Gestra UNA45HL 1.0460/5.3103 FLANGE EN DN40 PN40 AO32 Ball Float Steam Trap


Gestra UNA45HL 1.0460/5.3103 FLANGE EN DN40 PN40 AO32 Ball Float Steam Trap Image

Gestra UNA45HL 1.0460/5.3103 FLANGE EN DN40 PN40 AO32 Ball Float Steam Trap


Product Name: Gestra UNA45HL 1.0460/5.3103 FLANGE EN DN40 PN40 AO32 Ball Float Steam Trap
Brand: Gestra
Product Code: UNA45HL 1.0460/5.3103 FLANGE EN DN40 PN40 AO32 Ball Float Steam Trap
Tags: Gestra
Ball Float Steam Trap



Are you interested in the product Gestra UNA45HL 1.0460/5.3103 FLANGE EN DN40 PN40 AO32 Ball Float Steam Trap from manufacturer Gestra with code UNA45HL 1.0460/5.3103 FLANGE EN DN40 PN40 AO32 Ball Float Steam Trap? Contact us now and get offer. Imtek Engineering, the fastest and most reliable industrial equipment supplier in the world, will offer you the best offer!

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Description Float traps type UNA 45 are designed for removing condensate from steam or compressed air. Float traps type UNA 46 and UNA 46A are designed for removing condensate from steam or other gases / gas mixtures. Equipment fitted with control unit SIMPLEX and SIMPLEX-P is operated and controlled by the float and the rolling ball. Equipment with this type of control unit is particularly suitable for cold condensate and cold distillates. The rolling ball of the control unit SIMPLEX-P is made of Perbunan® rubber, which ensures tight shut-off of the seat. Equipment with control unit DUPLEX may also be used for air venting the installation. This type of control unit is particularly suitable for saturated steam systems. The control unit DUPLEX consists of a float operated rolling ball valve and a temperature dependent air-venting facility. Do not expose the membrane regulator capsule of the DUPLEX control unit to superheat conditions above 5 K. By means of the externally adjustable internal bypass it is possible to adjust a bypass passage that flows past the control unit. The equipment must only be used within the allowable pressure and temperature limits and only if the chemical and corrosive influences on the equipment are taken into account.