOWN commands...

Page 19: ...tuations until it is no longer able to work When this mode is selected drive fault signals will be ignored Low Fire mode High Normal mode Select PI REF AI1 REF Used to select between setpoint values L...

Page 20: ...f max 3 FWD Select AI1 REF f Fix1 EXTFLT AI1 REF 4 FWD Select AI1 REF AI2 REF AI2 REF AI1 REF 5 FWD REV Select AI1 REF f Fix1 AI1 REF 6 START DIR EXTFLT AI1 REF 7 FWD REV EXTFLT AI1 REF 8 START DIR S...

Page 21: ...DI3 AI2 terminal 4 DI4 AI1 terminal 6 0 START UP DOWN DIR 1 Not permissible 2 FWD UP DOWN Select DIG REF f Fix1 3 FWD UP EXTFLT DOWN 4 START UP Select DIG REF AI1 REF AI1 REF 5 Not permissible 6 STAR...

Page 22: ...irection will be stored when the unit is switched off P 15 DI1 terminal 2 DI2 terminal 3 DI3 AI2 terminal 4 DI4 AI1 terminal 6 0 START UP DOWN DIR 1 Not permissible 2 FWD UP DOWN Select DIG REF f Fix1...

Page 23: ...No function No function 1 Not permissible 2 Not permissible 3 START Select BUS REF f Fix1 EXTFLT No function 4 Not permissible 5 Not permissible 6 START Select BUS REF AI1 REF EXTFLT AI1 REF 7 START S...

Page 24: ...missible 2 Not permissible 3 START Select BUS REF f Fix1 EXTFLT No function 4 Not permissible 5 Not permissible 6 START Select BUS REF AI1 REF EXTFLT AI1 REF 7 START Select BUS REF DIG REF EXTFLT No f...

Page 25: ...ack AI1 REF 2 Not permissible 3 FWD Select PI REF f Fix1 EXTFLT PI feedback 4 Not permissible 5 Not permissible 6 Not permissible 7 Not permissible 8 Not permissible 9 Not permissible 10 Not permissib...

Page 26: ...F AI1 REF PI feedback AI1 REF 2 Not permissible 3 FWD Select PI REF f Fix1 EXTFLT PI feedback 4 Not permissible 5 Not permissible 6 Not permissible 7 Not permissible 8 Not permissible 9 Not permissibl...

Page 27: ...function No function 1 Not permissible 2 Not permissible 3 START Select BUS REF f Fix1 EXTFLT No function 4 Not permissible 5 Not permissible 6 START Select BUS REF AI1 REF EXTFLT AI1 REF 7 START Sele...

Page 28: ...sible 2 Not permissible 3 START Select BUS REF f Fix1 EXTFLT No function 4 Not permissible 5 Not permissible 6 START Select BUS REF AI1 REF EXTFLT AI1 REF 7 START Select BUS REF DIG REF EXTFLT No func...

Page 29: ...4 Not permissible 5 Not permissible 6 Not permissible 7 Not permissible 8 Not permissible 9 Not permissible 10 Not permissible 11 Not permissible 12 Not permissible 13 ENA No function EXTFLT No functi...

Page 30: ...EF 4 FWD Select AI2 REF AI1 REF AI2 REF AI1 REF 5 Not permissible 6 FWD No function EXTFLT AI1 REF 7 Not permissible 8 START DIR Select f Fix Bit0 Select f Fix Bit1 9 Not permissible 10 Not permissibl...

Page 31: ...ermissible 5 Not permissible 6 Not permissible 7 Not permissible 8 Not permissible 9 Not permissible 10 Not permissible 11 Not permissible 12 Not permissible 13 ENA No function EXTFLT No function 14 N...

Page 32: ...issible 4 Not permissible 5 Not permissible 6 Not permissible 7 Not permissible 8 Not permissible 9 Not permissible 10 Not permissible 11 Not permissible 12 Not permissible 13 ENA No function EXTFLT N...

Page 33: ...cannot be increased a larger device may be required I t trP Motor overload The thermal protection mechanism has tripped as a result of the device being run above the rated motor current set with P 08...

Page 34: ...requency drive is being operated within the ambient temperature range specified for it IP20 devices max 50 C IP66 devices max 40 C Make sure that cooling air can circulate freely clearances to neighbo...

Page 35: ...g to read the parameters from the variable frequency drive PASS t Parameter transfer to variable frequency drive successful FAiL P The parameter set stored in the DX COM STICK2 is for a different rati...

Page 36: ...of the signal applied to analog input 2 after scaling and offsets have been applied P00 03 Frequency Reference P 01 P 01 Frequency Reference in Hz Will be calculated into rpm when motor data are avai...

Page 37: ...ng The sample interval is 500 ms P00 17 MotorCurrent0 Log 0 A 2 Ie Motor current log Recording of the most recent 8 samples of the Motor current prior to a drive trip condition occurring The sample in...

Page 38: ...ge 0 65535 Counts how often DC Undervoltage occurred P00 36 FaultCounter Overtemperature Heatsink 0 65535 Counts how often Overtemperature Heatsink occurred P00 37 FaultCounter Overcurrent Brake Chopp...

Page 39: ...00 s 600 s Sets the deceleration ramp time in seconds The time interval set in t dec represents the time taken to decelerate from Motor Nom Frequency P 09 to zero 5 0 s P 05 Stop Mode 0 3 Determines...

Page 40: ...voltage remains limited to Motor Nom Voltage Hint If the value for P 09 is changed the following parameters will be reset to their default settings P 01 f max P 02 f min P 10 Motor Nom Speed P 20 f F...

Page 41: ...ernal actual value and totalized value of AI1 7 CANOpen internal ramp times 8 CANOpen CANOpen ramp times 9 SmartWire Device Control and speed ref 10 SmartWire Device Control and terminal speed ref 11...

Page 42: ...fix1 P 20 in case of wire break 7 10 0 V 0 P 17 Switching Frequency 0 f Ie Power stage switching frequency Higher frequency reduces the audible ringing noise from the motor and improves the output cur...

Page 43: ...09 is changed the value is reset to default 0 0 Hz P 24 t QuickDec 0 00 s 600 0 s Quick Stop Ramp In default the second deceleration ramp is activated by applying voltage to DI1 and DI2 terminals 2 an...

Page 44: ...o 5 Following a trip the drive will make up to 5 attempts to restart at 25 second intervals The drive must be powered down to reset the counter The number of restart attempts are counted and if the dr...

Page 45: ...ed on trip brown our coast to stop P 05 1 Hint The setting of P 33 will be adopted at a change of P 13 P 33 0 when P 13 0 or 1 P 33 2 when P 13 2 0 P 34 Brake Chopper 0 4 Enable Brake Chopper Enables...

Page 46: ...t 30 ms 2 t 100 ms 3 t 1000 ms 4 t 3000 ms 5 r 30 ms 6 r 100 ms 7 r 1000 ms 8 r 3000 ms 4 P 37 Password Level2 0 9999 Defines the password which is used to get access to extended parameter set Level...

Page 47: ...ity 1 P 42 PID1 Ti 0 0 s 30 0 s PI D controller integral time constant Higher values will result in a more damped response Used in systems in which the overall process responds slowly 1 0 s P 43 PID1...

Page 48: ...l 0 00 100 00 Wake up level controller 1 Sets an error level difference between the PID reference and feedback values above which the PID controller will wake from Standby mode Sets an error level dif...

Page 49: ...s parameter defines a lower reaction threshold level in case P 18 is set to 4 7 Threshold level limit P 19 hysteresis P 54 P 18 4 or 5 output will be logic 1 if the value limit output will be logic 0...

Page 50: ...combined value 50 00 P 63 I CurrentLimit 0 10 175 Current limit in amperes x 10 one decimal place 150 P 64 Motor Stator Resistance R1 0 00 Ohm 655 35 Ohm Stator resistance of the motor For induction...

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