|
Name |
Motor power, kW |
Output current, A |
Input current, A |
Voltage, V |
|
GD10 |
0,2 - 2,2 |
1,6 - 10 |
1,9 - 24 |
220 (1AC) / 220 / 380 |
|
GD18 |
0,75 - 7,5 |
2,5 - 18,5 |
7,0 - 40 |
380 - 440 |
|
GD20 |
0,4 - 110 |
3,7 - 201 |
2,5 - 215 |
220 (1AC) / 220 / 380 |
|
GD35 |
1,5 - 630 |
3,7 - 680 |
5,0 - 655 |
380 - 440 / 520 - 690 |
|
GD200A |
0,75 - 500 |
2,5 - 860 |
3,4 - 890 |
220 / 380 |
|
GD300 |
1,5 - 630 |
3,7 - 860 |
5,0 - 890 |
380 - 440 / 520 - 690 |
|
GD350 |
1,5 - 630 |
3,7 - 860 |
5,0 - 890 |
380 - 440 / 520 - 690 |
|
GD350A |
1,5 - 350 |
3,7 - 860 |
5,0 - 890 |
380 - 440 |
|
GD350 (IP54) |
4,0 - 22 |
9,5 - 45 |
13,5 - 56 |
380 - 440 |
|
GD350 (IP55) |
4,0 - 110 |
9,5 - 215 |
13,5 - 201 |
380 - 440 |
|
GD600 |
1,5 - 75 |
3,7 - 150 |
3,6 - 158 |
380 - 440 |
|
GD800 |
4,0 - 1650 |
9,5 - 2430 |
13,5 - 2340 |
AC: 380 - 440 / 380 - 550 / 520 - 690 DC: 350 - 800 / 450 - 1000 / 570 -1200 |
Universal low-voltage INVT frequency converters are used for efficient control of asynchronous and synchronous electric motors in a wide power range. They have outstanding performance, a wide range of functional and switching options, are very reliable and easy to operate. Flexible drive settings make it easy to adapt the device to various production tasks.
Scalar and vector modes (sensorless and with feedback) are used as motor control methods. Various interfaces are available for communication with the equipment: Ethernet, Ethernet IP, CAN, CANopen, EtherCAT, Modbus TCP, Profibus DP, Profinet, WiFi wireless technologies, Bluetooth. Convenient user interface, high standards of security and protective functions, a wide range of optional extensions and accessories.