Price: To be negotiated

Volvo excavator alternator

Exporter, Wholesale, Manufacturer
Tehran
+989122003350

Price: Negotiate

Price :negotiated

Volvo excavator alternator , Iran

Price :To negotiate
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The alternator in Volvo excavators EC210, EC240, EC460, and EC480 is responsible for providing electrical power to various systems of the machine. These alternators are typically 24-volt AC units capable of generating high power to charge the battery and supply energy to the machines electronic components. Designed with advanced technology, these alternators can operate reliably under harsh conditions, including high temperatures and fluctuating voltages. The internal components, such as the stator, rotor, and voltage regulator, are engineered to ensure consistent battery charging and stable power output. Failure in any of these components can lead to disruptions in the electrical system and overall machine performance.

Common issues in the alternators of Volvo excavators EC210, EC240, EC460, and EC480 include faulty voltage regulators, damaged windings, and worn-out brushes. A malfunctioning voltage regulator may result in output voltage fluctuations, potentially damaging the battery or reducing the efficiency of the electrical system. Additionally, damaged windings can lead to power loss or complete failure, while worn brushes can impair electrical contact and cause poor alternator performance. Symptoms of alternator failure include reduced battery charge, malfunctioning electrical equipment, and dimming lights.You can order and buy Volvo excavator alternator from Iran by contacting us through whatsaap and email.

Causes of failure of volvo excavator alternator

The alternator failure in Volvo excavators EC210, EC240, EC460, and EC480 is often caused by overheating, bearing wear, and shaft corrosion. Improper input voltage or severe power fluctuations can damage the voltage regulator and stator windings. Oil contamination or environmental dust may shorten the lifespan of carbon brushes and damage the commutator. Continuous operation at high RPMs and overloading increases internal current and temperature above 120°C, raising the risk of insulation melting. Lack of periodic maintenance and connection inspections increases electrical resistance and sparks at terminals, gradually reducing alternator performance.

Mechanical wear and excessive vibration are other common failure factors, especially in EC460 and EC480 models with larger, heavier alternators. Shaft bending or breakage due to impact or improper installation can misalign gears and bearings. Moisture ingress into windings degrades insulation and increases leakage current. Carbon brush wear and insufficient grease in bearings can reduce alternator lifespan by up to 40%. Regular monitoring of output voltage and alternator body temperature helps prevent sudden failure and maintains the electrical system efficiency of the excavator.

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