TLV - Process Float Steam Trap Model: JL14-X, JLH14-X

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Categories : PRODUCTS VALVES BRAND TLV

Brand : TLV

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TLV - Process Float Steam Trap Model: JL14-X, JLH14-X
 

  • JL14-X → Designed for general applications, moderate pressure and temperature, built with cast iron (FC250).
  • JLH14-X → Ideal for high-pressure, high-temperature, and heavier process loads. Made of Cast Steel (A216 Gr. WCB)

 

Key Benefits:- 

  • Double-Seated Valve: Equipped with a double-seated valve mechanism that ensures continuous, smooth, and low-velocity condensate discharge as process loads vary.
  • ·High Durability: Features high-quality stainless steel internals and heat-treat hardened valve surfaces to minimize wear. It is designed for easy, inline access to simplify cleaning and reduce maintenance costs.
  • Automatic Air Venting: Includes an integral thermostatic capsule (X-element) that vents air automatically until near-to-steam temperature for a rapid system start-up and even heating.

Specifications:-

Size: 80 mm (3 inches)
Connection: Available in Screwed, Socket Welded, and Flanged
Max Operating Pressure (PMO): -  Model JL14-X: 1.0 to 1.6 MPaG
-  Model JLH14-X: 1.0, 1.8 to 3.2 MPaG
Max Operating Temperature (TMO):- Model JL14-X: 220 °C 
- Model JLH14-X: 240 °C (or up to 400 °C as an optional feature)


Materials   

  • JL14-X → Body made of Cast Iron (FC250)
  • JLH14-X → Body made of Cast Steel (A216 Gr. WCB) to withstand higher pressure and temperature.

FeatureJL14-XJLH14-X
Body MaterialCast Iron (FC250 / ASTM A126 Cl. B)Cast Steel (ASTM A216 Gr. WCB)
Connection Types

• Screwed
• Flanged

• Screwed
• Socket Welded
• Flanged

Max Operating Pressure (PMO)1.0, 1.6 MPaG1.0, 1.8, 3.2 MPaG
Max Operating Temperature (TMO)220 °C240 °C (Up to 400 °C as option)
Max Allowable Pressure (PMA)1.6 MPaG3.2 MPaG
Max Allowable Temperature (TMA)428°F752°F
Approx. Weight (Size 80 mm)Screwed: 107 kg• Screwed: 110 kg
• Socket Welded: 110 kg
• Flanged: ~124 kg
ApplicationSuitable for standard low-to-medium pressure steam processes.Ideal for high-pressure, high-temperature, and heavier process loads.

 



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