Armstrong TS-3 - 1/2" Angle Bronze Thermostatic Radiator Trap
Armstrong thermostatic radiator steam trap, model TS-3, with a 1/2" trap connection in an angle pattern. The TS-3 is cast bronze and has a 65 psi maximum operating pressure.
Category Products
Armstrong TS-3 - 3/4" Angle Bronze Thermostatic Radiator Trap
Armstrong thermostatic radiator steam trap, model TS-3, with a 3/4" trap connection in an angle pattern. The TS-3 is cast bronze and has a 65 psi maximum operating pressure.
Armstrong TS-3 - 1" NPT, 65 psi, Radiator Trap
Armstrong model TS-3 radiator trap with a 1" NPT connection and angle pattern for service up to 65 psi. The TS-3 is a heavy duty, wafer type trap for the drainage of all types of steam radiators and convectors. Its wafer design is ideal for systems prone to water hammer. The TS-3 is repairable in-line and features an all-stainless steel wafer element.
Armstrong TS-3 - 1/2" NPT, 65 psi, Radiator Trap
Armstrong model TS-3 radiator trap with a 1/2" NPT connection and straight pattern for service up to 65 psi. The TS-3 is a heavy duty, wafer type trap for the drainage of all types of steam radiators and convectors. Its wafer design is ideal for systems prone to water hammer. The TS-3 is repairable in-line and features an all-stainless steel wafer element.
Armstrong TS-3 - 3/4" NPT, 65 psi, Radiator Trap
Armstrong model TS-3 radiator trap with a 3/4" NPT connection and straight pattern for service up to 65 psi. The TS-3 is a heavy duty, wafer type trap for the drainage of all types of steam radiators and convectors. Its wafer design is ideal for systems prone to water hammer. The TS-3 is repairable in-line and features an all-stainless steel wafer element.
Armstrong TS-3 - 1" NPT, 65 psi, Radiator Trap
Armstrong model TS-3 radiator trap with a 1" NPT connection and straight pattern for service up to 65 psi. The TS-3 is a heavy duty, wafer type trap for the drainage of all types of steam radiators and convectors. Its wafer design is ideal for systems prone to water hammer. The TS-3 is repairable in-line and features an all-stainless steel wafer element.
Category Repair Parts
Category Information
Diagrams
Literature
- Armstrong Radiator Trap Specifications
- SSC Catalog Armstrong Radiator Traps
- Armstrong Models TS-2 & TS-3 Radiator Trap Specifications
- Armstrong Model TS-3 Radiator Trap Submittal
- Armstrong Series WT, MT & TS-3 Radiator Trap Installation
- Armstrong Trap Identification Chart
- Armstrong Steam Trap Testing Guide
- Armstrong Steam Trap Testing Guide for Energy Conservation
Category Videos
Armstrong: Guidelines for Steam Trap Repair
Energy costs continue to rise. Increasing right along with them is the awareness—greater than ever before—of how important steam trap maintenance is to conserving energy and saving dollars.
Armstrong: Let's Talk Steam Traps
Armstrong offers a full range of steam traps as well as the remarkable trap valve station (TVS) to integrate valves and traps into one versatile package for quicker installation, simplified testing and faster maintenance.
Armstrong: Guidelines for Steam Trap Troubleshooting & Testing
This video recommends a step-by-step approach plant energy technicians can take to steam trap testing and problem solving. It emphasizes use of the faculties of both sight and hearing in gathering information, then applying training and experience to properly evaluate the results.
Armstrong: Guidelines for Steam System Efficiency
This educational video covers basic considerations in the design, piping, and trapping of steam systems. Topics include correct sizing and installation of steam supply and condensate return lines; steam velocities in the system; proper steam trap installation; trap safety factors; the use of air vents, vacuum breakers and safety drains; and how non-condensables affect the performance and service life of heat exchanger equipment.
Armstrong: What is Steam?
This is the basics-of-steam primer… the "Steam 101" short course on the principles of steam that leads to a thorough understanding of the concepts outlined in the many Armstrong training courses and materials. Both live action video and clear, simple animation are used to illustrate steam properties and behavior. Everyday demonstrations and a straight-forward style help make this an informative and entertaining video, whether used as an introduction or as a refresher.
Armstrong: The Air in Steam
This informational video from Armstrong goes over the basics of air and steam.
Armstrong: Effects Of Modulating Steam
Armstrong's Director of Global Petrochem Markets explains the effects of modulating steam.
Armstrong: The Causes and Effects of Water Hammer
Water hammer has the potential to rupture valves, pipes, and fittings. Condensate can collect on the bottom of steam lines, out of the flow path, so it requires some external means, like gravity for instance, to move it through the system. While damage is most often caused by repeated occurrences of water hammer, sometimes damage can be immediate and catastrophic, and sometimes harmful to employee safety.