TECHNO STEAM TRAPS

Innovative Steam Traps and Condensate Recovery Systems

THERMOSTATIC STEAM TRAP

TB - 5

Detailed Product Description
Automatic Thermostatic Steam Traps With SCCV System PN40 / Casting Steel

Quick Details:
Model: TTB5
Temperature: 425 ℃
Working Media: Steam, Condensate Water
End Connection: Flange, Screw & Socket Welded
Power:  Automatic
New SCCV System (self-closing and centering system)

Model Number:

TTB5

Standard or Nonstandard:

Standard

Structure:

Thermostatic Steam Trap

Pressure:

Medium Pressure, 0.01 – 2.1 MPa

Power:

Automatic

Material:

Casting Steel WCB

Temperature of Media:

Up to 425 Deg. C

Media:

Steam, Water

Port Size:

1/2″ – 2″

Body Material:

WCB, A105

Connection:

Flange & Screw & Socket

Specifications:
Bimetallic Steam Trap
New SCCV System
Adjustable Working Temp.
Installed In Any Direction
No Steam Loss With Water Seal
Design Pressure: PN40
Pressure: 0.01 – 2.1 Mpa
Material: A105 & WCB
Temperature: 425 ℃
Working Media: Steam, Condensate Water
End Connection: Flange, Screw & Socket Welded

Thermostatic Steam Trap / Bimetallic Steam Trap

TB5:

  • Tight shut-off and long service life by using SCCV system;
  •  Efficient energy saving —–Adjustable discharging temperature and effectively using the sensible heat of hot condensate.
  • Discharging temperature can be adjusted when the pipe net is in operation, can be installed in any direction.
  • Hot condensate exists just before the trap, forming a tight water seal, which ensures no    steam loss.
  • Withstands water hammer with outstanding performance of air venting.
  • Operating without noise, benefiting for environmental protection.
  • Full open at the beginning of steam supplying, discharging cold condensate and air rapidly, which ensures quick start-up.

Application:
Suitable for steam main pipe, steam tracer, radiator, low temperature, heating trough, jacketed kettle and heating system etc…

Installation Note:
Installation is not recommended for the pipe section 1 meter before the trap and the trap itself.