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All Alternators Are NOT Created Equal

When manufacturers design new vehicles, they meticulously calculate the exact amount of amperage required to power the electrical systems. However, like any other business, they also aim to minimize costs. The result? A vehicle with an alternator that produces just enough amperage to get by.

That might sound fine on paper, but here’s the problem: if your alternator is barely producing the required amperage, it’s likely operating at full capacity all the time. And just like any machine running at its maximum capacity, this dramatically shortens its lifespan and increases the likelihood of premature failure.

The Impact of Extreme Conditions

The risks are even greater in extreme temperatures. Whether your vehicle operates in the blistering heat of the desert Southwest or the subzero cold of the northern plains, an overworked alternator is much more prone to failure. This issue is especially critical for vehicles running emergency equipment, where failure simply isn’t an option.

If you’ve made modifications or added equipment that increases the vehicle’s electrical demands, upgrading to a higher amperage alternator is a necessity—not an option.

Common High-Amperage Demands

Certain vehicle upgrades and accessories are notorious for increasing power consumption. Here’s a partial list of high-draw components:

  • Lift Gates
  • Upgraded AC Systems
  • High-Powered Lighting
  • Emergency Equipment
  • Hydraulic Systems
  • Onboard Accessories
  • Enhanced Sound Systems

Vehicles that commonly require high-output alternators include:

  • Limousines
  • Buses
  • Ambulances
  • Police Vehicles
  • Fire Trucks
  • Shuttles
  • Campers
  • Work Trucks

All these vehicles share one thing in common: a need for more power. A standard low-amperage alternator simply won’t cut it.

The Case for Increased Amperage Alternator

You may have heard the phrase, “More isn’t always better.” Well, when it comes to alternators, that’s simply not true. More power is exactly what you should want, need, and have!

Increasing amperage for your alternator offers several key benefits:

  • Prevents Electrical Issues: Ensures your system runs efficiently without overloading.
  • Increases Reliability: Reduces strain, leading to longer alternator life.
  • Improves Performance: Provides a steady power supply for all onboard systems.

By opting for an 

With a high-amperage alternator, your vehicle gets more than it needs. This means the alternator doesn’t have to work as hard, and as a result, its lifespan is vastly increased.

Quality Over Price: A Smart Investment

One of the most common mistakes vehicle owners and fleet managers make is purchasing an alternator with the lowest output necessary. Instead, they should assess the vehicle’s intended use and electrical requirements upfront.

Rather than installing power-hungry accessories and worrying about the alternator afterward, plan ahead. Invest in an alternator that not only meets your current needs but also allows for future expansions.

Built to Last: The Right Alternator for the Toughest Conditions

High-output alternators are purpose-built to handle extreme conditions while delivering maximum power. Whether you’re operating tour buses in the scorching Las Vegas heat or running ambulances through Phoenix at noon, durability and performance should never be compromised.

When it comes to alternators, bigger really is better. Invest wisely, power up, and keep your vehicle running strong when it matters most.

 

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