About Automotive Starter Motor Armature
Mitsubishi Canter:
4D31, FE4 - MD618369, M106X02271;
4D31, FE4 - ME700136, M106X29371;
Multiple Models - MD618958, M106X43571;
Multiple Models - ME701492, M105X43771;
Mitsubishi Fuso:
6D14, 6D16, 6D17 from 1995 - ME753010 ME701146;
6D16, 6D17 upto 1995 - ME700037;
Mazda T3500:
Trade - M106X40871;
Tata:
2516 - 26252797;
2516 - 26240139;
Eicher:
F002 G70 220;
Mahindra:
Bolero - 3274913;
Isuzu:
4HF1, 4HG1 - 8-94365-477-0;
High Performance and ReliabilityOur starter motor armature offers industry-leading reliability and performance for commercial vehicles, thanks to its superior materials-high-grade steel, copper windings, and a highly conductive commutator finish. Enhanced vibration resistance and very fine balancing ensure smooth operation and excellent durability, even under the rigorous demands of heavy-duty usage.
Designed for Versatility and LongevityThis armature fits both diesel and petrol engines, suitable for a wide range of Japanese truck models. The product is surface-treated with anti-rust coating, resulting in an extended operational lifespan. Its cylindrical shape, multiple slots, and finely balanced construction provide optimal fitment and long-term dependability for varied automotive applications.
FAQ's of Automotive Starter Motor Armature:
Q: How do I determine the correct rotation direction for my starter motor armature?
A: The rotation direction (clockwise or counterclockwise) required depends on your vehicle's starter motor specifications. Consult your vehicle's OEM reference or user manual to verify the needed orientation before installation.
Q: What benefits does the high conductivity commutator finish provide?
A: A high conductivity commutator finish enhances electrical performance, reducing power loss and ensuring efficient current transmission, which results in reliable starts and improved overall motor efficiency.
Q: When should I replace my armature in a heavy-duty vehicle?
A: You should consider replacement if you notice symptoms like slow engine cranking, abnormal noises during startup, or visible wear on the starter system. Following manufacturer-recommended maintenance schedules also helps prevent unexpected failures.
Q: Where are these armatures commonly used?
A: These armatures are typically used in commercial Japanese auto trucks and compatible heavy-duty vehicles with either diesel or petrol engines, making them ideal for transport fleets and service providers.
Q: What materials and processes ensure the armature's durability?
A: The armature core is made of high-grade steel, treated with an anti-rust coating, and includes laminated cores and copper windings. These materials and treatments together ensure longevity, resistance to wear, and optimal performance.
Q: How does the enhanced vibration resistance benefit my vehicle?
A: Enhanced vibration resistance reduces operational noise and minimizes mechanical stress, thereby protecting internal components from premature wear and maintaining stable performance even in harsh driving conditions.
Q: What is the process for sourcing these armatures in India?
A: You can procure these starter motor armatures through established distributors, exporters, importers, manufacturers, service providers, suppliers, or traders who specialize in automotive components across India.