Rotarex · UHP — ultra high purity

High pressure dual port cylinder valve for High Purity gases - D265

Manufacturer product images · for reference

High pressure dual port cylinder valve for High Purity gases - D265 — manufacturer product image

The D265 dual ported cylinder valve is intended for installation on cylinders filled with various High Purity gases. Its dual port design allows to withdraw liquid and vapor. This valve is available in Stainless steel or in brass version. It reduce potential leak risks avoiding the use of 2 valve systems.

Key features
  • Dual port design to withdraw liquid, vapor
  • Easy withdrawal of liquified gas by pressurizing through vapor port
  • Quick filling of liquified gas by releasing cylinder head pressure through additional vapor port
  • Eliminates need for 2-valve system
  • Soft seat sealing arrangement offers low operating torque

UHP — ultra high purity

Technical specifications
BrandRotarex
CategoryUHP — ultra high purity
Markingπ0029 (according to TPED), manufacturing date, 3 stars, valve number
Gas typeHigh purity gases
Flow rateCV= 0.35
ConnectionsAccording (inter-)national standards and customer’s specifications
Seat materialHastelloy
Body materialsBrass, stainless steel
Helium leak rate1.10-7 mbar l/sec (He)
Spindle materialAISI 303, AISI 316L, Brass, Nickel
Working pressure200 bar
Seat Orifice Size3.5 Mm
Temperature range-20 to +65 °C
Diaphragm materialHastelloy

Product information and images are compiled from the manufacturer's own publications; they do not depict a Sedan Mühendislik installation. Technical data is confirmed before ordering.

More images
High pressure dual port cylinder valve for High Purity gases - D265 — 1
From the same category

UHP — ultra high purity

The full category — 37 products

Quote

Tell us the protected volume and we will size the system together

The dimensions of the space, the equipment inside it and whether people are present — those three are enough. We come back with an agent recommendation, the system scope and the price.