
DRIVE INVERTER SELECTION & ORDERING DATA
MICROMASTER
MICROMASTER Vector
MIDIMASTER Vector
SIEMENS DA 64 – 2002/2003
5/5 Version D
MIDIMASTER Vector, 3-ph. 208 V - 240 V AC±10%, with integrated filter, Class A,
IP20 (NEMA 1)
Drive inverter Rated output
current at
2)
M = const.
Rated output
current at
1) 2)
M ~ n²
Input current
(max. cont.
current)
Rated motor
output at
M = const.
Rated motor
output at
M ~ n²
Dimensions
H x W x D
Weight
approx.
Drive inverter
Type A A A kW hp kW hp mm kg Order No.
MDV550/2 22 28 32 5.5 7.5 7.5 10 700x275x210 18
6SE3222-3CG50
MDV750/2 28 42 45 7.5 10 11 15 800x275x210 22
6SE3223-1CG50
MDV1100/2 42 - 61 11 15 - - 800x275x210 23
6SE3224-2CH50
MDV1500/2 54 68 75 15 20 18.5 25 920x275x285 37
6SE3225-4CH50
MDV1850/2 68 80 87 18.5 25 22 30 920x275x285 38
6SE3226-8CJ50
MDV2200/2 80 95 100 22 30 30 40 920x275x285 38
6SE3227-5CJ50
MDV3000/2 104 130 143 30 40 37 50 1150x420x310 85
6SE3231-0CK50
MDV3700/2 130 154 170 37 50 45 60 1150x420x310 86
6SE3231-3CK50
MDV4500/2 154 - 170 45 60 - - 1150x420x310 87
6SE3231-5CK50
MIDIMASTER Vector, 3-ph. 380 – 460V AC±10%, with integrated filter, Class A,
IP20 (NEMA 1)
Drive inverter Rated output
current at
2)
M = const.
Rated output
current at
1) 2)
M ~ n²
Input current
at 400V
(max. cont.
current)
Rated motor
output at
M = const.
Rated motor
output at
M ~ n²
Dimensions
H x W x D
Weight
approx.
Drive inverter
Type A A A kW hp kW hp mm kg Order No.
MDV750/3 19 23.5 30 7.5 10 11 15 700x275x210 19
6SE3221-7DG50
MDV1100/3 26 30 32 11 15 15 20 700x275x210 19
6SE3222-4DG50
MDV1500/3 32 37 41 15 20 18.5 25 800x275x210 23
6SE3223-0DH50
MDV1850/3 38 43.5 49 18.5 25 22 30 800x275x210 24
6SE3223-5DH50
MDV2200/3 45 58 64 22 30 30 40 920x275x285 38
6SE3224-2DJ50
MDV3000/3 58 71 79 30 40 37 50 920x275x285 39
6SE3225-5DJ50
MDV3700/3 72 84 96 37 50 45 60 920x275x285 39
6SE3226-8DJ50
MDV4500/3 84 102 113 45 60 55 75 1150x420x310 87
6SE3228-4DK50
MDV5500/3 102 138 152 55 75 75 100 1150x420x310 88
6SE3231-0DK50
MDV7500/3 138 168 185 75 100 90 120 1150x420x310 90
6SE3231-4DK50
1) Overload capability, 10% for 60s
2) Based on a 400V input voltage, for other voltages the current is inversely proportional.
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