IS200AEPGG1AAA
Product Parameters
- Manufacturer: GE Energy
- Series: Mark VIe wind turbine control series
- Part Number: IS200AEPGG1AAA
- Functional Acronym: AEPG
- Functional Description: AEPG module PCB
- PCB Coating: Normal coating
- Functional Revision: 1 “A”
- Input/Output Signals: While specific details about input and output signals are not abundantly clear, it is designed to interface with other components within the wind turbine control system. It likely receives data related to wind speed, turbine rotation speed, and other relevant parameters as inputs. These inputs could be in the form of analog signals from sensors measuring physical quantities or digital signals from other control modules. Based on these inputs, it outputs control signals to actuators that adjust the blade pitch or perform other control functions.
- Power Requirements: The power supply details for this module are not explicitly provided in common sources. However, considering its application in industrial – scale wind turbine control systems, it is likely to operate on a standard industrial power supply. This could potentially be a DC voltage, perhaps in the range of 24V DC, which is commonly used in many industrial control modules. But without official documentation, this is an educated assumption.
- Operating Temperature Range: Although not specified in th
e available information, for industrial – grade modules used in wind turbine applications, a typical operating temperature range could be around – 20°C to 60°C. Wind turbines are often installed in various geographical locations with different ambient temperatures. The module needs to be able to function reliably within this temperature range to ensure continuous and stable operation of the wind turbine control system.
- Storage Temperature Range: If the module is not in use, it should be able to withstand a wider temperature range for storage. A common storage temperature range for such industrial modules is – 40°C to 85°C. This ensures that the module remains in a functional state when it is stored for extended periods before being installed or during maintenance – related storage.
- Relative Humidity: In terms of relative humidity, a range of 5% – 95% (non – condensing) is typical for industrial modules. Wind turbines can be located in coastal areas with high humidity or in arid regions with low humidity. The IS200AEPGG1AAA module is expected to operate stably within this humidity range without issues such as corrosion or short – circuits due to moisture.