TD Thermodynamic Steam Trap

Specifications

Taian is a manufacturer and supplier specializing in supplying TD Thermodynamic Steam Trap.When condensate water enters the steam trap, the inverted bucket sinks, the valve opens, and the condensate water is discharged through the valve seat. After the steam enters, it gathers in the inverted bucket, floats up and the valve is closed to prevent steam leakage. The small holes of TD Thermodynamic Steam Trap can automatically discharge air and CO₂. As the steam condenses, the bucket loses buoyancy and sinks. The valve opens again to discharge the condensate water

Discharge Capacity Chart

Structural characteristics and applications

TD Thermodynamic Steam Trap is based on the Bernoulli thermal power principle, which utilizes the different dynamic characteristics of the flow rate and volume changes of condensed water passing through the valve hole to drive the disc valve disc to open and close the valve seat hole due to the pressure difference between the inlet and the pressure chamber, thereby achieving steam blocking and drainage.

1. Adopting a three equally divided drainage hole structure, the valve plate is balanced and seated when the valve is closed.

2. The valve plates manufactured using precision research technology are matched and ground one by one, with superior sealing performance.

Shell material

stainless steel

Applicable working conditions

● Steam transmission main pipeline
● Small heating equipment

Valve body nominal pressure and maximum operating temperature

● Valve body design pressure: PN16/PN40
● Stainless steel: ≤ 425℃

Specifications and Connections

● DN15-DN25 thread/flange/butt welding/plug-in welding/connection PN16/PN25
● *Can customize other flange standards such as ANSI 150/300/JIS 10K/20K

Maximum working pressure difference of drain valve

40bar g

Installation Guidelines

1.The correct installation and maintenance of thisvalveis the only guarantee for safety and normal operation.

2.It should be confirmed whether the material, pressure and temperature of the valve body can meet the requirements of the working conditions.

3.The pipeline must be cleaned and debris removed before installation.

4.The valve should be installed horizontally at the lowest point of the pipe, and the flow direction should be consistent with the

direction marked on the valve body.

5.Ensuring that the system can operating safely, slowly open the valve in front of the trap to gradually heat it up to normal state.

6.Regular maintenance is required to ensure the normal operation of the steam trap.