STAINLESS STEEL 317 Brand Inverted Testing Steam Trap

STAINLESS STEEL 317 Brand Spirax Sarco Testing Steam Trap

steam trap are available in threaded and flanged types, with various sizes and pressure ratings. They are high-temperature and corrosion-resistant, offer sensitive opening and closing, and provide stable drainage, making them suitable for steam systems.

Working Principles

The steam trap automatically discharges condensate using a float or valve core mechanism. When condensate enters the valve body, the rising liquid level pushes the float or valve core to open the valve, expelling condensate and air. When steam reaches the valve body, the float or valve core descends to close the valve, preventing steam leakage. This valve is used for short-term testing or small-scale pipeline monitoring, allowing for precise observation of condensation effectiveness, ensuring stable steam system temperature, and features a compact design for easy installation and maintenance. It is suitable for high-temperature, high-pressure steam environments.

Stainless Steel Steam Ttap Specification Chart

Features

• Constructed from high-quality SS316 stainless steel, ensuring excellent corrosion resistance and long-lasting performance in high-temperature steam environments.

• Inverted bucket design enables efficient condensate discharge while preventing steam loss, maintaining optimal energy efficiency.

• Wireless monitoring capability allows real-time remote tracking of trap performance and automatic alerts for maintenance needs.

• Robust and reliable operation under varying pressures and loads, suitable for both superheated steam and saturated steam applications.

• Compact and easy to install, compatible with standard pipe fittings, reducing downtime and simplifying maintenance procedures

Application

steam traps are widely used in chemical, petroleum, pharmaceutical, and laboratory steam pipelines. For example, in the heating pipelines of chemical experimental equipment, they are used for short-term testing of condensate drainage performance and to discharge condensate, ensuring stable steam system temperature while facilitating observation and verification of pipeline operation.

Working Principles

The steam trap automatically discharges condensate using a float or valve core mechanism. When condensate enters the valve body, the rising liquid level pushes the float or valve core to open the valve, expelling condensate and air. When steam reaches the valve body, the float or valve core descends to close the valve, preventing steam leakage. This valve is used for short-term testing or small-scale pipeline monitoring, allowing for precise observation of condensation effectiveness, ensuring stable steam system temperature, and features a compact design for easy installation and maintenance. It is suitable for high-temperature, high-pressure steam environments.

Feature and Specification

Stainless Steel Steam Ttap Specification Chart

Features

• Constructed from high-quality SS316 stainless steel, ensuring excellent corrosion resistance and long-lasting performance in high-temperature steam environments.

• Inverted bucket design enables efficient condensate discharge while preventing steam loss, maintaining optimal energy efficiency.

• Wireless monitoring capability allows real-time remote tracking of trap performance and automatic alerts for maintenance needs.

• Robust and reliable operation under varying pressures and loads, suitable for both superheated steam and saturated steam applications.

• Compact and easy to install, compatible with standard pipe fittings, reducing downtime and simplifying maintenance procedures

Application

steam traps are widely used in chemical, petroleum, pharmaceutical, and laboratory steam pipelines. For example, in the heating pipelines of chemical experimental equipment, they are used for short-term testing of condensate drainage performance and to discharge condensate, ensuring stable steam system temperature while facilitating observation and verification of pipeline operation.