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G4.0KW-5.5KW Intelligent Speed ​​​​Regulating Inverter

In terms of control methods, the inverter provides a variety of control modes, including open-loop vector control (SVC), closed-loop vector control (FVC) and V/F control. Open-loop vector control is suitable for occasions with low speed requirements, while closed-loop vector control can monitor the running status of the motor in real time, provide more precise control, and is suitable for occasions with high dynamic response requirements. V/F control is a traditional control method, suitable for occasions with low speed requirements, and has the advantages of being simple and easy to use.

    Product Description

    The inverter modulation method adopts optimized space voltage vector SVPWM modulation, which can effectively improve the operating efficiency and control accuracy of the motor. SVPWM modulation optimizes the use of voltage vectors, reduces the generation of harmonics while ensuring the output voltage, thereby improving the operating performance of the motor. This modulation method is particularly important in high-performance applications and can significantly improve the dynamic response and stability of the motor.

    The starting torque performance of the inverter is also excellent. In open-loop vector control mode, the starting torque can reach 150% of the rated value at 0.25Hz, and in closed-loop vector control mode, the starting torque can even reach 180% of the rated value at 0Hz. This feature enables the inverter to overcome the large static friction at startup, ensuring that the motor can start smoothly, and is suitable for applications under various load conditions.

    G4.0KW Technical Data

    Frequency converter model

    Power supply capacity(KVA)

    input current A

    output A

    Adaptation motor

    KW

    HP

    3 Phase 380V(-10%~+15),50/60Hz

    SP9000-4T0040G

    5.9

    10.5

    9

    4.0

    5

    SP9000-4T0055G

    8.9

    14.6

    13

    5.5

    7.5

    1.jpg

    SPX inverter function parameters

    ●Overvoltage protection: stop when the main circuit DC voltage is above 820V

    ●Undervoltage protection: stop when the main circuit DC current is below 350V

    ●Overheat protection: protection is triggered when the inverter bridge overheat

    ●Overload protection: 150% rated current for 60s shutdown (SP9000-4T 04500G: 130%rated currentrunning for 60s shutdown)

    ●Overcurrent protection: 2.5 times the rated current of the frequency converter

    ●Brake protection: Brake unit overload protection, brake resistance short-circuit protection

    ●Short circuit protection: output alternate with short circuit protection, output short circuit to groundprotection

    ●Frequency resolution: digital setting: 0.01Hz; simulation setting: maximum frequency 0.025%

    ●Overload capacity:150% rated current for 60s shutdown(MC9001-4T4500G: 130%rated current runningfor 60s shutdown)

    ●Modulation mode: optimize the spatial voltage vector SVPWM modulation