Description

IS215WETAH1A Product Introduction & Technical Specifications
Brand: General Electric (GE)
Model: IS215WETAH1A
Product Name: Mark VIe Wind Turbine Top Box A Signal Interface Control Board
Place of Origin: United States
HS Code: 8543709990
Dimension: 140 mm × 120 mm × 40 mm
Weight: Approximately 0.5 kg
Operating Voltage: 24 V DC (±10% tolerance), wide input range 18–32 V DC
Operating Current: 220 mA (typical); Maximum power consumption ≤ 8 W

IS215WETAH1A

Core Technical Characteristics & Performance Parameters
1. Multi-Type Signal Acquisition Capacity
The module integrates powerful multi-functional signal acquisition channels, supporting mainstream industrial signal types including 4–20 mA DC current signals, 0–10 V DC voltage signals, RTD temperature signals and 24 V DC digital switching signals. It is equipped with 16 configurable high-precision acquisition channels, which can flexibly match various wind turbine sensors and meet the full-parameter monitoring requirements of wind turbine operation status. With 12-bit high measurement resolution and 100 Hz high-speed sampling rate, it realizes real-time and accurate collection of micro-changes of equipment operating data.
2. Low-Power & Stable Operating Performance
Adopts optimized low-power circuit design, with typical power consumption less than 8 W, which effectively reduces thermal load in the sealed nacelle operating environment and avoids equipment failure caused by overheating. The built-in stable power management unit supports wide-range DC voltage input, with excellent voltage fluctuation resistance, ensuring continuous and stable power supply operation under unstable power conditions of wind farms.
3. Industrial Communication & Data Transmission
Completely adapted to GE Mark VIe system bus protocol, it supports high-speed and stable data interaction with the main control system. It features efficient data caching and transmission mechanisms, which can timely upload real-time operating data and equipment status information, and support offline data storage and automatic supplementary transmission after system recovery, ensuring the integrity and traceability of wind turbine operating data. It has strong system compatibility and can be seamlessly integrated with standard wind turbine control systems.
4. Anti-Interference & Electrical Protection Performance
Adopts professional industrial anti-electromagnetic interference design, which can resist complex electromagnetic interference in wind farm operation environments and avoid signal distortion and data loss. The module is built with complete protection circuits including over-voltage, under-voltage, over-current and short-circuit protection, which can automatically trigger power-off protection in case of circuit abnormalities to prevent module damage and ensure the safety and stability of the entire control system. The internal relay contact supports 2 A @ 30 V DC load capacity, with reliable switching output performance.
5. Ultra-Wide Environmental Adaptability
Designed for harsh outdoor and wind turbine nacelle working environments, it has an ultra-wide operating temperature range of -40 ℃ to +75 ℃, capable of stable operation in extreme low-temperature and high-temperature weather conditions. The applicable ambient humidity is 5%–95% non-condensing, adapting to high-humidity and alternating temperature working conditions of coastal and mountain wind farms. The storage temperature ranges from -55 ℃ to +90 ℃, ensuring safe storage and standby use in extreme environments.
6. Structural & Installation Advantages
The module adopts compact industrial-grade circuit board structure, with small size and light weight, which saves installation space of wind turbine control cabinet. It supports standard embedded installation matching Mark VIe system cabinet, with simple and fast installation and fixation. The overall shell adopts IP20 protection grade, which can effectively prevent dust and foreign matter from entering and protect internal circuit components for long-term stable operation.
7. Intelligent Monitoring & Fault Diagnosis
Comes with multiple status indicator lights including Power, Link, Act and Diag, which can intuitively display module power status, communication status and operating faults in real time. It supports automatic fault detection and abnormal signal identification, can quickly locate signal acquisition errors, communication failures and power supply faults, and provides accurate fault feedback for on-site maintenance and troubleshooting, greatly improving the efficiency of wind turbine equipment operation and maintenance.

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Shipping:
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