14.F5.A1E-15-A
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The 14.F5.A1E-15-A frequency inverter provides a rated output power of 9.5 kVA for consistent performance. Designed with Unit Hardware 2, it ensures stable operation with peak current handling up to 49.5 A.
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Product Description:
The KEB 14.F5.A1E-15-A is a frequency inverter designed to meet the needs of industrial automation needs. KEB makes sure this F5 inverter meets strict industry standards because they are known for being dedicated to precision and dependability. The inverter is made to work reliably with motors up to 10 hp and combine with other parts without any problems. The inverter works well for applications that need stable power delivery and reliable functioning.
This part, 14.F5.A1E-15-A, has a motor power rating of 7.5 kW and an output current rating of 28 A. The peak current that the unit can handle is 49.5 A for up to 30 seconds. The input current to the unit is 36 A, and it has a power loss of 350 W. The strong design makes sure that it can be used for a long time and keep working at its best under different load situations. The housing is an E-sized unit that uses AWG 10 wire. Unit Hardware 2 is the hardware configuration that makes sure the best speed and compatibility.
The inverter is built with a 56 A overcurrent fault trip threshold that keeps connected equipment safe. The inverter works well with industrial motors to provide steady power and good operational efficiency. The inverter has power currents that change with frequency, such as 24 A at 8 kHz, 33 A at 4 kHz, and 16.8 A at 16 kHz. The maximum output power is 9.5 kVA, that is enough for demanding tasks. We stand behind the quality of the 14.F5.A1E-15-A inverter with a one-year replacement warranty and a variety of shipping choices around the world to meet the needs of all our customers.
Frequently Asked Questions about 14.F5.A1E-15-A:
Q: Why is the rated power loss 350 W at operation?
A: The 350 W power loss at rated operation highlights the inverter’s efficient design, minimizing unnecessary energy consumption during continuous use.
Q: Do higher switching frequencies affect stall current values?
A: Yes, higher switching frequencies reduce stall current levels, improving precision in sensitive applications where lower current fluctuations are needed for stability.
Q: How does Unit Hardware 2 enhance inverter functionality?
A: Unit Hardware 2 ensures that the hardware configuration supports efficient motor control, allowing smooth operation under different load conditions.
Q: Does the 14.F5.A1E-15-A support peak current operation?
A: Yes, the inverter can handle a peak current of 49.5 A for 30 seconds, offering stable performance during temporary load surges.
Q: Why is the overcurrent fault level 56 A important?
A: The 56 A trip level ensures system protection by preventing excessive current flow that could damage the connected motor or the inverter.
