Tuesday, November 20, 2012
PRODUCT LAUNCH - New Twin Manifold to AS4839
Tesuco has developed and just released a new high pressure twin
manual manifold. This new manifold has been specifically
designed to meet all of the requirements of the industrial gas
industry, where two cylinders or cylinder packs need to be
manifolded together to provide the user with a seamless supply.
The manifold is made up of a solid brass block made from
machined hex bar stock, with a clear finish to prevent oxidisation.
There are non-return valves either side, as well as isolation
valves with special windows to clearly indicate OPEN (in green) and
CLOSED (in red), allowing the user to see the supply status without
turning the valves. All of this is mounted to a strong structurally
engineered 3 mm stainless steel mounting bracket with four mounting
points to provide additional strength and support to the isolation
and non-return valves, which are traditionally the weakest
points.
The manifold has a maximum inlet pressure of 20,000 kPa, and
comes in connection types to suit Oxygen, Acetylene, Argon, Helium,
Hydrogen, Nitrogen (Type 50) and Air (Type 60) regulators. Inlets
are 3/8" BSP (right hand or left hand, depending on the gas type)
to suit the Tesuco connection leads and most other leads in the
industry.
A complete manifold assembly for cylinder packs can be achieved
by adding a regulator and 1800 mm connection leads. Tesuco also
recommends (as it is required by the standard for some gases) to
fit an isolation and safety relief valve assembly (and flashback
arrestor for oxygen and fuel gases) to the outlet of the regulator.
For cylinders the assembly is the same except that you should use
800 mm connection leads and add cylinder retention brackets.
Please follow the link from the list below to the appropriate
location on our website for further information.
Twin Manual
Manifolds
Single Stage
Regulators
Dual Stage
Regulators
High
Outlet Pressure Regulators
High
Pressure Connection Leads
Safety Relief
Valve Systems
Cylinder
Restraints
Mark Stadtmiller
Comments
Add Comment