Products Steam Traps Mechanical Free Float® (low pressure) Free Float® (med/high pres.) Free Float® for Main Lines With Bypass Valve Large Capacity Float Traps Clean Steam Traps Thermodynamic Disc-Type Thermostatic Thermostatic Temperature Control Clean Steam Traps Condensate Recovery PowerTrap® (Mechanical Pump with Built-in Trap) PowerTrap® (Mechanical Pump) Pressure Reducing Valves With built-in Separator and Trap (for process use) for Process Steam Compact for Steam for Vacuum Steam for Air Without Separator and Trap for Steam Compact for Steam for Vacuum Steam for Air Direct Acting for Steam for Air Safety Valves Control Valves, Controllers Multi-Control Valves with Built-in Separator and Trap for Steam for Vacuum Steam Multi-Control Valves for Steam for Vacuum Steam Control Valves Pneumatic Self-operated Temperature Control Surplussing Valves for Steam Controllers Setpoint MC Vortex Flowmeters Filters Separators for Steam (Built-in Trap) for Air (Built-in Trap) without Built-in Trap Sensors Temperature Sensors Valves Stainless Steel Ball Valves Lock Release Valves Bellows Sealed Valves Check Valves Strainers, Sight Glasses and Other Y-strainers Sight Glasses Automatic Non-freeze Valves Air Vents Rapid Initial Air Vents Automatic Air Vents Super Compact Automatic Air Vents Air Vents for Steam Air and Drain Traps Free Float® Air Traps Air Traps for High Viscosity Condensate Free Float® Drain Traps Peripheral Equipment Manifolds Flash Vessels Steam Compressor Maintenance Instruments Pocket-size Tester Engineering Software Instantaneous Water Heater More Information Steam Theory Document Search Technical Documents Product Solutions CAD 3D Archived Documents Operation Animations Success Stories System Solutions FAQ TLV ToolBox - For iOS and Android Email Magazine Discover steam engineering tips in our bi-monthly newsletter. Sign up now Multi-Control Valves for Steam (with Built-in Separator & Trap) High precision control valves, with pressure reducing valve as their base (Built-in separator & trap). Operating Pressure Range: 1 - 16 bargOperating Temperature Range: 0 - 220 °C Product Details MC-COS-3 Specifications Manual • Max. Operating Pressure: 3 barg• Max. Operating Temperature: 220°C• Specialized low pressure steam high precision control valve• Integral Separator and Steam Trap MC-COS-16 Specifications Manual • Max. Operating Pressure: 16 barg• Max. Operating Temperature: 220°C• Specialized low pressure steam high precision control valve• Integral Separator and Steam Trap Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Instantaneously Supplies Steam at Set Pressure When the value of the pressure setting is changed, the new target set value is reached extremely quickly and with almost no overshooting or undershooting. Feedback control similar to PID control offers a combination of speedy response and absence of overshooting / undershooting. This is achieved through the combination of active control by means of a servomotor actuator using proprietary algorithms, and the power to instantaneously generate results, which is a characteristic of the reducing valve. Superior Stability Continuously maintains the set pressure, essentially unaffected by fluctuations in steam flow rate caused by fluctuations in primary pressure (pressure source) or in load to the equipment side (steam consumption side), both resulting from changes in boiler status and the operating status of the peripheral equipment. This is possible because, having a pilot operated reducing valve as its base, it responds instantaneously by automatically absorbing any fluctuations in pressure (pressure self-modulating feature (reducing valve)). When larger fluctuations occur, the actuator performs any necessary corrections. Improved Heating Efficiency Condensate is separated out by a built-in Super Cyclonical Effects Separator (SCE), which has a 98% condensate separation efficiency. The condensate that is separated out is quickly removed through the built-in Free Float® trap. By improving the quality of the steam, the heat conductivity of the steam is also improved. Application Areas Suitable for use with a variety of steam-heated equipment. Particularly ideal for automated operation processes requiring that the supplied steam be at a stable pressure, and processes with frequent fluctuations in the pressure setting. Main Applications Corrugation machinery, dryers, presses, reactor kettles, jacketed kettles, etc.