Series 5RNT Standard Port Angle Valve
Brand: ValmetThe 2" (DN 50) 5RNT angle ball valve is designed for top-loading and unloading of tank cars.
Easy to install and to maintain, this type valve has proven to be reliable and give outstanding performance in a multitude of applications for over 30 years.
The 2" (DN 50) 5RNT ball valve offers the advantages of quick quarter-turn operation, long service life, and easy cycling. It is much faster to operate than multi- turn types of valves.
In addition, it is easy to cycle even after being set in one position for an extended period.
Features- Robust engineering design
- Special tank car angled interface
- Self relieving seat technology
- Low emissions stem seal technology
- High quality
Displaying prices & availability for Ohio, United States in CAD. Change location.
Models matching criteria: 2
- Seat Material - XTREME
50+ In Stock
$1,267.00
CAD
Does not ship to OH, United States
- Seat Material - PTFE
9 In Stock
$1,768.00
CAD
Does not ship to OH, United States
Specifications
Brand
Applications
- Tank Car Top-loading & Unloading
Ball Material
- 316 Stainless Steel
Bearing Material
- Stem: Filled PTFE
Enclosure, Body Material
- 316 Stainless Steel - ASTM A351 CF8M, 1.4408
- Insert: 316 Stainless Steel Flash Chrome-Plated
Flow Rate
- 70 Cv
Handle Assembly Material
- Handle: Carbon Steel
Materials of Construction
- Stem Washer, Shake Proof Washer: Stainless Steel
Media
- Water
Name Plate, Tag Material
- Stainless Steel
Nut & Bolt Material
- Stem Nut: Stainless Steel
Pressure Drop
- psi: 1 (kPa: 6.9, bar: 0.69)
Pressure Rating
- psi: 600 (kPa: 4,100, bar: 41)
Ring Material
- Compression: Stainless Steel
Seat / Seal Material
- Seat, Body Seal, Stem Seal: PTFE
- Seat: XTREME
- Secondary Stem Seal: Graphite
- Stem Seal: TFM
Stem Material
- 316 Stainless Steel Hard Chrome-Plated
Temperature Range
- -29° to 260° C (-20° to 500° F) - Carbon Steel Valve
- -51° to 260° C (-60° to 500° F) - 316 Stainless Steel Valve
Valve Size
- 2” (50 mm)
Valve Type
- Manual
- Tank Car Top-loading & Unloading