Hardware and Engineering DF6-340-... Frequency ... - Moeller.com.tr

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.01/02 AWB8230-1413GB Parameter protectionParameter protectionUnder PNU b031, you can specify whether you want to use thenormal or extended parameter setting features in RUN mode. Ifyou set the value 10 under PNU b031, further parameters areavailable which can be modified in the RUN mode. Theseadditional parameters are marked “j” in the Extended column.Adjustable in RUN modeNormal Extended– jThe five following methods of parameter protection are available:PNU Name Adjustable in RUN mode Value Function WENormalExtendedb031Softwaredependentparameterprotection– j 00 Parameter protection through SFT input;all functions inhibited01 Parameter protection through SFT input;input through PNU F001 possible0102 Parameter protection without SFT input;all functions inhibited03 Parameter protection without SFT input;input through PNU F001 possible10 Extended parameters adjustable in RUN mode139
Setting Parameters01/02 AWB8230-1413GBControlled decelerationNormally, in the event of a power failure or an Emergency-Stop,the motor coasts to a halt without frequency inverter control. Insome applications, however, it is necessary to control the motor’sdeceleration. This function is provided for such cases.To use this function, the power supply for connections R0 <strong>and</strong> T0must be changed.Proceed as follows:X Release the two screws of terminals R0 <strong>and</strong> T0. Removeconnector J51 with the cable from the circuit board (retain theplug).Warning!Before working on the <strong>DF6</strong>, isolate the device from itspower supply. Risk of fatal injury from electrical current.By default, terminals R0 <strong>and</strong> T0 are connected to phases L1 <strong>and</strong> L3through connector J51 (a fig. 144).R0 T0L1L2L3J51R0T0SMPSU–+VWBRDC–DC+L+M3 hJ51Figure 146: Disconnect J51 from terminals R0 <strong>and</strong> T0Figure 144: Default connection of terminals R0 <strong>and</strong> T0SMPS: <strong>DF6</strong> control electronicsFor controlled deceleration to work, you must connect terminalsR0 <strong>and</strong> T0 to DC+ <strong>and</strong> DC– (a fig. 145).X Connect a cable to terminal R0, which is long enough to reachterminal DC+ (do not connect yet).X Connect a cable to terminal T0, which is long enough to reachterminal DC– (do not connect yet).X Remove the ferrite rings from the connector cable (J51) <strong>and</strong>guide the new cable through the ferrite rings.L1L2L3J51R0T0SMPSU–V M+ W 3 hBRDC–DC+L+T0R0Figure 147: Remove the ferrite rings.Figure 145: Connecting terminals R0 <strong>and</strong> T0 to DC+ <strong>and</strong> DC–SMPS: <strong>DF6</strong> control electronicsX Twist the two cables with each other.X Connect terminal R0 to DC+ <strong>and</strong> terminal T0 to DC–.With this wiring arrangement, the motor can feed the frequencyinverter’s control electronics when the power supply is switchedoff.140
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About the DF6 <str
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About the DF6 <str
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About the DF6 <str
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Engineering01/02 A
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Operating the DF60
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Operating the DF60
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Operating the DF60
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Operating the DF60
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Programming the ControlSignal Termi
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