Spend $50, Ship Free Anywhere
1 1/2 FT Series Float and Thermostatic Steam Traps NPT FT77L 075 16 N - High Efficiency Steam Control for Industrial Boilers and HVAC Systems
1 1/2 FT Series Float and Thermostatic Steam Traps NPT FT77L 075 16 N - High Efficiency Steam Control for Industrial Boilers and HVAC Systems

1 1/2 FT Series Float and Thermostatic Steam Traps NPT FT77L 075 16 N - High Efficiency Steam Control for Industrial Boilers and HVAC Systems

$380.66 $692.12 -45% OFF

Free shipping on all orders over $50

7-15 days international

14 people viewing this product right now!

30-day free returns

Secure checkout

56320765

Guranteed safe checkout
amex
paypal
discover
mastercard
visa
apple pay

Description

[pdf] [/pdf]

 Product TypeSteam Trap
 Size1 1/2" 
 Connection NPT
 Body MaterialCast Iron
 Operating Pressure 75 PSIG/125PSIG
 Allowable Pressure 75 PSIG 450ºF 
Allowable Temperature450ºF 75 PSIG
    Part NoFT77L-075-16-N


Description

The FT Series steam traps are designed to operate at pressures up to 75 PSIG, making them well-suited for low-pressure HVAC systems and light industrial process applications. Commonly used in unit heaters, water heaters, pressing machines, heat exchangers, and coils, these float and thermostatic (F&T) traps provide reliable removal of condensate and air. They are also effective for drip applications, such as draining steam mains and supply lines. With superior air-handling capability, FT Series traps are often a more efficient alternative to inverted bucket traps in most process environments. Their dual inlet-outlet H-pattern connection enhances installation flexibility, allowing for easier integration into various system configurations.

Features

• Welded stainless steel thermostatic air vent resists shock from water hammer.

• In-line repairable all internals are attached to cover.

• H-pattern design allows piping from either side of the steam trap there are two inlet ports at top and two outlet ports at bottom.

• F&T traps have excellent air handling capability allows air to be discharged rapidly and steam to enter he system quickly during start-up.