Power interruptions are unavoidable, whether due to mild thunderstorms or natural calamities. They’re possible threats that every homeowner should be aware of, and we’re here to assist you. Electricity outages can be terrifying and sometimes hazardous, but they don’t have to be.
When the power goes out, choosing the correct standby generator can guarantee that your home has access to appliances and outside communications. Choosing a standby generator may appear to be a difficult challenge at first. There are a variety of brands available, but not all generators are made equal. In this guide, we shall dig into the differences and comparison between the Generac and Honeywell generator brands, so you’ll have an objective set of criteria for choosing one of them.
For more info on buying a generator read our Ultimate Guide to Buying a Home Generator.
Comparison Between Honeywell and Generac Generators:
1. Fuel Consumption
They both have gasoline-powered portable generators, diesel-powered generators that are slightly larger, and heavy-duty generators that operate on propane and natural gas.
As for us, we normally encourage folks to choose natural gas or propane-fueled models. This is due to the fact that gasoline is extremely volatile, and both gasoline and diesel emit a large amount of hazardous fumes.
We discovered that Honeywell and Generac generator models both save more fuel than other brands after evaluating them. They are quite effective.
If your Honeywell or Generac generator suddenly starts consuming a lot more gasoline than normal, something is amiss with the engine. Hire someone to investigate and resolve the issue.
Easy upkeep is one attribute that sets both products apart. You can easily maintain Generac generators as long as you service them when they’re due. This also applies to Honeywell generators.
Every week, their standby backup generators do a self-diagnostic test. This ensures that the generators are always in good working order. As a result, both Honeywell and Generac did admirably in this area. Their generators are simple to keep up with.
Generac appears to be the winner in this category, based on our data. Honeywell’s generators come with a 2- to 5-year warranty, which is excellent. Generac, on the other hand, provides more. Many of Generac’s generators come with warranties of up to ten years.
Nonetheless, it is critical that you read the warranty terms and conditions carefully. You don’t want to do anything that would void your generator’s warranty.
When a generator is installed, connected, or serviced by unqualified persons, the guarantee on the generator is invalid. The warranty will be canceled if the manufacturer or distributor discovers out.
Another reason to review your generator’s warranty conditions is to understand what it covers and what it does not. If your generator, for example, catches fire, it will not be repaired for you. Most warranties exclude coverage for fire.
Furthermore, some warranties just cover the parts and not the labor, while others cover both. Generac and Honeywell have limited warranties that only cover parts and do not cover labor.
The durability of both brands is another reason why we suggest them. Following extensive research, we discovered that practically all Generac and Honeywell generator types are quite tough and durable.
We chose a few models from each brand at random and interviewed some of the generator’s users. The great majority of them believe the generators are long-lasting. As a result, we’ll finish this section by stating that Honeywell and Generac generators are long-lasting.
5. Availability of Parts
Nobody wants to purchase a generator that can’t be repaired due to a shortage of components. You’re more likely to encounter difficulties with the parts if you buy a generator from a new or unknown brand. This is another another area where Generac and Honeywell excel.
As long as the generator model is still in production, they have a number of certified distributors where you may buy components for their generators. You should be able to quickly replace any of the generators if one fails.