Brand:ABB
Model:IRB 7600-3HAC057539-004
Robot Arm Type:High Performance
I/O Modules Type:DSQC624
Connection Units Type:3HAC020150-001, 3HAC025562-001
Operating Temperature Range:-20°C to +50°C
Power Consumption:3.5 kW
Communication Interface:EtherCAT
Load Capacity:6 kg
Reachable Work Envelope:1350 mm
Maximum Speed:3600 mm/s
Safety Features:Built-in emergency stop, overload protection
Dimensions (Robot Arm):500 mm x 500 mm x 1200 mm
Dimensions (I/O Modules):170 mm x 100 mm x 100 mm
Dimensions (Connection Units):200 mm x 100 mm x 100 mm
Weight (Robot Arm):100 kg
Weight (I/O Modules):1 kg
Weight (Connection Units):0.5 kg
The ABB IRB 7600 3HAC057539-004 DSQC624 & Modules represent a cutting-edge solution for enhancing productivity and flexibility in modern industrial settings. With its superior precision and ergonomic design, it seamlessly integrates into diverse manufacturing processes, ensuring seamless operation and reduced downtime.
Featuring an intuitive interface compatible with ABB RobotStudio software, users can effortlessly program and monitor tasks, facilitating a streamlined workflow. The collaborative nature of the robot enables safe interaction with human operators, promoting a safer working environment.
The DSQC624 modules, essential components of this control system, provide a versatile platform for input/output operations. These modules are designed for high reliability and are suitable for various applications, from simple automation tasks to complex production lines.
Optimized for efficiency, the IRB 7600 is equipped with advanced sensors and intelligent control algorithms that enable precise control over materials handling and assembly processes. This results in enhanced accuracy and consistency, leading to improved product quality and increased output.
With its compact yet robust design, the ABB IRB 7600 3HAC057539-004 DSQC624 & Modules offer a cost-effective solution for automating tasks across different industries, from automotive to electronics. The modular architecture allows for easy scalability and integration, making it adaptable to evolving production needs.
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