FC-301P22KT4131G5121
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The FC-301P15KT4131G5121 is a 3-phase drive with a mains voltage of 380 - 480 VAC, and delivers precise control and consistent performance. Its design ensures optimal energy management, supporting efficient process operations and reliable performance in critical industrial applications.
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Product Description:
Introducing the precision drive controller FC-301P22KT4131G5121, produced by the renowned Danfoss. It is a key offering within the celebrated VLT FC 301 Automation Drives series and has been meticulously engineered for industrial automation and motion control, operating on a dependable 3-Phase power system. It runs at an input frequency of 50/60 Hz and guarantees balanced power distribution and constant performance under diverse situations. The module gives strict operating criteria and provides the same results every time in proper use and application, and it is also fitting for perfect automatic setup integration.
Designed for adaptability, the controller boasts an IP21 / Type 1 RFI Filter outside covering that prevents dust and mild dampness from penetrating the interior electronics. A Graphical Local Control Panel (LCP) that lets real-time monitoring and simplified changes possible improves its user interface. It is a frequency inverter drive type, and it offers variable speed control necessary for the best process performance. The drive is engineered to deliver robust performance for high-demand applications, boasting a power rating of 22 kW / 30 HP. Its innovative "No mains option" design offers remarkable installation flexibility by eliminating the need for standard mains configurations. In contrast, for low-power applications, the module is optimized to provide a 2 HP rated load while operating at an input voltage of 230 V. Drawing a 41 AMP current ensures strong energy conversion and efficiency. In industrial environments, FC-301P22KT4131G5121 design stresses simplicity of operation and maintenance, therefore offering both great performance and dependability. Every technical specification is precisely tuned to provide ideal control and efficiency, hence improving output and lowering downtime. Modern industrial settings would find this controller perfect as it reflects Danfoss's dedication to quality and creativity.
Frequently Asked Questions about FC-301P22KT4131G5121:
Q: In what way does the Graphical Local Control Panel (LCP) simplify operational management of FC-301P22KT4131G5121?
A: The intuitive control panel provides real-time data and clear visual feedback, allowing operators to adjust settings quickly. This enhances process control by enabling precise adjustments and monitoring, which minimizes errors and contributes to streamlined operations across automated systems.
Q: How does a power rating of 22 kW/30 HP impact the controller’s performance?
A: A high power rating enables the drive to handle demanding industrial loads effectively. This capacity ensures that even under heavy-duty applications, the FC-301P22KT4131G5121 delivers smooth and efficient performance.
Q: What role does the 230 V input voltage play in the drive’s operation of FC-301P22KT4131G5121?
A: Operating at 230 V ensures that the drive maintains a stable electrical supply, which is critical for achieving accurate and consistent performance. This voltage level supports optimal energy conversion and reliable process control in various industrial applications.
Q: How does the rated load of 2 HP enhance the FC-301P22KT4131G5121’s suitability for specific applications?
A: The rated load of 2 HP makes the drive ideal for light-duty tasks where precision is essential. It ensures that the controller delivers accurate power management while maintaining energy efficiency.
Q: What advantages are provided by the 41 AMP current draw in FC-301P22KT4131G5121?
A: A 41 AMP current draw ensures robust energy conversion and stable performance even under variable load conditions. This high current capability supports efficient operation and reliable power delivery, which minimizes energy loss and contributes to sustained productivity in demanding industrial processes.
