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FORGED STEEL THERMODYNAMIC STEAM TRAP

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MOQ : 1 Piece

FORGED STEEL THERMODYNAMIC STEAM TRAP Specification

Thread Type
NPT/BSP

Yield Strength
250 MPa minimum

Diameter
Up to 40 mm

Tensile Strength
485 MPa minimum

Tolerance
0.5 mm

Sealing Type
Integral Seat

Temperature Range
Up to 425C

Flexibility
Rigid

Coating Type
Anti-rust paint

Connection Type
Screwed (BSP/NPT), Socket Weld

Product Type
Thermodynamic Steam Trap

Material
Other

Connection
Screwed / Socket Weld

Shape
Cylindrical

Standard
Other

Surface Treatment
Shot Blasted / Anti-corrosive Coated

Outer Diameter
19 mm to 40 mm

Section Shape
Round

Length
80 mm to 120 mm

Thickness
Up to 8 mm

Color
Metallic Grey

Usage
Automatic condensate removal from steam lines

Rated Pressure
Up to 42 bar (600 PSI)

Application
Steam distribution systems, process lines, tracing

Material Grade
A105 / F22

Installation Position
Horizontal or vertical

Pressure Class
Class 150 to Class 600

Flow Direction
Unidirectional

End Connection Size
12

Maintenance
Tool-free disc replacement

Working Medium
Steam, condensate

Disc Material
Hardened Stainless Steel

Shock Resistant
Yes

Cover Type
One-piece forged

Orifice Size
Standard as per design

Leakage Class
ANSI/FCI 70-2 Class VI

Cap Type
Screwed

Testing
Hydrostatic and steam tested

FORGED STEEL THERMODYNAMIC STEAM TRAP Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Week

About FORGED STEEL THERMODYNAMIC STEAM TRAP

The thermodynamic trap isan extremely robust steam trap with a simple mode of operation. The trap operates by means of the dynamic effect of flash steam as it passes through the trap, as depicted in the image below. The only moving part is the disc above the flat face inside the control chamber or cap.

High-Pressure Performance and Reliability

Engineered with a compact, cylindrical forged steel body and a one-piece forged cover, this steam trap guarantees optimal performance under high pressure (up to Class 600). Its shock-resistant design and hydrostatic/steam-tested integrity meet stringent standards, providing trusted operation in demanding industrial environments such as steam distribution and process lines.

Effortless Maintenance and Installation

Designed for versatility, the thermodynamic steam trap allows flexible installation in either horizontal or vertical positions. Maintenance is simplified by the tool-free disc replacement feature, ensuring minimal downtime. The integral seat sealing and anti-rust coating further extend the lifecycle while keeping ongoing maintenance efficient and safe.

FAQs of FORGED STEEL THERMODYNAMIC STEAM TRAP:

Q: How is the thermodynamic steam trap installed in a steam line system?

A: The steam trap can be installed in both horizontal and vertical positions, making it suitable for a variety of piping configurations. Connection options include screwed (BSP/NPT) and socket weld ends, ensuring secure attachment to your steam distribution system.

Q: What are the benefits of using a hardened stainless steel disc in this steam trap?

A: The hardened stainless steel disc provides enhanced resistance to wear and corrosion, extending the operating life and maintaining reliable condensate removal, especially under high-pressure and high-temperature conditions.

Q: When should the disc be replaced, and what is the process?

A: Disc replacement is recommended during routine maintenance or if decreased trapping performance is observed. The trap is designed with tool-free disc replacement, allowing swift and safe servicing without dismantling the entire assembly.

Q: Where can this steam trap be effectively utilized?

A: This steam trap is ideal for steam distribution systems, process piping, and tracing applications where automated condensate removal is essential for energy efficiency and system longevity.

Q: What working pressures and temperature ranges does the steam trap accommodate?

A: It operates reliably at pressures up to 42 bar (600 PSI) and temperatures up to 425C, suitable for industrial steam and condensate handling requirements.

Q: How does the anti-corrosive coating benefit the steam traps operation?

A: The shot blasted and anti-corrosive coated surface protects the trap against rust and degradation, contributing to sustained performance and reduced maintenance frequency in harsh environments.

Q: What testing and standards ensure the quality of this steam trap?

A: Every steam trap undergoes hydrostatic and steam testing and is manufactured to ASME B16.11/ANSI standards, guaranteeing performance and safety for industrial applications.

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