ABB RINT-6512C(3AFE68262666)

Brand: ABB

Model: RINT-6512C

Part No: 3AFE68262666

Describe: Main circuit interface board

Status: New/Used

RINT-6512C Main Power Trigger Board for ABB frequency converter driver ACS800 Series 690V

ABB RINT-6512C(3AFE68262666)

The ABB RINT-6512C is a main circuit interface board designed specifically for the ACS800 series frequency converters. Powered by 24V DC, it achieves precise connection between control logic and power circuits, adapting to a wide temperature range of -20℃ to +70℃ and 95% non-condensing humidity conditions.RINT-6512C Main Power Trigger Board for ABB frequency converter driver ACS800 Series 690V
• RINT-6512C are extremely robust and can withstand five times their nominal load in the measuring direction. If a load cell has nevertheless been so overloaded that its data have been altered, this is probably due to an event in the mill, such as web/strip breakage. On excessive overload the first thing that happens is that the zero point shifts.
• Problems such as interference or unstable zero point may be caused by wiring faults. Some malfunctions may be due to the proximity of cables that cause interference. Incorrect installation, such as imbalance in a cable or screens earthed at more than one end may cause the zero point to become unstable. Cables are subject to mechanical wear, and should be checked regularly. The junction box should also be checked, especially if it is subject to vibration.

• A fault in the control unit usually causes intermittent loss of a function. It is unusual for the control unit to cause stability problems. Faults in connected units may affect the operation of the control unit. For further details see the control unit manual.


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ABB RINT-6512C是专为ACS800系列变频器设计的主电路接口板。它由24V DC供电,实现了控制逻辑和电源电路之间的精确连接,适用于-20℃至+70℃的宽温度范围和95%的非冷凝湿度条件。RINT-6512C ABB变频器驱动器ACS800系列690V主电源触发板
•RINT-6512C非常坚固,在测量方向上可以承受其标称载荷的五倍。如果称重传感器仍然过载,导致其数据被更改,这可能是由于轧机中的事件,如卷材/带材断裂。在过度过载的情况下,首先会发生零点偏移。 
•接线故障可能会导致干扰或零点不稳定等问题。一些故障可能是由于电缆的接近造成的干扰。不正确的安装,例如电缆或多个端部接地的屏蔽的不平衡,可能会导致零点变得不稳定。电缆容易受到机械磨损,应定期检查。还应检查接线盒,特别是如果它受到振动。 
•控制单元中的故障通常会导致功能间歇性丧失。控制单元引起稳定性问题的情况并不常见。连接单元中的故障可能会影响控制单元的运行。有关更多详细信息,请参阅控制单元手册。


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