ZF900-E Low power servo variable frequency driveThe low-power universal servo frequency converter developed and
produced by our company is a driving device that combines servo
control and variable frequency speed regulation functions. It is
suitable for low-power application scenarios and has the
characteristics of high efficiency, precision, and flexibility. It
can meet the diverse needs of equipment driving in fields such as
new energy, industrial automation, and intelligent manufacturing. Key Features- High precision control: Small power universal servo frequency
converters typically use vector control or direct torque control
technology, combined with high-resolution encoders (such as 23 bit
multi turn absolute encoders), to achieve precise control of motor
position, speed, and torque, meeting the needs of precision
machining, automated production, and other scenarios.
- Wide speed range and fast response: Supports wide range speed
regulation from low speed to high speed, with a speed ratio of
1:1000 or even higher, and has fast dynamic response capability,
suitable for loads that require frequent start stop and speed
changes.
- Integration and Intelligence: Integrating driving, control,
communication and other functions into one, supporting multiple
communication protocols (such as CAN bus, EtherCAT, etc.), it can
seamlessly connect with devices such as PLCs and industrial robots
to achieve remote monitoring and fault diagnosis.
- Efficient and energy-saving: By adopting advanced power modules and
control algorithms, energy consumption is reduced and energy
utilization efficiency is improved. Some products also have energy
feedback function, which feeds back braking energy to the power
grid.
- Compact design and high reliability: Compact in size, easy to
install and maintain, while using high-quality components and
strict production processes to ensure long-term stable operation of
the equipment in harsh environments.
Application- New energy equipment: In the fields of wind power generation, solar
power generation, energy storage systems, etc., low-power universal
servo inverters can be used to drive small wind turbines,
photovoltaic tracking systems, energy storage battery charging and
discharging control, etc., improving energy conversion efficiency.
- Industrial Automation: In industries such as textile machinery,
packaging machinery, and printing equipment, achieving precise
positioning, speed adjustment, and synchronous control of equipment
can improve production efficiency and product quality.
- Intelligent manufacturing: Provide drivers for robot joints, CNC
machine tools, 3D printers and other equipment to meet the
high-precision and high dynamic response motion control
requirements.
- Household Electric Appliances: In household appliances such as air
conditioners, refrigerators, washing machines, etc., variable
frequency speed regulation of motors is implemented to reduce noise
and energy consumption, and enhance user experience.
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