IS215WEPAH2B - Printed circuit board in stock, shipped on the same day.

　　IS215WEPAH2B - Printed circuit board in unused and rebuilt state.

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　　IS215WEPAH2B Other names:

　　PCB module IS215WEPAH2B

　　IS215WEPAH2B main control board

　　Controller module IS215WEPAH2B

　　Product Description

　　The IS215WEPAH2B printed circuit board is an important wind energy pitch shaft for the Mark VIe Speedtronic series wind turbine control system automatic driver and drive components of General Electric Shell Company GE Energy. The status of this product as a wind energy propeller shaft can only be seen from the subdivision of its unique product component functional abbreviations; The abbreviation itself is embedded in the IS215WEPAH2B personalized product part number. This wind energy variable pitch shaft is considered a modified version of the original IS215WEPAH2B product; Has a single function revision, rated as "B". This feature revision is considered functional as it promotes the overall functionality and efficiency enhancement of the IS215WEPAH2B pitch shaft, rather than focusing on product aesthetics or size.

　　Hardware prompts and specifications

　　Like any similar style of GE Energy Mark VIe series printed circuit board, IS215WEPAH2B has a plethora of unique hardware components that help achieve its expected function as a wind energy pitch axis. One of the key components to maintain this functionality is the input and output types of the IS215WEPAH2B board, which has multiple input and output types. The I/O types on the wind energy pitch axis substrate for this WEPA abbreviation include:

　　A total of 8 analog inputs

　　1 incremental encoder input

　　A separate analog input

　　A total of 20 discrete inputs

　　A total of 2 discrete outputs

　　9 relay outputs

　　2 RS-485 interfaces

　　2 pulse width modulation control outputs

　　Although the input and output styles of this IS215 WEPA model component are certainly important, they are by no means the only hardware related. In fact, the IS215 label at the beginning of the IS215WEPAH2B part number indicates that the product is a printed circuit board with a special assembly style.

Specifically, IS215WEPAH2B can be defined as a special modular component composed of AEPAH1B and BPPB additional daughter boards. By simply checking its personalized product part number, many other information related to this wind energy pitch axis can be obtained. The above IS215 series labels have dual naming responsibilities for WEPA components; In addition, the product is designated as a US made model produced at General Electric's Salem, Virginia factory. The "H2B" part of the IS215WEPAH2B product part number has a three-way naming responsibility; Designate this PCB as a modified conformal coated PCB and use 2 sets of Mark VIe series grouping. For a more detailed explanation of the IS215WEPAH2B descriptive product part numbers, you can refer to the chart above in our "Manual" tab for a breakdown of IS215WEPAH2B part numbers.

　　Function Description

　　IS215WEPAH2B is a printed circuit board developed by GE under the Mark VIe control system. This model has three communication ports - COM1, COM2, and a miniature 9-pin socket D connector. The Ethernet interface supported by the PCB includes a 10BaseT/AUI connector. The maximum non working impact value of this PCB is 10G, which means it can withstand impacts without being damaged. Its three communication ports, miniature 9-pin socket D connector, and Ethernet interface make it an excellent choice for various industrial applications. This model is suitable for simplex or triple redundant applications. The board is linked to a sub board.

　　Product attributes

　　This model is suitable for simplex or triple redundant applications. The WEPA board is connected to the daughter board. Supports three different software frame rates, ranging from 10 to 40 milliseconds. The frame rate represents the time elapsed between adjusting and reading inputs, sending outputs, and running application software.

　　If you want to change the application software, you can use level five password protection and download it to the control module while the main process is still running. The female plug connector is an important component of a circuit board.

　　These plug connectors are located on the edge of the circuit board and range in size from 2 to 20 pins. The sub board is located in the bottom right corner of the circuit board. There are also four metal oxide varistors, three of which are located near the lower left side of the circuit board. A single metal oxide varistor is located in the upper right corner of the circuit board.

　　This board is typically installed in a VME rack with 13 or 21 slots. The control module will accommodate the VME rack. In addition to this model, the control module will also include various I/O cards and main processor cards. This board typically occupies only one VME rack slot.

　　To assist users in operating the motherboard, we provide a manual - GEP-9145 manual. This manual contains all necessary information and instructions on how to install, configure, and operate the motherboard.

　　It is designed specifically to withstand harsh environmental conditions. It can operate within a relative humidity range of 10-95% without being damaged by condensation.

　　In addition, it can operate reliably under harsh environmental conditions, making it a reliable choice for critical task applications.

　　Features

　　The terminal block, junction box, and I/O package are the three basic components of the Mark VIe I/O module. The wiring board is installed on the cabinet and has two basic configurations: S and T.

　　Each I/O point on the S-shaped board has a set of screws that can be used to adjust and digitize signals using a single I/O package. Use one, two, or three boards that can be used for simplex, duplex, and dedicated triple modular redundancy (TMR) inputs. Typically, a T-type TMR board disperses inputs into three independent I/O packets. The outputs of these three I/O packages are usually determined by hardware voting on the T-board.

　　WEPA vulnerability fix

　　22326- This error fix solves the issue of requiring multiple attempts to correctly read the speed in manufacturing testing mode. This fix ensures that the speed reading runs correctly on the first attempt, thereby improving the efficiency and accuracy of the manufacturing testing process.

　　27250- In this error fix, a delay has been added to the automatic mode exit to ensure it exceeds the timeout of the HeartbeatOk condition MainsOn. This modification ensures that if communication is lost due to power failure, a controlled feather action will be triggered appropriately.

　　31665- This error fix solves the issue in serial loopback operation in manufacturing testing mode. It involves clearing all internal buffers before starting the operation, ensuring that the serial loopback operation runs properly and providing accurate results during manufacturing testing.

　　31892- Improvement achieved by adding a corrected RMS motor torque calculation input. This enhanced feature ensures accurate and reliable calculation of RMS motor torque, which helps to more accurately control and monitor motor torque.

　　31895- This error fix involves changes in braking and magnetic field tracking faults. They are now sensitive to the Nm (Newton meters) setting of the pitch system based on the percentage of their respective resistance. This adjustment enhances the fault detection capability, enabling better monitoring and diagnosis of braking and magnetic field tracking issues.

　　31936- The overall speed reference limit and overspeed setting in the management parameter mode (UseConfigParms=false) have been updated based on the gear ratio. This update ensures that speed reference limits and overspeed settings are adjusted appropriately based on specific gear ratios, thereby improving speed control and system performance.

　　32049- This error fix mainly focuses on enhancing the speed curve and speed adjustment. The modification aims to make the speed feedback closer to the controlled feather curve, thereby reducing the possibility of switching to battery pitch. This improvement helps to operate more smoothly and achieve better synchronization between speed feedback and controlled feather curves.

　　32078- Error fix enables the 45Nm PitchSysType system to be used in conjunction with WEPA boards that support the new 45Nm feature. This enables compatibility and seamless integration between the 45Nm PitchSysType system and the corresponding WEPA board, ensuring optimal performance and functionality.

　　32117- In this error fix, standby mode has been modified to increase the brake setting delay to 1.2 seconds, specifically for 45Nm brakes. This adjustment ensures that the brake setting delay is suitable for the 45Nm brake, thereby maintaining the required safety and operational standards.

　　Frequently asked questions

　　What is IS215WEPAH2B?

　　This is a printed circuit board developed by GE

　　What are the supported software frame rates? What do they represent?

　　There are three supported software frame rates, ranging from 10 milliseconds to 40 milliseconds. The frame rate represents the time elapsed between adjusting and reading inputs, sending outputs, and running application software.

　　Can the application software be modified? How to protect it?

　　Yes, application software can be changed using five level password protection, and it can be downloaded to the control module while the main process is still running.

　　How many COM ports are there on the PCB?

　　It has three communication ports, namely COM1, COM2, and a miniature 9-pin socket D-type connector.

　　What is an Ethernet interface?

　　Ethernet interface is a hardware component that connects a device to a computer network. It allows devices to transmit and receive data packets over the network using the Ethernet protocol.

　　What type of Ethernet interface does the motherboard have?

　　It uses a 10BaseT/AUI connector as the Ethernet interface.

　　Is there a manual for this module?

　　Yes, GEP-9145 provides information on how to install, configure, and operate the motherboard.

　　Why is this IS215WEPAH2B model PCB considered to have a special assembly type?

　　The IS215 label of this IS215WEPAH2B model indicates the inclusion of SCOM grounding wire and corresponding SCOM screws, which elevates the model to a special assembly name.

　　What is conformal PCB coating?

　　The conformal PCB coating, such as the coating on the IS215WEPAH2B substrate, is a thin layer of chemical printed circuit board protective coating that should fully cover every surface of each component on the circuit board.

　　Comment on IS215WEPAH2B

　　The IS215WEPAH2B wind power pitch axis is specifically developed for GE Energy's Mark VIe series wind turbine system controllers and is a special modular component that includes the pre-existing Mark VIe AEPAH1B printed circuit board and BPPB connected component sub boards. All hardware components in this special component should be well protected under the conformal coating PCB layer. Before deciding to purchase this product, it is important to understand that it is a revised version of the original IS215WEPAH2 product, and all hardware specifications and dimensions outlined in the original factory release manual may not be accurate.

　　All products on this website are special products, and market prices have been fluctuating,

　　The specific customer service quotation shall prevail, as the product is a new product and the price is not genuine,

　　Please confirm the model, product, price, and other detailed information with customer service before placing an order. The website has been used,

　　The new one is for sale, please contact customer service to communicate.

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