MFA - MF enclosed D.C. motors

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MFA - MF example : Data : - 0.7 at 950 min -, - speed drive output voltage 80 V, - supply by thyristor. Operating mode : - reselect the size of the motor using the chart opposite : MFA 80. - In the selection table look for the power closest to 0.7 for a form factor of.6 (due to the type of speed drive) (see the following page, an extract of which appears below) : = 0.75 at 2000 min -. How can the rated speed be adjusted to the required speed? By adjusting the armature voltage (speed drive output), without exceeding the rated value, as the power is corrected proportionally. In this case, to be used at 850 min -, the motor will be supplied at 950 80 = 75.5 V, 2 000 75.5 and = 0.75, or 0.73. 80 Motor selected : MFA 80 L - 80 V - 0.75 IC 0 4 3.8 3.6 3.4 3.2 3 2.8 2.6 2.4 22. 2 8..6 MF 2 MF 00.4.2 MFA 80 0.8 0.6 0.4 0.2 MFA 63 MFA 56 ower 500 000 500 2000 2500 3000 3500 min - Speed n M N I η MFA for armature voltage 80 V without excit. size min - N.m A 0.37 3000.8 2.6 0.79 63 L 0.37 2000.77 2.7 0.76 80 S 0.37 3000.8 3.7 0.556 80 S 0.55 2000 2.63 3.7 0.826 80 L 0.55 3000.75 5. 0.599 80 L 0.75 2000 3.58 5. 0.87 80 L 0.75 3000 2.39 4.9 0.85 80 L 2000 4.78 6.6 0.842 80 VL B2.4

MFA FF.6 I 44 MFA motor - Class F Field excitation by permanent magnets ower supply by thyristor (form factor.6) S duty - Ambient temperature 40 C - Altitude 000 m n M N I η L R 5 U max Moment MFA for armature voltage 80 V without excit. of inertia size min - N.m A mh Ω V 0-3 kg.m 2 0,075 3000 0,24 0,6 0,62 88 29,37 200 0,26 56 S 0,2 3000 0,38 0,58 23,84 200 0,5 56 L 0,8 3000 0,57,2 0,69 32 6,7 200,3 63 S 0,25 3000 0,80,9 0,7 2 4,25 200,7 63 M 0,37 3000,8 2,4 0,75 4,3 2,53 200 2,5 63 L 0,37 2000,77 2,7 0,76 46 8 200 2,5 80 S 0,37 3000,8 3,7 0,556 24 3,3 200 2,5 80 S 0,55 2000 2,63 3,7 0,826 36 2,65 200 5 80 L 0,55 3000,75 5, 0,599 7,8 200 5 80 L 0,75 2000 3,58 5, 0,87 25 2,65 200 5 80 L 0,75 3000 2,39 4,9 0,85 8,8 200 5 80 L 2000 4,78 6,6 0,842 20,99 200 7,5 80 VL 3000 3,8 7,6 0,73 2 0,9 200 7,5 80 VL example : see page B2.4. Maximum current which must not be exceeded :.6 times the rated current; otherwise there is a risk that the magnets will be demagnetized.. FF : current form factor. n : Rated speed ± 0 % R 5 : Armature resistance at 5 C B2.5

MFA FF.05 I 44 MFA motor - Class F Field excitation by permanent magnets ower supply by thyristor (form factor.05) S duty - Ambient temperature 40 C - Altitude 000 m n M N I η L R 5 U max Moment MFA for armature voltage 80 V without excit. of inertia size min - N.m A mh Ω V 0-3 kg.m 2 0,09 3000 0,29 0,65 0,7 88 29,37 200 0,26 56 S 0,8 3000 0,57 0,83 23,84 200 0,5 56 L 0,3 3000 0,96 2, 0,83 32 6,7 200,3 63 S 0,45 3000,43 2,6 0,83 2 2,53 200,7 63 M 0,55 3000,75 3,5 0,86 4,3 2,53 200 2,5 63 L 0,45 2000 2,5 3, 0,806 39 8 200 2,5 80 S 0,55 3000,75 3,7 0,826 24 3,3 200 2,5 80 S 0,66 2000 3,5 4,5 0,85 29 2,65 200 5 80 L 0,75 3000 2,39 5,3 0,786 7,8 200 5 80 L 0,9 2000 4,30 6, 0,82 2 2,65 200 5 80 L 3000 3,8 6,8 0,87 3,8 200 5 80 L,2 2000 5,73 7,9 0,844 6,99 200 7,5 80 VL,3 3000 4,4 8,6 0,84 0 0,9 200 7,5 80 VL example : see page B2.4. Maximum current which must not be exceeded :.6 times the rated current; otherwise there is a risk that the magnets will be demagnetized.. FF : current form factor. n : Rated speed ± 0 % R 5 : Armature resistance at 5 C B2.6

MF 00 L I 44 motor - Class F Separate field excitation : 90 V ± 0 % ower supply by single phase rectified current, with or without S duty - Ambient temperature 40 C - Altitude < 000 m with without Rotation speed n for voltage U M N 50 V 80 V 230 V 250 V 260 V 30 V without I η L R 5 U max min - min - min - min - min - min - N.m A excitation mh Ω V 0,5 0,45 660 6,5 4 0,755 82 5,22 340 0 0,63 0,56 820 6,52 4 0,78 82 5,22 340 0 0,82 0,73 080 6,46 4 0,796 82 5,22 340 0 0,9 0,8 90 6,42 4 0,8 82 5,22 340 0 0,95 0,84 240 6,47 4 0,83 82 5,22 340 0,3 500 6,37 4 0,8 82 5,22 340 0 0,8 0,7 000 6,69 5,5 0,858 93 2,5 340 02 0,96 0,85 230 6,60 5,5 0,86 93 2,5 340 02,24, 600 6,57 5,5 0,87 93 2,5 340 02,36,2 750 6,55 5,5 0,877 93 2,5 340 02,42,25 830 6,52 5,5 0,88 93 2,5 340 02,7,5 2200 6,5 5,5 0,883 93 2,5 340 02 0,93 0,83 230 6,44 6,7 0,824 64,66 340 03,3 500 6,37 6,7 0,83 64,66 340 03,47,3 950 6,37 6,7 0,845 64,66 340 03,6,43 230 6,4 6,7 0,854 64,66 340 03,68,49 2260 6,30 6,7 0,856 64,66 340 03 2,78 2670 6,37 6,7 0,859 64,66 340 03,39,22 800 6,47 9,6 0,85 30,08 250 04,7,5 2200 6,5 9,6 0,868 30,08 250 04 2,8,92 2870 6,39 9,6 0,87 30,08 250 04. The values given are for power supply without : form factor FF =.6 ; for FF =.2 (using an additional ), multiply these values by.3. example : see page B2.4. Moment of inertia 3 0-3 kg.m 2 Field excitation power at 20 C 60 W R 5 : Armature resistance at 5 C U max : Maximum armature voltage B2.7

MF 2 L I 44 motor - Class F Separate field excitation : 90 V ± 0 % ower supply by single phase rectified current, with or without S duty - Ambient temperature 40 C - Altitude < 000 m with without Rotation speed n for voltage U M N 50 V 80 V 230 V 250 V 260 V 30 V without I η L R 5 U max min - min - min - min - min - min - N.m A excitation mh Ω V 0,72 0,64 660 9,26 5,4 0,793 37 3,3 340 0 0,88 0,78 830 8,97 5,4 0,808 37 3,3 340 0,5 090 8,76 5,4 0,82 37 3,3 340 0,25, 90 8,83 5,4 0,823 37 3,3 340 0,3,6 240 8,93 5,4 0,83 37 3,3 340 0,58,4 500 8,9 5,4 0,839 37 3,3 340 0,6,03 00 8,94 8,5 0,808 55,43 340 02,4,25 350 8,84 8,5 0,86 55,43 340 02,84,63 750 8,90 8,5 0,835 55,43 340 02 2,0,78 90 8,90 8,5 0,839 55,43 340 02 2,,85 2000 8,83 8,5 0,84 55,43 340 02 2,5 2,2 2400 8,79 8,5 0,842 55,43 340 02,3,5 230 8,93 9,4 0,86 44,5 0,83 340 03,58,4 500 8,9 9,4 0,83 44,5 0,83 340 03 2,05,8 930 8,96 9,4 0,838 44,5 0,83 340 03 2,23,97 20 8,92 9,4 0,839 44,5 0,83 340 03 2,32 2,05 2200 8,90 9,4 0,84 44,5 0,83 340 03 2,78 2,45 2640 8,86 9,4 0,844 44,5 0,83 340 03 2,06,8 990 8,69 4 0,867 9,5 0,36 200 04 2,49 2,2 2400 8,75 4 0,875 9,5 0,36 200 04. The values given are for power supply without : form factor FF =.6 ; for FF =.2 (using an additional ), multiply these values by.3. example : see page B2.4. Moment of inertia 30 0-3 kg.m 2 Field excitation power at 20 C 60 W R 5 : Armature resistance at 5 C U max : Maximum armature voltage B2.8

MF 2 VL I 44 motor - Class F Separate field excitation : 90 V ± 0 % ower supply by single phase rectified current, with or without S duty - Ambient temperature 40 C - Altitude < 000 m with without Rotation speed n for voltage U M N 50 V 80 V 230 V 250 V 260 V 30 V without I η L R 5 U max min - min - min - min - min - min - N.m A excitation mh Ω V, 0,93 670 3,26 8 0,775 5,72 330 02,35,6 80 3,68 8 0,8 5,72 330 02,75,52 060 3,69 8 0,826 5,72 330 02,9,67 60 3,75 8 0,835 5,72 330 02 2,75 20 3,8 8 0,84 5,72 330 02 2,4 2, 450 3,83 8 0,848 5,72 330 02,25, 950,06 9 0,8 27,03 330 03,5,33 40,4 9 0,82 27,03 330 03 2,74 460,38 9 0,84 27,03 330 03 2,5,9 600,34 9 0,845 27,03 330 03 2,3 2 670,44 9 0,852 27,03 330 03 2,7 2,38 2000,36 9 0,855 27,03 330 03,6,4 400 9,55,2 0,832 5 0.43 330 04 2,7 700 9,55,2 0,848 5 0.43 330 04 2,5 2,2 2200 9,59,2 0,858 5 0.43 330 04 2,7 2,4 2400 9,55,2 0,86 5 0.43 330 04 2,9 2,5 2500 9,55,2 0,86 5 0.43 330 04 3,5 3 3000 9,55,2 0,86 5 0.43 330 04. The values given are for power supply without : form factor FF =.6 ; for FF =.2 (using an additional ), multiply these values by.3. example : see page B2.4. Moment of inertia 36.5 0-3 kg.m 2 Field excitation power at 20 C 50 W R 5 : Armature resistance at 5 C U max : Maximum armature voltage B2.9