Parker ac890 - Electrical Ratings: 890 CD Frame C, 230 V

E-27 Technical Specifications
890CS Common Bus Supply - Frames B & D; 890CD Common Bus Drive and 890SD Standalone Drive - Frames B, C & D
Electrical Ratings: 890SD Frame B, 380-500V
Input currents are listed at 400Vac and 50Hz or 460Vac and 60Hz. Suitable for use in a circuit capable of delivering not more than
10000 rms Symmetrical Amperes. Motor power, input current and output current must not be exceeded under steady state operating
conditions.
Model Number
890SD-531600B
(890SD/5/0006B)
890SD-532100B
(890SD/5/0010B)
890SD-532120B
(890SD/5/0012B)
Nominal Supply Voltage
400Vac
460-500Vac
400Vac
460-500Vac
400Vac
460-500Vac
Motor Power
2.2kW
3Hp
4kW
5Hp
5.5kW
7.5Hp
Input Bridge I
2
t (note 1)
A
2
s
100
100
100
Internal Resistor Power Rating
W
not applicable
not applicable
not applicable
External Cont. Power Rating (note 2)
W
660
1200
2250
External Minimum Resistor Rating
Ω
100
100
56
Vector Mode
Input Current
A
9.0
7.2
14.0
11.1
16.5
16.1
Output Current @ 3kHz (note 3)
A
6
5
10
8
12
12
Power Loss @ 3kHz
W
110
105
155
140
180
185
Output Current @ 6kHz (note 4)
A
5.0
4.1
8.3
6.5
12
11.7
Power Loss @ 6kHz
W
110
105
155
140
200
205
Output Overload Motoring
150% overload for 60 seconds (all vector modes) 180% for 1s (V/Hz mode)
Servo Mode
Input Current (note 5)
A
7.2
7.3
9.7
9.9
13.8
13.5
Output Current @ 4kHz
A
4
4
6
6
9
9
Power Loss @ 4kHz
W
100
100
120
125
155
155
Output Current @ 8kHz (note 4)
A
3.3
3.2
4.8
4.7
9
8.1
Power Loss @ 8kHz
W
100
100
120
125
175
170
Output Overload Motoring
200% overload for 4 seconds (PMAC mode)
Notes: 1) Based on a 10ms rectangular current pulse. 2) Based on 30% duty at a braking resistor appropriate for braking at 100% of drive rated power.
3) Up to the highest supply voltage that maintains shaft power less than the product power rating, for a typical induction motor. Derated for operation above this supply voltage.
4) Products take less input current when operated in these modes, than stated. 5) Based on a permanent-magnet motor with efficiency 90% and power factor 0.9.