The regulating valve MVR-A 500 has a very good regulating characteristic and is very finely adjustable both by greater as also by lesser flow rate values. APPLICATION As a system component in and low pressure areas. As accessory for cylinder and point-of-use regulators for fine adjustment of the gas flow. As system element in apparatus and analytical equipment. Very fine gas flow adjustment Wide flow rate range for high and low pressure app

UNISET are new outlet points in GCE’s proposal for industrial gases service. They were created using the long term experience with production of central gas supply systems. Variants for oxygen and fuel gases are equipped with three function flashback arrestors (FBA). There are two design types for shielding gases. The first consists of flow-gauge showing flow-rate adjusted by a pressure regulator. The second one is based on a flow-meter wit

These pressure measuring instruments have a robust chrome nickel steel housing in safety version in accordance with DIN 16006. When the gas cylinder nears empty and by sinking cylinder pressure an inductive contact switch is activated (KI 63) or respectively a mechanical reed contact (KR 63). The switch point, i.e. the pressure level at which the signal should be triggered, is freely adjustable. Both the gauge KI 63 as well as KR 63 are available

The 2-Port-purge block consists of a cylinder connection, check valve, purge gas inlet and purge gas outlet shut-off valves. The 3-Port-configuration also includes a process gas shut-off valve. The regular routine surface cleansing and ensuing quality control minimises the potential of contamination. The orbital welded connection fittings are optional and longer cylinder connections (100 mm) can also be offered as an alternative to standard. APP

Semi-automatic change-over gas supply manifold,dual-stage, for  corrosive, non-corrosive, inert, reactive and oxidizing   gases and mixtures up to grade 6.0.  For the connection of 2x1 cylinder with a maximum filling pressure of 200 bar. Diaphragm type regulator and isolation valve.Application:These dual-stage gas control panels are used when a low and constant downstreame pressure is required, independant of the changes in th

The TS-300 provides stable pressure control under decaying cylinder pressures. The first stage of the regulator is set to 35 bar to allow maximum flow capability through the regulator. SPECIAL FEATURES Metal to metal sealing diaphragm Sealing area protected and centralized within the body of the regulator 0,04 % decaying pressure effect ‘Interstage’ relief valve option

Designed with precision machined sensing elements to allow fine pressure control on pressures up to 414 bar. Two piston sensors combined with two spring ranges, provide 4 outlet control options with a combination of low torque adjustment and excellent sensitivity. A self venting design and optional ratio loaded actuator makes it an ideal regulator for use with electro-pneumatic controllers for automated pressure control. FEATURES 690 bar / 10

The LF-301 provides a compact and economical solution for controlling pressures up to 180 bar on low flow applications.Ideal for first stage pressure let down where basic pressure control is required. A small piston sensing element allows low torque adjustment with a range of springs with fine pressure adjustment. FEATURES Compact design Economical 316SS Bonnet Max 300 bar inlet

The BP-LF690 is a back pressure regulator for gas or liquid applications suited for typical low flow applications to 10lpm (liquid), this accurate regulator controls inlet pressure and vents excess pressure back via the threaded ¼” NPT outlet port. FEATURES 690 bar/10000 psi inlet pressure Metal to metal seating for liquid and PEEK seating for Gas Precision machined sensing elements 3 Sensor ranges for combination of low torqu

An economical heated regulator available in ‘side entry’ or ‘in-line’ heat transfer options to maintain sample gases in their vapour state. The ‘in-line’ design maximizes the heat transfer area via a unique spiral machined heater sheath, which mixes the gas and ensures efficient heat transfer. The ‘side entry’ design can be used in applications where heat transfer is less critical, and where install