FC-202P15KT6134N0848
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
The Danfoss drive FC-202P15KT6134N0848 compact design features a B1 frame size and operates effectively within -10 to +50°С. These characteristics enable versatile installation in varied industrial settings while maintaining optimal performance under fluctuating environmental conditions. The design facilitates quick maintenance and ensures long-term stability.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Under the VLT FC 202 AQUA Drives family, the trusted supplierDanfoss has a precision drive unit labelled as FC-202P15KT6134N0848. Designed especially for fluid management in water treatment and HVAC systems, this device is running on a 3-Phase power supply with an input voltage of 600 V guarantees consistent performance in demanding surroundings. Designed by industrial drive technology innovator Danfoss, the device represents superior control specifically for contemporary automation. This drive satisfies industry criteria for dependability and efficiency while including cutting-edge technologies.
Engineered for heavy-duty uses, the drive operates as a Frequency Inverter Drive and boasts a 15 kW / 20 HP power rating. It incorporates a small B1 frame size and an operational temperature range of -10 to +50°C and manages a 22 AMP continuous current. Embedded in the design is a combined EPC module that tracks real-time performance. To monitor running parameters, this EPC feature alerts operators of any deviations. Its proactive diagnostics guarantee that performance is ideal throughout long running cycles, therefore helping to save energy and lower unnecessary downtime.
The FC-202P15KT6134N0848 still offers simplicity of integration and low maintenance needs. Its creative architecture promotes quick troubleshooting and flawless adaptation to different process requirements, thereby improving general system dependability and performance. This aqua drive enables robust condition-based monitoring (CBM), hence verifying its sophisticated self-diagnosing powers. Crucially in industrial environments, the device is protected from dust and moisture by an E55 IP55 NEMA 12 shell. Especially made for pumps, the device provides effective fluid flow control in demanding uses.
Frequently Asked Questions about FC-202P15KT6134N0848:
Q: What installation considerations are essential for FC-202P15KT6134N0848 in industrial pump systems?
A: The device requires careful mounting on a vibration-damped surface and secure wiring within designated electrical enclosures.
Q: How does the power rating of 15 kW / 20 HP in this FC-202P15KT6134N0848 influence operational performance?
A: A high-power rating ensures that the drive can handle substantial mechanical loads efficiently. Such performance contributes to reliable process control and helps prevent system overload in industrial pump applications, promoting long-term stability.
Q: How is FC-202P15KT6134N0848 suited for environments requiring precise temperature control?
A: Designed to operate between -10 to +50°С, this drive maintains consistent performance even in extreme conditions. Its temperature tolerance makes it ideal for installations in varied climates, ensuring uninterrupted service and reducing the risk of overheating or thermal stress.
Q: In what way does the integrated EPC module benefit the FC-202P15KT6134N0848 unit?
A: The embedded EPC system monitors operational parameters and facilitates proactive maintenance. This capability minimizes energy losses and enhances process efficiency by identifying potential issues early.
Q: Can the FC-202P15KT6134N0848’s 22 AMP current handling support sudden load variations in pump applications?
A: With a continuous current rating of 22 AMP, the drive is designed to manage load fluctuations efficiently. This robust current capacity stabilizes performance during sudden operational changes, ensuring that the pump system functions reliably without interruption or performance degradation.
