An industrial thermodynamic steam trap (ITS) is a device that captures and stores heat from industrial processes. It is used to prevent the build-up of excess heat in the system, leading to overheating and equipment damage. It is also used to reduce energy consumption and emissions. The ITS consists of a heat exchanger connected to a heat source. The heat source is usually a boiler or a steam generator. The heat exchanger contains a series of tubes filled with water and connected to the heat source.
The water in the tubes is heated by the heat source and flows through the tubes, where it evaporates. The water vapour that forms in the tubes condenses into water droplets collected in the collector. When the water droplets condense, they create steam, which is then sent to the collector. The steam condenses into water droplets, which are collected in the collector again. This process continues until all of the water condenses into steam.
Thermodynamic Steam Trap Specifications
| Size | : | 15 NB | 20 NB | 25 NB |
| Material | : | Stainless Steel |
| Design Standards | : | IBR and Non IBR |
| Max. Temperature | : | 427°C |
| Max. Pressure | : | 85 Kg / Cm2(g) |
| End Connection | : | Screwed End,Socket Weld |
Features
- Can be installed in any position
- Immediate discharge of condensate
- In case of danger of air locking special discs available
- Insensitive to water hammer, superheated steam and freezing
- All traps equipped with additional cover for reduced frequency of cycling and energy savings
- Easy maintenance
- All traps with inbuilt strainers (except SL3)
- Most types contain a bimetal ring which improves the ability of the trap to discharge air and cold condensate quickly at start-up and prevents air locking during times of operation
