Steam traps Ball float
8
Dimensions/weights (approximate) in mm and kg Size A BB1C D E F G Weight ½" 121 107 96 70 151 105 60 130 3.6 ¾" 121 107 96 70 151 105 60 130 3.6
A
D
B1 B
F
C
G
E
Withdrawal distance
Withdrawal distance
Capacities
5.5.39
Differential pressure bar (x 100 = kPa)
Note: Capacities shown are based on discharge at steam saturation temperature. When discharging sub-cooled condensate the air vent provides extra capacity. Under start-up conditions the thermostatic air vent will be open, and will provide additional condensate capacity to the main valve assembly. On 4.5 bar units this will provide a minimum of 50% increased capacity above the hot condensate figures shown. On 10 and 14 bar units this will be a minimum increase of 100% on the published capacity. For full details see TI-S02-28.
8.5 46
Safety information, installation and maintenance For full details see the Installation and Maintenance Instructions (IM-P145-12) supplied with the product. Installation note The IFTGS14 is supplied with a blanking plug in the sensor adaptor: The sensor is to be fitted on site.
The IFTGS14 must be installed with the direction of flow as indicated on the cover, and with the float arm in a horizontal plain so that it rises and falls vertically. The IFTGS14 has been designed for use in a right to left flow direction when viewed from the name-plate end, however, it can also be installed in a left to right orientation, by simply rotating the complete trap through 180°. Caution: Ensure that adequate distance is allowed for removal of the body and internals in the event of maintenance. See 'Dimensions/ weights' for withdrawal distances. Disposal This product is recyclable. No ecological hazard is anticipated with the disposal of this product providing due care is taken.
TI-P615-11 CMGT Issue 5
Page 4 of 5
IFTGS14 Ball Float Steam Trap with Integral Spiratec Sensor
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