TLV Luminaire

Applications: Main applications: Heat exchangers, reactors, vulcanizing tanks, jacketed stirred tanks, drum dryers, drying cylinders, etc. Material: Stainless steel casting, ductile iron casting, gray cast iron. Operating pressure range: 0 - 32 bar g. Operating temperature range: 0 - 400 °C

Applications: Condensate drainage of sterile and high-purity steam. Bio- and pharmaceutical industries, sterilizers, food industry, etc. Material: Cast stainless steel. Operating pressure range: 0 - 6 bar g. Operating temperature range: 0 - 165 °C.

Applications: Air conditioners, steam trace heating systems, steam heaters, irons, etc. Material: Stainless steel casting, carbon steel, brass. Operating pressure range: 0 - 32 bar g. Operating temperature range: 0 - 240 °C.

Applications: Condensate drainage of sterile and high-purity steam. Bio- and pharmaceutical industries, sterilizers, food industry, etc. Material: Stainless steel. Connection: Tri-Clamp. Operating pressure range: 0 - 6 bar g. Operating temperature range: 0 - 165 °C.

Applications: Steam distributors, pipe drainage, small processes, main steam lines, heat exchangers, jacketed stirred tanks, building heating, trace heating, etc. Material: Stainless steel casting, carbon steel. Operating pressure range: 0 - 260 bar g. Operating temperature range: 0 - 550 °C.

Applications: Suitable for use in areas where easy installation and maintenance of steam traps are crucial, such as in the pharmaceutical, food and beverage industries, and for institutional applications. Material: Cast stainless steel. Compatible with: thermal L21, free-floating S3, thermodynamic P46. Operating pressure range: 0 - 260 bar g. Operating temperature range: 0 - 550 °C.

Applications: Conveying hot condensate; Pumping condensate from low-pressure to high-pressure areas; Condensate return from vacuum pressure systems. Material: Stainless steel casting, gray cast iron, cast steel. Connection: Flange, threaded. Operating pressure range: 0 - 14 bar g. Operating temperature range: 0 - 220 °C.

Applications: Conveying hot condensate; Pumping condensate from low-pressure to high-pressure areas; Condensate return from vacuum pressure systems. Material: Stainless steel casting, gray cast iron, cast steel. Connection: Flange, threaded. Operating pressure range: 0 - 14 bar g. Operating temperature range: 0 - 220 °C.

Applications: Requiring stable steam pressure, as well as processes where the steam comes into direct contact with the product. Reactors, dryers, cookers, heat exchangers, presses, steaming systems, blowers, atomizers. Material: Stainless steel casting, gray cast iron, cast steel casting. Connection: Flange, threaded. Operating pressure range: 0 - 21 bar g. Operating temperature range: 0 - 220 °C.

Applications: Where steam comes into direct contact with the product. Compact heat exchangers and compact steam processes using steam or air. Material: Cast stainless steel. Connection: Flange, threaded. Operating pressure range: 0 - 16 bar g. Operating temperature range: 0 - 220 °C.

Applications: Autoclaves, sterilizers, humidifiers, etc., in the pharmaceutical, medical, food industries and other sectors. Material: Forged steel A182 Gr.F316L. Connection: Tri-Clamp. Operating pressure range: 2–8 bar g. Operating temperature range: 0–175 °C.

Applications: Suitable for automatic control of pressure, temperature, and flow rate of water, steam, etc. Material: Stainless steel casting, ductile iron casting. Connection: Flange. Operating pressure range: 32 bar g. Operating temperature range: 0 - 220 °C.

Applications: Particularly suitable for automated processes requiring very stable pressure, or processes with frequently changing pressure settings. Dryers, presses, reactors, jacketed stirred tanks, etc. Material: Stainless steel casting, ductile iron. Connection: Flange. Operating pressure range: 13.4 bar g. Operating temperature range: 0 - 220 °C.

Applications: Particularly suitable for automated processes requiring very stable pressure, or processes with frequently changing pressure settings. Dryers, presses, reactors, jacketed stirred tanks, etc. Material: Stainless steel casting, ductile iron. Connection: Flange. Operating pressure range: 0 to 49.6 bar g. Operating temperature range: -200 to 400°C.

Applications: Various steam systems: main steam lines, steaming systems, blowers, atomizers, kneading machines, and a variety of steam heaters, depending on the steam generator. Material: Ductile iron. Connection: Flange, threaded. Operating pressure range: 21 bar g. Operating temperature range: 220°C.

Applications: Various steam systems: main steam lines, steaming systems, blowers, atomizers, kneading machines, and a variety of steam heaters, depending on the steam generator. Material: ductile iron. Connection: flange, thread, weld sleeve. Operating pressure range: 25 bar g. Operating temperature range: 300°C.

Applications: Process applications in areas with direct contact with high-purity steam, e.g., in chemical, biological, or medical applications, the food industry, etc. Material: Stainless steel (ASTM A351 Gr.CF8) Connection: Flange, thread, weld sleeve Operating pressure range: 10 bar g Operating temperature range: 185°C Filter unit

Applications: Pure steam processes in the food or pharmaceutical industry; sterilization systems in hospitals; production of high-purity products. Material: Stainless steel

Application: Heating applications for various fluids. Hot water requirements. TLV HeatPacks are ready-to-connect heat exchanger stations for heating water or other fluids.

Applications: Heating, washing, hot and warm water generation, CIP cleaning, food production, pasteurization, buildings, sanitary facilities and bathrooms. SQ2 - 200 kW, SQ4 - 400 kW, SQ6 - 600 kW

Applications: Condensate return in open systems, return under high back pressures

Applications: Heating at 30 to 100 °C; Steam-side temperature control with ± 1 °C for temperature-sensitive processes; Increased productivity of batch processes; Short heating rates without exceeding setpoints; Space-saving heating system

Applications: Elimination of steam plumes above roofs; compression and reuse of residual steam from open condensate tanks; compression and reuse of excess steam from power generation; compression and reuse of low-pressure process steam. Maximizes energy yield in steam plants by compressing residual steam for use at a higher pressure level. This saves energy and reduces CO2 emissions.