Input parameters Output parameters Setting parameters | Siemens 440

6 Commissioning

Issue 10/06

FFB	Input parameters		Output parameters		Setting parameters
AND1	P2810[2]	BI: AND 1	r2811	BO: AND 1		–
AND2	P2812[2]	BI: AND 2	r2813	BO: AND 2		–
AND3	P2814[2]	BI: AND 3	r2815	BO: AND 3		–

OR1	P2816[2]	BI: OR 1	r2817	BO: OR 1		–
OR2	P2818[2]	BI: OR 2	r2819	BO: OR 2		–
OR3	P2820[2]	BI: OR 3	r2821	BO: OR 3		–

XOR1	P2822[2]	BI: XOR 1	r2823	BO: XOR 1		–
XOR2	P2824[2]	BI: XOR 2	r2825	BO: XOR 2		–
XOR3	P2826[2]	BI: XOR 3	r2827	BO: XOR 3		–

NOT1	P2828	BI: NOT 1	r2829	BO: NOT 1		–
NOT2	P2830	BI: NOT 2	r2831	BO: NOT 2		–
NOT3	P2832	BI: NOT 3	r2833	BO: NOT 3		–

D-FF1	P2834[4]	BI: D-FF 1	r2835	BO: Q D-FF 1		–
			r2836	BO: NOT-Q D-FF 1
D-FF2	P2837[4]	BI: D-FF 2	r2838	BO: Q D-FF 2		–
			r2839	BO: NOT-Q D-FF 2

RS-FF1	P2840[4]	BI: RS-FF 1	r2841	BO: Q RS-FF 1		–
			r2842	BO: NOT-Q RS-FF 1
RS-FF2	P2843[4]	BI: RS-FF 2	r2844	BO: Q RS-FF 2		–
			r2845	BO: NOT-Q RS-FF 2
RS-FF3	P2846[4]	BI: RS-FF 3	r2847	BO: Q RS-FF 3		–
			r2848	BO: NOT-Q RS-FF 3

Timer1	P2849	BI: Timer 1	r2852	BO: Timer 1	P2850	Delay time of Timer 1
			r2853	BO: NOT Timer 1	P2851	Mode Timer 1
Timer2	P2854	BI: Timer 2	r2857	BO: Timer 2	P2855	Delay time of Timer 2
			r2858	BO: NOT Timer 2	P2856	Mode Timer 2
Timer3	P2859	BI: Timer 3	r2862	BO: Timer 3	P2860	Delay time of Timer 3
			r2863	BO: NOT Timer 3	P2861	Mode Timer 3
Timer4	P2864	BI: Timer 4	r2867	BO: Timer 4	P2865	Delay time of Timer 4
			r2868	BO: NOT Timer 4	P2866	Mode Timer 4

ADD1	P2869[2]	CI: ADD 1	r2870	CO: ADD 1		–
ADD2	P2871[2]	CI: ADD 2	r2872	CO: ADD 2		–

SUB1	P2873[2]	CI: SUB 1	r2874	CO: SUB 1		–
SUB2	P2875[2]	CI: SUB 2	r2876	CO: SUB 2		–

MUL1	P2877[2]	CI: MUL 1	r2878	CO: MUL 1		–
MUL2	P2879[2]	CI: MUL 2	r2880	CO: MUL 2		–

DIV1	P2881[2]	CI: DIV 1	r2882	CO: DIV 1		–
DIV2	P2883[2]	CI: DIV 2	r2884	CO: DIV 2		–

CMP1	P2885[2]	CI: CMP 1	r2886	BO: CMP 1		–
CMP2	P2887[2]	CI: CMP 2	r2888	BO: CMP 2		–

FSW1		–		–	P2889	CO: FSW 1 in [%]
FSW2		–		–	P2890	CO: FSW 2 in [%]

68	MICROMASTER 440
	Operating Instructions (Compact)

Image 68

Siemens 440 operating instructions Input parameters Output parameters Setting parameters

Contents

Operating Instructions Compact Issue 10/06 User Documentation Issue 10/06 Contents Contents Issue 10/06 Mounting dimensions Frame Drilling Dimensions Tightening Torque SizeClearance distances for mounting Bolts Technical Specifications Input voltage range Weight Lbs 12,5 Tightening torques for Power terminals Lbf.inOrder No 6SE6440 26,5 Weight Lbs Output Power KVAWeight 1BA1 5BA1 Power terminals Lbf.in 2AD23 2AD242AD27 2AD31 For UL specified Input Cable, min Mm2 Input Cable, max Mm2Output Cable, min Mm2 Output Cable, max Mm2 95 or 150 or 185 or 240 or 4/0 or 300 or 400 or 500 or 1/0 2/0350 or 4/0 Recommended Fuse Order No 6SE6440 2UE17 2UE21 2UE22 2UE24 2UE25 2UE27 2UE31 5CA1 Power Terminals Frame Size a Frame Sizes B and C Removing front covers Frame Sizes B and C Frame Sizes D and E Removing front covers Frame Sizes D and E Frame Size F Removing front covers Frame Size F Frame Sizes FX and GX Removing front covers Frame Sizes FX and GX Connection terminals for Frame Sizes a F Connection overview for Frame Size FX Connection overview for Frame Size GX Control terminals of Micromaster Control terminalsTerminal Designation Function Block diagram Frame sizesTo F FX and GX 50/60 Hz DIP switch Pre-assignment of the inputsInput/Output Parameter Function AOP at the BOP link AOP at the COM link PC frequency inverter connecting setEstablishing communications Bus interface CB AOP as control unitParameter / Terminal AOP on BOP link AOP on COM link DeviceNet CANopen Buttons and their Functions Step Result on the display Quick commissioning Rated motor power Selection of command sourceRated motor voltage Rated motor current Selection of frequency setpoint Min. frequencyMax. frequency Ramp-up time Control mode End of the quick commissioning/drive settingSelection of torque setpoint Select motor data identification Factory setting Ambient motor temperature entered in C Motor data identificationMagnetizing current Select motor data identification with P1910 = Determining the magnetizing current Quick commissioning routineMotor data identification routine Serial Interface USS Selection of command sourceCommissioning the application Function digital input Possible Settings Digital input DINFunction digital input Debounce time for digital inputs Common Settings Closed Digital outputs DoutBI Function of digital output CO/BO State of digital outputs BI Disable additional setpoint Common settingsSelection of frequency setpoint Example P1000 = Analog input ADC Analog output DAC Motor potentiometer MOP Setpoint memory of the MOPInhibit negative MOP setpoints Setpoint of the MOP Fixed frequency FF 10 JOG JOG frequency rightJOG frequency left JOG ramp-up time Ramp function generator RFG Reference/limit frequencies Inverter temperature warning Delay, fan shutdownInverter protection Motor protection Motor temperature sensor Alarm threshold, motor overtemperatureInverter temperature reaction Motor overload factor % Encoder Acceleration boost entered in % 16 V/f controlContinuous boost entered in % Starting boost entered in % Programmable V/f freq CoordProgrammable. V/f volt .0 Hz Programmable V/f freq .0 Hz Field-orientated control Limitations 17.1 Sensorless vector control Slvc Operation directly after an on command P1750 =Control word of motor model Zero crossing 17.2 Vector control with encoder VCFilter time for act. speed Gain speed controller Frequent settings Supplementary torque setpointP1511= CI Supplementary torque setpoint Automatic restart Converter-specific FunctionsFlying start Motor size Brake type Opening time ms Closing time ms Holding brake enableHolding brake Holding brake release delay entered in s BI Fct digital outputInverting digital Outputs Holding time after ramp-down entered in s DC brake P1230 = P1232 = P1233 =BI Enabling the DC brake DC braking current entered in % Compound braking current entered in % Compound brakingDC braking start frequency entered in Hz Vdc controller Dynamic braking18.7 Load torque monitoring P2182 PID controller P2264 CI PID feedback Controller structuresParameter Parameter text Example Parameter Parameter text Setting Meaning PID cancer control Positioning down ramp Enable FFBs Free function blocks FFBP2800 = P2801 = P2802 = Activate FFBs Input parameters Output parameters Setting parameters Command data set CDS Data sets Drive data set DDS P0820 = P0821 =Drive data set DDS bit BI DDS bit DIN Diagnostic parameters CO/BO Control word CO Actual frequencyCO Act. output current limit CO Act. output voltage R1079 CO Selected frequency setpointR1114 R1170 CO Freq. setpoint after dir. ctrl Series commissioning Parameter reset of factory settingFactory reset Displays and messages LED status display Alarm Significance Fault messages and Alarm messagesFault Significance Online Service & Support Regional ContactsCentral Technical Support Internet Address