GE Fanuc IS200VSVOH1BED VME Servo Card Advanced Control for Precision Applications

Type:VME-based Servo Card Model:IS200VSVOH1BED Manufacturer:GE Fanuc Application Environment:Indoor Industrial Control Operating Temperature:-20"C to +55"C Storage Temperature:-40"C to +70"C Dimensions:20.32cm x 11.43cm x 2.54cm Weight:0.22kg Power Consumption:鈮?25W Bus Interface:VME Bus Number of Channels:Up to 4 Control Protocol:CANopen, EtherCAT, Profinet Introducing the GE Fanuc IS200VSVOH1BED VME Servo Card, a state-of-the-art motion control module engineered for the most demanding industrial settings. This precision-driven device is equipped with advanced Digital Signal Processing (DSP) technology, enabling it to handle complex motion profiles with unparalleled accuracy and efficiency. Designed with reliability at its core, the IS200VSVOH1BED is compatible with VME buses, making it a versatile addition to a wide range of automation systems. It operates seamlessly within temperature ranges from -20"C to +70"C, ensuring consistent performance in various environmental conditions. Featuring a low power consumption of 10 watts, this servo card optimizes energy usage without compromising on performance. 

Its robust communication interfaces, including RS-485, facilitate seamless integration with existing systems, enhancing operational flexibility. With 16 megabytes of RAM and 8 megabytes of Flash memory, the IS200VSVOH1BED provides ample space for storing and processing data. This capacity ensures efficient handling of complex algorithms and large datasets, critical for achieving precise motion control. Crafted with precision, the IS200VSVOH1BED VME Servo Card is a testament to GE Fanuc  commitment to delivering high-quality, reliable motion control solutions. It  ideal for applications requiring fine-grained control, such as robotic systems, CNC machinery, and high-speed manufacturing processes. The GE FANUC IS200VSVOH1BED VME SERVO CARD is an advanced motion control module designed for precision applications, offering unparalleled performance and reliability in industrial automation systems.  In stock