Recirculation Pumps

 

One plumbing upgrade you may consider this winter is to have a recirculation pump installed in your home. These pumps will circulate the hot water in your home to ensure you always quickly have hot water to your sinks, bathtubs, showers and washing machines.

Why should I get a recirculation pump?

Save Time

  • The recirculation pump first and foremost saves you time. When you go to take a shower or wash your hands, you turn on the hot water and then you sit there waiting. Depending on the configuration of pipes in your house you wait 1-2 minutes, sometimes 10-20 minutes, or you may never even seem to get hot water to some fixtures. The recirculation pump will continuously move the hot water in your house saving you the waiting time whenever you want hot water.

Conserve Water

  • Secondly, you will conserve water. All that water that you let run down your drains as you wait for it to turn hot is wasted. The average household wastes 11,461 gallons of water a year just waiting for the water to warm up.

Protect Pipes

  • Thirdly, depending on how your system is installed the recirculation pump can also protect your pipes from freezing in the winter. Because the water is constantly moving inside the pipes, running water is more difficult to freeze. If your pump circulates both your hot and cold-water pipes you should not have to leave a faucet dripping in cold weather, saving even more water! To learn more about savings visit this page from Energy Star.

 

How a recirculating pump works

A recirculation system is fairly simple.

The pump is installed in your home on your hot water pipes. This pump will push hot water through your house and once it reaches the end of the hot water pipes it will be looped back to the water heater to be reheated. Then, it will travel through the hot water pipes to be used by you. Any hot water which does not get used, and has cooled down, is looped back to the water heater to be reheated. The system does not waste any of the water in order to keep water hot.

 

What do you need for a recirculation pump?

Depending on the plumbing configuration in your home there are a few different options; each has advantages and disadvantages, and you will need to work with your plumber to find a configuration that works for you.

One configuration places your pump in the hot water pipes usually near your water heater. The pump will push water through your hot water pipes and at the end of the hot water pipe system a plumber will install a new pipe connecting the end of the existing hot water pipe, running all the way back to the water heater and connecting it to the cold-water inlet on the water heater. This system is more common in new construction or when a home is being re-piped. Running the new pipe can be costly or difficult in a home which is already built.

Another option is to install the pump in the hot water system and find the fixture which is farthest away from the heater or the fixture which has the most trouble getting hot water quickly and create a loop at that fixture by connecting the hot water and the cold water together. With this configuration hot water leaves the heater and goes through the hot water pipes to that fixture, and it is then transferred to the cold-water pipes to be sent back to the water heater. This will allow a much less costly installation in an already finished home. The downside is depending on how your system and devices are calibrated you may get warmer water from the cold side of your plumbing fixtures.

To prevent wasting too much electricity running a recirculation pump you will need to have a timer or thermostat installed to regulate the operation of the pump. A timer will turn the pump on and off at different times to keep the water hot and not run the system until it needs to be reheated. With a timer you can also turn the system off during low use times like at night to save even more electricity. A thermostat is a device that is installed either on a pipe or with a sensor inside your pipes. A thermostat will ensure your water is always at the correct temperature and will turn the pump off when the selected temperature is achieved and then turn it back on when the water cools down. Knowing how much you use the hot water and when could be helpful in deciding which device to choose and let your plumber know how to calibrate it for you.

No Pump
Pump near fixture
Pump for entire home

 

 

 

 

 

 

 

 

 

The recirculation pump will save you time and water, but what does it cost? The pump will run on electricity and will need to have an outlet or wire ran to hook it up. The pump will also require occasional maintenance just like any other device in your house, like a water heater. You as the customer would need to decide if the system is a good fit for your home. Maybe your house is a little slow to receive hot water but not terrible or maybe it takes you 30 minutes to get hot water to the far bathroom in your house. Water conservation is important and should be considered in your decision.

Contact the experts at J D Precision Plumbing to discuss your options and decide what best works for you and your family. To learn more about water heater installation visit this page.

Water Heater Not Working - Thermocouple

No hot water - Why replace Thermocouple?

When you consider why your water heater isn’t working one reason could be the thermocouple. The thermocouple plays a very important role in the safety and operation of your water heater as it relates to gas flow, which is highly flammable! Let’s start with the most important information, if you smell gas get to a safe distance and call a professional immediately.

What Does a Thermocouple Do?

Without getting into the science behind Thermoelectric Energy Conversion, the Thermocouple is responsible for cutting off the flow of gas if your pilot light goes out. Anytime you’re dealing with gas to your home, and the potential leakage of gas, it’s best to let the professionals do their job. While some may try to replace this on their own, you do risk gas leakage when taking apart or repairing your Thermocouple on your own.

The Thermocouple is heated by the pilot light and then converts this heat to electricity. The electricity it produces is slightly less than a AA battery, but powers the thermal cutoff switch. When power is no longer supplied to this switch, it cuts off the flow of gas to the burner, which is no longer lit since the pilot light has gone out. This cutoff means gas won’t flood your attic or garage when the pilot light isn’t lit.

The Thermocouple is heated by the pilot light and then converts this heat to electricity. The electricity it produces is slightly less than a AA battery, but powers the thermal cutoff switch. When power is no longer supplied to this switch, it cuts off the flow of gas to the burner, which is no longer lit since the pilot light has gone out. This cutoff means gas won’t flood your attic or garage when the pilot light isn’t lit.

Why did it stop working?

When the thermocouple fails, it stops your water from being heated. Thermocouples can fail for a few reasons including buildup of carbon which insulates the metal causing a drop in voltage, oxidation, or even metal fatigue causing it to break. In most cases a replacement is required and the longest lasting fix.

 

When replacing your Thermocouple, you’ll need to disassemble the parts of your water heater that would usually be flowing with gas, and then reassemble these parts properly so that gas doesn’t leak and create a dangerous situation. For this reason, we highly recommend you use a trained professional for the replacement of your Thermocouple or any other gas related issue you may be having.

For a discount on any water heater repair click HERE!