The GE Fanuc IC695PBM300CC is a robust PROFIBUS Master Module designed for industrial automation systems, offering seamless integration, enhanced performance, and high reliability in demanding environments.
Manufacturer:GE Fanuc
Model:IC695PBM300CC
Type:PROFIBUS Master Module
Dimensions (LxWxH):35.00 x 2.00 x 13.00 cm
Weight:1.0 kg
Bus Interface:VME
Power Supply:5VDC
Operating Temperature:-10°C to +60°C
Communication Speed:Up to 12 Mbps
Number of Slave Devices Supported:Up to 125
The GE Fanuc IC695PBM300CC is a critical component for achieving efficient data exchange within industrial environments. Designed to maximize performance and reliability, this PROFIBUS Master Module ensures smooth operation and connectivity in various industrial settings.
Equipped with advanced features, this module supports up to 12 Mbps data transfer rates, making it suitable for demanding applications where speed and precision are paramount. It seamlessly integrates with PROFIBUS DP networks, enhancing the overall system efficiency.
Featuring robust power supply options compatible with DC 24V, the IC695PBM300CC ensures stable operation under diverse power conditions. Its wide operating temperature range (-10°C to +60°C) and extended storage capabilities (-20°C to +70°C) make it highly adaptable to challenging industrial environments.
Compact yet durable, the module measures 56mm x 86mm x 48mm, offering a compact footprint without compromising on functionality. The lightweight design, weighing approximately 0.1kg, facilitates easy installation and maintenance.
With its superior technical specifications and robust design, the GE Fanuc IC695PBM300CC PROFIBUS Master Module is an indispensable tool for professionals seeking reliable communication solutions in industrial automation. Experience enhanced productivity and efficiency with this cutting-edge technology tailored for the modern manufacturing landscape.
The GE Fanuc IC695PBM300CC is a robust PROFIBUS Master Module designed for industrial automation systems, offering seamless integration, enhanced performance, and high reliability in demanding environments.