Instalasi Pengolah AIr Limbah Puskesmas Bimatech Tipe A

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Gazdetect Multi gas meter X-am 5600

Ultra-compact and lightweight, the X-am 5600 multi gas meter has been especially designed to detect the following gases: O2, Cl2, CO, CO2, H2, H2S, HCN, NH3, NO, NO2, PH3, SO2, amines, odorants, COCl2, ozone and different organic vapors. Drager x am 5600 multi gas meter with electrochemical and infrared gas sensors Rugged design with ultra-compact size Infrared gas detection technology Hydrogen detection with electrochemical sensor Opportunity to connect an external sampling pump ATEX approved for use in zone 0 Additional information The X-am 5600 portable multi gas detector is a personal protective equipment that has been especially designed to simultaneously detect from 1 up to 6 gases. Thanks to an innovative combination of infrared and electrochemical gas detection sensors, this portable gas detector can quickly, reliably and accurately detect the following gases: O2, Cl2, CO, CO2, H2, H2S, HCN, NH3, NO, NO2, PH3, SO2, amines, Odorants, COCl2, Ozone and different organic vapors. The X-am 5600 has been designed to combine performance and discretion. This way, thanks to a compact size and a light weight, it won’t annoy its user. Easy to wear and to use, this portable multi gas meter is robust and can be used in hostile industrial environments. IP67 certified, it is resistant to water and dust. Moreover, thanks to its rubber housing, this personal gas monitor features an increased resistance to impacts and shocks for use in difficult conditions. As it also features a crocodile clip, it can be easily be attached to a pocket or a collar in order to monitor concentrations inhaled by the operator. The X-am 5600 multi gas meter can monitor up to 6 gases thanks to electrochemical and infrared sensors. Because of their huge durability and resistance, infrared gas detection sensors can operate for up to 8 years and only require one annual calibration. Thus reducing maintenance and operating costs. This way, this detector can be equipped with an IR Ex sensor to monitor combustible gases (with a measuring range between 0 and 100% of the volume for methane, ethylene and propane for example), an IR CO2 sensor to detect carbon dioxide or an electrochemical sensor for hydrogen detection. When equipped with an external sampling pump – available in option – the X-am 5600 can draw remote samples up to 30 meters away in order to get hazardous gas concentrations before any intervention. This system is very convenient before any entry in confined spaces like tanks or pits. Lastly, this lightweight and compact detector is ATEX approved for use in zone 0 - continuous explosive atmosphere.

Gazdetect Portable multi gas detector – VENTIS PRO5 – up to 5 gases

The Ventis Pro5 detector is equipped with new features such as a panic button to improve safety of workers evolving in hazardous areas. Detection of the combustible gases, NH3, CO, CO/H2S, H2S, HCN, NO2, O2, SO2, CO2, HC. portable multi gas detector ventis pro 5 by Industrial Scientific Dimensions: 104 x 58 x 36 mm – weight: 200 grams without pump Audible (95 dB), LED visual (2 red and 2 blue) and vibrating alarms Rechargeable lithium-ion battery with optional extended battery Polycarbonate housing with waterproof rubber overmold (IP68) Datalogging over 3 months with 10 seconds interval Additional information The Ventis Pro5 multi gas detector was especially designed to silmutaneously detect up to 5 gases among the combustible gases, NH3, CO, CO/H2S, H2S HCN, NO2, O2, SO2, CO2 and HC. This flexible detector features a panic button to alert nearby teams when user is in distress. It also features a mandown alert function which is set to activate after a defined period of time without motion. In case of anormal concentrations, powerful audible (95 dB à 10 cm) and visual (ultra-bright blue and red lights) alarms will alert any operator working in the area, even in high-noise and dark environments. Custom alarm action messages like “EVACUATE” or “VENTILATE” can furthermore be configured in case of emergency situations in order to safely and quickly take corrective actions. Made of polycarbonate with protective rubber overmold, this gas detector is available either in black or high-visibility safety orange versions and can be combined with the VSP slide-on pump. Its integrated data logger can record up to 3 months of events. Water and dust-resistant (IP68), the Ventis Pro5 can be used in pumped version for use in confined spaces or without pump as a personal protective equipment. The Ventis Pro5 portable multi gas detector also features the LENS Wireless technology. LENS is the first wireless gas detection solution that allows personal monitors and area monitors to communicate gas readings and alarms with one another. This way, panic and mandown alarms will be communicated to other Ventos Pro detectors operating in the same area in order to alert everyone on the hazardous situations. Lastly, the Ventis Pro5 benefits from the iAssign® technology for site and user follow-up. Thanks to this enhanced technology, every data recorded by the device will be assigned to the user ID. This process allows amongst other things users to wear several gas detectors within the same working day.

Gazdetect Portable 4 gas monitor X-am 2500

The X-am 2500 portable 4 gas monitor has been especially designed to accurately monitor concentrations of 1 up to 4 gases: combustible gas (0 - 100% LEL) oxygen (O2), carbon monoxide (CO), hydrogen sulfide (H2S), nitrogen dioxide (NO2) and sulfur dioxide (SO2). The device is guaranteed for 3 years. 4 gas monitor: Drager portable multi gas detector for oxygen O2,CO, H2S, NO2, and SO2 monitoring Large LCD display for easy concentrations reading High capacity battery for over 12 hours operation Ergonomic and robust design, ATEX approved Long-lasting specific sensors Available with optional pump for remote sampling Additional information Especially designed for use in hazardous atmospheres, the X-am 2500 portable multi gas detector is ATEX approved for zone 0 (permanent explosive atmosphere). This small 4 gas monitor can accurately and reliably detect the presence of up to 4 gases among O2 (oxygen), CO (carbon monoxide), H2S (hydrogen sulfide), NO2 (nitrogen dioxide) and SO2 (sulfur dioxide). The powerful tiny sensors of the X-am 2500 multi gas detector allow safe and reliable detection of hazardous gases concentrations. Thus these high performance gas detection sensors are ideally well-suited for industrial applications and refineries. Moreover, thanks to their unique design, these gas detection sensors feature a long-lasting shelf life – up to 5 years for O2, CO and H2S sensors. This high sensor durability then enables reduction of gas detection related operating costs. Thanks to its compact and lightweight design associated to a robust crocodile clip, the X-am 2500 portable 4 gas monitor can be easily and comfortably worn on a belt or on a collar without disturbing the user. Moreover, this portable multi gas detector features several gas entries on the top and on the front in order to properly operate even if the device is inside a pocket or if one of the entries is accidentally covered. As a safety device against potentially dangerous gas concentrations, the X-am 2500 has a 3 years guarentee to ensure maximum security to its user. The X-am 2500 portable gas monitor features a large easy to read LCD display. All of the target gases are simultaneously displayed on the screen and once a gas alarm occurs, the hazardous target gas is highlighted for fast recognition of the hazard. The ultra-bright visual alarm can be seen at 360° and is coupled with acoustic 90 dB at 30 cm and vibrating alarms. An optional gas sampling pump is available to draw remote samples up to 30 meters in order to get sure of gases concentrations in confined spaces like tanks or pits before any intervention. This gas sampling pump, designed for this 4 gas monitor, automatically triggers upon the device start-up and it is very easy for the user to switch from pump mode to diffusion mode without any tool.

Gazdetect Formaldehyde (CH2O) fixed gas detector - B12

Formaldehyde (CH2O) fixed gas detector - B12 B12 series CH2O fixed gas detector is a 2-wire transmitter designed to accurately detect formaldehyde – also known as formol or methanal. Highly resistant to corrosion and humid environments, B12 formaldehyde detector is available with or without local display.

Gazdetect HYDROGEN PEROXYDE DETECTOR – B12

B12 2 wire transmitter with 4-20 mA output for use in environments with up to 100% relative humidity. Fixed gas detector B12 Power supply: from 12 to 28 VDC – low consumption Measuring range: 0-10/100 ppm or 0-200/2,000 ppm Corrosion-resistant sensor Direct real-time measure of H2O2 concentration Operating temperature: between 0 and 50°C Request a quote Additional information The B12 transmitters are loop-powered gas detectors that transmit a 4-20 mA linear signal depending on the gas concentration. The B12 fixed gas detector is a two-wire transmitter for monitoring hazardous gases in ambient air. This device has been designed to monitor gas concentration in any type of industrial plant environment. B12 transmitters are available for monitoring hydrogen peroxide (H2O2). Each transmitter is manufactured for this specific gas with two different measuring ranges: 0-10 to 100 ppm or 0-200 to 2000 ppm. The H2O2 detectors are normally supplied with the sensor coupled to the enclosure. However, the unit can be supplied with a remote sensor for special applications. This separated sensor can be located up to 25 feet from the transmitter. The B12 transmitter enclosure is made of NEMA 4X polystyrene that suits in virtually any industrial environment. An optional LCD display provides local indication of gas concentration on the front of the enclosure. A special sensor design is available as an option that allows gas sensors to be inserted into a duct or pipe through a special adapter. This system is designed to perform gas detection in confined areas with easy removal of the sensor for servicing or maintenance. This special mounting fitting provides a special calibration mean to calibrate the sensor without complete removal from the duct. The B12 transmitters uses electrochemical sensors to detect presence of hydrogen peroxide. These sensors are designed for use in ambient air or in ventilation ducts at temperatures of 0° to 50° C and a relative humidity between 20 and 98%. The B12 gas detector is also available in an explosion-proof version. The version is housed in a galvanized steel enclosure rated for Class 1, Div. 1, Groups B, C, & D locations. However, the LCD display is not available on this explosion-proof version.

TLV Steam Compressor

Steam Compressor Steam compressor that recovers low pressure steam at higher pressure for reuse. Operating Pressure Range: 0 - 2 MPaG Operating Temperature Range: 0 - 220 °C Steam Compressor Unit / System Pamphlet (910 KB) Steam Compressor: Recovery of Low-pressure Steam Product Details SC SC Specifications No Manual Maximizes steam utilization by recovering excess low pressure steam at a higher pressure resulting in reduced energy costs and CO2 emissions. Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Recovery of Steam Even at Atmospheric Pressure Highly efficient steam compression system that combines a steam ejector, a pressure reducing valve, and a built-in cyclone separator. Capable of recovering steam even at atmospheric pressure.* *Requires the use of a COS or CV-COS control valve. Ideal for Explosion-proof Areas Requires no electricity and is suitable for explosion-proof areas. * *Requires the use of a COS control valve. Application Areas Removing vapor clouds above tanks of boiling water Pressurizing and reutilizing flash steam from tanks Pressurizing and reutilizing excess steam used in power generation Pressurizing and reutilizing low pressure steam generated after use in processes

TLV Vacuum Steam Heating Systems

Vacuum Steam Heating Systems Vacuum Steam Heating Systems Vacuumizer® - An innovative heating method that utilizes vacuum steam for heating under 100 °C, and an innovative cooling method that utilizes vacuum technology for cooling. Vacuumizer Pamphlet (3893 KB) Product Details VM VM No Data Sheet No Manual A system that offers vacuum steam heating using saturated steam under 100 ºC and using vacuum technology for cooling through evaporative cooling. VM-H (VM1HP/VM3HP) VM-H (VM1HP/VM3HP) No Data Sheet No Manual Vacuum steam heating system that packages together into one system a vacuum generation unit, a steam pressure control and a desuperheating unit. Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Vacuum Steam Heating System Steam heating below 100 ºC yields improved product quality and productivity. - Uses saturated steam below atmospheric pressure as the heating source - Heating by means of steam heat enables even heating of the equipment - Steam is supplied precisely at the set temperature using desuperheat system - Compared to heating with hot water, there is a great reduction in the time required for start-up and setting modifications Steam systems requires less space than hot water systems. Energy Conservation - The latent heat in the steam is used for heating, thereby greatly increasing the amount of heat per unit and allowing for low-cost heating using small amounts of steam Environmentally Friendly - The buffer tank used for hot water systems, and which creates great clouds of vapor, is not used Vacuum Vaporization Cooling System This innovative cooling system utilizes the evaporative heat from the vaporization of water for cooling Allows for even cooling. Energy Conservation - Utilizes less water for cooling than conventional cold water circulation systems Vacuum Steam Heating and Cooling System This system makes possible both heating and cooling using vacuum steam below 100 °C. The system switches quickly between heating and cooling. It combines the strengths of both a vacuum steam heating system and a vacuum vaporization cooling system. Application Areas Reactor kettles, polymerization kettles, concentration kettles, presses, heat exchangers, dryers, etc.

High-Temperature Waste Water Heat Exchanger

High-Temperature Waste Water Heat Exchanger High-performance atmospheric indirect heat exchanger for recovering heat energy from high temperature waste water (100°C or more). Operating Pressure Range: 0 - 1 MPaG Operating Temperature Range: 0 - 100 °C Flash Steam and Waste Water Heat Exchangers Pamphlet (806 KB) SR-B Series High-Temperature Waste Water Heat Exchanger (Animation) Product Details SR-B1.5/SR-B4 SR-B1.5/SR-B4 Specifications Manual • High-performance indirect heat exchanger • Recovers heat energy from high temperature (over 100°C) waste water • Open to atmosphere • Stainless steel construction, including internal coil tube • Requires no electric power Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Highly Efficient Heat Exchange Heat exchange efficiency comparable to closed type heat exchangers. Value for Money Requires no electric power, providing very high economic efficiency. Super Safe Open to atmosphere system adds very little back pressure to steam-using equipment. Improves work environment by eliminating steam clouds. Application Areas Recovers waste heat generated from steam-using equipment. Utilises the energy from 100°C and higher condensate unsuitable for recovery to heat water for reuse.

TLV Steam Condensing Heat Exchanger

Steam Condensing Heat Exchanger High-performance atmospheric heat exchanger for waste heat recovery. Operating Pressure Range: 0 - 1 MPaG Operating Temperature Range: 0 - 100 °C Flash Steam and Waste Water Heat Exchangers Pamphlet (806 KB) SR Series Steam Condensing Heat Exchanger (Animation) Product specifications and availability are subject to local regulations. Contact TLV for details. Contact Us Product Details SR-3/SR-8 SR-3/SR-8 Specifications Manual • Steam condensing heat exchanger • Recovers heat energy from flash/waste steam • Open to atmosphere Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Atmospheric indirect heat exchanger for recovering heat energy from waste or flash steam in applications where the steam cannot otherwise be utilized.

TLV Manifolds

Manifolds Manifolds suitable for use on steam supply branches and for convergence condensate from trace lines, etc. Operating Pressure Range: 0 - 7.67 MPaG Operating Temperature Range: 0 - 425 °C Steam and Condensate Manifolds Pamphlet (1323 KB) Product Details M4 Series M4 Series Specifications Manual • Max. Operating Pressure: 5.0 MPaG • Max. Operating Temperature: 400°C • Body: Carbon Steel • Forged manifold M4P Series M4P Series Specifications Manual • Max. Operating Pressure: 7.67 MPaG • Max. Operating Temperature: 425°C • Body: Carbon Steel • Forged manifold M4S Series M4S Series No Data Sheet No Manual • Max. Operating Pressure: 4.0 MPaG • Max. Operating Temperature: 350°C • Body: Carbon Steel • Welded manifold V1/V2 Series V1/V2 Series Specifications Manual • Max. Operating Pressure: 4.6 MPaG • Incorporates bellows sealed valve and steam trap • Easy conversion and installation • Body: Stainless Steel V1P/V2P Series V1P/V2P Series Specifications Manual • Forged trap station equipped with built-in piston valve • Max. Operating Pressure: 5.0 MPaG • Body: Carbon Steel or Stainless Steel Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Reduces Design and Piping Labor The simple installation of a manifold to steam or condensate piping often reduces the labor necessary for both design and piping construction. Optimized management of valves and steam traps. By packaging valves and steam traps together, a manifold offers optimization of management. Inspection and maintenance are easy after installation. Package Features Optimal Valve and Steam Trap The manifolds for condensate collection can mount various types of steam trap with the valves as a package, or can mount the trap stations as a more simplified package. Extensive Product Line-up A broad line-up of manifolds with various numbers of branches, including 4-branch, 8-branch and 12-branch models. Customized designs to meet the customer's specifications are also available. Application Areas Branches and convergences of tracing and steam mains Suitable for use where there are large numbers of steam pipelines branching off of a steam main, or on tracers where large numbers of condensate pipelines converge onto a condensate return line.

TLV Peripheral Equipment

Peripheral Equipment Peripheral equipment to assist with energy conservation and steam system optimization. Operating Pressure Range: 0 - 7.67 MPaG Operating Temperature Range: 0 - 425 °C Subcategories Manifolds Manifolds Manifolds suitable for use on steam supply branches and for convergence condensate from trace lines, etc. Steam Condensing Heat Exchanger Steam Condensing Heat Exchanger High-performance atmospheric heat exchanger for waste heat recovery. High-Temperature Waste Water Heat Exchanger High-Temperature Waste Water Heat Exchanger High-performance atmospheric indirect heat exchanger for recovering heat energy from high temperature waste water (100°C or more). Benefits and Features A line-up of various types of peripheral equipment to assist with energy conservation and optimization of pipework. Application Areas Used for the recycling of condensate, surplus steam, etc. (flash tanks, steam condensing heat exchangers). Branches and convergences of tracing and steam mains (manifold).

TLV Free Float® Drain Traps

Free Float® Drain Traps Traps for the removal of condensate from air and non-flammable, non-toxic gas lines. Operating Pressure Range: 0.01 - 4.6 MPaG Operating Temperature Range: 0 - 425 °C Product Details SS1VG SS1VG Specifications Manual • Max. Operating Pressure: 2.1 MPaG • Max. Operating Temperature: 220°C • Unique three-point seating • Discharge Capacity: 18 - 380 kg/h • Body: Stainless steel • For use on vertical pipelines. JAH5RG JAH5RG Specifications Manual • Max. Operating Pressure: 4.6 MPaG • Max. Operating Temperature: 425°C • Discharge Capacity: 20 - 550 kg/h • For use with air or non-flammable/toxic gases • Unique three-point seating • For use on horizontal pipelines JAH7RG JAH7RG Specifications Manual • Max. Operating Pressure: 4.6 MPaG • Max. Operating Temperature: 425°C • Discharge Capacity: 60 - 2000 kg/h • Body: Cast steel • For use with air or non-flammable/toxic gases • Unique three-point seating • For use on horizontal pipelines Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Safe Operation, Energy Conservation Free Float® construction using a precision-grounded Free Float®. The valve opening is under a continuous water-seal, so no air can escape through the valve. The float’s 3-point seating holds the float tightly against the valve opening even under small condensate loads, so no air is allowed to escape. Long Service Life The high precision spherical float rotates, allowing its entire surface to function as valve sealing surfaces and thus ensuring long service life. Easy Maintenance Maintenance is possible while still installed in the piping. Application Areas Removal of condensate from air-using facilities.

TLV Air Traps for High Viscosity Condensate

Air Traps for High Viscosity Condensate Air traps for high viscosity condensate, with large valve seat and self-cleaning function. Operating Pressure Range: 0.2 - 1 MPaG Operating Temperature Range: 0 - 80 °C Air Trap - For High Viscosity Fluids Air Trap (for Highly Viscous Oil or Dirty Condensate) (Animation) Product Details TATSU2 TATSU2 Specifications Manual • Max. Operating Pressure: 1.0 MPaG • Max. Operating Temperature: 80°C • Body: Cast Iron • Large orifice eliminates problems due to dirt and oil accumulation Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Stable Operation of Air-using Facilities Discharges large quantities of condensate Large size orifice smoothly discharges any entrained oil, rust and scale together with the condensate. Self-cleaning of the trap interior during each condensate discharge keeps the orifice free of any obstructing build-up. Operation Animations Application Areas Discharge of condensate with entrained oil, rust and scale from air lines.

TLV Free Float® Air Traps

Free Float® Air Traps Traps for the removal of condensate from air lines. Operating Pressure Range: 0.01 - 1.6 MPaG Operating Temperature Range: 0 - 100 °C Air & Drain Traps Pamphlet (1814 KB) Air Traps Product Details JA3D JA3D Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 100°C • Unique three-point seating • Discharge Capacity: 30 - 280 kg/h • Body: Zinc Alloy JA3 / JAF3 JA3 / JAF3 Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 100°C • Discharge Capacity: 30 - 280 kg/h • Body: Cast Iron JA5 / JAF5 JA5 / JAF5 Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 100°C • Discharge Capacity: 50 - 600 kg/h • Body: Cast Iron JA7 JA7 Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 100°C • Discharge Capacity: 180 - 1500 kg/h • Body: Cast Iron JA7.2 JA7.2 Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 150°C • Discharge Capacity: 600 - 9500 kg/h • Body: Cast Iron JA7.5 JA7.5 Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 150°C • Discharge Capacity: 1400 - 19000 kg/h • Body: Cast Iron JA8 JA8 Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 150°C • Discharge Capacity: 1800 - 26000 kg/h • Body: Cast Iron JAH7.2R JAH7.2R Specifications Manual • Max. Operating Pressure: 4.0 MPaG • Max. Operating Temperature: 150°C • Discharge Capacity: 300 - 8500 kg/h • Body: Cast Steel JAH7.5R JAH7.5R Specifications Manual • Max. Operating Pressure: 4.0 MPaG • Max. Operating Temperature: 150°C • Discharge Capacity: 700 - 19000 kg/h • Body: Cast Steel JAH8R JAH8R Specifications Manual • Max. Operating Pressure: 4.0 MPaG • Max. Operating Temperature: 150°C • Discharge Capacity: 920 - 26000 kg/h • Body: Cast Steel G8 G8 No Data Sheet Manual • Max. Operating Pressure: 1.0 MPaG • Max. Operating Temperature: 100°C • Discharge Capacity: 180 - 1500 kg/h • Body: Cast Iron • Designed to prevent condensate pooling inside the body and easily discharge high viscosity condensate Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Energy Conservation Free Float® construction using a precision-grounded float. The valve opening is under a continuous water-seal, so no air can escape through the valve. Long Service Life The high precision spherical float rotates, allowing its entire surface to function as valve sealing surfaces and thus ensuring long service life. Stable Operation of Air-using Facilities The scale-removal function can be used to eliminate oily clogs without disassembling the body (JA3, JA5, JA7). The discharge pipe prevents condensate from pooling, thereby making discharge of even oil-entrained condensate possible (G8). Easy Pipework Compact, light-weight design requires little installation space. Application Areas Pipe-ends of air lines, receiver tanks, after-coolers, etc.

TLV Air and Drain Traps

Air and Drain Traps Automatic valves for removing condensate from air and non-flammable, non-toxic gas. Operating Pressure Range: 0 - 4.6 MPaG Operating Temperature Range: 0 - 425 °C Air Traps Air Trap - For High Viscosity Fluids Air Trap (for Highly Viscous Oil or Dirty Condensate) (Animation) Subcategories Free Float® Air Traps Free Float® Air Traps Traps for the removal of condensate from air lines. Air Traps for High Viscosity Condensate Air Traps for High Viscosity Condensate Air traps for high viscosity condensate, with large valve seat and self-cleaning function. Free Float® Drain Traps Free Float® Drain Traps Traps for the removal of condensate from air and non-flammable, non-toxic gas lines. Benefits and Features Uses a precision-grounded float to automatically discharge condensate generated or entrained in compressed air. The drain trap series employs a precision-grounded float and three-point seating for the valve body that supports the float securely at three points and ensures a high degree of sealing when even only minute quantities of condensate are present. Can handle low specific gravity liquids (some models can handle up to 0.5). Application Areas Below are some common applications and the air and drain trap types that are often used with each application. Air Pipeline Pipe-ends – Free Float® air traps – Free Float® drain traps Air Pipeline Pipe-ends (High Viscosity Condensate) – Air traps for high viscosity condensate The different types of traps can also be used in numerous other types of applications, in addition to those mentioned above. Contact your TLV sales representative for details.

TLV Vacuum Breakers

Vacuum Breakers Compact, large-capacity vacuum breakers with built-in rapid initial air vent. Operating Pressure Range: 0 - 1 MPaG Operating Temperature Range: 0 - 90 °C VB3 / VB3-H Pamphlet (385 KB) Product Details VB3/VB3-H VB3/VB3-H Specifications No Manual • Corrosion-resistant, suitable for use with seawater • Max. Operating Pressure: 1.0 MPaG • Max. Operating Temperature: 90°C Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Protects against piping and equipment damage by preventing a vacuum from forming Free Float® rapid initial air vent allows for easy venting of initial air upon system startup Suitable for use in salt water processes Combination of Free Float® and spring-loaded check valve allow for high sealing capability and durability Application Areas Desalination plants Piping for heating exchangers installed in high locations Piping in which pumps are used

TLV Air Vents for Steam

Air Vents for Steam Air vents to remove air from steam piping and equipment. Operating Pressure Range: 0.01 - 2.1 MPaG Operating Temperature Range: 0 - 235 °C Air Vents Pamphlet (2049 KB) Automatic Air Vents for Steam ( LA13L / LA21 ) Air Vent (For Steam) (Animation) Product Details LA21 LA21 Specifications Manual • Max. Operating Pressure: 2.1 MPaG • Max. Operating Temperature: 235°C • X-element Automatic Air Venting • Body: Stainless Steel LA13L LA13L Specifications Manual • Max. Operating Pressure: 1.3 MPaG • Max. Operating Temperature: 200°C • X-element Automatic Air Venting • Body: Brass Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Improved Productivity The X-element discharges air at a temperature approximately 22 ºC (40 ºF) lower than the saturation temperature of steam. With high-capacity venting capability, it rapidly vents air and lessens residual air inside equipment. Improved heating efficiency and faster increases in temperature. Application Areas These air vents are especially recommended for the following applications: Processes with batch operation and therefore requiring the venting of large quantities of initial air. Processes in which hot air during operation often causes malfunctions. Main Applications Jacketed kettles, vulcanizers, presses, dryers, heat exchangers, steam transport piping pipe-ends, etc.

TLV Super Compact Automatic Air Vents

Super Compact Automatic Air Vents Super compact air vents for euipment. Air Vents Pamphlet (2049 KB) Automatic Air Vents for Liquid Processes (SA3, VC, VS1C Series) Product Details SA3 SA3 No Data Sheet Manual • Max. Operating Pressure: 0.3/1.0 MPaG • Min. Operating Pressure: 0.01/0.1 MPaG • Max. Operating Temperature: 100°C • Body: Brass Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Compact and Light-weight Maintenable during Operation Auxiliary valve seat allows maintenance during operation. Application Areas Installation is possible even in limited spaces. Main Applications Fan coils, radiators, combined room heating and cooling equipment.

TLV Automatic Air Vents

Automatic Air Vents Air vents to remove air from pipelines carrying liquids. Operating Pressure Range: 0.01 - 2.1 MPaG Operating Temperature Range: 0 - 220 °C Air Vents Pamphlet (2049 KB) Automatic Air Vents for Liquid Processes (SA3, VC, VS1C Series) Air Vent (Automatic Air Venting) (Animation) Product Details VC VC Specifications Manual • Max. Operating Pressure: 0.5/0.6/1.0 MPaG • Min. Operating Pressure: 0.05/0.1 MPaG • Max. Operating Temperature: 90°C • Body: Bronze or Cast Iron VS1C VS1C Specifications Manual • Max. Operating Pressure: 2.1 MPaG • Min. Operating Pressure: 0.01 MPaG • Max. Operating Temperature: 150/220°C • Body: Cast Stainless Steel VS3 VS3 Specifications Manual • Max. Operating Pressure: 0.6 MPaG • Max. Operating Temperature: 100°C • Body: Cast Stainless Steel • For sanitary applications Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Automated Air Venting During Operation Air entering the automatic air vent is rapidly discharged, even during water or liquid transport or during operation. The float responds with great sensitivity to condensate levels, automatically opening and closing the valve and thereby eliminating the need for manual labor. Long Service Life The float is the only moving part. Simple design, with no hinges or levers. Tight Sealing The grounded float and rubber valve seat prevent leakage (VC series). The precision-grounded float and 3-point seating prevent leakage (VS1C series). Operation Animations Application Areas For use in applications requiring the steady discharge of air – both initial air and air generated during operation. For applications requiring the discharge of large quantities of initial air, also install a rapid initial air vent. Main Applications Air conditioning facilities, solar systems, water transport lines, water storage tanks. Transport of and facilities using other fluids. Water, hot water – VC series Water, hot water and other non-toxic or non-flammable liquids – VS1C series

TLV Rapid Initial Air Vents

Rapid Initial Air Vents Specialized air vents to remove initial air from pipelines carrying liquids. Operating Pressure Range: 0.01 - 2.1 MPaG Operating Temperature Range: 0 - 220 °C Air Vents Pamphlet (2049 KB) Rapid Initial Air Vents for Liquid Processes (VAS, VA, VS1A Series) Air Vent (Rapid Startup for Water Systems) (Animation) Product Details VA VA Specifications Manual • Max. Operating Pressure: 1.0 MPaG • Min. Operating Pressure: 0.01 MPaG • Max. Operating Temperature: 100°C • Body: Cast Iron VS1A VS1A Specifications Manual • Max. Operating Pressure: 2.1 MPaG • Min. Operating Pressure: 0.01 MPaG • Max. Operating Temperature: 150/220°C • Body: Stainless Steel VAS VAS Specifications Manual • Max. Operating Pressure: 1.0 MPaG • Min. Operating Pressure: 0.01 MPaG • Max. Operating Temperature: 100°C • Body: Cast Iron Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Automated Initial Air Discharge The large-size valve seat rapidly discharges initial air. The float responds with great sensitivity to condensate levels, automatically closing the valve and thereby eliminating the need for manual labor. Long Service Life The float is the only moving part. Simple design, with no hinges or levers. Tight Sealing The grounded float and rubber valve seat prevent leakage (VAS series, VA series). The -precision-grounded float and 3-point seating prevent leakage (VS1A series). Operation Animations Application Areas For use where the discharge of large quantities of initial air is required. Once the valve closes, it remains closed even if air enters. Also install an automatic air vent if it is necessary to discharge air during operation. Main Applications Water lifting pumps, water transport lines, water storage tanks, hot water tanks, holding tanks for liquids. Water, hot water – VAS series, VA series Water, hot water and other non-toxic or non-flammable liquids – VS1A series

TLV Air Vents

Air Vents Includes both air vents for liquid and air vents for steam. These automatic valves for air removal make use of the same reliable technology utilized in our steam traps. Operating Pressure Range: 0 - 2.1 MPaG Operating Temperature Range: 0 - 235 °C Air Vents Pamphlet (2049 KB) Rapid Initial Air Vents for Liquid Processes (VAS, VA, VS1A Series) Automatic Air Vents for Liquid Processes (SA3, VC, VS1C Series) Automatic Air Vents for Steam ( LA13L / LA21 ) Air Vent (Rapid Startup for Water Systems) (Animation) Air Vent (Automatic Air Venting) (Animation) Air Vent (For Steam) (Animation) Subcategories Rapid Initial Air Vents Rapid Initial Air Vents Specialized air vents to remove initial air from pipelines carrying liquids. Automatic Air Vents Automatic Air Vents Air vents to remove air from pipelines carrying liquids. Super Compact Automatic Air Vents Super Compact Automatic Air Vents Super compact air vents for equipment. Air Vents for Steam Air Vents for Steam Air vents to remove air from steam piping and equipment. Benefits and Features The product line-up includes both air vents for use on pipelines for liquids and those for use on pipelines for steam. The air vents for piping carrying liquids make use of Free Float® steam trap technology for a tight seal and excellent durability. There are two types of air vent series for piping carrying liquids. One features a specialized rapid initial air vent to discharge initial air when the supply of liquid begins, and the other features an automatic air vent to discharge air regularly during operation. The air vents for steam piping make use of thermostatic steam trap technology to discharge not only cold initial air, but also hot air. Application Areas Air Vent for Liquid Rapid initial air venting: Water lifting pumps, water transport lines, water storage tanks. Automatic air venting: Air conditioning facilities, solar systems, water transport lines, water storage tanks. Air Vent for Steam Steam heating equipment such as jacketed kettles. Steam main line pipe-ends, etc.

TLV Automatic Non-freeze Valves

Automatic Non-freeze Valves Used to prevent the freezing of residual condensate during shut-down. Operating Pressure Range: 0.03 - 2 MPaG Operating Temperature Range: 0 - 220 °C NF6 Automatic Non-freeze Valve (Animation) Product Details NF6 NF6 Specifications Manual • Max. Operating Pressure: 2.0 MPaG • Max. Operating Temperature: 220°C • Helps prevent steam trap damage from freezing Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Prevent Trouble from Freeze-up Automatically removes condensate from inside the trap to prevent damage to the trap from freeze-up of residual condensate. Easy to Use Compact size makes for simple installation. No adjustment necessary. Remains closed during equipment operation, automatically opening to discharge condensate using gravity after the shut-off of equipment. Built-in screen protects the valve from trouble caused by clogging. Application Areas Prevents damage to steam traps by preventing freeze-up.

TLV Sight Glasses

Sight Glasses For visually monitoring the flow of fluids from the outside of the piping. Operating Pressure Range: 0 - 1.6 MPaG Operating Temperature Range: 0 - 220 °C Sight Glass Pamphlet (679 KB) Product Details T5N T5N Specifications Manual • Max. Operating Pressure: 1.0 MPaG • Max. Operating Temperature: 120°C • For use on various fluids • Monitoring of the flow from the side and above T8N / TF8N / T10N / TF10N T8N / TF8N / T10N / TF10N Specifications Manual • Max. Operating Pressure: 1.6 MPaG • Max. Operating Temperature: 220°C • For use on water, air or steam • T10N/TF10N designed for large flow rates Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Easy to Use Ball movement indicates flow status, which gives superior visibility. Use of PTFE (fluorine resin) gasket results in superior maintainability. Application Areas Visual inspection of various types of equipment. Operational Check of Steam Traps Inspect the operating status of equipment by checking the flow of water, hot water, air, steam, etc.

TLV Y-strainers

Y-strainers For removing dirt and scale from inside piping. Operating Pressure Range: 0 - 2.1 MPaG Operating Temperature Range: 0 - 250 °C Product Details Y3 / YF / YDF Y3 / YF / YDF Specifications Manual • Max. Operating Pressure: 2.1/0.98/0.98 MPaG • Max. Operating Temperature: 220/200/250°C • Body: Cast Iron or Stainless steel Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Easy to Use Compact size requires very little installation space. Simple construction makes maintenance easy. Stable Operation of Various Types of Equipment Double-layer screen catches even tiny particles of dirt. Large flow surface area results in minimal pressure drop, so there is no effect on equipment operation. Application Areas Protects steam traps and control valves, etc. by removing scale and foreign matter from inside the piping.

TLV Check Valves

Check Valves Check valves for steam and other fluids. Disc and spring construction assures stable performance with installation in either vertical or horizontal pipelines. Automatic valves for preventing backflow. Operating Pressure Range: 0.001 - 3 MPaG Operating Temperature Range: 0 - 350 °C CK Series Check Valves Pamphlet (198 KB) Spring Loaded Disc-type Check Valves Product Details CK3M / CK3T / CK3R CK3M / CK3T / CK3R Specifications Manual • Max. Operating Pressure: 1.0/1.6/2.1 MPaG • Max. Operating Temperature: 90/185/220°C • Coil spring, disc type • Screwed connection CK3MG CK3MG Specifications Manual • Max. Operating Pressure: 2.1 MPaG • Max. Operating Temperature: 220°C • Coil spring, disc type • Unique center-guided disc increases durability CKF3M / CKF3R CKF3M / CKF3R Specifications Manual • Max. Operating Pressure: 1.6/3.0 MPaG • Max. Operating Temperature: 150/350°C • Coil spring, disc type • Wafer type (installed between flanges) CKF3MG / CKF3RG CKF3MG / CKF3RG Specifications Manual • Max. Operating Pressure: 1.6/3.0 MPaG • Max. Operating Temperature: 150/350°C • Coil spring, disc type • Wafer type (installed between flanges) • Unique center-guided disc increases durability Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Reliably Prevents Backflow Check valves utilize a mechanical sealing mechanism to prevent backflow. By providing a tight seal, backflow is safely avoided. Easy to Use There are no restrictions on installation orientation (horizontal, vertical). After the valve has closed, it opens again at the slightest pressure differential. Long Service Life TLV’s unique center-guided disc (CK3MG, CKF3MG, CKF3RG) offers greater durability. Application Areas Suitable for use in the following applications: CK3M, CKF3M, CK3MG, CKF3MG (metal valve seat) – steam. CK3T (PTFE valve seat) – steam, hot water. CK3R, CKF3R, CKF3RG ( Nitril or Fluorine rubber valve seat) – non-hazardous gasses, air, hot water, water, etc.

TLV Bypass Blow Valves

Bypass Blow Valves Valves that ensure reliable, high sealing performane after bypass blow. Operating Pressure Range: 0 - 6.5 MPaG Operating Temperature Range: 0 - 425 °C Bypass Blow Valve Pamphlet (1481 KB) Product Details BD800 BD800 Specifications Manual • Bypass blow valve for use in high temperature and high pressure applications • Features an inline scale removal function • Gland packing prevents external leakage • Highly durable F304 stainless steel body • Replaceable gland packing, valve stem, valve seat and gaskets for long product service life • Spanner cap protects valve stem from foreign matter and weather Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Prevents Leakage Gland packing proven in high pressure applications prevents external leakage. Scale Removal Function The inline scale removal function allows the removal of scale and dirt by operation of the valve, preventing clogging and reducing wear on the valve seat. See the instruction manual for details. Highly Durable Highly durable materials resistant to erosion and corrosion. Easy Inline Maintenance Gland packing, valve stem, valve seat, and gaskets replaceable inline. Application Areas High temperature and high pressure applications, such as steam trap bypass lines.

TLV Bellows Sealed Valves

Bellows Sealed Valves Bellows sealed valve with a no-leak gland. Operating Pressure Range: 0 - 5 MPaG Operating Temperature Range: 0 - 425 °C Bypass Blow Valve Pamphlet (1481 KB) Product Details BE1 BE1 Specifications Manual • Max. Operating Pressure: 2.1/5.0 MPaG • Max. Operating Temperature: 425°C • Socket welded or flanged design • Body: Carbon steel Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Maintenance-free at stem gland Bellows-type gland prevents leakage to the outside. No need to tighten or replace the gland packing. Application Areas Steam, hot water, heating mediums, etc.

TLV Lock Release Valves

Lock Release Valves Lock release valves to be installed on steam traps J3X and J5X for eliminating the steam-locking problem often associated with cylinder dryers, presses, jacket kettles etc. Operating Pressure Range: 0 - 2.1 MPaG Operating Temperature Range: 0 - 220 °C Bypass Blow Valve Pamphlet (1481 KB) Product Details LR3 / LR5 LR3 / LR5 Specifications No Manual • Max. Operating Pressure: 2.1 MPaG • Max. Operating Temperature: 220°C • For J3X and J5X steam traps Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Compact lock release valves for direct installation on steam trap models J3X and J5X - eliminates steam-locking problem simply and easily. - LR3 fits on J3X. - LR5 fits on J5X. - Fine adjustment to keep steam loss low. - Maintenance and repair is possible without removing the valve from the steam trap. Application Areas By installing on J3X and J5X, cylinder dryers, presses, jacket kettles and other steam-using equipment prone to steam-locking.

TLV Stainless Steel Ball Valves

Stainless Steel Ball Valves Ball valves suitable for steam lines. Operating Pressure Range: 0 - 1 MPaG Operating Temperature Range: 0 - 185 °C Bypass Blow Valve Pamphlet (1481 KB) Product Details BV1 BV1 Specifications Manual • Max. Operating Pressure: 1 MPaG • Max. Operating Temperature: 185°C • Full bore ball valve • Body: Stainless Steel Always check the specification PDFs for the exact product specification available in your region. Benefits and Features High Cost Performance Ratio Long Service Life All stainless steel for excellent resistance to rust, and the carbon-Teflon valve seat provides superior durability and resistance to pressure. Application Areas Steam, water, hot water, air lines, etc.

TLV Pressure Transmitters

Pressure Transmitters Pressure transmitters suitable for steam system control. Product Details MBS33M MBS33M Specifications No Manual • Electronic pressure transmitter • Silicone strain gauge type • Comes complete with pipe siphon and joint Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Extremely Precise Accuracy of measurement is 0.3% F.S. (full scale). The pressure sensor employs a semiconductor strain gauge to ensure high durability and stability. Easy to Use Rain-proof (IP65), resists vibration and shock, easy-to-install design. Application Areas Pressure measurement, etc. of various types of liquids and gasses.

TLV Temperature Sensors

Temperature Sensors Temperature sensors suitable for steam system control. Product Details TR1-35S TR1-35S Specifications No Manual • All-purpose temperature sensor • Uses a platinum resistor with stainless steel sheath Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Extremely Precise Sheathed platinum resistance temperature detector. Application Areas Temperature measurement of various types of fluids.

TLV Sensors

Sensors Pressure transmitters and temperature sensors for steam applications. Subcategories Pressure Transmitters Pressure Transmitters Pressure transmitters suitable for steam system control. Temperature Sensors Temperature Sensors Temperature sensors suitable for steam system control. Benefits and Features A line-up of instrumentation suitable for steam measurement and control. Standard range is suitable for use with steam systems. Complete with peripheral instrumentation, such as pipe siphons, required for use with steam systems. Application Areas Control value measurement, etc. of various types of liquids and gasses.

TLV Cyclone Separators

Cyclone Separators Separators are used to remove entrained water from air or steam as it is transported. Various types are available, ranging from models with integral traps to compact stainless steel models. TLV Cyclone Separators all support inline installation. Operating Pressure Range: 0 - 2.5 MPaG Operating Temperature Range: 0 - 300 °C Cyclone Separators Pamphlet (261 KB) Steam Separators and Air Separators - DC Series DC Series Cyclone Separators (with built-in Free Float steam trap) (Animation) Subcategories Cyclone Separators for Steam (with Built-in Trap) Cyclone Separators for Steam (with Built-in Trap) Cyclone Separators for steam with built-in Free Float® steam trap. Cyclone Separators for Air (with Built-in Trap) Cyclone Separators for Air (with Built-in Trap) Cyclone Separators for air with built-in air trap. Cyclone Separators (Trap Sold Separately) Cyclone Separators (Trap Sold Separately) Cyclone Separators of all stainless steel welded construction without the built-in steam trap. Benefits and Features Separators forcibly separate out water (condensate) that is entrained in the flow of steam or air. TLV Cyclone Separators achieve a remarkably high separation efficiency of 98%. The integral Free Float® steam trap discharges continuously and features three-point seating for a tight seal. Separators help to ensure high-quality steam or air free of condensate, increasing productivity and product quality. Application Areas Steam Steam main lines, equipment that uses direct contact with live steam, etc. Air Air piping, processes requiring dry air.

TLV Filters

Filters All stainless steel filter with built-in cyclone separator efficiently removes condensate and impurities from the flow medium, resulting in no moisture droplets and a longer cleaning or replacement cycle. Operating Pressure Range: 0 - 1 MPaG Operating Temperature Range: 0 - 185 °C Separator Filter Pamphlet (400 KB) SF1 Separator Filter Product Details SF1 SF1 Specifications Manual • Separator filter for use on steam and other gasses (non-toxic, non-flammable). • Up to 98% condensate separation efficiency Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Extend Filter Maintenance Cycle The cyclone separator separates out condensate and dirt, which greatly reduces clogging of the filter and lengthens the time between cleanings and parts' replacement cycles. Easy Cleaning 5-layer sintered wire mesh filter is reusable and easy to clean. Eliminates Wet Spots The cyclone separator separates out and removes the condensate, which allows for the supply of dry steam, so no wet spots occur. Light-weight, Compact Design All stainless steel, with a compact, light-weight design. Application Areas Equipment related to production in industries such as the food industry, the medical industry and the chemical industry, in which there is direct contact with live steam, such as in steam cleaning equipment and sterilizers.

TLV Vortex Flowmeters

Vortex Flowmeters Vortex flowmeters and flow computers. Measure the flow rates of a variety of fluids, including steam, air, and water. Operating Pressure Range: 0 - 4.96 MPaG Operating Temperature Range: -200 - 400 °C Vortex Flowmeter EF200 Product Details EC351 EC351 Specifications Manual • Compact flow computer • Combines signals from volumetric flow meters with those from pressure, temperature and density sensors. • Wide range of important variables can be calculated and displayed. EF200 EF200 Specifications No Manual • Vortex flowmeter for use on various fluids such as steam, water and air • Integrated temperature sensor, automatically corrects for mass flow rate • Equipped with an integrated indicator • Optionally measures steam dryness fraction (80-100%) Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Measures flow by means of the regular vortices (Karmen vortex) generated downstream of an object as fluid flows around the object. Vortex flowmeters can be used to measure various fluids, such as liquids and gasses, and are particularly suitable for measuring steam. Application Areas Measures the flow of steam, condensate, water, etc.

TLV Condensate Recovery Pumps

Condensate Recovery Pumps Condensate recovery pumps with motorized condensate transport. PowerTrap® GT/GP Series Pamphlet (2622 KB) Product Details CP-N CP-N No Data Sheet No Manual • Lift heads up to 200m • Max. Operating Temperature: 180°C • For use on closed recovery applications CP-S CP-S No Data Sheet No Manual • Lift heads up to 30m • Max. Operating Temperature: 120°C • For use on open recovery applications Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Energy Conservation Low filling head, ejector-type pumps recover high-temperature condensate without cavitation. Large quantities of heat can be recycled when high-temperature condensate is recovered to the boiler. Easy to Operate Recovery is possible with a minimum filling head of 1 m (3 ft), requiring a minimum of space for the equipment. The control panel is designed for automatic operation, eliminating the need for manual valve operation. Does not require a pressure vessel, so there is no need for notification to pressure vessel regulating authorities. Long Service Life The ejector system prevents cavitation and prolongs the life of the pump. Application Areas Recovery of condensate from steam equipment and transport to boilers and condensate tanks.

TLV Condensate Recovery

Condensate Recovery Condensate recovery pumps suitable for use in high-lift closed recovery applications and mechanical applications where the use of electric power is not possible. Available models transport condensate via suction or via the flow of gravity. Operating Pressure Range: Vacuum - 1.4 MPaG Operating Temperature Range: 0 - 220 °C PowerTrap® GT/GP Series Pamphlet (2622 KB) Compact Mechanical Pump with Steam Trap Designed to Eliminate Stall Condensate Recovery Pump for Closed Systems Condensate Recovery Pump for Open Systems PowerTrap® with built in trap (Animation) PowerTrap® (Animation) Subcategories Condensate Recovery Pumps Condensate Recovery Pumps Condensate recovery pumps with motorized condensate transport. PowerTrap® (Mechanical Pump with Built-in Trap) PowerTrap® (Mechanical Pump with Built-in Trap) Condensate recovery pump with integral trap requiring no electricity. PowerTrap® (Mechanical Pump) PowerTrap® (Mechanical Pump) Condensate recovery pumps requiring no electricity. Benefits and Features A broad line-up of condensate recovery equipment optimized to suit each condensate recovery application and capacity. Included are ejector-type pumps for the recovery of high temperature condensate, mechanical pumps that use no electricity (PowerTrap®), and vacuum pumps suitable for the recovery of low-pressure, low-temperature condensate. Comprehensive consulting services for optimized condensate recovery systems, including onsite surveys, measures to ensure water quality, system design, pipeline construction, and confirmation of results. Application Areas Recovers high-temperature condensate and delivers it to another location. Collects, removes, and transports condensate that has accumulated inside the equipment.

TLV Clean Steam Traps

Clean Steam Traps Thermostatic steam traps for clean steam. Designed to allow complete condensate drainage and easy disassembly and cleaning. Operating Pressure Range: 0.01 - 0.6 MPaG Operating Temperature Range: 0 - 165 °C Product Details LV6 LV6 Specifications Manual • Thermostatic steam trap for clean steam. • Crevice-free design allows for condensate drainage without pooling. Always check the specification PDFs for the exact product specification available in your region. Benefits and Features The interior of these steam traps is designed to prevent corrosion and bacterial growth. All components are made of stainless steel. The X-element discharges hot air as well as low-temperature air and cold condensate. This encourages the inflow of steam, thereby reducing start-up times. Clamp connection at the joint allows for easy disassembly and cleaning. Range of Products to Meet the Required Cleanliness Level Interior and exterior surfaces of the steam trap are available in three classes, natural machining, fine machining and buff-polishing. Models are also available with electro-polished surfaces for further improved to prevent bacterial growth. Application Areas Condensate removal from clean and pure steam. Main Applications Bio industries, manufacture of pharmaceuticals, medical sterilizers, food production, etc.

TLV Radiator Traps

Radiator Traps Specialized radiator steam traps for room heating. Operating Pressure Range: 0.01 - 0.3 MPaG Operating Temperature Range: 0 - 150 °C Radiator Trap Pamphlet (235 KB) Product Details RT3A RT3A No Data Sheet Manual • Radiator Steam Trap • Larger Valve Orifice Resists Clogging Always check the specification PDFs for the exact product specification available in your region. Benefits and Features Thermowax is employed as the temperature-sensing medium in these steam traps. Long Service Life Any rust or scale entering the trap from the piping is discharged together with the condensate through the large valve opening, greatly reducing the chance of a build-up of scale that would obstruct the valve opening. The spherical stainless steel ball resists wear on the sealing surfaces and exhibits superior durability. Easy Maintenance The trap can also be disassembled and parts can be replaced while still installed in the piping. Application Areas Radiators for room heating, convectors, baseboard heaters, unit heaters, etc.

TLV Temperature Control Traps

Bimetal-type temperature control steam traps with a built-in scale removal function. Operating Pressure Range: 0.1 - 4.6 MPaG Operating Temperature Range: 0 - 350 °C Temperature Control Steam Traps Pamphlet (880 KB) Temperature Control Steam Trap LEX-3N TZ (Animation) Product Details LEX3N-TZ LEX3N-TZ Specifications Manual • Max. Operating Pressure: 4.6 MPaG • Max. Operating Temperature: 350°C • Built-in Scale Removal Function • Body: Cast Stainless Steel • Suitable for use on interlocking tracers using copper or stainless steel piping/tubing. Always check the specification PDFs for the exact product specification available in your region. Benefits and Features A bimetal element is used for temperature sensing, and the user is able to set the condensate discharge temperature. Energy Conservation Discharges condensate at the desired temperature below the saturation temperature of steam. The sensible heat in the condensate is also used, making it possible to minimize the amount of steam used. Long Service Life The overexpansion mechanism protects the bimetal element from being subjected to excessive force, thereby minimizing deterioration of the bimetal. Easy Maintenance Condensate discharge temperature is adjustable without disconnecting the trap from the piping. The trap can also be disassembled and reassembled while still installed in the piping. Built-in Scale Removal Function (LEX3N-TZ). Clogs in the valve seat can be eliminated without disassembling the trap. Operation Animations Application Areas Applications designed to utilize sensible heat of condensate Main Applications Suitable for steam tracing lines or storage tank coils ONLY IF the required product viscosity will be maintained when the condensate is sub-cooled at least 15 °C (27°F), even to the point of the condensate having a lower temperature than the product temperature. Suitable for use on instrument enclosures ONLY IF the steam or condensate temperature in the enclosures will NOT damage the instrument. Suitable for use as an external air vent for TLV steam traps, or as a non-freeze valve for freeze protection of condensate lines.

TLV Thermostatic Steam Traps

These traps utilize the difference in the temperatures of steam and condensate. Also known as 'Temperature Control Traps' or 'Balanced Pressure Traps.' Operating Pressure Range: 0.01 - 4.6 MPaG Operating Temperature Range: 0 - 350 °C Thermostatic Steam Trap L21S (Animation) Temperature Control Steam Trap LEX-3N TZ (Animation) Subcategories Thermostatic Steam Traps Thermostatic Steam Traps These steam traps operate via the temperature difference between steam and condensate. Temperature Control Traps Temperature Control Traps Bimetal-type temperature control steam traps with a built-in scale removal function. Radiator Traps Radiator Traps Specialized radiator steam traps for room heating. Clean Steam Traps Clean Steam Traps Thermostatic steam traps for clean steam. Designed to allow complete condensate drainage and easy disassembly and cleaning. Benefits and Features The operation principle for thermostatic steam traps utilizes the temperature difference between steam and condensate. TLV traps offer three types of temperature-sensing materials to detect differences in temperature: – Thermoliquid – Bimetal – Thermowax Application Areas Suitable for use on air conditioning, room heating, steam tracers, etc. Models suitable for use with steam heating equipment are also available (thermostatic steam trap L-series).

TLV Thermodynamic Steam Traps

Thermodynamic Steam Traps Steam traps that utilize the difference in the thermodynamic properties of condensate and steam. Also known as 'Disc Traps' Operating Pressure Range: 0.025 - 26 MPaG Operating Temperature Range: 0 - 550 °C ThermoDyne® Disc Traps PowerDyne® Disc Traps TLV Steam Traps aid refurbishment of Marshall steam engine Disc Steam Trap ThermoDyne® (Animation) Disc Steam Trap PowerDyne® (Animation) Subcategories Disc-Type Steam Traps Disc-Type Steam Traps Extremely versatile disc-type steam traps. Benefits and Features The operation principle for these traps utilizes the difference in the thermodynamic properties of condensate and steam. Disc-type traps and impulse-type traps are both examples of steam traps belonging to this classification. TLV’s thermodynamic steam traps are all disc-type traps, which allow less steam leakage and have fewer problems with scale and build-up of dirt. Application Areas Suitable for a variety of applications, such a steam main lines, tracers, steam heating equipment, etc.

TLV Mechanical Steam Traps

Mechanical Steam Traps Mechanical steam traps utilize buoyancy to open and close the valve. Also known as 'Float Traps' or 'Bucket Traps'. Operating Pressure Range: 0 - 12 MPaG Operating Temperature Range: 0 - 530 °C Free Float® Steam Trap Series Pamphlet (1439 KB) Free Float® Steam Traps for Process Use Free Float® Steam Traps for High Temperature, High Pressure Use Free Float® Steam Traps for Steam Mains and Tracer Lines PETRONAS Refinery Achieves Significant Savings with Help of TLV & Enproserve Singapore Refining Company Teams Up with TLV for Major Energy Savings TLV Steam Traps aid refurbishment of Marshall steam engine Free Float® Steam Trap JX/JHX series (Animation) Free Float® Steam Trap SS series (Animation) Subcategories Free Float® Steam Traps (Low Pressure) Free Float® Steam Traps (Low Pressure) Free Float® steam traps that offer continuous discharge and are optimal for processes. Low pressure use, up to 2.1 MPaG. Free Float® Steam Traps (Medium / High Pressure) Free Float® Steam Traps (Medium / High Pressure) Free Float® steam traps that offer continuous discharge and are optimal for processes. Mid to high pressure use, up to 12 MPaG. Some models for use in main lines also available. Free Float® Steam Traps for Main Lines Free Float® Steam Traps for Main Lines Free Float® steam traps for main lines that provide a tight seal even under low condensate load conditions. Steam Traps with Bypass Valve Steam Traps with Bypass Valve Free Float® steam traps with a built-in bypass valve. Large Capacity Float Steam Traps Large Capacity Float Steam Traps Large capacity steam traps with a maximum discharge capacity of 150 t/h. Clean Steam Traps Clean Steam Traps Free Float® steam traps for clean steam. Designed to allow complete condensate drainage and easy disassembly for cleaning. Benefits and Features The operation principle of mechanical traps takes advantage of the difference between the specific gravities of condensate and steam. Free Float® steam traps, a TLV invention, are our flagship series of mechanical steam traps. Free Float® steam traps offer the following features: The spherical float provides an infinite number of contact surfaces with the valve seat, ensuring long service life. Air venting feature for improved equipment productivity. Compact design with no levers or hinges. Large tolerance for backpressure allows for problem-free operation even where condensate is recovered. Application Areas Mechanical traps are suitable for use in a variety of applications, including steam main lines, heat exchangers, and insulation applications such as tracers.

TLV Steam Traps Steam Traps

Steam Traps Automatic valves for the purpose of discharging condensate without venting steam. Operating Pressure Range: 0 - 26 MPaG Operating Temperature Range: 0 - 550 °C Subcategories Mechanical Steam Traps Mechanical Steam Traps Mechanical steam traps utilize buoyancy to open and close the valve. Also known as 'Float Traps' or 'Bucket Traps'. Thermodynamic Steam Traps Thermodynamic Steam Traps Steam traps that utilize the difference in the thermodynamic properties of condensate and steam. Also known as 'Disc Traps' Thermostatic Steam Traps Thermostatic Steam Traps These traps utilize the difference in the temperatures of steam and condensate. Also known as 'Temperature Control Traps' or 'Balanced Pressure Traps.' Benefits and Features A steam trap is a kind of automatic valve that discharges condensate generated during processes and in steam transport lines while preventing any steam from escaping ('trapping' the steam). Steam traps can be divided into three general categories based on their operation mechanism: mechanical, thermodynamic, and thermostatic. TLV manufactures all three of these categories. Our extensive product line-up makes it possible to select the optimal product to suit your objective or application. Each trap offers the highest level of energy conservation in its class. Much consideration is given to the aspect of maintenance, as evidenced by designs that include the unitization of parts, interchangeable parts, and utilization of re-useable PTFE gaskets. Application Areas Below are some common applications and the steam trap types that are often used for each application: Steam Transport Lines (Steam Main Lines) – Free Float® for main lines – Disc type Steam Heating Equipment – Free Float® – Thermostatic – High-capacity Free Float® Tracers, Freeze Protection, Room Heating – Thermostatic – Free Float® – Temperature control traps, radiator traps The different types of traps can also be used in numerous other types of applications in addition to those mentioned above. Contact your TLV sales representative for details.

TLV Control Valves, Controllers

Control Valves, Controllers Multi-purpose control valves and high-precision control valves for steam with a pressure reducing valve as the base. Can be used for a variety of types of control when combined with a controller. Control valves and controllers automatically maintain pressure, temperature, etc. at the target value. Operating Pressure Range: -0.08 - 2.5 MPaG Operating Temperature Range: 0 - 220 °C CV-COS Electro-Pneumatic Control Valve TLV valve improves heat transfer at Greencore site Johnsons Stalbridge Linen Services' laundries utilize TLV steam pressure reducing system Subcategories Multi-Control Valves with Built-in Separator and Steam Trap Multi-Control Valves with Built-in Separator and Steam Trap Automatic multi-control valves consisting of pilot-operated pressure reducing valves with built-in separator and trap to supply dry steam. Together with TLV's reliable controller, valves maintain accurate control at the target pressure, temperature, etc. Multi-Control Valves Multi-Control Valves Automatic multi-control valves consisting of pilot-operated pressure reducing valves. Together with TLV's reliable controller, valves maintain accurate control at the target pressure, temperature, etc. Control Valves Control Valves Electro-pneumatic control valves for steam process or general use. Valves for steam process use are equipped with a built-in separator and steam trap. Also includes self-acting temperature regulators for general steam applications. Surplussing Valves for Steam Surplussing Valves for Steam Self-operated control valves for stabilizing the primary steam pressure of valves. Also known as 'Primary pressure control valves'. Controllers Controllers Controllers that are used together with multi-control valves or general control valves.

TLV PRESSURE REDUCING VALVE for STEAM

Pressure reducing valves for steam and air. A wide assortment of models is available, including pilot-operated models, direct-acting models and models with integral separators and steam traps. Operating Pressure Range: -0.08 - 2.1 MPaG Operating Temperature Range: 0 - 220 °C COSPECT® - Troublefree Pressure Reducing Valves TLV supplies steam equipment to Ringwood Brewery Still in service after 22 years DR20 Direct-Acting Pressure Reducing Valve (Animation) Pressure Reducing Valves (With Built-in Separator and trap) Pressure Reducing Valves (With Built-in Separator and trap) Pilot-operated pressure reducing valves with built-in separator and trap. Local-set and remote-set types are available. Pressure Reducing Valves (Without separator and trap) Pressure Reducing Valves (Without separator and trap) Pilot-operated pressure reducing valves to supply steam or air with stable secondary pressure for general use. Local-set and remote-set types are available. Pressure Reducing Valves (Direct Acting) Pressure Reducing Valves (Direct Acting) Compact, light-weight, direct-acting pressure reducing valves. Stainless steel construction.