GE Mark VIe IS210AEPSG1BCA power board

GE Mark VIe IS210AEPSG1BCA power board

The GE IS210AEPSG1BCA (AEPS power board) belongs to the GE Vernova Speedtronic Mark VIe platform wind power pitch/yaw system dedicated power board, suitable for GE 1.5MW, 1.6MW, 1.7MW, and 2.3MW wind turbines.
IS210AEPSG1BCA receives external DC input, multiple isolated and regulated outputs, providing stable and clean power for wind turbine pitch control, yaw position sensing unit, and angle detection electronic components; IS210AEPSG1BCA has built-in voltage, current, and temperature monitoring circuits, which can diagnose power overvoltage, undervoltage, overcurrent, and overheating faults in real time and upload alarm signals to ensure the continuous and reliable power supply of the wind turbine angle position signal acquisition link. It is the core power supply spare part of the wind turbine pitch control system.

Main product range

• Control system (DCS/PLC/CNC): panel controller, HMI and human-machine interface, industrial PC, CPU processor module, communication module, analog/digital I/O module
• Drive and motion control: frequency converter, servo drive, servo motor, power module
• Robot spare parts: key spare parts such as robot control board, axis computer, servo unit, I/O module, etc
• State monitoring and safety system: vibration monitoring system, safety instrumented system (SIS), redundant controller

Application Industry

The products are widely used in various industrial fields such as metallurgy, oil and gas, petrochemicals, electricity, power transmission and distribution, water conservancy, water treatment and environmental protection, coal mining, aluminum industry, glass manufacturing, paper and printing, textile printing and dyeing, machinery manufacturing, electronics manufacturing, automobile manufacturing, plastic machinery, boiler heating, energy, etc.

GE Mark VIe IS210AEPSG1BCA power board

Product Features

1. Specially designed for wind turbine pitch and yaw position sensing circuits, with multiple isolated outputs to avoid mutual interference between different power supply branches.
2. Each output has independent current limiting, overvoltage, and overheating protection, and a single fault will not cause the entire board to have no output.
3.  Complete onboard diagnostic monitoring circuit, real-time reporting of power supply abnormalities to Mark VIe controller, and early warning of faults.
4. The circuit board is coated with three anti coatings, which can withstand harsh environments such as humidity, salt spray, and dust in offshore and onshore wind fields.
5. Adapt to the Mark VIe distributed I/O node architecture and use it in conjunction with the same series of AEAAH, AEACH, and other boards.
6. Support redundant power supply scheme, dual power sources can be connected in parallel to improve the power supply reliability of the wind turbine pitch system.
7. Plug in card structure makes it easy to disassemble and assemble the fan control cabinet, reducing the downtime for fan maintenance.
8.  Wide temperature working range, suitable for wind fields with large day night temperature differences and low temperature and high cold working conditions.
9.  Anti vibration and anti surge design, meeting the long-term continuous operation of wind turbine hub and cabin under strong vibration conditions.
10.  Equipped with Mark VIe tool software, it can read power status and fault logs online.

Main brand

————————Shenzhen Changxin Automation Equipment Co Ltd -————————

Products that have been released are welcome for consultation. Due to the wide variety of models, we were unable to upload physical images one by one!

Parameter Specifications