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Other Devices
M Series/V1 Series/V2 Series-Manifolds
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Manifolds
M Series/V1 Series/V2 Series
Streamline your Steam Line
A typical plant employs countless steam supply and condensate recovery lines with huge numbers of valves and steam traps. TLV's rugged and versatile all-in-one packages for steam distribution and condensate collection simplify the control and management of your steam system.
When building a new plant, if manifolds are incorporated into the design you can:
- Standardize designs and increase efficiency
- Reduce on-site construction days
- Reduce man-hours for welding and inspection
All these issues are solved at once. The piping can be managed efficiently, and the plant can be made clean and safe.
Steam and Condensate Manifolds Pamphlet (1323 KB)
Benefits and Features
-
Reduces Design and Piping Labor
- The simple installation of a manifold to steam or condensate piping often reduces the labor necessary for both design and piping construction.
-
Optimized management of valves and steam traps
- By packaging valves and steam traps together, a manifold offers optimization of management. Inspection and maintenance are easy after installation.
-
Package Features Optimal Valve and Steam Trap
- The manifolds for condensate collection can mount various types of steam trap with the valves as a package, or can mount the trap stations as a more simplified package.
-
Extensive Product Line-up
- A broad line-up of manifolds with various numbers of branches, including 4-branch, 8-branch and 12-branch models. Customized designs to meet the customer's specifications are also available.
Application Areas
- Branches and convergences of tracing and steam mains
Suitable for use where there are large numbers of steam pipelines branching off of a steam main, or on tracers where large numbers of condensate pipelines converge onto a condensate return line.
Product Details
Model | Photo | Connections | No. of Connections |
Body Material | PMO (MPaG) | TMO (°C) | Specifications | Manual | ||
---|---|---|---|---|---|---|---|---|---|---|
Steam Outlet(*1) Condensate Inlet(*2) Condensate Outlet(*3) |
Steam Inlet(*1) Condensate Outlet (*2) |
Drain (*1) Blowdown (*2) |
||||||||
M4S | Screwed | Socket Welded | Screwed | 4 | Carbon Steel (STPG370) |
4.0 | 350 | Enquire | Enquire | |
Socket Welded | ||||||||||
M4 | Screwed | Socket Welded | Socket Welded | 4 | Carbon Steel (ASTM A105) |
5.0 | 400 | Specifications | Manual | |
Socket Welded | ||||||||||
M4P | Screwed | Socket Welded | Socket Welded | 4 | Carbon Steel (ASTM A105) |
7.67 | 425 | Specifications | Manual | |
Socket Welded | ||||||||||
V1 | Screwed | - | - | - | Stainless Steel (SUS304) |
4.6 | 425 | Specifications | Manual | |
Socket Welded | - | - | - | |||||||
V2 | Screwed | - | - | - | Stainless Steel (SUS304) |
4.6 | 425 | |||
Socket Welded | - | - | - | |||||||
V1P | Screwed | - | - | - | Carbon Steel (ASTM A105) or Stainless Steel (ASTM A182 F304) |
5.0 | 425 | Specifications | Manual | |
Socket Welded | - | - | - | |||||||
V2P | Screwed | - | - | - | Carbon Steel (ASTM A105) or Stainless Steel (ASTM A182 F304) |
5.0 | 425 | |||
Socket Welded | - | - | - |
- PMO = Maximum Operating Pressure
- TMO = Maximum Operating Temperature
- *1: When used as a steam manifold
- *2: When used as a condensate manifold
- *3: For V1 / V2 / V1P / V2P models
The latest version of each product's instruction manual can be found on this page.
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