U C P BEARING

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MOQ : 10 Boxes

U C P BEARING Specification

Retainer
Steel

Cage Material
Pressed Steel

Precision Rating
P6

Thickness
32 mm

Lubrication Type
Grease Lubrication

Inside Diameter
30 mm

Bearing Type
UCP Pillow Block

Material
Chrome Steel, Cast Iron Housing

Structure
Mounted Unit

Seals Type
Double Sealed

Number Of Rows
Single Row

Bore Size
30 mm

Outside Diameter
62 mm

Limiting Speed
Maximum 6000 RPM

Load Capacity
Standard

Housing Material
High Grade Cast Iron

Finish
Painted/Epoxy Coated

Dynamic Load Rating
28.2 kN

Mounting Type
Foot Mounted

Application
Conveyor Systems, Agricultural Machinery, Mining Equipment

Interchangeability
Fully Interchangeable with ISO Standard Units

Static Load Rating
15.3 kN

Temperature Range
-20C to 120C

About U C P BEARING

Housing (P): Cast iron pillow block housing with two slotted bolt holes for, vertical mounting to a supporting surface.
Bearing Insert (UC): A deep groove ball bearing with an extended inner ring and set screw locking mechanism, often equipped with seals to protect against contaminants.
Lubrication: Pre-lubricated for life in normal conditions, but include a grease nipple for re-lubrication in tough environments.
Self-Aligning: The insert bearing has a spherical outer surface, allowing it to align within the housing's concave bore to accommodate moderate initial misalignment.
Dimensions: Available in metric (UCP 200/300 series) and some imperial sizes. [1, 2, 3, 4, 5]

Common Applications
UCP bearings are widely used in agricultural machinery, conveyor systems, construction equipment, and fans, particularly where high load capacity and easy installation are required. [1, 2, 3, 4, 5]

Common UCP Series Types

UCP 200 Series: Standard duty units (e.g., UCP204, UCP205, UCP206).
UCP 300 Series: Medium to heavy-duty units. [1, 2]

Example: A UCP 206 bearing typically has a 30 mm shaft diameter, with the "206" referring to the bearing insert size. [1]

Engineered for Reliability

This UCP Pillow Block Bearing is designed to deliver stable support and smooth operation for a wide range of heavy-duty applications. Its cast iron housing and chrome steel bearing combine robust materials with precision engineering, making it suitable for conveyors, agricultural machinery, and mining equipment.

Advanced Protection and Versatility

Double-sealed for superior protection, this bearing performs reliably across temperature extremes from -20C to 120C. Its painted or epoxy-coated finish enhances corrosion resistance, ensuring longevity in challenging environments. Grease lubrication keeps internal components in optimal condition.

FAQ's of U C P BEARING:

Q: How is the UCP Bearing installed in conveyor systems or machinery?

A: The UCP Bearing is foot-mounted, allowing for secure attachment to flat surfaces using bolts. Its housing is designed to be easily aligned and fixed onto frameworks, making it straightforward to install in conveyor systems, agricultural equipment, or mining machines.

Q: What are the primary benefits of using a UCP Bearing with high-grade cast iron housing?

A: High-grade cast iron housing provides exceptional strength and durability, protecting the bearing against heavy loads and harsh operating conditions. It ensures stability and longevity, which reduces maintenance and replacement frequency.

Q: When should I use a bearing with a 30 mm bore size and a 62 mm outside diameter?

A: A 30 mm bore and 62 mm outside diameter is ideal for medium-duty shafts commonly found in conveyor systems, agricultural machinery, and certain mining equipment. It matches applications requiring high rotation speeds and reliable load capacity.

Q: Where can the UCP Pillow Block Bearing be applied effectively?

A: This bearing is suitable for environments where stable shaft support is essential, such as conveyor drives, agricultural implements, and mining mechanisms. Its versatility and robust design allow it to function in diverse settings with varying mechanical demands.

Q: What is the process for maintaining the UCP Bearing's performance?

A: Regular lubrication with grease, periodic inspection of seals, and ensuring the tightness of mounting bolts are key to maintaining optimal performance. Replacement is straightforward due to its full interchangeability with ISO-standard units.

Q: How do double seals enhance the bearing's reliability?

A: The double seal design protects internal components from dust, moisture, and contaminants-reducing wear and extending the service life of the bearing even in harsh industrial environments.

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