DP27 pilot operated pressure reducing valves have bodies manufactured using SG iron. These products are not suitable for oxygen service
The downstream steam pressure signal operates a pilot valve against an adjustable spring, which changes the flow to the main diaphragm. This modulates the main valve adjusting the flow to maintain the desired downstream pressure. There is virtually no offset between full and no load conditions.
Features & Benefits
- Extremely accurate
- Easy to adjust
- Multi-pressure types
- On/off capability
- Can also be used as a surplussing valve
DN15LC - Low Capacity version (not available for DP27G or DP27GY) DN15, DN20, DN25, DN32, DN40 and DN50
Screwed BSP (BS 21 parallel) or NPT (DN15 to DN25 only)
Standard flanges: DN15 - DN50 EN 1092 PN16 and PN25 DN25 - DN50 BS 10 Table H and ASME 300
Flanges available on request: DN15 - DN15 to DN40 JIS 10/16 - DN50 JIS10 and JIS16 - DN15 to 50 ASME 150 DN15 - DN20 BS 10 Table F DN15 - ASME 300
Many industrial plants produce high-pressure steam for process work. In many of these plants, there is excess steam capacity available that can be utilized for other purposes, such as space heating, water heating, etc. Process steam is often generated at a higher pressure than can be used for the other purposes. Whatever the needs for lower pressure steam, a pressure reducing station will be required.
A pressure reducing station is more than just a reducing valve fed off a steam main. A properly designed and installed pressure reducing station takes into consideration velocity, good piping practices, and safety.
This product fully complies with the requirements of the EU Pressure Equipment Directive/ UK Pressure Equipment (Safety) Regulations and carries the mark when so required
Certification: This product is available with a manufacturer's Typical Test Report. Note: All certification/insp
Note: A variable rate conical pressure adjustment spring is fitted providing a downstream pressure range of 0.2 - 17 bar g. For the DP27Y downstream pressure range is 0.2 - 3 bar g.