GCV is a range of two-port single seat globe valves with cage-retained seats conforming to either EN (DIN) or ASME standards. These valves are available as follows: - DN15 to DN200 (½" to 8") with a choice of three body materials. - DN250 and DN300 (10" and 12") with a choice of two body materials.
UKCA NRG26-61 URS60 URS61 URB60 SRL6-60
Wafer-pattern strainers with exchangeable mesh screen for sandwiching between pipe flanges. Installation in any position. Thanks to the straight-through flow design there is hardly any pressure loss. For use with fluids, gases and vapors. Please observe the classification according to the Pressure Equipment Directive. For fitting between pipe flanges to DIN/EN, BS and ASME. The four centering cams on the body (DN 40 – DN 100) greatly facilitate the mounting process. With broad sealing surfaces.
Thermostatic/thermodynamic steam trap with corrosion resistant Thermovit® regulator (S. S. bimetallic plates) able to with stand waterhammer. With internal strainer and integral non-return valve action. Asbestos-free body gasket (graphite/CrNi). Installation in any position. The default factory setting enables the steam trap to discharge condensate with virtually no banking-up.
Control valve ZK 313 with ZK radial stage nozzle® designed for reducing high differential pressures in industrial installations and power plants and used as: Injection-cooling valve, Warm-up valve, Drain valve, Steam control valve, Continuous blowdown valve, Feedwater control valve, Leak-off valve. All internals are exchangeable.
UKCA TRV5-60 TRG5-6x URS60 URS61 URB60 SRL6-60
UKCA LRG16-60 LRG16-61, LRG17-60 URS60 URS61 URB60
The return-temperature control valve regulates demand-based consumption in industrial heating systems. When the temperature of the fluid drops, it increases the flow in the return line. Fluid only flows when its temperature is below the closing temperature. This maintains an adequate fluid flowrate as well as constant pressure and temperatures and reduces heat losses.
When the plant is started up, the trap is fully open. Cold condensate and air are discharged. With rising temperature, the Duo (bimetallic) stainless steel plates bend and pull the stage nozzle into the closing position. The orifice is then closed immediately below the saturation temperature. Thermodynamic processes taking place in the stage-nozzle chamber support the closing procedure.
The valve is connected to the water space of the boiler. Precise adjustment of blowdown rate by turning regulating lever on the calibrated scale plate (see charts on back page). With the regulating lever in blow-off position the capacity is approximately three times the capacity at scale division 100. The BA includes a sampling valve for checking the boiler-water concentration.