Description
Parameters and specifications:
Applicable voltage: 150V (Applicable voltage may vary by application and model)
Temperature range: -45°C (This is one end of the temperature range, but the specific operating temperature range may vary depending on the model and application)
Warranty period: 2 years
Size and weight:
Installation depth: Depending on the installation size, there are different depths of 90mm and 131mm
Weight: Approximately 1.26KG
Face frame size: SPA-72DW square 72mm72mm, SPA-96BDW square 48mm96mm
Series:
The PPC907BE is a product family from ABB
Features:
Thyristor power output: The PPC907BE module is usually used to control thyristor devices to achieve regulation and control of power output.
High-precision control: With high-precision power control and adjustment capabilities, it can meet the application scenarios that require high accuracy of power output.
Communication interface: supports a variety of communication interfaces, such as Ethernet, serial communication, etc., to achieve data exchange and communication with other devices or control systems.
Programmability: Programmable functions may be supported, and users can configure and logically control them using programming software.
Protection function: The module is usually equipped with a variety of protection functions, such as over-current protection, over-temperature protection, etc., to ensure the safe operation of the thyristor device.
Reliability: Designed for operation in industrial environments with high reliability and stability to ensure the stable operation of the system.
High-performance processor: Usually equipped with high-performance processors, with powerful computing and processing capabilities, can efficiently execute complex control algorithms and computing tasks.
Multi-core architecture: A multi-core processor architecture may be adopted to improve parallel processing capabilities and system responsiveness.
Functions:
PPC907BE is commonly used in power electronic systems, power control systems, AC speed regulation systems and other fields to achieve effective control and regulation of power.
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