The steam trap, valve and condensate collector are combined into a compact standardized set of devices.
The tube bundle is widely used in petroleum refining, chemical industry, textile raw material chemical industry, coal chemical industry, etc.
Product advantages:
Easy management and maintenance, compact design, multiple pipe quantities optional, low construction cost, short cycle, etc.
Q: What is included in a compact steam manifold and trap station assembly?
A: It combines a central distribution or collection header with standardized, closely coupled steam trap configurations.
Q: What are the main advantages of modular trap stations?
A: They reduce pipeline footprint, minimize potential leak points, simplify insulation, and dramatically speed up field installation.
Q: How do these modules improve maintenance safety?
A: They feature integrated isolation and test valves, allowing operators to isolate and replace a trap without shutting down the entire line.
Q: Can these modules handle universal two-bolt steam traps?
A: Yes. Most trap stations feature a universal connector block that accepts two-bolt swivel-style steam traps.
Steam distribution tube bundles and condensate recovery tube bundles are widely used in petroleum refining, chemical industry, textile raw material chemical industry, coal chemical industry, etc. Their advantages include convenient management and maintenance, compact design, low construction cost, and short cycle.
Q: What is the difference between a steam distribution and a condensate collection manifold?
A: Distribution manifolds route dry steam from a main line to multiple tracers. Collection manifolds gather condensate from various lines into a single return.
Q: What materials are typically used for industrial steam manifolds?
A: Carbon steel (such as ASTM A106) is standard for normal steam lines, while stainless steel is used for corrosive or clean-steam environments.
Q: Why should a steam manifold have an internal trap layout?
A: Condensate can accumulate at the bottom of the manifold header; a dedicated trap prevents water hammer and ensures dry steam supply.
Q: How many tracer loops can a standard manifold support?
A: Standard configurations range from 4 to 12 tracer loops, though custom units can support more based on plant layout.
LTS universal connector – combines inlet and outlet isolation valves and filters in one unit. Suitable for various types of steam traps. Eliminate potential leaks. Comes with a filter drain valve. Comes with a test port to facilitate checking the working status of the water control valve. Made of stainless steel, durable. One-piece design provides accurate structural length, greatly reducing design time. Universal connector steam trap station can be matched with pipes in any direction.
Q: What is an integrated steam trap station?
A: A single-body valve module containing isolation valves, a strainer, a blowdown valve, and a universal trap mounting block.
Q: How long does it take to replace a trap on a universal station?
A: By unbolting just two screws, a maintenance technician can replace the trap element in under 5 minutes without cutting pipes.
Q: What is the purpose of the built-in test valve?
A: It allows operators to vent to atmosphere to visually confirm whether the steam trap is cycling correctly or leaking live steam.
Q: Does a trap station replace the need for separate strainers?
A: Yes. High-quality trap stations feature a built-in stainless steel strainer screen to protect the trap mechanism.
Solve the energy problems and challenges facing your facilities
OUVI provides products and services to keep your steam system in optimal condition, overcome challenges with customers, achieve safe and reliable operation, save energy, and improve production efficiency.
We can provide steam knowledge, various related calculations, valve and pipeline equipment selection, and overall energy-saving optimization transformation solutions for steam and thermal energy systems based on the user’s process equipment requirements.
