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TPI Precision Bearings 7001 C

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MOQ : 1 Piece

TPI Precision Bearings 7001 C Specification

Cage Material
Brass

Thickness
8 mm

Retainer
Brass

Inside Diameter
12 mm

Precision Rating
7001 C

Lubrication Type
Grease

Bearing Type
Precision Bearing

Material
Chrome steel

Structure
Angular Contact

Seals Type
Open

Number Of Rows
Single Row

Bore Size
12 mm

Outside Diameter
28 mm

Limiting Speed
25000 RPM

Load Capacity
High

About TPI Precision Bearings 7001 C

TPI Precision Bearings 7001 C

Bearing Preload..Rigidity..and Measured Face Side Offset

Bearing No

Bore d (mm)

Preload

Rigidity

Measured

Preload

Rigidity

Measured

Preload

Rigidity

Measured

Preload

Rigidity

Measured

Pro

Rao

offset

Pro

Rao

offset

Pro

Rao

offset

Pro

Rao

offset

(N)

(N/ u m )

( u m )

(N)

(N/ u m )

( u m )

(N)

(N/ u m )

( u m )

(N)

(N/ u m )

( u m )

5S1-7001C

( -1 )

( -3 )

105

( -11 )

200

(-20)

Superior Accuracy for Precision Applications

The 7001 C bearings 15-degree contact angle and high precision make it particularly suitable for equipment demanding outstanding accuracy, such as machine tool spindles and high precision machinery. The angular contact structure ensures enhanced rigidity and performance under combined loads.

Robust Load Capacity and High-Speed Capability

With a dynamic load rating of 6.60 kN and a static load rating of 3.05 kN, this bearing handles high loads effortlessly. The robust design, coupled with a limiting speed of 25,000 RPM and brass retainer, allows for reliable operation in high-speed environments while maintaining stability.

Durability in Challenging Environments

Constructed from chrome steel with a brass cage, the TPI 7001 C withstands operational temperatures from -30C to 120C. Its open design and grease lubrication further contribute to extended bearing life in a variety of industrial applications.

FAQs of TPI Precision Bearings 7001 C:

Q: How should the TPI Precision Bearing 7001 C be installed for optimal performance?

A: Proper installation requires ensuring that the bearing is aligned correctly and mounted onto clean, undamaged shafts and housings. Applying even pressure and using recommended tools will help achieve optimal performance and maximize lifespan.

Q: What are the main advantages of using a 15-degree contact angle in this precision bearing?

A: A 15-degree contact angle increases the bearings ability to accommodate axial and combined loads, enhancing rigidity and stability, which is essential for high-speed and high-precision applications like spindles and machine tools.

Q: When is it necessary to lubricate the TPI 7001 C bearing, and what type of lubrication is recommended?

A: Since the bearing is designed for grease lubrication, it should be re-lubricated periodically based on operating conditions and environment. Regular lubrication ensures smooth operation and prevents premature wear, especially in high-speed settings.

Q: Where can this bearing be effectively used within industrial applications?

A: The 7001 C is ideal for use in machine tool spindles, high precision devices, robotics, and other equipment requiring high rigidity, accuracy, and speed. Its robustness lends itself well to demanding industrial environments.

Q: What benefits does the chrome steel and brass cage combination provide for this bearing?

A: Chrome steel offers durability, wear resistance, and high load capacity, while the brass cage maintains stability at elevated speeds and improves thermal conductivity, collectively ensuring reliable, long-term performance.

Q: How does the single-row angular contact structure benefit high-precision applications?

A: The single-row angular contact design enables the bearing to support both radial and one-directional axial loads, allowing for increased precision and rigidity in applications where alignment and accuracy are critical.

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