13.G6.FLB-YA00
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The 13.G6.FLB-YA00 Inverter ensures stable performance with 12 A output current and EtherCAT control. Designed for industrial automation, it features an IP20-rated housing for durability and flat-back air cooling for efficient thermal management.
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Product Description:
KEB made the 13.G6.FLB-YA00 that is a model in the G6 Combivert IO Inverters line. The Inverter is designed for industrial automation and has advanced control features to make sure it works well and reliably. KEB specializes in drive technology solutions that improve the accuracy and stability of automated processes.
The 13.G6.FLB-YA00 inverter has a three-phase 400V supply and an input current of 16.8 A at 400V that makes it a stable power source for industrial uses. The inverter delivers a steady 12 A of current that keeps its efficiency even when the load changes. The inverter is made to handle a rated power output of 5.5 kW and a maximum apparent power of 8.3 kVA, so it can handle tough operating needs without lowering performance. The inverter has an EtherCAT control type that allows robotic parts to communicate with each other quickly and accurately. With a short-term current limit of 18%, the inverter can handle temporary overcurrent situations effectively that provides further protection against rapid changes in load. The G6 inverter can also withstand peak currents of up to 1.8 times the rated current for 60 seconds, ensuring that it can continue to function even when the load varies.
The 13.G6.FLB-YA00 inverter features an IP20-rated housing that prevents solid things larger than 12.5 mm from entering. Its flat-back air-cooling system allows one to manage the temperature without increasing the airflow. The design of housing type B allows for efficient ventilation and consistent performance. The inverter has a modest body size of 13, but it generates a lot of power. This inverter is a dependable solution for demanding industrial applications since it can take high currents, cool down fast, and utilize advanced communication control.
Frequently Asked Questions about 13.G6.FLB-YA00:
Q: Why does the 13.G6.FLB-YA00 have EtherCAT control?
A: EtherCAT control ensures high-speed communication for precise automation. It minimizes latency and improves synchronization across connected devices for efficient operation.
Q: Does the 13.G6.FLB-YA00 support peak current overload?
A: Yes, it supports peak currents up to 1.8 times the rated current for 60 seconds. This ensures stable operation under dynamic loads.
Q: Why does the 13.G6.FLB-YA00 use flat rear cooling?
A: The flat rear air-cooling system enhances thermal efficiency. It maintains temperature stability without requiring additional external ventilation.
Q: How does the 13.G6.FLB-YA00 handle short-time overload?
A: It has a short-time current limit of 180%. This prevents overload failures and ensures safe operation during temporary high-current conditions.
Q: Do housing type and size affect 13.G6.FLB-YA00 performance?
A: Yes, housing type B and size 13 optimize airflow. These features support efficient cooling and durability in demanding applications.
