Free floating ball steam trap (CS11H)

NegotiableUpdate on 05/07

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Overview

According to the different working principles of the free floating ball steam trap (CS11H), it can be classified into the following three types: $r $n mechanical type: it operates based on the change in the height of the condensed water level inside the steam trap, including: $r $n floating ball type: the float is a closed hollow sphere. $r $n open upward float type: The float is a barrel shaped structure with an upward opening. $r $n open downward float type: The float is in the shape of a bucket with an opening facing downwards.

Product Details

according toFree floating ball steam trap (CS11H)The different working principles can be classified into the following three types:

Mechanical type: It operates based on the change in the level of condensed water inside the steam trap, including:

Float ball type: The float is a closed hollow sphere.

Open up float type: The float is in the shape of a bucket with an upward opening.

Open downward float type: The float is a bucket shaped with an open downward opening.

Free floating ball steam trap (CS11H)Thermostatic type: Acting based on changes in liquid temperature, including:

Bimetallic sheet: The sensitive element is a bimetallic sheet.

Steam pressure type: The sensitive component is a bellows or ink cartridge, filled with volatile liquid inside.

Thermodynamic type: operates based on changes in the thermodynamic properties of liquids.

Disc type: Due to the different flow rates of liquid and gas under the same pressure, different dynamic and static pressures are generated to drive the disc valve plate to move.

Pulse type: When condensed water of different temperatures passes through the two connected throttling orifice plates, different pressures are formed between the two throttling orifice plates, driving the valve disc to move.