Facebook Pixel
Sign-Up Bonus
Get 500 Reward Points instantly when you join.
Redeem Instantly
50 points = $1 off at checkout.
Earn as You Shop
$1 spent = 1 point every time you order.
Member Perks
Unlock exclusive member-only savings and offers.

Register and Earn 500 Reward Points
Toggle Nav
Search
Toggle Nav
Join Our Loyalty Program
main product photo

Watts 0204152 3/8" Thermostatic Mixing Valve 80°F–120°F

Be the first to review this product
Special Price $110.65 Regular Price $127.25
Out of stock
SKU
0204152
The Watts 0204152 3/8” thermostatic mixing valve is a safety valve that is used to mix hot and cold water to give a safe temperature. It comes in 3/8 size, has a working temperature of between 80°F and 120°F and is made from lead-free brass. It has a capacity of 2.25 GPM and a pressure of 150 PSI and this will assure the reliability of the machine. This valve functions by directing the flow of hot and cold water depending on the temperature of the mixed water needed.
Add to Wish List
HVAC Controls & Electrical, Control & Sensing Devices
Manufacturer:
https://www.partshnc.com/media/catalog/product/0/2/0204152-1.jpg

Specifications

  • Type: Valve
  • Size: 3/8"
  • Temperature: 80°F-120°F
  • Body Material: Lead Free Brass
  • Capacity: 2.25 GPM
  • Pressure: 150 PSI
Write Your Own Review
You're reviewing:Watts 0204152 3/8" Thermostatic Mixing Valve 80°F–120°F
Your Rating
Product Questions (2)
Customer Questions
What maintenance is required for the Watts 0204152 Thermostatic Mixing Valve?

Regularly inspect the valve for leaks and mineral buildup. Flush with clean water to prevent sediment accumulation. Check temperature settings periodically and ensure connections remain tight. Maintenance ensures consistent water mixing and safe operation.

What are common issues with the Watts 0204152 Thermostatic Mixing Valve?

  • Inconsistent water temperature.
  • Mineral or sediment buildup affecting flow.
  • Valve sticking or slow response.
  • Leakage at connections.

Installation Steps

Step 1: Turn off water supply and relieve system pressure, ensure line is cool to prevent burns.

Step 2: Verify valve orientation per markings before connecting.

Step 3: Thread and seal connections using PTFE tape, tighten securely without over-torquing.

Step 4: Mount valve in accessible location and connect hot/cold water lines.

Step 5: Turn water on gradually, check for leaks, and adjust temperature.