1.Various voltage levels: support single-phase 220V, three-phase 220V, three-phase 380V, three-phase 480V, three-phase 520V, three-phase 690V, three-phase 1140V voltage levels and so on. 2.Various control modes: support vector control with speed sensor (FVC), vector control without speed sensor (SVC), V/F control mode and V/F separation mode control. 3.Various field bus: support Modbus-RTU and other communication modes. 4.Various encoder types: support differential encoder, open collector encoder, rotary transformer encoder, UVW encoder and other encoder types. 5.New control algorithm of vector control without speed sensor (SVC): it has better low-speed stability and higher low-frequency torque carrying capacity, and supports SVC torque control at the same time. 6.Support user programming: users can realize secondary development by using the user programming expansion card.

C300 Series Inverter

Standard Features：                                               

1. 1.Various voltage levels: support single-phase 220V, three-phase 220V, three-phase 380V, three-phase 480V, three-phase 520V, three-phase 690V, three-phase 1140V voltage levels and so on.

2. 2.Various control modes: support vector control with speed sensor (FVC), vector control without speed sensor (SVC), V/F control mode and V/F separation mode control.

3. 3.Various field bus: support Modbus-RTU and other communication modes.

4. 4.Various encoder types: support differential encoder, open collector encoder, rotary transformer encoder, UVW encoder and other encoder types.

5. 5.New control algorithm of vector control without speed sensor (SVC): it has better low-speed stability and higher low-frequency torque carrying capacity, and supports SVC torque control at the same time.

6. 6.Support user programming: users can realize secondary development by using the user programming expansion card.

7. 7.Rich function extension:

    A. virtual input/output IO;

    B. Motor overheat protection can support PT100 and PT1000 sensors;

    C. Fast current limiting can solve frequent over-current faults in inverters;

    D. Multi-motor parameter switching;

    E. Input and output of AI/AO analog quantity with higher accuracy;

    F. Fault handling mode is optional;

    G. PID process control parameter switching;

    H. PID process control feedback loss detection;

    I. PID process control can be used for positive and negative logic selection and response delay setting;

    J. Timing operation and PLC operation setup cycle or single operation.

8. Conform to the following instructions and standards:

    A. EMC instruction conforms to EN61800-3, EN55011, EN61000-6-2 standards;

    B. LVD instruction conforms to EN61800-5-1 standards.

Technical Specifications：

ZHEJIANG JINLONG ELECTRICAL MACHINERY STOCK CO., LTD.

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