JX-0308

Brass 3-Way Mixing Valve

Specification
DN20-3/4-outside,DN20-3/4-inside,DN25-outside,DN25-inside
Processing customization
Working Pressure
1.0 (MPa)
Cold water temperature
0-29（C）
Hot water temperature
40-90（℃）
Outlet flow rate
1.9 (m3/h)
Passage diameter
20-25（mm）
Scope of application
Bathroom, school
Main sales regions
Europe, North America, Northeast Asia

Product name: Thermostatic mixing valve

Product Category: Energy-saving control products

Product Description

Thermostatic mixing valve with high flow rate and sound performance as a universal fitting for domestic hot water. With or without HWC (hot water circulation) for small underfloor heating circuits.

Product function.
A temperature control device is built to provide a scald-proof safety feature for domestic hot water systems and can be used as a suitable option for taps. Hot water installations with HWC (hot water circulation) or underfloor heating to achieve a constant temperature range and flow requirements.
Product features.
Constant water flows, regardless of temperature and water pressure changes.
Temperature range: 35 to 60 degrees
If a cold water failure occurs, the safety valve device automatically switches off the hot water and supply to prevent scalding.
Product size: DN20, DN25
Note: Supplied with top cover.
Medium: Water

• Lead-Free Brass body construction; All 3/4″ male connections – DN20 (4x3x2in)
• The thermostatic mixing valve is designed to connect the hot and cold water and maintain temperature to provide maximum comfort.
• Inlet Water Supply Temprature: Cold 39-84 F/4-29 C; Hot 122-203 F/50-95 C; Outlet Water Temprature Range: 95-140 F/35-60 C
• If the cold water stop suddenly, the valve will automatically close to avoid the risk of scalding
• It offers outstanding anti-scald and anti-chill protection, allowing you to quickly achieve and maintain the ideal temperature setting for a more enjoyable shower experience.

A thermostatic Mixing Valve is a valve that blends hot water (stored at temperatures high enough to kill bacteria) with cold water to ensure constant, safe outlet temperatures preventing scalding. They shut off rapidly in the event of a hot or cold supply failure to prevent scalding or thermal shock.

Solar energy is one of the most sustainable forms of energy. However, installing solar panels on your roof or backyard can be expensive. Solar hot water systems are a great way to get the benefits of solar power without having to make an extensive investment. A thermostatic mixing valve for solar heater installation will allow you to tap into that free heat and save money!

To install a thermostatic mixing valve for the solar heater, you will need the following tools:

-Tape measure

-Drill with a bit that is slightly smaller than the diameter of your copper piping

-Pipe cutter or hacksaw

-Phillips head screwdriver

-Pencil

-Level

Now that you have the necessary tools let’s get started! The first step is to measure and mark where the valves will be installed. Use a level to ensure that the markings are straight—drill pilot holes at each marking. Next, use a pipe cutter or hacksaw to cut the pipes to length. Be sure to clean off any burrs or sharp edges before proceeding. Insert the valves into the drilled holes and tighten the screws. Finally, connect the solar collector to the valve with copper piping.

If you are uncomfortable installing a thermostatic mixing valve for a solar heater, hire a qualified professional. Enjoy the savings and eco-friendly benefits of solar energy!

-Measure and mark where the valves will be installed. Use a level to ensure that the markings are straight. Drill pilot holes at each marking.-Use a pipe cutter or hacksaw to cut the pipes to length. Be sure to clean off any burrs or sharp edges before proceeding.-Insert the valves into the drilled holes and tighten the screws.–Connect your solar collector with copper piping, if you have not already done so

The sun is one of the best sources for heating your home. Solar heaters, also known as solar thermal collectors, are used to collect and store the sun’s energy so it can be used to heat water and other heating systems in your home during colder months. These devices work by absorbing sunlight and transferring it into a fluid such as water or oil that flows through tubes inside them. They typically have two sets of inputs: one for cold fluids (such as cooling water) that must be cooled before entering the device; another set for hot fluids (such as heated air) that must be preheated before entering the device. Thermostatic Mixing Valves are frequently used with these solar panels because they can control the temperature of hot or cold water and air. Here are some examples of how we commonly use them:

– The most common type of solar thermal heater uses a fluid such as antifreeze, which picks up heat from sunlight in an absorber (often black colored so it absorbs more energy), and that heat is transferred to the water inside the device. The mixed fluid flows through tubes and then exits into a hot water storage tank, which holds the heated water until needed.

These solar panels are used in many commercial applications, such as industrial buildings or greenhouses, to provide supplemental heating for winter months so plants do not freeze.

– The other common type of solar heater is a radiant panel, which uses light instead of fluid to transfer energy via infrared radiation, so the heated air is blown into your home or building through ductwork rather than stored in tanks and circulated by pumps.