Automotive Self Armature

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Automotive Self Armature Specification

Lubrication Type
Self-Lubricated

Size
Standard

Finish
Polished

Operating System
Manual/Automatic Starter Motors

Working Life
>50,000 cycles

Surface Treatment
Electroplated

Model No
ASA-01

Dimension (L*W*H)
65mm x 45mm x 45mm

For Use In
Automobile Self Starters

Temperature Range
-20C to +120C

Corrosion Resistant
Yes

Load Capacity
Up to 2.5 kW

Color
Silver & Copper

Product Type
Automotive Self Armature

Connecting Type
Commutator Wire

Noise Level
Low

Material
Copper, Steel

Method
Precision Machined

Part Type
Armature

Vehicle Type
Light and Heavy Vehicles

Weight
350-500 gm

Storage Condition
Dry, Clean Environment

Application
Automotive Starter Motors

Voltage Compatibility
12V/24V

Balancing
Dynamic Balanced

Insulation Class
Class F

Heat Resistance
High

Rotation Direction
CW/CCW

Commutator Type
Segmented Copper

Shaft Diameter
8 mm

About Automotive Self Armature

Explore the superb Automotive Self Armature ASA-01, designed for dominant performance in automotive starter motors. Buy this customizable armature, engineered with high heat resistance, dynamic balancing, and robust copper-steel construction for both light and heavy vehicles. With a heroic working life of over 50,000 cycles and support for both manual and automatic starter systems, this armature stands as the preferred choice for distributors, exporters, importers, and traders across India. Enjoy low noise, corrosion resistance, and a polished, electroplated finish for trusted, long-term operation. Available in both 12V and 24V configurations.

Automotive Self Armature - Applications and Competitive Edge

The Automotive Self Armature ASA-01 is primarily used in automobile self starter motors, suitable for both manual and automatic starter systems. It finds application in a wide range of light and heavy vehicles. The armature's competitive advantages include superb dynamic balancing, Class F insulation, and high load capacity up to 2.5 kW. Produced with precision machining and a polished electroplated finish, it is corrosion-resistant, self-lubricated, and built for long, heroic working life.

Global Export Markets, Packaging, and Sample Policy

Estimate your project needs with the confidence of stock ready for export to major international markets, including Asia and Africa. List price quotations are available upon request, and we offer flexible sample policies to help you evaluate before bulk orders. Each Automotive Self Armature is securely packaged with tamper-proof materials to ensure product integrity during transit. Our expert logistics ensure timely delivery and reliable support for all supply requirements from India.

FAQ's of Automotive Self Armature:

Q: How is the Automotive Self Armature ASA-01 installed in starter motors?

A: The ASA-01 armature is precision-designed for straightforward installation in both manual and automatic automotive starter motors. It connects easily via commutator wire, ensuring reliable integration with light and heavy vehicle systems.

Q: What benefits does the dynamic balancing feature provide?

A: Dynamic balancing reduces vibration and noise, ensuring smooth operation and extending the working life of the armature and associated starter components.

Q: When should I consider replacing the armature in my vehicle's starter motor?

A: You should replace the armature if you notice reduced starter efficiency, unusual noise, or after reaching its recommended working life of over 50,000 cycles for optimal performance.

Q: Where can this armature be used?

A: This customizable armature is suitable for use in a variety of automotive starter motors for both light and heavy vehicles, making it a versatile choice for numerous vehicle models across different industry segments.

Q: What materials and features make this armature superior for starter motor applications?

A: Manufactured from high-grade copper and steel, the ASA-01 boasts a segmented copper commutator, self-lubrication, superb heat resistance, and a meticulously polished electroplated finish for enhanced durability and performance.

Q: How does the high heat resistance benefit the armature's operation?

A: With an operational temperature range of -20C to +120C and Class F insulation, the armature maintains dominant performance levels even under extreme thermal conditions, reducing risks of overheating or failure.

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