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HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter

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    Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers
     
    Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers
    • Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers
    • Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers
    • Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers
    • Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers
    • Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers
    • Buy cheap HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter from wholesalers

    HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter

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    Brand Name : COENG
    Model Number : HV510
    Certification : EC
    Payment Terms : L/C, T/T, Western Union
    Supply Ability : 20000/sets
    Delivery Time : 10-30working days
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    • Company Profile

    HV510 vfd drive 380V vfd variable frequency drive Air cooling vfd inverter


    HV510 Inverter: Functions and Advantages

    The HV510 inverter is a high-performance inverter designed for various applications, particularly in solar energy systems. Here’s an overview of its key functions and advantages:

    Key Functions

    1. High Efficiency Conversion:

      • The HV510 inverter converts DC (direct current) from solar panels into AC (alternating current) with high efficiency, typically exceeding 95%. This maximizes energy yield from the solar array.
    2. Grid-Tied Operation:

      • It is designed for grid-tied applications, allowing excess energy generated to be fed back into the grid, which can result in financial benefits through net metering.
    3. Advanced MPPT Technology:

      • The inverter features Maximum Power Point Tracking (MPPT), optimizing the power output from solar panels by adjusting the electrical operating point of the modules.
    4. Monitoring and Communication:

      • Equipped with monitoring capabilities, the HV510 allows users to track performance metrics in real-time via a mobile app or web interface, facilitating efficient energy management.
    5. User-Friendly Interface:

      • The inverter typically includes an intuitive interface for easy setup and operation, making it accessible for both installers and end-users.
    6. Multiple Input Channels:

      • It supports multiple input channels, allowing for flexible configurations and the ability to connect various solar panel arrays.

    Advantages

    1. Cost-Effective:

      • By maximizing energy production and enabling grid feed-in, the HV510 helps reduce electricity costs and can provide a fast return on investment.
    2. Robust Design:

      • Built to withstand harsh environmental conditions, the HV510 is often designed with enhanced durability and protection features, such as IP65 or higher ratings for dust and water resistance.
    3. Scalability:

      • The inverter can be easily integrated into larger solar systems, making it suitable for residential, commercial, and industrial applications.
    4. Enhanced Safety Features:

      • Incorporation of safety mechanisms, such as anti-islanding protection and overvoltage protection, ensures safe operation and compliance with local regulations.
    5. Support for Energy Storage Systems:

      • Some models may offer compatibility with energy storage solutions, allowing users to store excess energy for use during peak demand times or outages.
    6. Sustainability:

      • By facilitating the use of renewable energy, the HV510 contributes to reducing carbon footprints and promoting sustainability.

    Conclusion

    The HV510 inverter stands out due to its high efficiency, advanced features, and robust design, making it an excellent choice for various solar energy applications. Its ability to optimize energy production while providing user-friendly monitoring options makes it a valuable component in renewable energy systems.


    Variable Frequency Drive Vector Inverter Technical Specification

    Technical Specification

    Power
    input/output

    Input voltage (Uin)

    380V (-15%) - 480V (+10%), three-phase

    Input power
    frequency

    (50Hz/60Hz)±5%

    Input voltage
    imbalance

    ≤3%

    Output voltage

    0V-input voltage

    Output frequency

    0Hz-1500Hz

    Control
    Performance

    Motor Type

    Asynchronous motor/permanent magnet synchronous motor

    Control mode

    V/F, OLVC (open loop vector control), CLVC (closed loop vector control)

    Speed range

    1:10 V/F; 1:100 OLVC; 1:1000 CLVC

    Starting torque

    VF: 100% (0.5Hz); OLVC: 150% (0.5Hz); CLVC: 200% (0Hz)

    Torque precision

    ≤±5%, in vector control mode

    Torque pulsation

    ≤±5%, in vector control mode

    Speed stability

    OLVC: 0.2%; CLVC: 0.1%

    Torque response

    ≤ 5ms, in vector control mode

    Acceleration/decel
    eration time

    0.0s~3200.0s; 0.0min~3200.0min

    Torque boost

    0.0%-30.0%

    Overload capacity

    G-model: 150% 1min/5min, 180% 3s/5min
    P-model: 110% 1min/5min, 150% 3s/5min

    V/F curve

    Straight-line type, multi-point type, V/F half separation mode, V/F complete separation mode

    Input frequency resolution

    Digital setting: 0.01Hz; analog setting: 0.01Hz

    Main
    functions

    Acceleration/decel eration curves

    Straight-line, S-curve

    Simple PLC, multi-speed reference

    16 speed segments supported through control terminals

    Automatic voltage regulation (AVR)

    Automatically keeps the output voltage constant when grid voltage varies within a certain range

    Fixed length control

    Fixed length control

    Built-in PID

    Easily forms a closed-loop control system

    Multi-motor switchover

    With 2 sets of motor parameters, the switchover between 2 motors can be realized

    Virtual IO

    With 8 sets of virtual DI/DO, simple logic control can be realized

    Overvoltage/overc urrent stall control

    The current and voltage can be automatically limited during operation to prevent frequent trips due to overcurrent and overvoltage

    Restart after power failure

    The inverter can operate automatically when powering on again after a power failure

    Fast current limiting

    Frequent overcurrent faults can be avoided

    Input and
    output
    functions

    Frequency reference mode

    Keypad, terminal UP/DOWN, multi-reference, pulse reference, communication

    Analog input terminals

    AI1, AI2: 0V-10V/0 (4)mA-20mA

    Digital input terminals

    DI1-DI5, 5 programmable digital input terminals with opto-isolation, compatible with bothsinking/sourcing inputs.
    DI5 supports high-speed pulse input with a maximum input frequency of 100kHz

    Digital output terminals

    Open-collector output; output voltage range: 0V-24V; current load capacity: 50mA.
    DO1 supports high-speed pulse output with a maximum output frequency of 100kHz.

    Analog output terminals

    1-channel 0V-10V/0(4)mA-20mA

    Relay output

    1-channel Form C contact, NO+NC

    Corresponde
    nce

    Communication protocol

    Modbus RTU (standard configuration); Profibus-DP, CANopen, Profinet IO, Modbus TCP/IP, EtherCAT, EtherNet/IP (optional configuration)

    Usage

    Altitude

    ≤1000m: no need for derating ; 1000-3000m: with current derating by 1% per 100m increased

    Ambient temperature

    -25°C-+40°C (derating is allowed within 40°C-55°C)

    Humidity

    15%-95%, no condensation

    Vibration

    3M3, IEC60721-3-3

    Storage temperature

    −40°C-+70°C

    Operating place

    Indoors without direct sunlight, flammable and corrosive gases, liquids and conductive particles, etc.

    Optional accessories

    Encoder card, communication expansion card, IO expansion card

    Protections

    Protection against short circuit , overcurrent, overload, overvoltage, undervoltage, phase loss, overtemperature, external faults, etc.

    Installation method

    Installed in a cabinet

    Protection rating

    IP20

    Cooling method

    Air cooling


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