ABB 3HAB6372-1 Robot Controller Computer Back Plane

Model Number:3HAB6372-1

Brand:ABB

Type:Robot Controller

Component Type:Computer Back Plane

Operating Temperature Range:-20°C to +55°C

Storage Temperature Range:-40°C to +85°C

Dimensions (WxHxD):178.2 mm x 140 mm x 35 mm

Weight:0.4 kg

Power Consumption:Up to 10 W

Bus Interface:RS-485, EtherCAT

Communication Protocol Support:MODBUS, CANopen

Number of I/O Ports:16 digital inputs, 8 digital outputs

Memory Capacity:1 MB Flash, 8 MB SDRAM

    The ABB 3HAB6372-1 Robot Controller Computer Back Plane is engineered with advanced computational capabilities, delivering unparalleled performance in robotic automation systems. Its compact design and robust build quality make it ideal for deployment in demanding industrial environments.

    Featuring compatibility with a wide range of ABB Robot Controllers, this back plane ensures a smooth integration process, enhancing system efficiency and reliability. With support for EtherCAT, DeviceNet, and Profinet communication protocols, it facilitates seamless connectivity with other automation components.

    Equipped with 16 Digital Input/Output Channels, the 3HAB6372-1 offers versatile control options, enabling precise manipulation and monitoring of robotic operations. Its 128KB memory capacity allows for extensive programming flexibility, accommodating complex control algorithms and data processing requirements.

    Operated within an extended temperature range of -20°C to +55°C, this back plane ensures reliable performance regardless of environmental conditions. Designed with a focus on energy efficiency, it minimizes power consumption without compromising on performance, contributing to cost-effective and sustainable industrial automation solutions.

    In addition to its technical prowess, the ABB 3HAB6372-1 Robot Controller Computer Back Plane is backed by ABB’s commitment to quality and customer service. This ensures users receive comprehensive support throughout the lifecycle of their automation projects, from initial setup to ongoing maintenance and upgrade assistance.