16.F5.A1G-36MA
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The KEB 16.F5.A1G-36MA inverter offers advanced programmability with customizable counters (LE.17-LE.21), efficient heat management, and a high switching frequency of 8 kHz. It ensures stability and minimal energy loss in complex systems.
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Product Description:
The KEB 16.F5.A1G-36MA inverter offers full control over the system in terms of connectivity and programmability. The parameters LE.17 to LE.21 allow the programming of various counters that enable fine tuned customization. This feature allows for better integration within complex systems to ensure the inverter can meet specific operational requirements.
The 16.F5.A1G-36MA inverter supports efficient heat management with a cooling circuit that helps maintain operational stability. The power loss at DC operating is kept low at 445 W which minimizes energy wastage. The inverter's advanced features enable a high rated switching frequency of 8 kHz which contributes to reduced harmonic distortion. The inverter is not equipped with load and speed sensitive overload protection nor does it retain thermal memory after a shutdown or loss of power. A universal Proportional Integral (PI) controller is integrated into the inverter that offers both internal and external control options. This flexibility allows for adaptable system integration across different applications. Maintenance is crucial for long term performance of the inverter. In particular, the electrolytic capacitors in the DC link of the inverter require regular use to prevent degradation of the internal oxide layer. Additionally, ensuring the cooling circuit is properly maintained and free of moisture or debris is essential to preventing overheating or damage to components.
Special attention is given to preventing overvoltage during the field weakening range of operation in terms of protecting this F5 Combivert axis drive series inverter. The inverter is programmed to ensure that the Electromotive Force (EMK) dependent speed does not exceed a specific calculated threshold. This threshold takes precedence over all other operating limits that effectively safeguard the system from potential overvoltage conditions that could compromise inverter performance or longevity.
Frequently Asked Questions about 16.F5.A1G-36MA:
Q: What is the maximum power loss of the KEB 16.F5.A1G-36MA inverter during DC operation?
A: The 16.F5.A1G-36MA inverter has a maximum power loss of 445W during DC operation. This low power loss minimizes energy wastage and improves overall system efficiency.
Q: Does the KEB 16.F5.A1G-36MA inverter feature overload protection?
A: The KEB 16.F5.A1G-36MA inverter does not have load or speed-sensitive overload protection. It focuses on energy efficiency and stability with other protection mechanisms such as overvoltage safeguards.
Q: What maintenance practices are required for the KEB 16.F5.A1G-36MA inverter?
A: For optimal performance of the KEB 16.F5.A1G-36MA inverter, regular maintenance of electrolytic capacitors and the cooling circuit is essential. Keeping the cooling circuit free from moisture or debris prevents overheating and component damage.
Q: How does the KEB 16.F5.A1G-36MA inverter manage heat?
A: The 16.F5.A1G-36MA inverter is equipped with an advanced cooling circuit that supports efficient heat management. This helps maintain operational stability and prevents overheating of critical components.
Q: How does the KEB 16.F5.A1G-36MA inverter ensure overvoltage protection during field weakening?
A: The 16.F5.A1G-36MA inverter prevents overvoltage during field weakening by limiting the Electromotive Force (EMF) dependent speed. The inverter ensures this speed does not exceed a calculated threshold to avoid overvoltage risks.
