Output ratingsApp.
power
Max. cur-
rent
Input
rating
1)
Frame
size
ACH580-
31-…
Heavy duty-useLight-duty use
P
Hd
I
Hd
P
Ld
I
Ld
S
n
I
max
I
1
hpAhpAkVAAA
57.67.51210.015.09.0R3012A-4
7.512.0101411.620.412.0R3014A-4
1014.0152319.128.817.0R3023A-4
1523202722.439.124R6027A-4
2027253428.345.929R6034A-4
2534304436.657.834R6044A-4
3044405243.274.844R6052A-4
4052506554.088.454R6065A-4
5065607764.0110.566R6077A-4
6077759679.8130.982R8096A-4
7596100124103.1163.2111R8124A-4
100124125156129.7210.8134R8156A-4
125156150180149.6265.2163R8180A-4
1)
When the DC voltage is boosted, the drive can be drawing more input current
than what is shown on the type designation label. This is the case when the motor
is running continuously at or near the field weakening area and the drive is running
at or near nominal load. It can be a result of certain combinations of DC voltage
boost levels and drive-type-specific derating curves.
The rise in input current can heat the input cable and fuses. To avoid heating, select
an input cable and fuses according to the increased input current caused by the
DC voltage boost. For more information, refer to ACH580-31, ACQ580-31,
ACH580-34 and ACQ580-34 drives product note on DC voltage boost
(3AXD50000769407 [English]).
￭
Definitions
Nominal input voltage of the drive. For input voltage range, see section Electrical
power network specification (page 198). 50 Hz for IEC ratings, 60 Hz for UL (NEC)
ratings.
U
n
Nominal input current (rms) at 40 °C (104 °F). Continuous rms input current (for
dimensioning cables and fuses).
I
1
Nominal output current (available continuously with no overload)
I
2
Maximum output current. Available for two seconds at start. Then as long as al-
lowed by drive temperature.
I
max
Typical motor power (no overload). The kilowatt ratings apply to most IEC 4-pole
motors. The horsepower ratings apply to most NEMA 4-pole motors.
P
n
Maximum current with 10% overload, allowed for one minute every ten minutes
when parameter 97.02 Minimum switching frequency is set to 2 kHz or less
I
Ld
Technical data 171
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