Introducing the formidable UR30e, a true marvel in the world of automation from Universal Robots. Bearing the part number PR-UR-030-0000, this powerhouse weighs 82.0 kg and boasts dimensions of 1000.0 x 1000.0 x 500.0 mm. Priced competitively at $58,490.00 USD, it offers unmatched value for its exceptional capabilities.
In terms of performance, the UR30e delivers unparalleled results. With a reach of 1300 mm and a repeatability of 0.1 mm, it ensures precise and consistent performance with every task. With a maximum payload of 30 kg and a robot weight of 63.5 kg, it provides the strength and stability needed for a diverse range of applications, offering six degrees of freedom for maximum flexibility.
Efficiency is at the core of the UR30e's design, with a maximum average power consumption of 750 W and a typical average consumption of 300 W, delivering cost-effectiveness without compromising performance. Movement is seamless and swift, with each joint offering a 360-degree range and a typical linear speed of 2000 mm/s, ensuring unparalleled agility and productivity.
Safety is paramount with the UR30e, certified to meet rigorous standards including EN ISO 13849-1, PLd Category 3, and EN ISO 10218-1, ensuring a secure work environment. With an impressive IP rating of 65 for the robot and 44 for the controller, durability and reliability are assured even in challenging environments.
The controller, weighing 12 kg and measuring 460 mm x 449 mm x 254 mm, operates on a 100-240VAC, 47-440Hz power source. Equipped with 7 digital ports and 7 analog ports, it facilitates seamless connectivity and control, compliant with ISO 14644-1 Class Cleanroom 6 standards for optimal performance.
Backed by an extended 30-month warranty, the UR30e offers peace of mind and reliability. Optional add-on services such as the Field Evaluation Service for Canada (CSA SPE 1000) further enhance its versatility, making it the ultimate choice for businesses seeking advanced automation solutions. Experience the future of robotics with the UR30e from Universal Robots.