AC10 General VFD

AC10 Series Frequency Inverter Overview

AC10 series frequency inverter is a product developed on the latest technology platform of VEICHI. AC10 products are based on the user's market demand for miniaturization, high reliability and high cost performance. As a narrow-body VFD, AC10 has convenient way of installation, small size, low temperature rise, high protection, strong software performance and many other advantages. AC10 development relies on advanced PLM R&D management system to ensure that the hardware, software, structure and test process are three-dimensional, systematic and can be developed during the development process. Traceability, constant scrutiny in every detail ensures strict rigor and scientific spirit (T3 VFDs only support vector control).
  • Smart and compact, with a narrow book design.
  • Temperature resistance, no derating in 50℃ environments.
  • Support a variety of installation methods.
  • Compatible with asynchronous/synchronous motors with high-performance vector control.

Industrial Applications for AC10 Series Frequency Inverter

Application: fan and pump, automated production line, carpentry machinery, smart logistics, food packaging line, and other industries and equipment. AC220V(Single phase) 0.75-2.2KW AC220V(Three phase) 0.75-2.2KW AC380(Three phase) 0.75-22KW Model:AC10-T/S2-R75G-B,AC10-T/S2-1R5G-B,AC10-T/S2-2R2G-B,AC10-T3-R75G-B,AC10-T3-1R5G-B,AC10-T3-2R2G-B,AC10-T3-004G-B,AC10-T3-5R5G-B,AC10-T3-7R5G/011P-B,AC10-T3-011G-B,AC10-T3-015G/018P-B,AC10-T3-018G/022P-B,AC10-T3-022G-B  

AC10 VFD Product Features

1. Smart and compact, with a narrow book design. 2. Various installation methods, rail, side, vertical installation. 3. Temperature resistance, no derating at an ambient temperature of 50℃. 4. Hidden line design makes wiring more convenient. 5. High protection, isolated air duct, taking into account heat dissipation and dust prevention of devices. 6. Multiple protections, over-current, and over-voltage protection all the time, wave-by-wave current-limiting protection. 7. Network design, convenient network expansion, direct plug-in direct expansion. 8. Power performance, undiminished functions, small but versatile.

Save twice the installation space, book narrow body design, various installation methods

1. Install side by side, no need to reserve clearance. 2. Side installation, flexible change of installation method. 3. Rail installation is fast and convenient.

No derating at an ambient temperature of 50℃

Independent air duct design, fast heat dissipation, the low-temperature rise of the machine, no need to derating in a high-temperature environment.

Structural design high protection

1. The air duct is isolated, and the heat is introduced into the air duct after the heating device is processed. 2. Concentrated heat dissipation, electronic sensitive devices are placed in a closed environment to prevent environmental pollution.

Networking design|Hidden line design

1. The group network is convenient to expand, and it can be directly connected through the network port for expansion. Users only need to make a network cable connection, which is convenient and beautiful. 2. The machine is designed with a wire trough on the lower side of the wiring terminal, which can guide the control wiring harness to the wiring trough, and ensure the beautiful wiring in the cabinet and stand-alone use.

Overcurrent suppression protection

Through real-time monitoring of the load current during operation, it is automatically limited to not exceed the set overcurrent suppression point, which has prevented the fault trip caused by the current. This function is especially suitable for some loads with large inertia or severe changes.

Overvoltage suppression protection

When the bus voltage reaches or exceeds the bus overvoltage suppression point during the operation of the inverter, the inverter will automatically adjust the operating frequency to suppress the excessive bus voltage, to ensure that the inverter does not cause overvoltage protection due to the excessive bus voltage.

Wave-by-wave current limit

When the output current exceeds the wave-by-wave current limit point, the hardware current limit protection is triggered, which can restrain the rise of current to a certain extent so that the current does not exceed the inverter protection value, and avoid the current alarm and shutdown due to sudden load or abnormal current.

Computer monitoring software

The computer can manage the parameter storage and download of several inverters. The parameter download function can save the parameter setting work when exchanging the inverter. The monitoring software is equipped with various monitoring, parameter settings, motor self-learning, oscilloscope functions, etc. Only need a simple RS485 serial port, you can simply connect to the computer.  

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