GE DS3800HMHA1 Control Card High Performance Industrial Automation Module
Form Factor:Compact, robust design suitable for high-temperature and high-vibration environments Memory Capacity:Large capacity memory for storing complex control algorithms and extensive data Operating Temperature Range:-40"C to +85"C Power Consumption:Efficient power usage for cost-effective operation Connectivity Options:Supports multiple communication protocols for seamless integration Dimensions (WxHxD):16.7 cm x 14.8 cm x 5.5 cm Weight:0.6 kg
The GE DS3800HMHA1 Control Card is specifically engineered to handle the most demanding industrial automation tasks. Its high-memory capabilities enable the execution of sophisticated control algorithms, ensuring precision and reliability in critical operations.
Designed with a compact yet durable form factor, this control card is built to withstand the rigors of high-temperature and high-vibration environments, making it ideal for use in a wide range of industrial settings. With its large memory capacity, the DS3800HMHA1 can store vast amounts of data, facilitating real-time processing and enhancing the system responsiveness and efficiency.
The card supports multiple communication protocols, allowing for easy integration with various equipment and systems, ensuring a seamless and efficient workflow within your production line.
Featuring an ergonomic design that facilitates quick installation and maintenance, the GE DS3800HMHA1 Control Card minimizes downtime and maximizes productivity, contributing significantly to your overall operational efficiency. The GE DS3800HMHA1 Control Card is an essential component for optimizing performance in high-speed turbine control systems. This advanced board offers seamless integration, enhanced reliability, and precision control to ensure efficient operation in demanding industrial environments.
Multiple application scenarios
Energy production and management system
Power station control system: In thermal power stations, the GE DS3800HMHA1 control card is an important component in building the control system of power generation equipment.
It connects sensors and actuators of boilers, turbines, generators and other key equipment. In boiler control, parameters such as temperature, pressure, water level, etc. in the boiler are collected through the analogue input interface, processed by the control card, and then the valve openings of the fuel supply system, fan speed, etc. are controlled through the analogue output interface to ensure stable and efficient combustion in the boiler.
In turbine control, the control card obtains the turbine's speed, vibration and other sensor data through the digital input interface, and controls the turbine's speed control system, lubricating oil system and so on through the digital output interface, so as to ensure the turbine's stable speed and the safe operation of the equipment. In generator control, the analogue input interface collects the output power, voltage, frequency and other parameters of the generator, and the control card controls the excitation system of the generator through the analogue output interface according to these data to ensure that the generator outputs stable power.
In the wind farm, the control card is used to control the main control system, pitch system and yaw system of the wind turbine. Environmental data such as wind speed and direction are collected through the analogue input interface, and then processed and controlled through the digital output interface to control the action of the pitch motor and yaw motor, so as to achieve maximum wind energy capture and stable power generation.




