Apollo®

Apollo™ 34BLF313S Thermostatic Mixing Valve, 1/2 in, Solder, 150 psig, 0.5 gpm, Bronze Body, Domestic

CON34BLF313S MFG #: 34BLF313S
Apollo™ 34BLF313S Thermostatic Mixing Valve, 1/2 in, Solder, 150 psig, 0.5 gpm, Bronze Body, Domestic
  • Body Material: Bronze
  • Domestic / Import: Domestic
  • End Style: solder
  • Flow Capacity: 0.5 gpm
  • Nominal Size: 1/2 in
  • Pressure Rating: 150 psig
  • Dimensions: 1.87 in D x 5.12 in H
  • Inlet to Outlet Length: 6.25
  • Manufacturer: Apollo Conbraco
  • Manufacturer #: 34BLF313S
  • Media: Water
  • Series: 34BLF
  • Softgoods Material: EPDM
  • Temperature Rating: 210 degF
The Apollo™ MVB-LF (34BLF Series) Thermostatic Mixing Valves are designed to control and limit the volumes of cold and hot water required to deliver mixed water at a predetermined temperature either from the "point of source" or "point of use" application for single or multiple fixtures. The valves are built using "lead free*" materials and can be configured with several design features depending on your application. Now triple listed to ASSE 1017, 1069, and 1070 and a minimum flow rate of 0.5gpm.

Apollo™ Thermostatic Mixing Valve, Lead Free, Series: 34BLF, 1/2 in Nominal, Solder, 150 psig, 210 deg F, 0.5 gpm Flow, Media: Water, 6.25 in Inlet to Outlet Length, Bronze Body, EPDM, 1.87 in D x 5.12 in H, Domestic
  • Features
  • Superior thermostatic element technology for optimal performance, reliability and accuracy
  • Integral inlet strainers and check valves are standard to protect against cross-flow and foreign particles in the piping system
  • Thermostat over-temperature control
  • Tamper resistant maximum temperature setting adjustment
  • Instantaneous cold or hot water supply failureshut-off protection
  • Multiple connection options to fit your specific needs
  • Chloramine-resistant EPDM O-ring
  • Lead free - The wetted surfaces of this product shall contain no more than 0.25% lead by weighted average, complies with Federal Public Law 111-380, ANSI 3rd party approved and listed