40 mm Linear Ball Bearing

Name: 40 mm Linear Ball Bearing
Brand: Raghav Automation Products
Price: 290 INR
Availability: InStock

Price 290 INR/ Piece

Get a Price/Quote

MOQ : 100 Pieces

40 mm Linear Ball Bearing Specification

Cage Material
Polyamide/Nylon

Precision Rating
P0, P6 (Standard)

Retainer
Polymer Retainer

Inside Diameter
40 mm

Lubrication Type
Grease/Lubricated

Thickness
80 mm

Bearing Type
Linear Ball Bearing

Material
Chromium Steel

Structure
Linear

Seals Type
Double Sealed

Number Of Rows
Single Row

Bore Size
40 mm

Outside Diameter
60 mm

Limiting Speed
Up to 5000 rpm

Load Capacity
High

Mounting
Press fit or snap ring groove

Application
Linear motion systems, CNC machinery, Automation equipment

Dynamic Load Rating
Rated as per ISO standard

Temperature Range
-30C to +80C

Corrosion Resistance
Medium (with additional options available)

Maintenance
Periodically lubricated for optimum function

Static Load Rating
Rated as per ISO standard

Shape
Cylindrical

Replaceable
Yes, drop-in replacement

Noise Level
Low

40 mm Linear Ball Bearing Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 40 mm Linear Ball Bearing

Experience affordable, customizable performance with our 40 mm Linear Ball Bearing, engineered for monumental reliability in CNC machinery and unassailable precision in automation equipment. The preeminent design features a robust chromium steel structure and medium corrosion resistance, with enhanced options available for demanding environments. Suited for temperatures from -30C to +80C, it delivers high dynamic and static load ratings according to ISO standards. Easily replaceable as a drop-in solution, its low noise and double-sealed construction ensure smooth, long-lasting operation, making it the benchmark choice for high-precision linear motion systems in India.

Application and Usage in Industrial Settings

The 40 mm Linear Ball Bearing is expertly crafted for use in linear motion systems, CNC machinery, and automation equipment. Its cylindrical shape and single-row structure allow seamless motion along designated axes. Apply the bearing on surfaces requiring reduced friction and unassailable load support. Ideal for manufacturing lines and machine beds, these bearings are best oriented in directions aligned with the desired linear movement to ensure optimal performance and longevity in dynamic environments.

Prompt Delivery and Market Availability

Stock ready and dispatching swiftly, our 40 mm Linear Ball Bearing is available for immediate delivery across India. Samples can be provided for evaluation, and competitive list prices ensure value with every order. The main domestic market is efficiently covered, guaranteeing timely access to preeminent components for automation and manufacturing needs. Our logistical processes are streamlined to keep bearings available and support urgent requirements, empowering rapid equipment upgrades and replacements without delay.

FAQ's of 40 mm Linear Ball Bearing:

Q: How is the 40 mm Linear Ball Bearing installed in automation equipment?

A: The 40 mm Linear Ball Bearing can be mounted using either a press fit or a snap ring groove method, ensuring secure and straightforward installation in most linear motion systems.

Q: What are the main benefits of using this bearing in CNC machinery?

A: The bearing offers reduced friction, high load capacity, and low noise, delivering smooth, reliable linear motion - essential for the precision demands of CNC machinery and automation applications.

Q: When should I perform maintenance on these bearings?

A: Periodic lubrication is recommended to maintain optimal function and longevity. Maintenance schedules can vary depending on usage frequency and environmental conditions.

Q: Where can I utilize these bearings within my manufacturing plant?

A: 40 mm Linear Ball Bearings are ideal for machine beds, automated assembly lines, and any application requiring robust, linear motion guidance under varying load conditions.