Catalog excerpts
High Performance Vector Control Inverter Innovation, Value, Teamwork SHENZHEN INVT ELECTRIC CO., LTD. Industrial Automation: ■ Frequency Inverter Electric Power: BSVG No. 4 Building, Gaofa Scientific Industrial Park, Longjing, Nanshan District, Shenzhen, China IServo & Motion Control ■Intelligent Elevator Control System ISolar Inverter ■ Motor & Electric Spindle ■Traction Drive INVT Copyright. Information may be subject to change without notice during product improving. ■Online Energy Management System Management Service ^® SS fit"®^
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Brief introduction of Goodrive300 inverter Goodrive300 series inverters are high performance open loop vector inverters for controlling asynchronous AC induction motors and permanent magnet synchronous motors. Applying the'most advanced sensorless vector control technology which keeps pace with the leading international technology and DSP control system, the product enhances its reliability to meet the requirement of environment adaptability, customized and industrialized design with more optimized functions, rrTore flexible application and more stable Combined Drive N Multi function with...
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Combined Drive Dynamic Response Speed Ratio Rotating Speed The current, torque and rotating speed waveforms when sudden loading or unloading in asynchronous motor open loop vector control mode with 0.25Hz running frequency and full load. The current, torque and rotating speed waveforms when sudden loading or unloading in synchronous motor open loop vector control mode with 3Hz running frequency and full load. 5.Torque Control Mode(open loop) The current, torque and rotating speed waveforms when sudden loading or unloading in asynchronous motor torque control mode with full load. The FWD/REV...
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6. More smoother and more quietter running by applying advanced 3-phase modulation 7. Excellent performance on specific motors such as High speed spindle, Direct-control motor [ Common Inverter ] The current waveform in asynchronous motor SVPWM control mode with 100% braking current when the starting frequency Flux braking current waveform when the running frequency is 50Hz, deceleration time is 0.1s with full load in asynchronous motor SVPWM control mode Short circuit braking waveform of synchronous motors. The acceleration time is 0.1s and the deceleration time is 0.4s(rated 10.Continuous...
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5. The rivet design ensures reliable integration Stronger corrosion-resistance Proper grounding Due to the thermal simulation and advanced modularized design, the size of our product is reduced greatly. The width ratio between Goodrive300 and CHF100A is shown in the figure below (the Max. percentage is 50%) 7. Various external interfaces and swappable terminal board convenient for replacement and Note: Only for 380V inverters. Reduce the power lost on DBR Note the impact current and the capacity of the input AC system 11. Available on DC power supply
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The full name of ACT is Acceptance of Client's Testing, which means the German TUV SUD admit the technology level of the lab and accept their separate testing data and test reports officially.
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3 International Communication Protocals 1. Various communication modes: MODBUS communication (standard), PROFIBUS+Ethernet and CANopen+Ethernet communication (optional) Following functions are available through communication cards: •Send control commands(starting, stopping and fault reset) to the inverter •Send speed or torque reference signal to the inverter • Read the state and actual value from the inverter • Modify the parameters of the inverter Innovation, Value, Teamwork The software carries out tracking and fault location with the function of oscilloscope, making more convenient...
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Permanent Magnet Synchronous Motor Screw oil pumps, water pumps, compressors, hoisting, chemical fabric devices, plastic machinery, wood processing machinery and machine tools and so on Machines Tools Lathes, wood processing machinery, drilling machines, grinding machines, milling machines and air compressors Oil pumps, water injection pumps, compressors and so on Belt conveyors, air compressors, crushers, ball mills, Carding machines, drawing machines, roving machines, ring spinning and winding machines, warping machines, circle machines, warp knitting machines, dyeing and finishing...
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Technical Specifications
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Installation size for floor installation Installation diagram Wall installation diagram for inverters of 380V 1.5 ~ 30kW Wall installation diagram for inverters of 380V 37 ~ 110kW(660V 22 ~ 132kW) Innovation, Value, Teamwork Wall installation diagram for inverters of 380V 132 ~ 200kW(660V 160 ~ 220kW) Wall installation diagram for inverters of 380V 220 ~ 315kW(660V 250 ~ 350kW)
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Flange installation diagram for inverters of 380V 1.5 ~ 30kW Installation hole diagram ■ Flange installation diagram for inverters of 380V 37 ~ 110kW(660V 22 ~ 132kW) Installation hole diagram Flange installation diagram for inverters of 380V 132 ~ 200kW(660V 160 ~ 220kW) Installation hole diagram Innovation, Value, Teamwork Floor installation diagram for inverters of 380V 220 ~ 315kW(660V 250 ~ 350kW) Floor installation diagram for inverters of380V 350 ~ 500kW(660V 400 ~ 630kW) Keypad appearance diagram Installation hole diagram of the keypad
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Optional Parts 1. Flange Mounting Panel flange installation; not optional for inverters flange installation Only optional for inverters of 380V An input AC reactor (or DC reactor) 3. Installation bracket for the keypad Use M3 screws or installation bracket are optional, others are standard. Inverter needs to derate when selecting a cover Consult with the INVT technicians for the detailed
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Input filter (1) Input EMI can meet C2 standard after installing input filters. (2)Above parts and options are external, so it is necessary to order. Output filter
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The inverters of 380V 30kW and below are embedded internal braking units and the inverters of 380V 37kW and above need external braking units ,please select the braking units according to actual use . External braking unit is needed for inverters of 660V. Please select the braking resistor according to site operation and torque requirements.
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