A qualified professional should ideally carry out the installation of hydronic panel radiators, but it generally involves the following steps:
- Decide the position of the panel and mark it on the wall.
- Attach brackets at the marked positions.
- Mount the radiator onto the brackets and secure it.
- Connect the radiator to the pipework of the hydronic system.
Remember, the installation process will vary based on your home’s design and the panel radiator’s specific model.
How to Size a Wall for Panel Hydronic Panel Radiators
When determining the size of the hydronic panel radiator you need for your space, you must first calculate the room’s heating load. This calculation considers various factors such as room size, insulation levels, and climate conditions.
Here’s a basic formula for calculating heating load:
Heating Load (BTU) = Volume of Room (ft³) x Desired Temperature Rise (°F) x 0.018
Calculate Room Volume
Measure the length, width, and height of your room in feet. Multiply these dimensions together to get the volume of the room in cubic feet.
Determine Temperature Rise
This is the difference between the coldest outdoor temperature you expect in your area and the indoor temperature you want to maintain. For example, if you wish to keep your home at 70°F, and the coldest it gets outside is 30°F, your desired temperature rise is 40°F (70-30).
Calculate Heating Load
Multiply the volume of your room by your desired temperature rise, then multiply by 0.018 to convert the result into British Thermal Units (BTUs). This gives you the total BTUs needed to heat your room.
Choose the Right Panel Radiator
Once you have calculated the heating load, you can compare this with the BTU output of various radiators to find one that meets your heating needs. Radiator output is typically listed in the product specifications.
After determining the heating load of your room and selecting a panel radiator that can meet this load, make sure there is enough wall space to accommodate the chosen radiator. Also, ensure that the location allows optimal heat distribution in the room.
