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Fisher-P-TBX-T Desuperheater

Fisher™ TBX-T Desuperheater

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Product Description

The Fisher TBX-T desuperheater can be used in many applications to efficiently reduce the temperature of superheated steam to the desired set point. The TBX-T is available for installation in steam lines from DN 200 through DN 1200 (NPS 8 through 48) in diameter and are capable of maintaining steam temperatures to within 6°C (10°F) of saturation temperatures. Water atomization and vaporization are key elements in any steam conditioning application. The TBX-T design incorporates a spraywater manifold of variable geometry AF nozzles that produce an optimized spray pattern over a wide operating range. These nozzles are strategically placed to achieve optimal mixing and quick vaporization at all flowing conditions.

Specifications

Certifications
PED, CRN
Critical Service
Steam Conditioning
Material
SA105, F22, F91
Operating Temperature
High Temperature
Pressure Class
ASME
Process Connection Type
Flanged, Butt Weld, RTJ, Socket Weld
Valve Size
NPS 8 through 48
Valve Size Standard
NPS
Other Configurations
Contact your local Emerson business partner or sales office to learn about additional specifications or options for this product.

Features

  • CFD designed spray manifold determines water injection point and insertion depth to maximize mixing and quick vaporization.
  • The TBX-T has the option of including an integral thermal liner inside the steam pipe. This construction is most commonly used in boiler interstage attemperation applications, where the desuperheater is exposed to high thermal cycling and stress, high steam velocities, and flow-induced vibration. The liner minimizes the potential for thermal shock when cool water is introduced to the unit that is already heated to the operating steam temperature.
  • The TBX-T desuperheater incorporates a spraywater manifold of variable geometry type AF nozzles that produce an optimized spray pattern over a wide operating range. These nozzles are strategically placed to achieve optimal mixing and quick vaporization at all flowing conditions.

Documents & Drawings