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Yaskawa Accessories 132163-8

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132163-8

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The 132163-8 robotics cover from Yaskawa is a critical component designed for various industrial applications, including robotics, advanced manufacturing, and factory automation. It supports a range of functions and operates effectively within specific environmental parameters.

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Technical specifications for 132163-8

ManufacturerYaskawa
Product TypeRobotics Cover
Product LineAccessories
Part Number132163-8
BearingSupported
K30S CoverYes
Spare Part/AccessoryYes
Robotics ApplicationsSupported
Advanced Manufacturing ApplicationsSupported
Milling ApplicationsSupported
Factory Automation ApplicationsSupported
Operating Temperature0 to 40 degrees Celsius
Storage Temperature0 to 50 degrees Celsius
Maximum Operating Humidity80% (non-condensing)
Maximum Storage Humidity80% (non-condensing)
Maximum Operating Altitude1000m above sea level
Maximum Storage Altitude1000m above sea level

Designed by Yaskawa, the 132163-8 is a specialized robotics cover that serves multiple applications, particularly in robotics and advanced manufacturing. This product type is engineered for effective performance in environments requiring bearing support. The cover is specifically made to be compatible with K30S applications and can function as a spare part or accessory, ensuring versatility in installation.

The operational parameters are well-defined, with the device capable of running in temperatures ranging from 0 to 40 degrees Celsius, making it suitable for standard operational environments. In terms of humidity, it can handle a maximum level of 80% without condensation, which adds to its reliability during operation. When it comes to storage conditions, this cover can be kept at temperatures soaring up to 50 degrees Celsius, under the same humidity specifications.

Additionally, the robotics cover is rated for operation up to 1000 meters above sea level, ensuring optimal functionality even at elevation. It is particularly useful in various manufacturing scenarios, including milling and factory automation, demonstrating its adaptability across different sectors. This component is significant for maintaining the efficiency and performance of robotic systems in demanding conditions.