Large Discharge Capacity Ball Float Steam Trap Screwed (FT14HC)
The FT14HC is ball float steam trap having stainless steel working internals and integral automatic air venting facility. Trap is installed horizontally, threaded connections
Available types
FT14HC
High capacity - As standard the FT14HC is available with flow direction in either left-to-right or right-to-left direction.
Please state preference when placing an order.
Note: These ball float steam traps are available with either 4.5, 10 or 14 bar internals (PMX).
Sizes and pipe connections
DN15-DN25,screwed BSP or NPT.
Material:
Body:A216 WCB
Bonnet:216 WCB
Seat:Stainless Steel
Ball Float and Lever:Stainless Steel
Additional cold water capacities from the thermostatic air vent under start-up conditions
Capacities shown above are based on condensate at saturation temperature. Under start-up conditions when the condensate is cold the internal thermostatic air vent will be open and provides additional capacity to the main valve.
Available types
FT14HC
High capacity - As standard the FT14HC is available with flow direction in either left-to-right or right-to-left direction.
Please state preference when placing an order.
Note: These ball float steam traps are available with either 4.5, 10 or 14 bar internals (PMX).
Sizes and pipe connections
DN15-DN25,screwed BSP or NPT.
Limiting Condition | ||
Body design conditions | PN25 | |
PMA Maximum allowable pressure | 25 bar g | |
TMA Maximum allowable temperature | 300°C | |
Minimum allowable temperature | 0°C | |
PMO Maximum operating pressure for saturated steam service | 21 bar g | |
TMO Maximum operating temperature | 242°C | |
Minimum operating temperature | 0°C | |
PMX Maximum differential pressure | FT14HC-4.5 | 4.5 bar |
FT14HC-10 | 10 bar | |
FT14HC-14 | 14 bar | |
Designed for a maximum cold hydraulic test pressure of 38 bar g |
Material:
Body:A216 WCB
Bonnet:216 WCB
Seat:Stainless Steel
Ball Float and Lever:Stainless Steel
Additional cold water capacities from the thermostatic air vent under start-up conditions
Capacities shown above are based on condensate at saturation temperature. Under start-up conditions when the condensate is cold the internal thermostatic air vent will be open and provides additional capacity to the main valve.