FC-301P5K5T4131F3225
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The FC-301P5K5T4131F3225 is a powerful servomotor, featuring a 380-480 V AC power supply and rated shaft output of 5.5 kW. This device is manufactured by Danfoss as part of their VLT AutomationDrive FC 301 series and includes an efficient cooling mechanism. It also offers a protective enclosure and quick-connect terminal connections.
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Product Description:
The FC-301P5K5T4131F3225 is an astounding frequency converter carefully crafted under the VLT automation series of Danfoss International. With a T4 mains voltage designation, the FC-301P5K5T4131F3225’s input terminals require an AC voltage level of 380 to 480 volts. It features a 301 drive, allowing it to facilitate control of the motor via voltage vector control (VVC) mode. It has an integrated short-circuit protection system, making it vital for protecting the motor, especially at full-scale operation or overload modes. Like most of Danfoss’ frequency converters, the FC-301P5K5T4131F3225 may be operated at normal overload or high-overload operating conditions. At high overload, this frequency converter achieves a usual shaft power of 5.5 kW or 7.5 horsepower.
Depending on the value of the mains supply voltage, the FC-301P5K5T4131F3225 exhibits different continuous and intermittent input and output currents. When the converter’s voltage supply is below 440 volts, the continuous input and output currents are 11.7 A and 13 A, respectively. At the same voltage range, the intermittent input and output current of the drive are 18.7 A and 20.8 A, respectively. At a higher voltage range, above 440 volts, the continuous input and output currents of the FC-301P5K5T4131F3225 decline to 9.9 A and 11 A, respectively. On the other hand, the intermittent input and output currents of the converter beyond 440 volts are 15.8 A and 17.6 A, accordingly.
At the nominal shaft power, the estimated power loss of the FC-301P5K5T4131F3225 is 187 watts. With such power loss, the converter achieves a rated or average efficiency of 97%. This frequency converter also has an energy efficiency class of IE2 and adheres to the EMC emission and immunity standards of the EN 61800-3.
Frequently Asked Questions about FC-301P5K5T4131F3225:
Q: What is the minimum duty cycle or pulse width for the FC-301P5K5T4131F3225’s digital inputs?
A: Each of the FC-301P5K5T4131F3225’s digital inputs must have a minimum pulse width of 4.5 ms.
Q: Which digital input terminals of the FC-301P5K5T4131F3225 can be programmed as outputs?
A: Terminals 27 and 29 of the FC-301P5K5T4131F3225 may be configured optionally as digital outputs.
Q: What is the input capacitance of the FC-301P5K5T4131F3225’s STO terminal?
A: The FC-301P5K5T4131F3225’s STO terminal has an input capacitance of 400 nF.
Q: What is the typical input current for the FC-301P5K5T4131F3225’s STO terminal?
A: The FC-301P5K5T4131F3225’s STO terminal has a typical input current of 50 mA rms at 24 VDC.
Q: What is the input resistance for the FC-301P5K5T4131F3225’s analog input terminals?
A: Each terminal for the analog inputs of the FC-301P5K5T4131F3225 has an input resistance of approximately 10 kilo ohms.
