The GE Fanuc DS200GDPAG1AKF Power Connect Board is a critical component designed for industrial automation systems, providing seamless connectivity and enhanced system performance.
The GE Fanuc DS200GDPAG1AKF Power Connect Board is a critical component designed for industrial automation systems, providing seamless connectivity and enhanced system performance.
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Dimension:35cm x 25cm x 10cm
Weight:2kg
Operating Voltage:24VDC
Maximum Current:30A
Operating Temperature Range:-10°C to 55°C
Communication Protocol:MODBUS RTU
Mounting Style:Panel Mount
The GE-FANUC DS200GD Power Connect Board is meticulously engineered to provide robust power management solutions for complex industrial automation systems. Its high power rating ensures reliable operation under demanding conditions, making it an indispensable part of advanced manufacturing environments.
This board is equipped with industry-standard DIN Rail mounting, facilitating easy integration into existing control cabinets without compromising on space efficiency. Its wide operating voltage range allows for versatile deployment across different regions and applications, enhancing system flexibility.
With its 50/60Hz input frequency compatibility, the DS200GD board caters to a broad spectrum of industrial power sources, ensuring seamless operation regardless of local electrical grid specifications. Its IP20 protection class provides basic environmental protection against dust and light splashes, safeguarding critical components from potential damage.
Weighing in at 2.5kg, this compact yet powerful board is designed to be lightweight and easy to handle, simplifying installation and maintenance processes. Its 1U size adheres to standard rack mount configurations, allowing for efficient use of cabinet space.
Designed with compatibility in mind, the DS200GD Power Connect Board seamlessly integrates with GE-FANUC’s DP/DM series programmable logic controllers (PLCs), enabling a cohesive and efficient control system architecture. This ensures seamless communication and control, optimizing production processes for maximum efficiency.