S R Automation

Additional Information:

• Production Capacity: 1HP
• Delivery Time: IMMEDIATE

Major Features

   • Overcurrent suppression protection: real-time current monitoring, automatically limit the current to no more than the overcurrent suppression point;

   • Overvoltage suppression protection: When the brake resistance is not connected, the operating frequency can be automatically adjusted or the magnetic flux braking can ensure that the AC drive will not cause overvoltage protection due to high bus voltage during operation;

   • Undervoltage suppression protection (instantaneous non-stop): It can realize the function of instantaneous power loss without stopping；

   • Wave-by-wave current limiting: When the sudden load or abnormal conditions such as momentary spikes in the current occurs, it will trigger the wave-by-wave current limit protection, which can limit the rise of the current to a certain extent, so that the current does not exceed the protection value of the inverter, and avoid reporting overcurrent fault and shutdown；

   • Heat dissipation treatment: Independent air duct design, close to the IGBT power device efficient cooling, while the software built-in automatic reduction of carrier frequency according to temperature rise；

   • Overvoltage, overcurrent fault protection；

   •

■ Industry applications

    KC200 can be used to drive textiles, machine tools, packaging, food, fans, water pumps and various automated production equipment

Support standard MODBUS and CANopen communication schemes;

EMC filter can be selected to optimize the electrical environment of EMC field equipment;

Major Features

   • Overcurrent suppression protection: real-time current monitoring, automatically limit the current to no more than the overcurrent suppression point;

   • Overvoltage suppression protection: When the brake resistance is not connected, the operating frequency can be automatically adjusted or the magnetic flux braking can ensure that the AC drive will not cause overvoltage protection due to high bus voltage during operation;

   • Undervoltage suppression protection (instantaneous non-stop): It can realize the function of instantaneous power loss without stopping；

   • Wave-by-wave current limiting: When the sudden load or abnormal conditions such as momentary spikes in the current occurs, it will trigger the wave-by-wave current limit protection, which can limit the rise of the current to a certain extent, so that the current does not exceed the protection value of the inverter, and avoid reporting overcurrent fault and shutdown；

   • Heat dissipation treatment: Independent air duct design, close to the IGBT power device efficient cooling, while the software built-in automatic reduction of carrier frequency according to temperature rise；

   • Overvoltage, overcurrent fault protection；

   • Input phase loss: Detect input phase loss based on bus voltage fluctuations. When phase loss occurs, a certain load is required to detect it；

   • Output phase loss: Output phase loss fault can be quickly detected before and during operation；

   • Phase to phase short circuit and short circuit to ground fault: quickly detected within 10ms before operation；

   • Inverter module overtemperature, parameter self-learning failure, current detection failure, SVC stall failure, etc；

Additional Information:

• Item Code: VFD
• Delivery Time: IMMEDIATE

Support pulse control;

   • Supports MODBUS, CANopen, EtherCAT communication control;

   • Adaptable to high-precision encoder applications;

   • Support EASY Tune optimization and online self-tuning.

   • Trap filter for vibration suppression;

   • S-curve control;

   • Real-time synchronized control, which can effectively improve production efficiency and increase the precision of multi-axis synchronized control;

   • IO contains 7-channel digital input, 5-channel digital output and encoder output;

     • With driver over-voltage & under-voltage protection, over-current protection, overheating protection and short circuit protection, etc.

 Applicable industries

   • Robotics industry: SCARA robots, DELTA robots, six-jointed robots, etc;

   • Packaging industry: longitudinal cutting machine, pillow packing machine, vertical packing machine and other packaging machinery;

   •Machine tool industry: engraving and milling machine, precision engraving machine, laser cutting, etc;

   •Logistic industry: separation line, vertical warehouse equipment, etc;

   • Other occasions that require high response speed and high positioning accuracy.

Additional Information:

• Delivery Time: IMMEDIATE

Only 65mm wide, easy of installation;

European crimping terminal, IO terminals without tightening screws, can improve install efficiency by 30%;

Support network port connected to external keyboard and use standard MODBUS communication protocol and scheme;

Various frequency given channel selections such as panel, analog, communication, pulse, PID, multi-speed, etc.

Built-in AVR, over-modulation, instantaneous non-stop and other functional
z 60s at 150% the rated current, 3s at 180% rated current V/F control, Sensorless vector control (SVC), voltage frequency separation control Space Vector Pulse Width Modulation . kHz ~ . kHz Open-loop vector control: rated load 1:200 Open-loop vector control: 150% rated torque at 0.5Hz Open-loop vector control: < 20ms Digit setting: maximum frequency x (±0.01%); Analog setting: Max frequency x (±0.2%) Digital setting: 0.01Hz; Analog setting: maximum frequency x 0.1% Automatic torque improved ;manual torque improved .%-% Starting frequency: . Hz ~ maximum frequency; Braking time: . s ~ . s; Brake current value: % ~ % rated current Four Methods: multi-point V/f curve;Reduced torque characteristic curve; Straight-line or S-curve acceleration/deceleration;Four groups of acceleration/deceleration time The product supports up to 8 speeds with the control terminal The function facilitates closed-loop control of process control. When the mains voltage changes, the output voltage keeps constant automatically. The function limits the current and voltage automatically during operation to prevent frequent trips caused by overvoltage or overcurrent. The function helps minimize overcurrent faults. Output voltage Maximum output frequency Overload capacity Motor control mode Modulation mode Carrier frequency Speed range Startup torque Torque response Frequency accuracy Frequency resolution Torque boost Dc braking ability V/F curve Acceleration/ deceleration curve multi-speed running Built-in PID Auto voltage regulation(AVR) Overvoltage/overcurrent stall control Digital，analog voltage，analog current，pulse and communication all have set. It can implement fine tuning of the auxiliary frequency and frequency synthesis. *digital input terminals, of which supports high-speed pulse input up to KHz *analog input terminal, support ~ V/ ~ mA input Load regenerative energy compensates for voltage reduction during instantaneous power failure, allowing the AC drive to continue operating for a short time. Frequency reference Auxiliary frequency reference Fast current limit Power dip ride through Running command Running commands can be given through the operating panel, control terminal, or serial port communication, which can be switched over in various ways. *relay output terminal, including normally closed and normally open sub； *analog output terminal, support ~ V voltage output *digital output terminal, . kHz~ kHz pulse square wave signal output, capable of outputting physical quantities such as set frequency and output frequency *RS communication Network Port LED display Parameter copy Condition monitoring Fault Alarm Humidity Vibration Storage temperature Over voltage level Class of contamination Protection grade Installation methods Input terminals Output terminals External keyboard interface Single row -digit digital tube, with the same built-in keyboard and external keyboard The external keyboard supports uploading and downloading the functional parameter information of the inverter to achieve fast parameter setting Can display setting frequency, output frequency, output voltage, output current and other more than state parameters Overvoltage, undervoltage, overcurrent, short circuit, phase loss, overload, overheating, etc In the altitude area of more than meters, due to the thin air caused by the poor heat dissipation effect of the inverter, 

Additional Information:

• Delivery Time: IMMEDIATE

The wide voltage design makes it suitable for all kinds of power grids and power supply conditions at home and abroad;

High performance SVC control , can achieve stable operation with 150% load in the full speed range of the rated frequency;

Support network port connected to external keyboard;

Support standard MODBUS and CANopen communication schemes;

EMC filter can be selected to optimize the electrical environment of EMC field equipment;

Major Features

   • Overcurrent suppression protection: real-time current monitoring, automatically limit the current to no more than the overcurrent suppression point;

   • Overvoltage suppression protection: When the brake resistance is not connected, the operating frequency can be automatically adjusted or the magnetic flux braking can ensure that the AC drive will not cause overvoltage protection due to high bus voltage during operation;

   • Undervoltage suppression protection (instantaneous non-stop): It can realize the function of instantaneous power loss without stopping；

   • Wave-by-wave current limiting: When the sudden load or abnormal conditions such as momentary spikes in the current occurs, it will trigger the wave-by-wave current limit protection, which can limit the rise of the current to a certain extent, so that the current does not exceed the protection value of the inverter, and avoid reporting overcurrent fault and shutdown；

   • Heat dissipation treatment: Independent air duct design, close to the IGBT power device efficient cooling, while the software built-in automatic reduction of carrier frequency according to temperature rise；

   • Overvoltage, overcurrent fault protection；

   • Input phase loss: Detect input phase loss based on bus voltage fluctuations. When phase loss occurs, a certain load is required to detect it；

   • Output phase loss: Output phase loss fault can be quickly detected before and during operation；

   • Phase to phase short circuit and short circuit to ground fault: quickly detected within 10ms before operation；

   • Inverter module overtemperature, parameter self-learning failure, current detection failure, SVC stall failure, etc；

■ Industry applications

    KC200 can be used to drive textiles, machine tools, packaging, food, fans, water pumps and various automated production equipment

Additional Information:

• Delivery Time: IMMEDIATE

Only 65mm wide, easy of installation;

European crimping terminal, IO terminals without tightening screws, can improve install efficiency by 30%;

Support network port connected to external keyboard and use standard MODBUS communication protocol and scheme;

Various frequency given channel selections such as panel, analog, communication, pulse, PID, multi-speed, etc.

Built-in AVR, over-modulation, instantaneous non-stop and other functional

Major Features:

   • Overcurrent suppression protection: real-time current monitoring, automatically limit the current to no more than the overcurrent suppression point;

   • Overvoltage suppression protection: When no brake resistor is connected, the operating frequency is automatically adjusted or the bus voltage rise is suppressed by flux braking.

   • Undervoltage suppression protection (instantaneous non-stop): It can realize the function of instantaneous power loss without stopping；

   • Wave-by-wave current limiting: When the sudden load or abnormal conditions such as momentary spikes in the current occurs, it will trigger the wave-by-wave current limit protection, which can limit the rise of the current to a certain extent, so that the current does not exceed the protection value of the inverter, and avoid reporting overcurrent fault and shutdown；

   • Heat dissipation treatment: Independent air duct design, close to the IGBT power device efficient cooling, while the software built-in automatic reduction of carrier frequency according to temperature rise；

   • Overvoltage, overcurrent fault protection；

   • Input phase loss: Detect input phase loss based on bus voltage fluctuations. When phase loss occurs, a certain load is required to detect it;；

   • Output phase loss: Output phase loss fault can be quickly detected before and during operation；

   • Phase to phase short circuit and short circuit to ground fault: quickly detected within 20ms before operation；

   • Inverter module overtemperature, parameter self-learning failure, current detection failure, SVC stall failure, etc.

■ Industry applications

   • HVAC, sewage treatment, manufacturing production lines, fan ventilation systems, logistics and transportation, air conditioner cooling systems, woodworking machinery, and various automated production equipment and other industries.

Additional Information:

• Delivery Time: IMM

■ Major Features

   • Overcurrent suppression protection: real-time current monitoring, automatically limit the current to no more than the overcurrent suppression point;

   • Overvoltage suppression protection: When the brake resistance is not connected, the operating frequency can be automatically adjusted or the magnetic flux braking can ensure that the AC drive will not cause overvoltage protection due to high bus voltage during operation;

   • Undervoltage suppression protection (instantaneous non-stop): It can realize the function of instantaneous power loss without stopping；

   • Wave-by-wave current limiting: When the sudden load or abnormal conditions such as momentary spikes in the current occurs, it will trigger the wave-by-wave current limit protection, which can limit the rise of the current to a certain extent, so that the current does not exceed the protection value of the inverter, and avoid reporting overcurrent fault and shutdown；

   • Heat dissipation treatment: Independent air duct design, close to the IGBT power device efficient cooling, while the software built-in automatic reduction of carrier frequency according to temperature rise；

   • Overvoltage, overcurrent fault protection；

   • Input phase loss: Detect input phase loss based on bus voltage fluctuations. When phase loss occurs, a certain load is required to detect it；

   • Output phase loss: Output phase loss fault can be quickly detected before and during operation；

   • Phase to phase short circuit and short circuit to ground fault: quickly detected within 10ms before operation；

   • Inverter module overtemperature, parameter self-learning failure, current detection failure, SVC stall failure, etc；

■ Industry applications

    KC200 can be used to drive textiles, machine tools, packaging, food, fans, water pumps and various automated production equipment

Additional Information:

• Production Capacity: 1HP
• Delivery Time: IMMEDIATE

The wide voltage design makes it suitable for all kinds of power grids and power supply conditions at home and abroad;

High performance SVC control , can achieve stable operation with 150% load in the full speed range of the rated frequency;

Support network port connected to external keyboard;

Support standard MODBUS and CANopen communication schemes;

EMC filter can be selected to optimize the electrical environment of EMC field equipment;

Major Features

   • Overcurrent suppression protection: real-time current monitoring, automatically limit the current to no more than the overcurrent suppression point;

   • Overvoltage suppression protection: When the brake resistance is not connected, the operating frequency can be automatically adjusted or the magnetic flux braking can ensure that the AC drive will not cause overvoltage protection due to high bus voltage during operation;

   • Undervoltage suppression protection (instantaneous non-stop): It can realize the function of instantaneous power loss without stopping；

   • Wave-by-wave current limiting: When the sudden load or abnormal conditions such as momentary spikes in the current occurs, it will trigger the wave-by-wave current limit protection, which can limit the rise of the current to a certain extent, so that the current does not exceed the protection value of the inverter, and avoid reporting overcurrent fault and shutdown；

   • Heat dissipation treatment: Independent air duct design, close to the IGBT power device efficient cooling, while the software built-in automatic reduction of carrier frequency according to temperature rise；

   • Overvoltage, overcurrent fault protection；

   • Input phase loss: Detect input phase loss based on bus voltage fluctuations. When phase loss occurs, a certain load is required to detect it；

   • Output phase loss: Output phase loss fault can be quickly detected before and during operation；

   • Phase to phase short circuit and short circuit to ground fault: quickly detected within 10ms before operation；

   • Inverter module overtemperature, parameter self-learning failure, current detection failure, SVC stall failure, etc；

■ Industry applications

    KC200 can be used to drive textiles, machine tools, packaging, food, fans, water pumps and various automated production equipment

Additional Information:

• Production Capacity: 5HP
• Delivery Time: IMMEDIATE