RE 15013 UU CCO P5 (150X18013) CROSS ROLLER BEARING

RE 15013 UU CCO P5 (150X18013) CROSS ROLLER BEARING Specification

Thickness
13 mm

Weight
Approx. 1.45 kg

Material
High-quality Alloy Steel

Roller Bearing Type
Cross Roller

Structure
Cylindrical Outer Ring, Split Inner Ring

Seals Type
UU (Double Rubber Sealed)

Number Of Rows
Single Row

Bore Size
150 mm

Outside Diameter
180 mm

Limiting Speed
540 rpm

Load Capacity
High - Designed for Combined Loads

Inner Diameter
150 mm

Rotational Accuracy
Class P5 (ISO Precision Grade 5)

Cage Material
Synthetic Resin

Preload
CCO (Light Preload)

ISO Standard
Manufactured to ISO and JIS Standards

Temperature Range
-20C to +100C

Application
Industrial Robot Arms, Precision Rotary Tables, Machine Tool Spindles, Indexing Heads

Mounting Method
Direct Mount via Bolt Holes on Ring Face

Lubrication
Factory Pre-lubricated, Relubrication Possible

Contact Angle
45 (Optimized for Rigidity and Load Carrying)

Axial/Lateral Load
Designed to Support Heavy Axial, Radial and Moment Loads

About RE 15013 UU CCO P5 (150X18013) CROSS ROLLER BEARING

Explore the splendiferous performance of the RE 15013 UU CCO P5 (150X18013) Cross Roller Bearing-an ineffable blend of engineering precision and customizable design, perfect for advanced industrial applications. With factory pre-lubrication and relubrication capability, this superb bearing boasts a 45 contact angle for maximized rigidity and heavy load support. Its direct bolt-mount system and synthetic resin cage ensure reliability. Ideal for industrial robot arms or precision rotary tables, it's manufactured to exacting ISO standards and ready for advance purchase by exporters, importers, manufacturers, and suppliers.

Optimal Application and Direction of Use

The RE 15013 UU CCO P5 (150X18013) Cross Roller Bearing is expertly engineered for plant applications such as precision rotary tables, industrial robot arms, and machine tool spindles. Designed to support both axial and lateral heavy loads, this bearing is suitable for advanced automation systems and machining centers. Direct mounting via bolt holes on the ring face ensures ease of installation and secure operation in demanding industrial processes.

Streamlined Supply and Delivery Commitments

With prompt delivery times across the domestic market and international sectors, your advance purchase is met with careful handling-including proper freight logistics. Standard payment terms are available for ease of processing your purchase order. Our robust supply ability meets large-scale industrial demands, ensuring both regular and custom orders are efficiently fulfilled with minimal lead time.

FAQ's of RE 15013 UU CCO P5 (150X18013) CROSS ROLLER BEARING:

Q: How can I benefit from using the RE 15013 UU CCO P5 Cross Roller Bearing in my applications?

A: This bearing delivers superb rigidity and supports heavy axial, radial, and moment loads, making it ideal for high-precision machinery like industrial robots, machine tool spindles, and rotary tables. Its design ensures minimal vibration and extended service life.

Q: What is the process for installation and relubrication of this bearing?

A: Installation is straightforward with direct mounting via bolt holes on the ring face. The bearing comes factory pre-lubricated and can be easily relubricated during maintenance, ensuring long-term smooth operation.

Q: Where is the RE 15013 UU CCO P5 typically used?

A: It is primarily found in environments such as automated manufacturing plants, robotic arms, high-precision indexing heads, and rotary tables, where superior rotational accuracy and load capacity are required.

Q: How do I place a purchase order and arrange for delivery?

A: You can initiate a purchase order through authorized channels. Freight arrangements and delivery options are available for both domestic and international markets. Payment terms are agreed upon during the ordering process to suit your requirements.

Q: What is the recommended usage in terms of temperature and load capacity?

A: The bearing is optimized for operation in temperatures ranging from -20C to +100C and is capable of supporting combined heavy loads, making it suitable for demanding industrial environments.