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

Programming the ControlSignal Terminals01/02 AWB8230-1413GBNote that, when the signalling relay output is configured as abreak contact (default setting), there is a delay from the time thesupply voltage is switched on until the AL output is closed, <strong>and</strong>that a fault message for the AL output therefore appears for ashort time after the supply is switched on.Table 21:PNUConfiguring relay outputs as make contactsValue Adjustable in FunctionRUN modeTerminalNormalExtendedWERelay outputs K23-K24 <strong>and</strong> K33-K34The same functions can be assigned to the two relay outputs as tothe signalling relay.The terminal functions for programmable digital relay outputsK23-K24 <strong>and</strong> K33-K34 are configured under PNU C021 <strong>and</strong> C022respectively, i.e. PNU C021 defines the function of relay outputK23-K24, PNU C022 the function of relay output K33-K34.Table 19:PNUC021 K23-K24C022 K33-K34For a detailed description of the output functions, see the pageslisted in table 20.Table 20:NormalRelay outputs K23-K24 <strong>and</strong> K33-K34TerminalAdjustable in ValueRUNmodeExtendedFunctions of the relay outputsProgrammable relay outputs K23-K24 <strong>and</strong> K33-K34 are, bydefault, configured as make (NO) contacts.If required, you can also configure the relay outputs as break (NC)contacts. To do this, enter 01 under PNU C031 <strong>and</strong> C032(corresponding to relay outputs K23-K24 <strong>and</strong> K33-K34).WE– j a table 2 01Value Function Description a page00 RUN Operation 9601 FA1 <strong>Frequency</strong> setpoint reached 9402 FA2 <strong>Frequency</strong> exceeded 9403 OL Overload signal 9704 OD PID control deviation98exceeded05 AL Fault 9906 FA3 <strong>Frequency</strong> (within range) 94reached08 IP Mains failure, immediate stop 9909 UV Undervoltage signal 9911 RNT Running time exceeded 10012 ONT Mains On time exceeded 10013 THM Motor thermal overload 10100C031 K23-K24C032 K33-K<strong>340</strong>0 or01– j 00: Makecontact01: Breakcontact<strong>Frequency</strong> arrival signal (FA1/FA2/FA3)The digital output configured as FA1 is activated as soon as thesetpoint frequency is reached (a fig. 87).The digital output configured as FA2 is active while thefrequencies defined under PNU C042 <strong>and</strong> C043 are exceeded(a fig. 89).The digital output configured as FA3 is activated when thefrequency defined under PNU C042 is reached during acceleration.As soon as this frequency is left, FA3 is deactivated again. Duringdeceleration, FA3 responds in the same way at the frequency setunder PNU C043 (a fig. 90).To achieve a certain hysteresis, signals FA1 to FA3 are eachactivated with f 1 before the switching threshold is reached <strong>and</strong>deactivated again with f 2 on leaving the switching threshold. f 1<strong>and</strong> f 2 are:• f 1 : 1 % of the end frequency (PNU A004, A204)• f2: 2 % of the end frequency (PNU A004, A204)PNU F001f Of 1 f2tFA1Figure 87: Function chart for FA1 (frequency reached)f o : Output frequencyf 1 : 1 % of the end frequency (PNU A004, A204)f 2 : 2 % of the end frequency (PNU A004, A204)F001: Setpoint0094