vfd for IMM AD800Z

AD1000H high frequency output inverter

The AD1000H high frequency output inverter is a cutting-edge device specifically designed for high-performance and high-frequency applications. It integrates the latest power electronics technology and sophisticated control algorithms, optimized for driving high-speed motors. Renowned for its exceptional response speed and wide frequency adjustment range, this inverter can swiftly adapt to and stabilize motor operation across various speeds, ensuring precise and stable performance output even at extremely high rotational speeds.

The AD1000H high frequency output inverter employs high-efficiency IGBT modules and optimized energy conversion technology, significantly reducing energy loss and enhancing overall operational efficiency. This not only contributes to energy conservation and cost reduction but also aligns with current eco-friendly trends towards energy savings and emission reduction, demonstrating its forward-thinking approach to sustainable development.

Safety and stability are hallmark features of the AD1000H high frequency output inverter. It incorporates multiple intelligent protection mechanisms, including overload, overcurrent, overvoltage, undervoltage, and overheat protection, enabling swift responses to potential threats to the motor and inverter, effectively preventing equipment damage and accidents. Furthermore, its intelligent fault diagnosis and alarm system continuously monitors operational status, promptly alerting users to potential issues for quick identification and resolution.

Additionally, the AD1000H high frequency output inverter prioritizes user experience. It boasts an intuitive and user-friendly interface, along with diverse communication interfaces such as RS485, Modbus, and Ethernet, facilitating parameter setting, status monitoring, and remote control. This flexibility and scalability enable the AD1000H inverter to seamlessly adapt to various complex industrial environments and application requirements.

In conclusion, the AD1000H high frequency output inverter stands as a new benchmark in the field of high-speed motor drives, with its outstanding performance, efficient energy conversion, intelligent safety protection, and user-centric design. It not only meets the demands of current industrial applications but also lays a solid foundation for future technological advancements.

1. Enhanced High-Frequency Output Capability:

The AD1000H Variable Frequency Drive (VFD) boasts an impressive maximum output frequency of 5000Hz, which is significantly higher than the traditional range of several hundred to two thousand Hertz. This high-frequency output enables the VFD to drive high-speed motors that can reach speeds of nearly 300,000 RPM, providing a distinct advantage in specialized applications such as high-speed cutting, precision machining, and synchronous motor control.

2. Versatile Motor Control Capability:

The AD1000H is capable of driving a wide range of AC motors, including various types of magnetic suspension synchronous motors, showcasing its versatility. Furthermore, it can drive synchronous motors and support closed-loop control for high-precision position and speed control applications.

3. Flexible Control Modes:

The AD1000H VFD supports both open and closed-loop control modes. Open-loop control is ideal for less demanding precision requirements, while closed-loop control provides more accurate and stable control.

4. High Efficiency and Energy Conservation:

The advanced energy-saving control algorithm of the AD1000H VFD ensures low current consumption and high efficiency direct drive control, without the energy loss associated with gearboxes and gear transmission. Under the same load, the AD1000H outputs less current, making it a more energy-efficient and cost-effective solution. In particular, its weak magnetic field control far outperforms many of our competitors.

5. Compact and User-Friendly Design:

The AD1000H VFD is designed to be compact and easy to install and use. It features a user-friendly interface with intuitive parameters that are easy to understand and control.

Performance specifications
Control mode	Asynchronous motor VF control	SVC control of asynchronous motor	Asynchronous motor FVC control
	Synchronous motor WC control	Synchronous Motor SVC Control	Synchronous motor Field-Oriented Vector Control (FVC)
Frequency setting resolution	Digital input: 0.01Hz, Analog input: 1/4096 (12bit) of the highest output frequency.
Starting torque	Asynchronous motor VF control: 150%1Hz.	Asynchronous Motor SVC Control: 200% 0.3Hz.	Asynchronous motor FVC control: 200% OHz.
	Synchronous motor VVC control: 150%1Hz	Synchronous motor SVC control: 150%1Hz.	Synchronous motor FVC control: 200%OHz
Speed range	The range of three-phase 380V~460V fluctuation should not exceed -15%~+10%, and the imbalance rate should be less than 3%.
	Electrical specifications.
Input frequency.	50/60Hz±5%
Output voltage	Asynchronous motor: 3000Hz, synchronous motor: 3000Hz.
Environmental characteristics
Working temperature	-10℃ to +40℃, no decrease in output current; for every 1℃ above 40℃, there is a 2% decrease in output current.
Storage temperature	-40℃~+70℃
Using Environment.	There is no reduction in altitude below 1000 meters, and reduction is required for altitudes between 1000 and 4000 meters.
Humidity	IP20 forced air cooling
Input Output
Simulated power supply.	+10V, load capacity of 50mA.
Digital power supply	+24V, load capacity of 200mA, NPN/PNP.
Simulated Input.	5-Lane Standard DI
Relay output	Standard RS485, optional with isolation.

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AD1000H high frequency output inverter

The AD1000H frequency converter has been widely used in high-speed fields such as high-speed internal cylindrical grinders and high-speed drilling due to its outstanding performance. In these applications, high-frequency output capability and precise motor control are crucial.