GE IS215UCVDH5AN VME Assembly Board

Brand:GE

Item No:IS215UCVDH5AN

Unit price:999$

Condition: Brand new and original

Quality Guarantee: 1 Year

Payment : T/T and Western Union

Delivery Time: 2-3 day

Shipping Port: China


Product Detail

Product Tags

General info

Manufacture GE
Item No IS215UCVDH5AN
Article number IS215UCVDH5AN
Series Mark VI
Origin United States(US)
Dimension 180*180*30(mm)
Weight 0.8 kg
Customs Tariff Number 85389091
Type VME Assembly Board

 

Detailed data

GE IS215UCVDH5AN VME Assembly Board

GE IS215UCVDH5AN is GE Versa Module Eurocard assembly board. It is used for unit control and vibration monitoring in turbine control systems, which can effectively ensure the safe and efficient operation of industrial equipment.

The system is widely used in industrial control applications due to its ruggedness, reliability and ease of integration into larger control architectures.

The IS215UCVDH5AN is designed to integrate with GE's Mark VIe and Mark VI control systems via a VME slot.

It collects and processes vibration data from sensors mounted on turbines and other rotating equipment. By monitoring vibration levels, the IS215UCVDH5AN helps prevent machinery damage by detecting imbalances, misalignments or other problems that could lead to premature failure of turbines or other machinery.

IS215UCVDH5AN

Frequently asked questions about the product are as follows:

-What types of sensors can be connected to the IS215UCVDH5AN?
Vibration sensors, such as accelerometers and proximity probes, are used to measure vibration, acceleration and displacement on rotating machinery.

-How does the IS215UCVDH5AN protect turbines from vibration damage?
Vibration levels in turbines and other machinery are continuously monitored. If vibration levels exceed predefined safety thresholds, the system triggers an alarm or initiates protective measures.

-Is the IS215UCVDH5AN part of a redundant system?
The IS215UCVDH5AN can be part of a redundant control system, ensuring that vibration monitoring and control can continue even if one part of the system fails.


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