13.F5.A1E-16-A
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The 13.F5.A1E-16-A inverter from KEB delivers a rated motor power of 5.5 kW and supports a peak current of 36 A for 30 seconds, ensuring reliable motor control and protection.
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Product Description:
The 13.F5.A1E-16-A inverter from KEB is designed to handle motors efficiently in industrial robotics applications. The inverter is capable to generate 5.5 kW of motor power. The inverter works best with three-phase motor systems. The KEB's goal is to provide high-performance industrial solutions, and this F5 inverter provides precise motor control.
The 13.F5.A1E-16-A inverter is designed to operate at the input voltage of 180 to 260 V at 50/60 Hz and has a peak output power of 8.5 kVA. The recommended wire size for this inverter is 10 AWG. The inverter has a maximum output current of 22 A and an output frequency controlled by the internal control board and carrier frequency. Frequency of the inverter is up to 16 kHz but default frequency is 4 kHz. At 4 kHz and 8 kHz, the inverter's stall current is 24 A and it drops to 16.8 A at 16 kHz. The braking circuit has a maximum stopping current of 25 A and a normal braking resistance of 27 ohms. The inverter with housing size E can handle a peak current of 36 A for 30 seconds, and its maximum input current is 28 A.
The input voltage matches the output voltage range of 3 x 0 to 255 V. When it is working, the inverter loses only 290 W of power, indicating that it uses energy efficiently. The 13.F5.A1E-16-A inverter works with motors up to 7.5 horsepower and is built to be durable, so it can operate constantly under standard industrial loads. For better control, the inverter's hardware setup is set to 2. Order this 13.F5.A1E-16-A inverter from Wake Industrial and get a one-year warranty along.
Frequently Asked Questions about 13.F5.A1E-16-A:
Q: Does 13.F5.A1E-16-A support multiple switching frequencies?
A: Yes, the inverter supports frequencies up to 16 kHz. This flexibility helps optimize motor noise levels and energy consumption.
Q: Why do stall currents differ in 13.F5.A1E-16-A?
A: The stall current varies based on switching frequency. Higher switching frequencies reduce current levels, enhancing energy efficiency and minimizing system noise.
Q: How does 13.F5.A1E-16-A ensure braking efficiency?
A: The inverter uses a 27-ohm braking resistance with a max braking current of 25 A. This ensures controlled braking during load deceleration.
Q: Why is power loss low in 13.F5.A1E-16-A?
A: The power loss of 290 W ensures energy efficiency during continuous operation. This minimizes heat generation, enhancing the product's operational lifespan.
Q: How does 13.F5.A1E-16-A handle peak current surges?
A: The inverter supports a peak current of 36 A for 30 seconds. This provides temporary overload handling during demanding start-up conditions.
