FC-202P7K5T6131G1535
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The Danfoss FC-202P7K5T6131G1535 AD ensures precise motor control with a 7.5 kW shaft output. It supports input currents up to 59 A and delivers 0.98 efficiency for optimized operations.
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Product Description:
Industries utilizing the FC-202P7K5T6131G1535 receive high-performance Automation Drive (AD) solutions from Danfoss which is developed for industrial automation purposes. Engineers designed this AD to give motor systems precise control over efficiency and speed, making it ready for energy optimization applications. This equipment technology meets both operational standards and maintenance requirements through purposeful design features.
The FC-202P7K5T6131G1535 drive functions within 50/60 Hz input frequency ranges and permits input steady-state currents up to 59 A, but along with this it is equipped with peak intermittent input currents reaching up to 64.9 A. The device functions with 7.5 kW (10 hp at 240 V) typical shaft output capability and achieves 0.98 efficiency while accepting input power of 200–240 V AC. The device incorporates pre-fuses at 100 A to guarantee safety during operations. The device delivers a continuous 30.8 A output current and an intermittent output current of 33.4 A to give power to connected motors effectively. This efficient FC-202P7K5T6131G1535 drive embraces cable sections up to 35 mm² (2 AWG) to reduce wire resistance while it requires a cable insulation temperature of 75°C. The variable frequency drive showcases excellent energy conservation capabilities as it can produce a power loss of only 150 W during maximum operating conditions that lower operational spending.
This FC-202P7K5T6131G1535 drive functions reliably in demanding conditions because its engineers designed it in a way to work within average ambient temperatures not exceeding 45°C. The system supports dependable long-term operation because routine maintenance needs are minimized. The drive's sturdy design with precise control features enables seamless integration in current industrial automation networks. The drive integration leads users to reach higher energy conservation levels alongside optimized motor performance and improved system operational efficiency.
Frequently Asked Questions about FC-202P7K5T6131G1535:
Q: What is the significance of IP20 enclosure in FC-202P7K5T6131G1535?
A: The IP20 enclosure protects FC-202P7K5T6131G1535 components from solid particles, ensuring operational safety in controlled environments.
Q: How does FC-202P7K5T6131G1535 manage power loss during operation?
A: FC-202P7K5T6131G1535 minimizes power loss to 150 W, reducing energy consumption and improving operational efficiency.
Q: Why is 64.9 A peak input current important in FC-202P7K5T6131G1535?
A: The peak input current of 64.9 A allows FC-202P7K5T6131G1535 to handle short-term high-demand applications without performance degradation.
Q: What role does 0.98 efficiency play in FC-202P7K5T6131G1535?
A: The 0.98 efficiency ensures FC-202P7K5T6131G1535 operates with minimal energy wastage, optimizing power use in motor systems.
Q: How does FC-202P7K5T6131G1535 support energy optimization in automation?
A: FC-202P7K5T6131G1535’s energy optimization capabilities include precise motor control and efficient power use, lowering operational costs.
