The OMT range comprises of very accurate low pressure regulators developed for burning gas (LPG, natural gas) and commonly for non-corrosive gas as well. APPLICATION To inert network and tanks Last regulation before burners Second stage regulation for propane To compress space Low pressure and big flow PRODUCT ADVANTAGES Watertightness in case of bad weather All components comfortably accessible Easy and fast dismantling Simple a

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

Because some fluid in a network can be dangerous, GCE has developped an efficient security device that will act on the flow when the outlet pressure will be very high or very low. The GCE security device is used only with selected regulators of the range. The security valve cut the inlet gas flow, if the outlet pressure is out of the pressure slot that has been previously adjusted. TECHNICAL DATA Spring pressure slot:   &nbs

A broad application spectrum through the 4-port configuration (type -01/-04) or 6-Port-configuration (type -03/-05), which can be delivered respectivly, with (type -04/-05) or without (type -01/-03) a relief valve. With type-03 and type-05 the use of contact gauge (accessories) in conjunction with alarm box (accessories) facilitates the monitoring of gas reserves. APPLICATION The LMD 320 reduces line pressure to give a lower supply pressure. Th

These gas supply panels are mounted onto a stainless steel panel and consist of a pressure regulator, inlet and outlet pressure gauges, a relief valve and shut-off valves (type -16 at the outlet, type -24 at the inlet, type -25 at inlet and outlet) for the process gas. A choice of stainless steel coils or flexible high pressure hoses is available for the connection to the gas cylinder. The use of contact gauge (accessories) in conjunction with al

Art.Nr. Type Inlet pressure Outlet pressure Nominal flow rate 548900060704P RTP 21 1-8 bar 30 mbar 1,5 kg/h 548900060707P RTP 3 1-8 bar 30 mbar 3,0 kg/h 548900060708P RTP 4 1-8 bar 50 mbar 3,0 kg/h Inlet connection: W21,8x1/14"LHOutlet connection: hose nipple Ø 8 mm      

Whole medical range is available on gcehealthcare.com Medical terminal units provide a quick and easy connection of hospital ward gas equipment to the hospital gas source. The type of medical gas outlets are decided by national standards in each country and sometimes from local requests in each hospital. GCE complies with ISO 7396 and national installation standards with secure products where every product is fully tested in production. Our Medi

Stainless steel corrugated hoses with the pre-assembled cylinder valve adaptor. Working pressure up to 300 bar. Robust design according to ISO 10380. The high pressure corrugated hose consists from two ends (DN6). The inlet is equipped with pre-assembled cylinder valve adaptor according to national standard, outlet connection for DN6 has W21,8 for air gases and CO2, W21,8LH for flammable gases. Corrugated hose is covered by stainless steel braid

Whole medical range is available on gcehealthcare.com COLLECTING SYSTEM   GCE MediCollect and its accessories is intended for collection of liquids or/and solid particles or/and gas from body cavities or wound. It is intended to be used by healhcare professionals.  GCE Medicollect range includes different sizes of jars. The collecting systems are air-tight, autoclavable and fitted with overfill protection. FEATURES AND BENEFITS E

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