ZF900-E Rack mounted variable frequency drive Rack mounted universal servo frequency converter is an industrial
equipment that combines servo drive technology with variable
frequency control function. It adopts a standard rack mounted
installation structure and is widely used in industrial automation
scenarios that require high precision and high dynamic response. Characteristic - Rack mount: Adopting a standard 19 inch rack installation, it is easy to
integrate into the control cabinet, saving space and being easy to
maintain. The modular structure supports hot swapping, making it
convenient for system expansion and fault replacement.
- Universality and compatibility: Supports multiple types of motors (such as asynchronous motors and
synchronous motors), compatible with motors of different brands and
specifications. The adjustable range of parameters is wide,
suitable for different load requirements, and supports multiple
control modes (such as V/F control, vector control, servo control).
- High precision servo control: Built in high-resolution encoder interface for closed-loop control
of position, speed, and torque. Fast dynamic response, high
positioning accuracy, suitable for precision machining, robotics
and other applications.
- Variable frequency energy-saving: By adjusting the motor speed, energy conservation can be achieved
and energy consumption costs can be reduced. Support multiple
energy-saving algorithms, such as sleep mode, automatic load
optimization, etc.
- Protection and diagnostic functions: Built in overcurrent, overvoltage, undervoltage, overload,
overheating and other protection functions ensure the safe
operation of the equipment. Provide real-time fault diagnosis and
alarm information for quick maintenance.
Technical advantages - High precision and high dynamic response: Adopting advanced servo algorithms to achieve precise control of
speed and position, the positioning accuracy can reach ± 0.01mm.
Short response time, suitable for high-speed and high-precision
application scenarios.
- Efficient and energy-saving: By using variable frequency speed regulation, the motor efficiency
is increased by 10% -30% and energy consumption is reduced. Support
energy feedback function, which feeds back braking energy to the
power grid, further saving energy.
- Usability and Scalability: The parameter settings are simple and support communication with
upper computers such as PLC and HMI, making it easy to integrate
into automation systems.Support multiple expansion modules (such as
I/O modules, communication modules) to meet different application
requirements.
- Reliability and stability: Using industrial grade components and adapting to harsh
environments, the MTBF (Mean Time Between Failures) can reach tens
of thousands of hours. Built in redundancy design improves system
reliability.
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