Honda Power Generators – How Big Do You Need?

A common question that people have when buying gas generators like Honda Deluxe Generators is how big it should be to run their equipment or appliances.

Honda generators come in a variety of sizes and capabilities to serve different needs.

When choosing yours, make sure it is a model that gives you more than the power you anticipate needing, but not so much that you are overpowered.

Determine Wattages Needed

To choose the right Honda power generator, start out by figuring out how much power you anticipate needing.

Whether purchasing a generator as an emergency source of power for a home or to run other power equipment, which one works for you will depend on two things: running wattage and starting wattage.

Running wattage is how much energy is required to keep all devices running; starting wattage is how much energy is required to surge to get those devices started in the first place.

Determine the Running Wattage Figure

Add up the running wattage for all the critical appliances or equipment you would like to run and note the starting wattage.

For example, a refrigerator might require 700 running watts and 2000 starting watts while an electric furnace might require 1000 running watts to keep the fan going and 2500 starting watts.

If you don’t know the exact starting wattage, just estimate with a figure that is the running wattage x 3.

Determine the Starting Wattage Figure

Add up all the running wattage of the appliances or power equipment you want to run and then separately, all the starting wattage.

The Honda Deluxe generator you choose must have a running wattage capacity that is more than the total of all your devices and also a higher starting wattage of all your devices.

The more electrical devices you wish to run at the same time, the higher your Honda generator’s capacity must be.

Where starting wattage is concerned, you have a little leeway in that if appliances and devices are started up individually, your generator’s starting wattage capacity does not have to be as high as if all the devices were starting up at once.

Find The Right Honda Power Generator

Getting the perfect Honda power generator for your needs depends on what you plan to do with it, some creative configuring, and a little estimation.

The best choice is always a power generator that has more than enough running and starting power, but that size generator may not be practical for other reasons.

In these cases, come up with the best wattage estimation based on your ability to turn devices on separately without overloading based on starting wattage capacity and you will have more flexibility.

Common Problems With Drip Irrigation Systems and How to Fix Them!

Drip irrigation systems can be temperamental, occasionally requiring repairing.

Fortunately, there are just a few common problems that farmers experience with these systems and correcting them is fairly easy.

Here are the top issues that require drip irrigation system repair and what should be done about them!

1. Plugged Emitters or Hoses - Plugged hoses and emitters are the top issues that require irrigation system repair. The easiest way to resolve this problem is to clean or replace plugged emitter and water pump filters, make sure to use the right filters for the emitter, and treat irrigation water to prevent algae and scale. Prevent blockages by routinely flushing drip hoses every month allowing hoses to drip at a higher pressure for 5 to 10 minutes at a time.

2. Water Pressure Problems - Pressure irregularities can result in plants not receiving the nutrients and water they need or getting too much. Resolve pressure problems as a part of drip irrigation system repair by regularly observing system pressure, resolving pressure problems at the pump, and monitoring system performance with distribution uniformity evaluations to uncover trouble points that require additional irrigation system repair.

3. Leaks - Leaks in emitters, hoses, and risers are very common and something that farmers using drip irrigation systems will always deal with. The most efficient solution is to make a habit of driving the perimeter of the irrigation system regularly and carrying parts and tools to make immediate field repairs. Whether due to a loose emitter nozzle or a perforated hose, these repairs can usually be done fairly quickly and easily. Putting them off only results in water and fertilizer waste, and poor irrigation distribution.

4. Age - The final issue that many farmers experience is all of the above problems happening continuously due to the age of the system. Most drip irrigation systems are built with a lifespan of around 10 years. While many get much more than a decade out of their systems, the older the system gets, the more frequently issues like leaks, clogged hoses as well as nozzles, and pressure problems will arise. At the point that drip irrigation system repairs take up more time than is worth it, it might be time to consider replacing the system or at least parts of it.

Though they do require good maintenance and occasional irrigation system repair, drip irrigation systems are fairly easy to troubleshoot and keep efficiently running.

Farmers who watch for these common problems and become proficient at repairing them can minimize their irrigation problems overall and get great service from their drip system!