FC-301P15KT4E55H2XXXXOXSXXXXAY
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
This drive controller FC-301P15KT4E55H2XXXXOXSXXXXAY operates at an input voltage of 230 V with a rated load of 2 HP, delivers steady performance in critical applications. Its design ensures energy efficiency and accurate control, making it ideal for processes that demand precise, consistent power delivery in industrial environments.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
FC-301P15KT4E55H2XXXXOXSXXXXAY is an industry-leading manufacturer's high-performance automation device by Danfoss, belonging to the VLT FC 301 Automation Drives series. In fields where dependability is critical, its exact engineering provides ideal control. Designed for perfect integration in challenging industrial systems, this module reflects Danfoss's dedication to modern driving technologies. Its 3-Phase system, intended for industrial automation, and gives certain power distribution that is also balanced. As part of its sturdy construction, the controller features an enclosure rated IP55 / Type 12 RFI Filter, It provides moderate moisture protection and constant dust shielding.
Its 50/60 Hz operation frequency also provides conventional electrical systems. This criterion taken together provides great efficiency and dependable process control in many industrial settings. Designed for dynamic performance, this controller provides adjustable speed control by means of an output frequency spanning 0-590 Hz. Built on a coated PCB, its internal circuitry supports improved thermal performance. With a power rating of 15 kW / 20 HP, the intended operating voltage range for the module is between 380 – 480 VAC.
Classed as a Frequency Inverter Drive, this drive controller perfect for exact motor control applications provides a rated load of 2 HP. Designed for a 50°C/122°F ambient operating capability, it is meant to run consistently even at high temperatures. Its design keeps precision during load variations and reduces energy losses. The FC-301P15KT4E55H2XXXXOXSXXXXAY exemplifies state-of-the-art automation technology, offering robust performance and simplified maintenance. Incorporating sophisticated monitoring and maintenance capabilities into your industrial systems will gradually improve their efficiency and dependability. Combining these elements guarantees that the drive satisfies high performance standards in the industrial environments of today.
Frequently Asked Questions about FC-301P15KT4E55H2XXXXOXSXXXXAY:
Q: What makes FC-301P15KT4E55H2XXXXOXSXXXXAY suitable for industrial automation?
A: The controller’s 3-Phase design and IP55 / Type 12 RFI Filter enclosure ensure stable power distribution and protection against environmental hazards. Its advanced features, including a wide output frequency range and reliable thermal management, contribute to reduced downtime and improved process control.
Q: How does the output frequency range benefit process control of FC-301P15KT4E55H2XXXXOXSXXXXAY?
A: A 0-590 Hz output frequency allows dynamic speed adjustments, ensuring precise motor control under varying conditions. This flexibility aids in optimizing process efficiency and minimizes energy waste.
Q: Why is the coated PCB feature significant in this drive?
A: The coated PCB enhances heat dissipation and electrical stability, crucial for maintaining optimal performance under continuous industrial load.
Q: How does the controller’s power rating impact its performance?
A: Delivering 15 kW / 20 HP, the FC-301P15KT4E55H2XXXXOXSXXXXAY can handle demanding loads effectively. This high-power rating ensures that critical industrial processes run smoothly and efficiently.
Q: How does ambient temperature affect this FC-301P15KT4E55H2XXXXOXSXXXXAY’s operation?
A: Designed to operate at 50°C/122°F, the drive performs reliably even in high-temperature environments. This capability ensures that process control remains accurate and efficient, even under thermal stress, thereby reducing the risk of performance degradation.
