0102030405
XFC series Low-voltage Variable Frequency Drives
Product series |
XFC500 |
XFC550 |
Product images |
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Rated Voltage |
3phase 380V ~480V (-15% ~ +10%), 50/60Hz±5% |
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Power range |
1.5 ~ 450 kW |
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Breaking unit |
≤22KW with built-in braking unit |
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Control method |
VF/SVC |
VF/SVC/FOC |
Communication |
RS4885 |
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Expansion card |
Support 1 expansion card application: PLC, IO, CANopen, Profibus-DP, EtherCAT, etc., can be expanded. |
Expansion card slot 1: supports PLC, IO, CANopen, Profibus-DP, EtherCAT, etc.;
Expansion card slot 2: differential/OC encoder expansion card. |
Applications |
Applicable to fans, pumps and other general mechanical equipment |
Suitable for fans and pumps, machine tools, air compressors, etc. and automation equipment requiring closed-loop control. |
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CE certified |
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Advantages of XFC VFDs
Superior performance
a.High-precision motor parameter self-learning function
The VFD can identify motor-related parameters through dynamic or stationary self-learning, and the identified parameters can be used for vector control without speed sensor to obtain better control accuracy and dynamic response.
Dynamic self-learning
—— It is necessary to disconnect the load to identify the motor parameters with higher accuracy and to obtain better control performance
Static self-learning
—— Suitable for occasions where the load cannot be disconnected.
b. High performance vector control
c. Highly efficient over-voltage and over-current stall control, reducing the number of failures
Over-voltage stall
—— During operation, the output frequency of the controller is adjusted through the bus voltage feedback to suppress the rise of the bus and prevent its over-voltage protection
Over-current protection
——During operation, adjust the output frequency of the controller through the magnitude of the feedback current, so that the current is controlled within the set range;
Wave-by-wave current limiting
——Under extreme operating conditions such as sudden load (locked rotor), sudden increase in current DC braking, etc. to prevent excessive output current, the controller detects the current of each sampling cycle to precisely control the power device switching to avoid over-current failure.
d. Powerful instantaneous power failure protection function
When the grid power supply is abnormal, the motor can decelerate and stop normally. On the one hand, part of the energy can be fed back to the bus through deceleration, so that the voltage can be stabilized in the working state for a longer time. On the other hand, when the grid returns to normal power supply, the motor can start immediately, and will not stop freely due to a sudden under-voltage fault when the grid power supply is abnormal. In a large inertia system, it takes a long time for the motor to stop freely. When the grid After the power supply is normal, since the motor is still rotating at high speed, starting the motor at this time can easily cause overload or over-current faults to the converter.
High reliability design
a. Electromechanical Collaborative Design
Accurate and complete device database, including a complete 3D model of the device, can realize the seamless connection of ECAD and MCAD data between circuit board and structural design. Real-time check the spacing between PCB board component layout and mechanical design, precise design, what you see is what you get.
b.Perfect thermal simulation design
Accurate and efficient thermal simulation platform is adopted to ensure accurate thermal simulation design of the whole series. Optimize heat dissipation efficiency and increase power density. Ensure the operational reliability of the products by simulating various working conditions.
c.Wide input voltage range in accordance with international standards
d.Excellent EMC(Electromagnetic Compatibility)design
Built-in EMC filter safety capacitor bank and input surge suppression are standard in all series, with optional external filter to reduce the conduction interference on the grid side. Conducted and radiated test results:
e.Rigorous and complete product system testing
More than one hundred system test items in 8 categories to ensure that every aspect of the product has been tested rigorously:
√ Basic Functional Test
√ Protection function test
√ Safety spec test
√ EMC test
√ Environmental test
√ Electrical performance test
√ Control Performance Test
√ Communication function test
f.Comprehensive temperature rise verification
Complete machine temperature rise verification. After multi-step tests such as circuit board thermal imager testing, temperature probe collection of complete temperature rise data, and overload cycle temperature rise monitoring, it ensures safe operation under various working conditions.
