Thermodynamic Trap

Steam has two components: 1] the latent heat useful in process for Heat transfer, and 2] the Sensible heat in the form of condensate having only the heat content not useful in process, rather hindering Heat transfer and causing damage to piping equipment due to its presence. Hence, there is need to remove condensate and trapped steam. This is done by Steam trap.

The Thermodynamic Trap works on the principle of difference in the velocities of Steam and Condensate. Used Mainly on Drip lines of the main steam distribution line, uses condensate pressure to open the trap and discharge the condensate and then the Flash steam formed due to the high flash steam velocity & accumulation of flash steam over disc, Device close and trap the live steam when it appears.

Thermodynamic Steam Trap are compact and lightweight and discharge condensate as and when it is formed.

·         Available in Sizes: 15, 20 and 25mm

·         End connections: Threaded to BSP/BSPT/NPT, SW and BW, as well as Flanged to #150/300

·         Pressure Ranges of 30 bar [UTD21], 55 bar TD55, 100Bar [UTD 62] AND 250 Bar [UTD120]

·         Max. Operating temperature: 425 Deg. C[UTD55] 550 Deg. C. [UTD62/120

·         Installation: Horizontal Service

UTD 21

UKL Thermodynamic Steam Trap in cast stainless steel construction as per ASTM A743 Gr.CA40, Max Op Pr./ Temp : 42 Kg/cm² / 425 ^oC

UTD 55 / UTD 55F

UKL Thermodynamic Steam Trap in cast stainless steel construction as per ASTM A743 Gr.CA40,  Max Op Pr./ Temp : 55 Kg/cm² / 425 ^oC

UTD 62

UKL Thermodynamic Steam Trap in alloy steel construction as per ASTM A217 Gr WC6

Max Op Pr./ Temp : 62 Kg/cm² / 550 ^oC

UTD 120

UKL Thermodynamic Steam Trap in alloy steel construction as per ASTM A182 Gr F22

Max Op Pr./ Temp : 255 Kg/cm² / 550 ^oC