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High-Performance XFC550 VFD Motor Control, 3 Phase 380V - Top China Suppliers & Factory Authentic Products

Introducing the XFC550, a high-performance vector control variable frequency drive, an ideal solution for various industrial applications.

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Input voltage: 3-phase 380V ~ 480V, 50/60Hz
Output voltage: matches the input voltage for reliable performance
Power range: 1.5kW ~ 450kW, suitable for a wide range of machinery.

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 Modular design offers a compact structure, making the XFC550 perfect for spaces with limited room.
 User-friendly human-machine interface provides easier operation and a clearer display for operators.
 Equipped with pluggable connectors for convenience during installation and maintenance.
 Designed for longevity with comprehensive protection features to ensure safe operation.

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As a leading manufacturer in China, we are proud to supply high-quality variable frequency drives like the XFC550. Our factory is committed to delivering reliable products that meet the demands of global industries.

    Features

    4 sets of motor control parameters
    The system is equipped with four sets of motor control parameters to accommodate four motors with varying process requirements and power segments. This addresses the issue of VFD backup and replacement at the project site. Parameters can be preset for each group, allowing seamless switching through the DI terminal during use, without additional adjustments.
    Flexible port configuration
    Users have the flexibility to choose I/O expansion cards based on their specific digital and analog function requirements, offering convenience for design and debugging.
    Rich extensions
    The XFC550 series inverters support the simultaneous application of two built-in expansion cards. One channel is for function and communication extensions (such as IO, PLC programmable, etc.), while the other channel is for an encoder expansion card (compatible with differential, OC interface encoder, and resolver expansion card, etc.).
    High-performance stall control
    The high-performance over-current and over-voltage stall control can effectively meet the varied load requirements of different mechanical characteristics, allowing the motor to adapt to both hard and soft mechanical characteristics. This makes it suitable for a wide range of engineering equipment applications.

    Basic Parameters

    Item Parameter
    Power supply Rated supply voltage 3 phase 380V ~ 480V
    Allowed voltage fluctuations -15%~+10%
    Rated supply frequency 50/60Hz
    Allowed Frequency Fluctuations ±5%
    Output Max output voltage Three-phase 380V~480V (Go after the input voltage)
    Max Output frequency 500Hz
    Carrier Frequency 0.5 ~ 16kHz (automatic adjustment according to the temperature, and the adjustment range differs for different models)
    Overload capacity 150% rated current 60s; 180% rated current 3s.
    Basic Functions Frequency setting resolution Digital setting: 0.01Hz
    Analog setting: max frequency * 0.025%
    Control Mode Open Loop Vector Control (SVC)
    Closed Loop Vector Control (FOC)
    V/f Control
    Pull-in torque 0.3Hz/150% (SVC)
    0 Hz/180% (FOC)
    Speed range 1 : 200 (SVC)
    1 : 1000 (FOC)
    Speed Stabilizing accuracy ±0.5% (SVC)
    ±0.02% (FOC)
    Torque Control Precision ±5% (FOC)
    Torque boost Automatic torque boost
    Manual torque increase 0.1% ~ 30.0%
    V/F Curve Three ways: linear type; multi-point type; N-th power V/F curve (n=1.2, 1.4, 1.6, 1.8, 2)
    Acceleration and deceleration curve Linear or S-curve acceleration and deceleration; 4 kinds of acceleration and deceleration time. Adjustable range 0.0~6500.0S
    DC braking Frequency of DC braking: 0.00Hz ~ max frequency
    Braking time: 0.0s ~ 36.0s
    Braking action current value: 0.0% ~ 100.0%
    Jogging control Jogging frequency range: 0.00Hz ~ 50.00Hz
    Jog acceleration-deceleration time: 0.0s ~ 6500.0s
    Simple PLC, multi-stage speed operation Up to 16-stage speed operation via built-in PLC or control terminal
    Built-in PID Implementing closed-loop control in process control applications
    Overvoltage and overcurrent stall control Automatically limit current and voltage during operation to prevent fault shutdown due to frequent over-current and over-voltage
    Fast current limiting function Reduce overcurrent fault shutdown to ensure the normal operation of the VFD
    Control interface Digital input 5 multi-function digital inputs. One of which supports max 100kHz pulse input function
    Analog input 2 analog inputs. Both supporting 0 ~ 10V or 0 ~ 20mA analog input, switch voltage or current input via jumper
    Digital output 2 open-collector digital outputs. One of which supports max 100KHz square wave output
    Analog output 1 analog output. Supporting 0 ~ 10V or 0 ~ 20mA analog output, switch voltage or current input via jumper
    Relay output 1-channel relay output, including 1 normally open contact, 1 normally closed contact
    Standard communication interface 1 channel RS485 communication interface
    Expansion interface Function expansion interface Connectable to IO expansion card, PLC programmable expansion card, etc.
    Operation panel LED digital display 5-digit display of parameters and settings
    Indicator light 4 status indications, 3 unit indications
    Button’s Function 5 function buttons including 1 multi-function button. The function can be set via parameter P0 - 00
    Shuttle Knob Add, minus and confirm
    Parameter copy Fast upload and download parameters
    Protective function Basic protection Input and output phase loss, overvoltage, undervoltage, overheating, overload, overcurrent, short circuit, voltage and current limiting, fast current limiting and other protection functions
    Environment Operation condition Indoor, no conductive dust and oil, etc.
    Operating ambient temperature -10°C ~ +40°C (40°C ~ 50°C, derate 1.5% for every 1°C increase in temperature)
    Humidity Less than 95% RH, no condensation
    Operating altitude No derating below 1000m, derate by 1% for every 100m elevation above 1000m
    Ambient temperature for Storage -20℃ ~ +60℃
    Vibration Less than 5.9m/s² (0.6g)
    Installation method Wall-mounted or flush-mounted installation in the cabinet (Need to choose the appropriate installation accessories)
    IP degree of protection IP20

    Model Specifications

    XFC550 VFD Model definition
    Model Motor power / kW Rated input Capacity / kVA Rated input current / A Rated output current / A
    XFC550-3P4-1k50G-BEN-20 1.5 3.2 4.8 4
    XFC550-3P4-2k20G-BEN-20 2.2 4.5 6.8 5.6
    XFC550-3P4-4k00G-BEN-20 4 7.9 12 9.7
    XFC550-3P4-5K50G-BEN-20 5.5 11 16 13
    XFC550-3P4-7K50G-BEN-20 7.5 14 21 17
    XFC550-3P4-11K0G-BEN-20 11 20 30 25
    XFC550-3P4-15K0G-BEN-20 15 27 41 33
    XFC550-3P4-18K5G-BEN-20 18.5 33 50 40
    XFC550-3P4-22K0G-BEN-20 22 38 57 45
    XFC550-3P4-30K0G-NEN-20 30 51 77 61
    XFC550-3P4-37K0G-NEN-20 37 62 94 74
    XFC550-3P4-45K0G-NEN-20 45 75 114 90
    XFC550-3P4-55K0G-NEN-20 55 91 138 109
    XFC550-3P4-75K0G-NEN-20 75 123 187 147
    XFC550-3P4-90K0G-NEN-20 90 147 223 176
    XFC550-3P4-110KG-NEN-20 110 179 271 211
    XFC550-3P4-132KG-NEN-20 132 167 253 253
    XFC550-3P4-160KG-NEN-20 160 201 306 303
    XFC550-3P4-185KG-NEN-20 185 233 353 350
    XFC550-3P4-200KG-NEN-20 200 250 380 378
    XFC550-3P4-220KG-NEN-20 220 275 418 416
    XFC550-3P4-250KG-NEN-20 250 312 474 467
    XFC550-3P4-280KG-NEN-20 280 350 531 522
    XFC550-3P4-315KG-NEN-20 315 393 597 588
    XFC550-3P4-355KG-NEN-20 355 441 669 659
    XFC550-3P4-400KG-NEN-20 400 489 743 732
    XFC550-3P4-450KG-NEN-20 450 550 835 822
    Note: Please contact our sales staff for model selection of 500K and above.

    Dimensions

    XFC500 Low-voltage VFD Dimensions 1
    Model W H D w h h1 d t Fixing screws Net Weight
    XFC550-3P4-1K50G-BEN-20 110 228 177 75 219 200 172 1.5 M5 2.5kg / 5.5lb
    XFC550-3P4-2K20G-BEN-20
    XFC500 Low-voltage VFD Dimensions 2
    Model W H D w h h1 d t Fixing screws Net Weight
    XFC550-3P4-4K00G-BEN-20 140 268 185 100 259 240 180 1.5 M5 3.2kg / 7.1lb
    XFC550-3P4-5K50G-BEN-20 3.2kg / 7.1lb
    XFC550-3P4-7K50G-BEN-20 3.2kg / 7.1lb
    XFC550-3P4-11K0G-BEN-20 170 318 225 125 309 290 220 5kg / 11lb
    XFC550-3P4-15K0G-BEN-20
    XFC550-3P4-18K5G-BEN-20 190 348 245 150 339 320 240 6kg / 13.2lb
    XFC550-3P4-22K0G-BEN-20
    XFC500 Low-voltage VFD Dimensions 3
    Model W H D w h h1 d t Fixing screws Net Weight
    XFC550-3P4-30K0G-NEN-20 260 500 260 200 478 450 255 1.5 M6 17kg / 37.5lb
    XFC550-3P4-37K0G-NEN-20
    XFC550-3P4-45K0G-NEN-20 295 570 307 200 550 520 302 2 M8 22kg / 48.5lb
    XFC550-3P4-55K0G-NEN-20
    XFC550-3P4-75K0G-NEN-20 350 661 350 250 634 611 345 2 M10 48kg / 105.8lb
    XFC550-3P4-90K0G-NEN-20
    XFC550-3P4-110KG-NEN-20
    XFC550-3P4-132KG-NEN-20 450 850 355 300 824 800 350 2 M10 91kg / 200.7lb
    XFC550-3P4-160KG-NEN-20
    XFC500 Low-voltage VFD Dimensions 4
    Model W H D w h h1 h2 d W1 Fixing screws Net Weight
    XFC550-3P4-185KG-NEN-20 340 1218 560 200 1150 1180 53 545 400 M12 210kg / 463.1lb
    XFC550-3P4-200KG-NEN-20
    XFC550-3P4-220KG-NEN-20
    XFC550-3P4-250KG-NEN-20
    XFC550-3P4-280KG-NEN-20
    XFC550-3P4-315KG-NEN-20 340 1445 560 200 1375 1410 56 545 400 245kg / 540.2lb
    XFC550-3P4-355KG-NEN-20
    XFC550-3P4-400KG-NEN-20
    XFC550-3P4-450KG-NEN-20

    Accessories (Optional)

    Image Expansion type Model No. Function Install port Install quantity
    IO expansion card IO expansion card XFC5-IOC-00 5 digital inputs, 1 analog input, 1 relay output, 1 open collector output, and 1 analog output can be added, with CAN interface. X630 1
    Programmable expansion card Programmable expansion card XFC5-PLC-00 Connect with the VFD to form a PLC+VFD combination, compatible with Mitsubishi PLC programming environment. The card has 5 digital inputs, 1 analog input, 2 relay outputs, 1 analog output, and RS485 interface. X630 1
    Profibus-DP expansion card Profibus-DP expansion card XFC5-PFB-00 It has Profibus-DP communication function, fully supports Profibus-DP protocol, and supports baud rate adaptive function, which allows the VFD to be connected to the Profibus communication network to realize real-time reading of all function codes of the VFD and realize field bus control. X630 1
    CANopen expansion card CANopen expansion card XFC5-CAN-00 The VFD can be connected to the high-speed CAN communication network to realize field bus control. The CANopen expansion card supports Heartbeat protocol, NMT messages, SDO messages, 3 TPDOs, 3 RPDOs, and emergency objects. X630 1
    Ethercat expansion card Ethercat expansion card XFC5-ECT-00 With Ethercat communication function and fully supports the Ethercat protocol, which allows the VFD to be connected to the Ethercat communication network to realize real-time reading of the VFD function code and field bus control. X630 1

    Frequently Asked Questions (FAQ)

    How does the 4-set motor parameter control benefit project site operations?
    It allows the system to preset parameters for up to four different motors. In case of replacement or backup, you can switch seamlessly through the DI terminal without making manual parameter adjustments on site.
    What types of control modes are supported by the XFC550 series?
    The XFC550 supports Open Loop Vector Control (SVC), Closed Loop Vector Control (FOC), and standard V/f Control to accommodate different load requirements.
    Can I install multiple expansion cards simultaneously?
    Yes, the XFC550 series supports the simultaneous installation of two built-in expansion cards. One is dedicated to function and communication extensions (like IO or PLC cards), and the other is for encoder feedback cards.
    What is the operating temperature range and derating rule for this VFD?
    The standard operating ambient temperature is -10°C to +40°C. Operation up to +50°C is possible, but requires a derating of 1.5% in output current for every 1°C increase.
    Which fieldbus communication protocols can be integrated with the XFC550?
    The VFD features a standard RS485 interface and can be expanded with optional cards supporting Profibus-DP, CANopen, and Ethercat protocols for integration into complex industrial networks.

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