19.F4.C1H-4M00
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The 19.F4.C1H-4M00 runs on a frequency of 50/60 Hz and handles a current of 80 A. Manufactured by KEB, this inverter is part of the F4 Combivert Frequency Inverter Series and it exhibits a power loss of 25 W. The device weighs 6 kg, has a conductor cross-section of 25 mm², and its EMC level is Class A.
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Product Description:
The 19.F4.C1H-4M00 is an innovative inverter manufactured by KEB stands out as one of the highest quality device. This product is produced for optimal performance and dependability in challenging settings.
This inverter is designed to efficiently handle a peak current of 80 Amperes that ensures exceptional reliability. The 19.F4.C1H-4M00 inverter functions within a typical frequency interval ranging from 50/60 Hz. With a robust output power equals to 42 kVA, it guarantees strong performance. The product also features a braking transistor that boosts efficiency in over loading scenarios. With the advancement the energy loss is reduced to just 25 that acknowledges its overall efficiency. The 4M00 inverter adheres to EMC Level of Class A standards that ensures low electromagnetic disturbance. The peak braking current it can accommodates is 63 A. This item possesses a leakage current capacity of 35 milli amperes that promotes safe functionality. For efficient energy dissipation it requires an optimal braking resistor equals to 13 ohms. This device is designed to perform well in controlled environments. It best meets the environmental 3k3 category as per the requirements of EN50718 standards. This 19.F4.C1H-4M00 inverter accommodates an electric conductor with a cross-sectional area of 25 mm². With this advanced feature it ensures uninterrupted and safe electrical connections.
It is measured as (80 x 398 x 200) mm and approximately of 6 kg weight. It can be easily installed as it has a compact design. It operates in a temperature of 45°C which facilitates effective thermal management. This 19.F4 frequency inverter is designed based on particular customer requirements. Built to be sustainable, it ensures dependable performance consistently. The design incorporates effortlessly into a range of applications that demand accuracy and effectiveness.
Frequently Asked Questions about 19.F4.C1H-4M00:
Q: How does the braking transistor improve performance in the 19.F4.C1H-4M00 inverter?
A: The braking transistor enhances the handling of overload scenarios by dissipating excess energy efficiently. This ensures smoother operation and protects the system from damage.
Q: What role does the 25 mm² conductor compatibility play in the 19.F4.C1H-4M00?
A: The 25 mm² conductor ensures robust electrical connections and minimizes power losses during operation. It is crucial for maintaining system efficiency and reliability.
Q: Why is thermal management important for the 19.F4.C1H-4M00 inverter?
A: Effective thermal management at 45°C operating temperature prevents overheating, ensuring consistent performance. This extends the device’s lifespan and supports stable operations.
Q: How does the leakage current capacity of 35 mA improve safety in the 19.F4.C1H-4M00?
A: The low leakage current minimizes the risk of electrical hazards, promoting user safety. It ensures reliable functionality in compliance with safety standards.
Q: How does the 63A peak braking current capability improve performance?
A: The high peak braking current ensures efficient energy management during deceleration phases. This contributes to smooth operation and protects system components from stress.
