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ABB - Промышленные роботы Манипуляторы IRB 6620LX
ABB - Промышленные роботы Манипуляторы IRB 6620LX
ABB - Промышленные роботы Манипуляторы IRB 6620LX - Спецификация

ABB IRB 6620LX | Многоосевой робот-манипулятор

ПечатьЭлектронная почта
Грузоподъемность: 150 кг
Радиус действия: h: 1.8 - 33 м
Под заказ
Артикул: IRB 6620LX
Производитель: ABB

IRB 6620LX

Industrial robot on linear axis

ABB’s IRB 6620LX has the combined advantages of both
linear axis and articulated robots, resulting in a 6-axis
robot with a 150-kg capacity, large scalable work envelope
and the inherent flexibility of ABB’s articulated robots.
It is designed with high performance and reliability in mind
resulting in high productivity and utilization.

Optimized working range for various applications
The IRB 6620LX is targeted at various machine tending and material handling applications, including the tending of machine tools, injection moulding and die casting machines. Handling tasks can be solved easier, more flexible and costeffective compared with customized linear handling systems. In addition, the IRB 6620LX is well suited for applications such as power train assembly, heavy arc welding, grinding, and gluing. The overhead mounted robot also opens up for new, cost-effective opportunities beyond the existing use of industrial robots.

The inherent flexibility
The IRB 6620LX combines the advantages of a linear gantry and articulated robot to perfection. The overhead mounted robot facilitates production flexibility by providing a large scalable work envelope with limited floor space requirements. It is a cost effective and flexible solution that can serve several machines or stations without compromising on performance. This inherent flexibility enables quick and easy changeovers for improved uptime. The IRB 6620LX’s workspace can be tailored for different applications by adapting the length of the linear axis up to 33 m and the height up to 4 m. The robot arm can be mounted either by side or inverted to ensure optimized working range. It is flexible automation at its very best!

Productivity and utilization
The scalable workspace of IRB 6620LX makes it possible to operate several stations within a robot cell or alternatively several cells with only one robot. Enabling the robot to perform value-added processing tasks in addition to ”basic” material handling also helps increase robot utilization. As a result, productivity and utilization are improved at the same time as investment is reduced.

High performance and reliability
ABB’s new IRB 6620LX is built on standard, wellproven components to secure the highest possible performance and unrivalled reliability. The unparalleled speed and acceleration on the linear axis secures the shortest possible cycle time at highest possible accuracy, even at large distances and with a full payload. The high performance comes as a result of sophisticated mechanical engineering and ABB’s state-of-the-art motion control technology, TrueMoveTM and QuickMoveTM.

The IRB 6620XL’s 5-axis robot arm is available in ABB’s wellknown Foundry Plus 2 protection which includes IP67. The linear axis has IP66 protection as standard.

Improved accessibility and personal safety
In machine tending applications the IRB 6620LX offers better handling possibilities compared to conventional solutions as it can access machines either from the top or the side. In addition, overhead rail mounted robots provide open access in front of machines for maintenance work, handling of short batches and quick changeovers, etc. As a result, personal safety is improved, as the robot is not present when operating the machine manually.

Reduced investment and maintenance cost
One IRB 6620LX can replace numerous complex material handling systems, which enable savings in investment and maintenance costs. Further more, the inherent flexibility of the IRB 6620LX facilitates for quick and easy changeovers, helping to e reducing maintenance and changeover costs. The IRB 6620LX can be readily fitted or adapted to existing factory layouts by designing and positioning the supporting legs as appropriate for the application. This implies that costs for investment and installation as well as capital cost can be reduced further ensuring a quick return on investment.