RB 40040 UU CCO P5-CROSS ROLLER BEARING

RB 40040 UU CCO P5-CROSS ROLLER BEARING Specification

Thickness
40 mm

Weight
Approx. 12 kg

Material
High-quality Bearing Steel

Roller Bearing Type
Cross Roller Bearing

Structure
Integrated Inner/Outer Ring Cross Roller

Seals Type
UU (Double Sealed)

Number Of Rows
Single Row

Bore Size
400 mm

Outside Diameter
480 mm

Limiting Speed
Depends on application, generally around 150-250 rpm

Load Capacity
High Radial & Axial Load Capacity

Inner Diameter
400 mm

Working Temperature
-20C to +120C

Model Number
RB 40040 UU CCO P5

Mounting Holes
Pre-drilled

Cage Material
Polyamide

Outer Ring Type
Integrated

Application
Rotary Table, Industrial Automation, Robotics, Machine Center

Lubrication
Pre-lubricated with high quality grease

Accuracy Class
P5 (High Precision)

About RB 40040 UU CCO P5-CROSS ROLLER BEARING

Discover the new, trending RB 40040 UU CCO P5-CROSS ROLLER BEARING by JKL, blending classic engineering excellence with sublime precision. Personalise your industrial projects with this gorgeous cross roller bearing, featuring an integrated ring structure and double-sealed design for optimal durability. Pre-lubricated for ease, this P5-grade bearing excels in robotics, machine tools, indexing tables, and precision rotary axes. With a high load capacity, 400 mm bore, and versatile mounting options, it provides a superb solution for demanding environments, ensuring reliability and elevated performance every time.

Versatile Usage & Application Highlights

The RB 40040 UU CCO P5-CROSS ROLLER BEARING is designed for seamless integration in robotics, precision rotary axes, machine tools, and indexing tables. Its classic cross roller structure allows for precise direction of use, providing outstanding resistance to radial, axial, and moment loads. Commonly used in high-end automation and manufacturing, it supports robust, efficient movement in machines and offers reliability in environments where precision and durability are essential.

Sale Price, Delivery, and Sample Supply Terms

For the RB 40040 UU CCO P5 bearing, customers benefit from competitive sale pricing and reliable supply. Freight charges are determined based on delivery location and volume. Standard delivery times range from 2-4 weeks, subject to stock availability. JKL offers flexible sample policies-samples can be supplied upon request to support your evaluation needs. Our responsive export and import services ensure a smooth transaction from inquiry through delivery.

FAQ's of RB 40040 UU CCO P5-CROSS ROLLER BEARING:

Q: How is the RB 40040 UU CCO P5-CROSS ROLLER BEARING best installed?

A: The bearing is equipped with visible mounting holes and an integrated ring, simplifying installation in various machinery. Detailed installation guidelines are available in the technical manual.

Q: What makes this cross roller bearing suitable for robotics and precision axes?

A: Its high-grade P5 precision, double-sealed design, and robust bearing steel material provide excellent load capacity and accuracy, making it ideal for robotics and high-precision rotary axes.

Q: When should I consider using the split ring option?

A: The split ring option can be requested for specific applications requiring ease of maintenance or installation in restricted spaces, typically in custom machine designs.

Q: Where is the RB 40040 UU CCO P5-CROSS ROLLER BEARING commonly used?

A: It is widely used in robotics, machine tools, indexing tables, and precision rotary systems across manufacturing, automation, and research industries.

Q: What is the typical process for ordering and receiving this bearing?

A: Customers can place orders directly with JKL, the manufacturer, supplier, or exporter. After confirming the sale price and supply availability, freight and delivery are arranged, generally within 2-4 weeks.

Q: How does the pre-lubricated grease benefit long-term bearing usage?

A: Pre-lubrication ensures optimal performance from the outset, reduces initial maintenance requirements, and extends the operational life of the bearing under demanding conditions.