DPI Bearing

Name: DPI Bearing
Brand: BELT AND BEARING HOUSE PRIVATE LIMITED
Price: 399 INR
Availability: InStock

Price 399 INR/ Piece

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MOQ : 1000 Pieces

DPI Bearing Specification

Retainer
Brass

Lubrication Type
Grease

Precision Rating
ABEC 3

Cage Material
Steel

Thickness
15 mm Feet (ft)

Inside Diameter
25 mm Foot (ft)

Bearing Type
Ball Bearing

Material
Chrome steel

Structure
Deep Groove Ball Bearing

Seals Type
Double Sealed

Number Of Rows
Single Row

Bore Size
25 mm

Outside Diameter
52 mm Perch

Limiting Speed
11000 RPM Km/hr

Load Capacity
14000 N Kilograms (kg)

DPI Bearing Trade Information

Minimum Order Quantity
1000 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
1 Week

About DPI Bearing

DPI Bearing is the one used in applications where there is considerable misalignment of the shaft and the shaft may deflect. Pressed steel cages are usually used in this bearing. DPI Bearing is available in open type and sealed type. We strive to deliver this bearing within a stipulated period of time.

Technical Specification

Bore Size	20 mm
Inside diameter	70 mm
Outside Diameter	100 mm
Shape	Round
Material	SS
Brand	BBH
Number Of Rows	Single
Type of Bearing	Ball Bearing

Engineered for Precision and Durability

DPI Deep Groove Ball Bearings are manufactured to exacting ABEC 3 standards, ensuring consistent performance and high precision in demanding environments. Made from robust chrome steel, each bearing features a brass retainer and steel cage for enhanced strength. The polished finish improves corrosion resistance, while double seals protect against contaminants, making these bearings ideal for long-term use in automotive, electric, and industrial applications.

Versatile Applications and Reliable Operation

With a temperature tolerance from -20C to 120C and a load capacity of 14,000 N, DPI ball bearings are suitable for a wide range of industries. The double-sealed design maintains lubrication and reduces maintenance needs, even at high speeds up to 11,000 RPM. Their low noise operation and longevity make them a preferred choice for both machinery manufacturers and electric motor suppliers.

FAQs of DPI Bearing:

Q: How should DPI Deep Groove Ball Bearings be installed for optimal performance?

A: To ensure optimal operation, DPI bearings should be installed using appropriate fitting tools, avoiding direct hammering. Confirm the shaft and housing are clean and correctly dimensioned. Proper alignment and the use of specified grease will maximise bearing life.

Q: What are the main advantages of choosing DPI bearings with double-sealed construction?

A: The double-sealed design protects the bearing from dust, contaminants, and moisture, which enhances durability, maintains lubrication, and minimises the need for frequent maintenance, especially in tough industrial and automotive environments.

Q: When is it appropriate to use DPI bearings with a polished finish and corrosion resistance?

A: Use DPI polished, corrosion-resistant bearings in environments exposed to moisture, chemicals, or fluctuating temperatures, such as automotive, electric motors, or machinery that requires a reliable, long-lasting solution with minimal upkeep.

Q: Where are DPI Deep Groove Ball Bearings typically supplied and exported from?

A: DPI supplies and exports these bearings directly from India, serving distributors, exporters, manufacturers, and industrial suppliers globally. The boxed or carton packaging ensures secure and safe transportation.

Q: What processes are involved in maintaining DPI bearings for extended service life?

A: Regular inspection for wear, ensuring seals remain intact, and timely replenishment of high-quality grease are vital processes. Preventing contamination during installation and operation is key for maximum longevity and consistent performance.

Q: How does the low noise and high precision feature of DPI bearings benefit industrial applications?

A: Low noise operation ensures quieter machinery, which is essential for sensitive environments. High precision (ABEC 3 rating) means greater rotational accuracy, improving machine efficiency and reducing downtime due to bearing-related issues.

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