Overview

The Ball Float Steam Trap is one of the most efficient and reliable steam traps used in industrial steam systems. It continuously removes condensate while preventing the loss of live steam, helping maintain system efficiency and reduce energy consumption.

The trap operates using a spherical float that automatically responds to the condensate level inside the trap body, together with a thermostatic air vent that removes air and non-condensable gases. This ensures fast start-up and improved heat transfer efficiency.

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Operating Principle

The Ball Float Steam Trap operates using a spherical float that responds to the condensate level inside the trap.

* During system start-up, the thermostatic air vent automatically discharges air and non-condensable gases, allowing steam to reach the equipment quickly.
* As condensate enters the trap, the float rises and opens the discharge valve, allowing continuous condensate removal.
* When the condensate level drops and live steam reaches the trap, the float lowers and automatically closes the valve, preventing steam loss and maintaining system efficiency.

This operating mechanism provides a rapid response to changing load conditions, making the trap ideal for applications requiring continuous condensate discharge.

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Main Functions

The Ball Float Steam Trap performs three essential functions:

* Continuously removes condensate from the steam system.
* Prevents live steam loss, reducing energy consumption.
* Eliminates air and non-condensable gases to improve heat transfer efficiency.

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Applications

Ball Float Steam Traps are widely used in:

* Steam boilers.
* Steam distribution systems.
* Heat exchangers.
* Central heating systems.
* Heating plants.
* Drying ovens.
* Steam separators.
* Flash steam tanks.
* Industrial furnaces.
* Industrial tanks and process equipment.

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Features

* Continuous condensate discharge without accumulation.
* Prevents live steam loss and improves energy efficiency.
* Built-in thermostatic air vent for removing air and non-condensable gases.
* Fast response to varying load conditions.
* Reliable operation with long service life.
* Easy installation and maintenance.
* Available with Threaded or Flanged end connections to suit different applications.

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Technical Specifications

* Body Material: Ductile Cast Iron (GGG40.3).
* Cover Material: Ductile Cast Iron (GGG).
* Maximum Working Pressure: 16 bar.
* Maximum Working Temperature: 250°C.
* Differential Pressure (ΔP): 4.5 bar, 10 bar, 14 bar.

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Why Choose a Ball Float Steam Trap?

The Ball Float Steam Trap provides highly efficient and continuous condensate removal while preventing live steam loss. It improves system performance, reduces energy consumption, protects steam equipment from condensate accumulation, and extends the service life of steam systems, making it an ideal solution for a wide range of industrial steam applications.