Wheel and Differential Axle

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Wheel and Differential Axle Specification

Accuracy
High Precision

Technology
Precision Engineering

Features
Corrosion Resistance, High Load Capacity, Enhanced Durability

Operating Pressure
Ambient / Not Pressure Driven

Automation Grade
Manual

Power Source
Mechanical

Surface Treatment
Galvanized

Machine Type
Differential Gear System

Control System
Mechanical

Accessories Type
Bearings and Housings

Type
Differential Axle with Wheel

Material
Alloy Steel

Function
Power Transmission and Motion Control

Application
Automotive, Heavy Vehicles, Industrial Machinery

Hardness
54-58 HRC

Lubrication
Grease or Oil

Color
Silver/Grey

Mount Type
Bolted Flange

Maintenance
Low

Load Capacity
Up to 12 Tons

Manufacturing Standard
ISO 9001:2015

Finish
Smooth Machined

Diameter
350 mm (Wheel), 90 mm (Axle)

Tolerance
±0.02 mm

About Wheel and Differential Axle

Wheel and Differential Axle

All metalwheel of 30 cm diameter the axle having diameter of 15 & 7.5 omrespectively giving a ratio of 1:2:4 A steel axle passes through the center ofthe wheel which mounted on ball bearing in cast iron brackets reducing frictionto minimum. The base has holes to fix the apparatus on wall Complete withsnatch pulley block, cord and hooks but without weights.

Built for Heavy Duty and Precision

The differential axle with wheel is ideal for demanding applications that require reliable performance under extreme loads. Utilizing advanced precision engineering and manufactured according to ISO 9001:2015 standards, this assembly delivers superior accuracy, enhanced durability, and long-lasting power transmission. Its galvanization and smooth machining guarantee excellent surface protection, making it the preferred choice for heavy vehicles and industrial gear systems where efficiency and robustness are paramount.

Versatile Applications and Superior Design

Suitable for both automotive and industrial settings, this differential axle and wheel assembly is compatible with a variety of machine types, especially those relying on manual, mechanical control systems. The alloy steel construction, high load capacity, and corrosion-resistant treatment ensure dependable service in challenging environments. With a low-maintenance design and provision for both grease and oil lubrication, it significantly reduces downtime and supports continuous operation.

FAQ's of Wheel and Differential Axle:

Q: How is the differential axle with wheel installed in machinery?

A: The assembly features a bolted flange mount for secure and straightforward installation. It can be seamlessly integrated into compatible machine types, requiring only basic mechanical tools and standard installation procedures.

Q: What types of lubrication are recommended for this axle and wheel system?

A: You can use either grease or oil for lubricating this system. The selection depends on the operating environment and maintenance schedules, but both options help ensure smooth functioning and prolong component life.

Q: When should the maintenance on this differential axle be performed?

A: Although designed for low maintenance, periodic checks according to manufacturer guidelines are recommended. Inspect lubrication levels and the integrity of bearings and housings during routine machinery servicing or based on operational intensity.

Q: Where can this product be used effectively?

A: It is highly effective in automotive, heavy vehicle, and industrial machinery settings-anywhere high load capacity and precise motion control are required. Its robust construction suits demanding operational environments.

Q: What benefits does the precision engineering provide for this product?

A: Precision engineering ensures high accuracy (0.02 mm), delivering stable power transmission, efficient motion control, and reduced wear. This results in extended operational life and decreased need for repairs or replacements.

Q: Which process ensures this wheel and axle assembly's corrosion resistance?

A: The components undergo a galvanizing surface treatment, which provides a protective zinc coating to enhance corrosion resistance, making them suitable for harsh and varied climatic conditions.

Q: What makes this product a suitable choice for heavy-duty applications?

A: Its construction from high-hardness alloy steel, ability to handle up to 12 tons of load, and compliance with stringent ISO manufacturing standards ensure exceptional durability, reliability, and performance under demanding tasks.

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