Danfoss VACON 1000, Руководство по эксплуатации

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VACON® 1000 delivers high performance control accuracy using Vector Control. The ability to control motor flux and speed inde-
pendently yields fast dynamic response to load fluctuations and high torque at low speeds, including during motor startup. The
control diagram is shown in
Illustration 29 .
Both encoder and sensorless Vector Control approaches are available for selection. The speed sensors can be installed depending
on actual application conditions. For cases without the speed sensors, the system can still provide fast dynamic responses and high
output torque when the motor is running at low speed.
PWM Inverter
Coordinate
transformation
Flux & Speed
Estimation
Coordinate
transformation
Motor
Voltage & Current
measurements
Calculation Calculation
Calculation
Calculation
Calculation
Encoder
ω
*
ω
T
e
*
T
e
*
i
q
*
i
d
*
i
d
*
u
d
*
u
d
*
i
d
i
d
Ψ
Ψ
r
Ψ
r
*
i
A
i
B
i
C
u
A
u
A
*
u
B
*
u
C
*
u
B
u
C
i
q
i
q
u
d
u
q
i
q
*
u
q
*
u
q
*
e3
0b
i6
59
.1
0
Illustration 29: Vector Control Diagram
3.5 Type Code Description
The type code for VACON® 1000 has four basic parts and option codes.
VACON1000-ED-019-024+____+____
1. Product series
VACON® 1000. This part of the code is always the same.
2. Product type
The VACON® 1000 product.
ED
: Enclosed Drive
3. Nominal output current
For example, -040 = 40 A. See the available output currents in 11.2 Power Ratings and Dimensions .
4. Nominal system voltage
Table 3: Available System Voltages
Code Voltage (V) Frequency (Hz)
024 2400 60
030 3000 60
033 3300 50
041 4160 60
060 6000 50
066 6600 50
069 6900 60
100 10000 50
110 11000 50
AQ363633621020en-000201 / 172F3117 | 33 Danfoss A/S © 2021.06
Product Overview
VACON® 1000
Operating Guide