Product Handbook 2026 - Volume 2

Steam traps Swivel connectors and traps

8

Range and options The UFT14HC is available with internals designed to operate to either 4.5 bar g, 10 bar g or 14 bar g (differential pressures).

Optional extras An insulation jacket is available for this product IJ-UFT14HC.

Sizes and connections The UFT14HC has a single connection to a suitable pipeline pipeline connector (see options above). It is secured to the pipeline connector with two screws that are supplied with the trap.

Pressure/temperature limits (ISO 6552)

Pressure psi g

0

72.5

217.5

290

145

362.5

100 150 200 250 TMA 300 50

32 212 302 392 482 572 122

TMO 548.6 °F

TMO 287

Steam saturation curve

0

0

5

15

20

10

25

Pressure bar g

PMO 14 bar g (203 psi g)

The product should not be used in this region as it is outside of its operating range.

The product must not be used in this region.

Note: Please note the lower rating of either the pipeline connector or the steam trap will determine the maximum allowable pressure and temperature for the system.

Body design conditions

PN25

PMA Maximum allowable pressure

25 bar g @ 50 °C 300 °C @ 16 bar

(363 psi g @ 122 °F) (572 °F @ 232 psi g)

TMA Maximum allowable temperature

8.9 74

Minimum allowable temperature

-10 °C

(14 °F)

PMO Maximum operating pressure

14 bar g @ 287 °C 287 °C @ 14 bar g

(203 psi g @ 548.6 °F) (548.6 °F @ 203 psi g)

TMO Maximum operating temperature

Product is safe for use under full vacuum conditions Minimum operating temperature

0 °C

(32 °F) 0 bar g

Minimum allowable pressure

UFT14HC-4.5 UFT14HC-10 UFT14HC-14

4.5 bar g 10 bar g 14 bar g

(65.3 psi g) (145 psi g) (203 psi g)

Maximum differential pressure for saturated steam

Designed for a maximum cold hydraulic test pressure of:

38 bar g

(551 psi g)

The UFT14HC is suitable for both indoor and outdoor use above the minimum temperatures shown above.

TI-P712-01 CMGT Issue 4

Page 2 of 6

UFT14HC Sealed Stainless Steel Ball Float Steam Trap (for use with Pipeline Connectors)

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