There are many setting parameters of the inverters, and each parameter has a certain range of choices. During use, it is often encountered that the inverter cannot work normally due to improper setting of individual parameters. Therefore, it is necessary to set the relevant parameters correctly.   Allen-Bradley 22P-D045A103 AB400P 1. Control method: That is, speed control, torque control, PID control or other methods. After adopting the control method, it is generally necessary to carry out static or dynamic identification according to the control accuracy.   2. Minimum operating frequency: That is, the minimum speed at which the motor runs. When the motor runs at a low speed, its heat dissipation performance is very poor. If the motor runs at a low speed for a long time, it will cause the motor to burn out. And at low speed, the current in the cable will also increase, which will also cause the cable to heat up.   3. Maximum operating frequency: The maximum frequency of general inverters is 60Hz, and some even reach 400 Hz. The high frequency will make the motor run at high speed. For ordinary motors, the bearings cannot run at super-rated speed for a long time. Whether the rotor of the motor can withstand such a centrifugal force. CT Emerson SP1405 Inverter 4. Carrier frequency: The higher the carrier frequency is set, the greater the high-order harmonic component, which is closely related to the length of the cable, the heating of the motor, the heating of the cable, and the heating of the inverter.   5. Motor parameters: The inverter sets the power, current, voltage, speed, and maximum frequency of the motor in the parameters, and these parameters can be directly obtained from the motor nameplate. RELIANCE ELECTRIC UAZ3455UAZ3475 Inverter   6. Frequency hopping: At a certain frequency point, resonance may occur, especially when the whole device is relatively high; when controlling the compressor, the surge point of the compressor should be avoided.   7. Acceleration and deceleration time The acceleration time is the time required for the output frequency to rise from 0 to the maximum frequency, and the deceleration time is the time required for the output frequency to drop from the maximum frequency to 0. Usually, the acceleration and deceleration time is determined by the rise and fall of the frequency setting signal. When the motor is accelerating, the rate of increase of the frequency setting must be limited to prevent overcurrent, and when the motor is decelerating, the rate of decrease must be limited to prevent overvoltage. Acceleration time setting requirements: limit the acceleration current below the over-current capacity of the inverter, so as not to cause the inverter to trip due to overcurrent stall; the main points of deceleration time setting are: to prevent the smoothing circuit trip the inverter. The acceleration and deceleration time can be calculated according to the load, but in the debugging, it is often used to set a longer acceleration and deceleration time according to the load and experience, and observe whether there is an over-current or over-voltage alarm by starting and stopping the motor; then gradually increase the acceleration and deceleration setting time. Shorten, based on the principle that no alarm occurs during operation, repeat the operation several times to determine the best acceleration and deceleration time.   Allen-Bradley 25B-D4P0N114 Inverter   8. Torque boost Also called torque compensation, it is a method of increasing the low frequency range f/V to compensate for the torque reduction at low speed caused by the motor stator winding resistance. When it is set to auto, the voltage during acceleration can be automatically increased to compensate the starting torque, so that the motor can accelerate smoothly. If manual compensation is used, according to the load characteristics, especially the starting characteristics of the load, a better curve can be obtained through experiments. For variable torque loads, if the selection is improper, the output voltage at low speed will be too high, which will waste electric energy.   YASKAWA CIPR-GA70B4060ABBA-AAAAAA Inverter        Our team of experienced professionals is dedicated to delivering personalized services that exceed our customers' expectations. We offer a diverse range of services,including after-sales and maintenance, among others. Our team is composed of experienced engineers and technicians who are highly skilled in the maintenance and troubleshooting of Inverters.        In conclusion, Rockss Automation Technology Co. Ltd. is the perfect partner for all your automation needs. Whether you need Inverters for industrial, manufacturing, or commercial purposes, we have it all. Our commitment to providing quality products and services at competitive prices, coupled with our experienced team of professionals, is what sets us apart. Contact us today and let us help you streamline your automation needs.  

Allen-Bradley Inverters provide flexible packaging for power supply, control, and operator interfaces to meet space, flexibility, and reliability requirements, as well as provide rich functionality, allowing users to easily assemble Inverters. It has the characteristics of flexibility, space saving, and convenient use, making it an economical choice for speed control in applications such as mechanical tools, fans, pumps, conveyor belts, and logistics processing systems. So what categories can Allen-Bradley Inverters be classified into? 1. Low voltage AC Inverter Low voltage Inverters provide a wide range of features and functional options, suitable for your various application requirements. The power range is 0.25-3000 horsepower/0.2-2200 kW; Suitable for global voltages of 100-690 volts. Supports induction and permanent magnet motor types. Including communication and security functions. It can seamlessly integrate with Logix control systems. Allen-Bradley 22F-B2P5N103 Inverter     2. Medium voltage AC Inverter Medium voltage frequency converters can provide efficient motor control to meet various demanding application requirements: The voltage range is 2.3-10 kV,and the motor current can reach up to 720A. Provide air and liquid cooled versions. Support high-performance torque control and achieve simple speed control. Including communication, safety, and arc resistance functions. It can seamlessly integrate with Logix control systems.     Allen-Bradley 22P-D045A103 AB400P Inverter     3.DC Inverter DC Inverters can provide flexible and practical DC control solutions. The power range is 1.5-1400 horsepower/1.2-1044 kW; Suitable for global voltages of 200-690 volts. It can be flexibly configured according to your application. Including special torque control suitable for lifting applications. It can seamlessly integrate with Logix control systems.   Introducing Rockss Automation, where power meets precision. Our wide range of Allen-Bradley Inverters showcases unparalleled inventory and diversity.With our extensive stock, finding the perfect inverter for your specific requirements has never been easier. Whether you're looking for efficiency, reliability, or versatility, we have it all.