If you need to power your sump pump continuously in case of power outages, you can buy a standby generator for it. These can be found in various types, sizes and costs. You should choose one that suits your needs. Manual start fuel generators are the least expensive but are the easiest to install. However, they are noisy and require manual starting.
Installing a generator
If your sump pump has lost power, installing a backup generator can keep it running for days or weeks. A good generator will turn on when the power goes out and run the pump to remove any water. The generator should be mounted in the basement and connected to an alarm system. You can find one in your local home improvement store, or shop online for a more extensive selection and cheaper prices.
To ensure your generator works properly, make sure the engine is clean. A dirty generator can cause problems, so check the air filter and the fuel levels. Also, make sure the extension cord you purchase is of high quality.
Types of generators
There are two types of standby generators for your sump pump. The first is a manual start fuel generator, which can be the cheapest and easiest to install. This type requires no human intervention, but it can be noisy and requires manual starting. The second type of generator is a solar-powered unit that runs on electricity from the sun.
While conventional generators are ideal for sump pumps, they also have their share of drawbacks. They have high harmonic distortion and limited portability, making them unsuitable for homes that need constant electricity. For homes that have more remote locations, it’s a better idea to go for a larger portable generator.
Size of a generator
To properly power a sump pump, it’s important to select a generator with the right size and surge wattage. This means that it should be at least 2000 W and have a higher peak power rating. Although the size of the generator is not the only consideration, it’s critical that it meets the sump pump’s needs. Choosing the wrong size could result in higher costs and insufficient power.
To choose the correct size of generator, you must consider the maximum power capacity of the building. Generally, a 100-amp service indicates that a building can only use 100 amps of electricity. This means that the generator must have at least 100-amps of power to supply the entire building. Ideally, the size of the generator should match the maximum wattage of the electrical panel.
Cost of a generator
The cost of a standby generator for a sump pump varies greatly. While the price of the generator is usually the largest cost, other factors can affect the overall cost. It is best to get a generator that can produce enough power for the pump to continue working properly.
If you plan to use a propane generator, you should purchase a larger tank. Some suppliers will offer free tanks. Keep the tank almost full. Generally, 80% capacity is safe for power outages. Some suppliers also offer regular tank top-off plans with a discount. You can also run your generator with natural gas.
A battery backup system can be less expensive, but it will need to be replaced every few years. A good quality one will cost anywhere from $500 to $1500. A backup system should be tested regularly to make sure it is working properly.
Maintenance of a generator
Proper maintenance of a sump pump is very important, and the same is true of a standby generator. The generator must be regularly inspected and the oil should be changed if needed. It should also be cleaned regularly to keep it running smoothly. You should also check the air filter and the louvers. If the generator is outside, make sure that it is properly insulated and free of leaves and debris.
You should follow the maintenance guidelines provided by the manufacturer to ensure optimal performance and the longest possible life of the system. You can also consult recognized standards for general maintenance requirements. NFPA 110 is a useful guide for general maintenance requirements, and it also contains specific maintenance requirements for a Level 1 emergency standby power system.