The ABB 1948024G1 CPU MODULE ASSEMBLY is a high-performance core component designed for advanced industrial automation systems, offering unparalleled computational power and reliability in demanding environments.
Processor Type:High-speed microprocessor
Operating Voltage:24V DC
Memory Capacity:128MB RAM, 128MB Flash
Communication Interfaces:Ethernet, Modbus
Power Consumption:5W
Operating Temperature Range:-20°C to +55°C
Storage Temperature Range:-40°C to +70°C
Dimensions:160mm x 100mm x 60mm
Engineered for durability and reliability, the ABB 1948024G1 CPU MODULE ASSEMBLY is a cornerstone component in any industrial control system. It boasts an advanced microprocessor designed to handle complex tasks with ease, ensuring smooth operation in diverse manufacturing settings.
Equipped with ABB’s proprietary operating system, this module optimizes performance and integrates seamlessly with other ABB components, enhancing system efficiency. The built-in 128MB RAM and 256MB Flash ROM provide ample storage for applications and data processing.
Featuring versatile communication interfaces including RS-485 and Ethernet, the ABB 1948024G1 facilitates seamless integration with existing networks and equipment. This compatibility ensures easy setup and connectivity within any industrial environment.
With its compact size of 165mm x 105mm x 35mm and lightweight design weighing only 0.5kg, the module is designed for easy installation and maintenance without compromising on performance. Its robust construction withstands harsh industrial conditions, ensuring long-lasting service.
In addition to its technical prowess, the ABB 1948024G1 CPU MODULE ASSEMBLY offers a user-friendly interface for programming and diagnostics, allowing operators to customize and troubleshoot systems efficiently. It is a testament to ABB’s commitment to providing state-of-the-art solutions for industrial automation.
The ABB 1948024G1 CPU MODULE ASSEMBLY is a high-performance core component designed for advanced industrial automation systems, offering unparalleled computational power and reliability in demanding environments.