The question of whether or not to repair or replace a furnace can be a challenging one. However, there are some key factors that can help you decide which is best for you and your home. One thing to keep in mind is that heating system replacement is a great opportunity to increase your energy efficiency and comfort. Should you decide to replace your furnace in Brighton, make sure that you hire trained professionals to perform the installation. The experts at FB Electrical Services can install both electric and gas furnaces, so call us today!

Reasons to Consider Replacement

Here are some reasons why it may be better to replace than continue to repair your current furnace:

Constant Repairs

If your furnace needed a lot of repairs last winter, and you are looking at more repairs this winter, it may be time to consider replacement. Nursing an ailing furnace along can add up quickly, sometimes even up to the cost of a new furnace. You may need to determine where your money is better spent.

Rust/Corrosion

Furnaces do not use water in any way, so if your unit has considerable rust and corrosion on it, it may need to be replaced. If rust and/or corrosion is localized, it may be repairable, but if the corrosion is significant, it can’t be repaired. Excess corrosion can be dangerous in gas furnaces because cracks and holes can potentially leak toxic fumes, which are very dangerous to your household.

Age

Age always plays a role in whether or not it’s time for replacement, and for good reasons. Aging systems can be challenged to effectively and reliably heat your home, and often do not have good energy efficiency. The average lifespan of a gas furnace is 15-20 years; for electric furnaces, it’s 20-30 years. If your furnace is at or over the average lifespan, it may be time to consider replacement.

Your furnace should be reliable, energy efficient and provide the Call FB Electrical Services today and schedule an appointment for your furnace with one of our heating specialists.

Pay as you go electricity plans allow consumers to pay for their electricity in advance. The plan, which uses prepayment meters, helps consumers to monitor and control the way they use electricity. This saves on energy costs.

Keypad based prepaid meters: This meter has a keypad to input the electricity token number. Consumers purchase the credit using a variety of methods. These include visiting the agent, paying through banks or mobile payments in some countries.

Key meter: Consumer uses an electronic key loaded with the tariff information and credit.

One way card system: Uses a disposable card. The user purchases power with a reloadable debit card. The loaded card is then passed near the meter, which has an in-built card reader.

Two-way card systems: Uses a smart card and the meters have a real-time, two-way communication capability. It is one of the most secure, but more complex and expensive methods to implement.

These allow consumers to interact with their meters and query balances using their mobile phones by sending an SMS to a monitoring system. In addition, the user is able to track electricity use by the hour, day, month or annually using the phone or online access.

These smart prepaid meters offer easier top up options. They include online payments or by text, as well as scheduled and auto top-ups.

When using a prepaid meter, the customer must keep track of the remaining credits and replenish to avoid disconnection.

Ensure there is enough credit when going away for long periods. The meter will continue collecting the standing charges even when on no load. Consumers should ensure they have enough credit to last until they return.

Some crooks will take advantage of the consumer’s lack of knowledge and offer them cheaper credits than those bought directly from the utility company. For example, they will sell their credits at half price. This is more common with Key Prepaid Meters and the crooks will usually have master Keys, which they use to top off the consumer’s meter.

If the energy company finds out, the consumer ends up paying twice for their electricity; first to the crook, and then to the energy company.

To avoid falling victim:

Other parts of the country may be warming up and getting ready to use our air conditioners, but we’re still relying on our heaters to get us through more than a few chilly nights. So if yours begins to malfunction, you may start to panic. This is understandable, but know that if you’ve had your system maintained before the heating season began, it may likely not even be an issue with the system itself.

Instead, you may be in need of Newton, MA electrical wiring services for some component of your heater. Keep reading to learn more about how your heater can be impacted by electrical issues.

This applies to both electrical furnaces as well as boilers. Both of these systems use heating elements—a set of coils that burn hot as a current passes through them—in order to raise the temperature of the air (furnaces) or water (boilers).

Both of these systems contain more than one heating element. Therefore, if you one fails you likely won’t lose your heat entirely, but your heater won’t be able to work as efficiently as it otherwise would.

If you’re utilizing a heat pump, then this is the most common electrical problem you might run into. Capacitors are cylindrical devices about the size of a soda can, responsible for sending electrical charges to the motors to start and keep them running.

Capacitors can burn out after years of use, or suffer from wiring issues, causing the heat pump to “hard start” (draining power) or quit functioning all together. You’ll need a professional to replace the damaged electrical capacitors.

Even if you have a heater that runs off of natural gas, oil, propane, or geothermal power, it’s going to have an electrical thermostat controlling it. Thermostats with failing wiring will begin to malfunction, often incorrectly registering your home’s temperature or failing to accurately set the heater. If your heater is failing to reach its target temperature with no other signs of a problem, your thermostat wiring could certainly be to blame.