FC-301P1K1T2134L2177

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The FC-301P1K1T2134L2177 drive offers a power loss of 25 watts, supports a frequency of 50/60 Hz, connects with a conductor cross-section of 25 mm², and features Class A EMC level. As part of the VLT AutomationDrive FC 301 series by Danfoss, it weighs 6 kilograms and withstands a maximum temperature of 45°C.

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Product Description:

Danfoss manufactured the variable frequency drive (VFD) FC-301P1K1T2134L2177, which is part of the VLT AutomationDrive FC 301 family. One of this drive's primary characteristics is its low power loss of 25 watts. The leading causes of power loss in a VFD are switching losses during voltage and frequency modulation and the intrinsic resistance of electronic components, which convert electrical energy into heat. A decreased power loss, like the 25 watts this drive displays, results in higher energy efficiency and lower running expenses. This efficiency is essential in industrial environments, where drives often run constantly for lengthy periods. The FC-301P1K1T2134L2177's rated leakage current is 35 mA. Leakage current is the small amount of current that passes through the drive's insulation and into the ground. A low leakage current, such as 35 mA, is essential for electrical safety and to reduce the chance of electric shock.

The FC-301P1K1T2134L2177 works at 50/60 Hz, which is the typical frequency for an AC power supply in most industrial situations. This compatibility guarantees smooth integration with the current electrical infrastructure. The conductor cross-section that this VFD is intended to connect to is 25 mm². The portion of the wire that connects the drive to the motor and power source is known as the conductor cross-section. Higher current carrying capacity is made possible by a broader cross-section, such as 25 mm2, which also reduces resistive losses and voltage dips in the wire. This is necessary to guarantee that the motor receives power efficiently, particularly in high-power applications.

The Class A EMC rating of the FC-301P1K1T2134L2177 indicates that it complies with electromagnetic compatibility regulations. The capacity of a device to function without producing electromagnetic interference to other devices or being vulnerable to interference from its environment is known as electromagnetic compatibility, or EMC. The drive's 6 kg weight is relatively modest for industrial VFDs. Its weight is due to its lightweight design and economical material use during production. The FC-301P1K1T2134L2177's maximum working temperature is 45°C. The drive's small size (80 x 398 x 200 mm) is proper in industrial environments where space is often limited.

Cross-section Of Conductor
25 mm²
Current
80 A
Dimensions
80 x 398 x 200 mm
Emc Level
Class A
Frequency
50/60 Hz
Maximum Temperature
45°C
Power Loss
25 W
Rated Leakage Current
35 mA
Weight
6 kg

Frequently Asked Questions about FC-301P1K1T2134L2177:

Q: What is the maximum operating temperature?

A: The drive withstands a maximum temperature of 45°C, making it ideal for cooler environments but may not be suitable for high-temperature industrial applications.

Q: What is the power loss and frequency range?

A: The drive has a power loss of 25 watts and supports a frequency range of 50/60 Hz, suitable for most industrial applications.

Q: What are the device's dimensions and weight?

A: The device has compact dimensions of 80 x 398 x 200 mm and weighs 6 kilograms, making it suitable for installations with space constraints.

Q: What type of motors is this drive compatible with?

A: This drive is designed for use with asynchronous motors, providing precise control and efficient operation.

Q: What is the EMC level and its significance?

A: The drive features a Class A EMC level, which helps reduce electromagnetic interference, ensuring compliance with industrial standards and reliable operation in various environments.


Internal Product Review

  • ‘‘The VFD offers reliable performance with a low power loss and compact dimensions, making it suitable for space-constrained installations. The integrated Class A EMC filter simplifies integration and reduces electromagnetic interference concerns. With a maximum operating temperature of 45°C, it may be limited to applications in cooler environments.’’

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