
OPTIONS
MICROMASTER
MICROMASTER Vector
MIDIMASTER Vector
SIEMENS DA 64 – 2002/2003
6/13 Version D
6.3.6 MIDIMASTER Vector without integrated A filter (3-ph. 400V AC)
Rated
power
[kW]
Designation IP21
Order No.
2% Line reactor*
Order No.
4% Line reactor*
Order No.
Output reactor**
Order No.
7.5 (CT)
11 (VT)
MDV750/3 6SE3221-7DG40 4EP3600-5US
(4EP3600-3US)
4EP3900-5US
(4EP4001-0US)
4EP3700-5DS
11 (CT)
15 (VT)
MDV1100/3 6SE3222-4DG40 4EP3700-2US
(4EP3700-6US)
4EP3900-5US
(4EP4001-0US)
4EP3700-5DS
15 (CT)
18.5 (VT)
MDV1500/3 6SE3223-0DH40 4EP3700-5US
(4EP3700-1US)
4EP4001-1US
(4EP4001-2US)
6SE6400-3TC05-4DD0
18.5 (CT)
22 (VT)
MDV1850/3 6SE3223-5DH40 4EP3800-2US
(4EP3801-2US)
4EU2451-4UA00
(4EU2451-5UA00)
6SE6400-3TC03-8DD0
22 (CT)
30 (VT)
MDV2200/3 6SE3224-2DJ40 4EP3800-7US
(4EP3900-1US)
4EU2451-4UA00
(4EU2551-1UB00)
6SE6400-3TC08-0ED0
30 (CT)
37 (VT)
MDV3000/3 6SE3225-5DJ40 4EP3900-2US
(4EP4000-1US)
4EU2551-2UB00
(4EU2551-3UB00)
6SE6400-3TC07-5ED0
37 (CT)
45 (VT)
MDV3700/3 6SE3226-8DJ40 4EP4000-2US
(4EP4000-8US)
4EU2751-1UB00
(4EU2551-3UB00)
6SE6400-3TC07-5ED0
45 (CT)
55 (VT)
MDV4500/3 6SE3228-4DK40 4EP4000-6US
(4EP4000-8US)
4EU2751-1UB00
(4EU2751-3UB00)
6SE6400-3TC15-4FD0
55 (CT)
75 (VT)
MDV5500/3 6SE3231-0DK40 4EU2451-2UA00
(4EU2551-2UA00)
4EU2751-1UB00
(4EU2751-6UB00)
6SE6400-3TC14-5FD0
75 (CT)
90 (VT)
MDV7500/3 6SE3231-4DK40 4EU2551-4UA00
(4EU2551-6UA00)
4EU2751-2UB00
(4EU3052-0UB000A)
6SE6400-3TC14-5FD0
* Technical data refer to Chapter 3
For (VT / M~n²), the next largest line reactor should be used.
The maximum line voltage when using the line reactors is 3-ph 380V - 480V +/-10% AC
For voltages above 480 V, the reactors in brackets should be used.
** Technical data refer to Chapter 3
f
puls
<= 4 kHz When using output reactors, the pulse frequency should be reduced to 4kHz (P076).
f
max
120Hz The maximum output frequency (f
max
~ 120Hz) depends on the ratio between the drive inverter output voltage, the
voltage drop across the output reactor (V
K
) and the motor being used.
The drive inverter can be over-dimensioned as an alternative to using an output reactor (refer to Chapter 3)
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