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  Model RME - Bypass / Relief Air Terminal  
       
 
Model RME
Bypass/Relief

Application

  • Energy saving low pressure, variable air volume temperature control
  • Use with constant volume fan systems (no fan inlet or pressure controls)
  • Pressure dependent flow control – inlet balancing damper upstream from air terminal controls maximum flow rate.
  • VAV flow to the space to meet demand - excess or relief air is returned directly into the ceiling plenum.
  • Control strategies using pneumatic, electric, or electronic analog control systems
Product Features
  • Single VAV primary air damper proportions the total flow into the box to either the space or ceiling
  • Round and rectangular inlet sizes
  • Relief adjustment damper located on top of casing for field balancing to maintain a constant total flow to the unit from maximum bypass to zero bypass
  • A balancing damper (not provided with the RME terminal) is required upstream to adjust the design maximum flow rate
  • 22 gauge steel casing lined with 1/2” thermal-acoustical glass fiber insulation (NFPA 90A & UL 181)
  • Easy to install and service
Options
  • 1, 2, or 4 row Hot Water Coil
  • Electric duct heater (installed downstream of RME terminal)
  • Steel control enclosure, screw attached cover.
  • Right Hand or Left Hand control / coil locations
  • Insulation options: 1” thick glass fiber insulation, 1/2” or 1” thick foil-faced internal cabinet insulation with metal taped edges meeting ASTM C665,
  • Unit mounting brackets (field installed)
  • Electric, electronic analog, or pneumatic control systems

Model RME
Bypass/Relief with Hot Water Heat

Application

  • Bypass / relief terminal with hot water heating coil
  • Provides hot water heating to perimeter spaces
  • Bypass terminal MUST have a minimum damper position stop to provide air flow across coil during heating mode
Product Features
  • Same as Model RME plus:
  • Factory attached at the discharge of the terminal
  • 1, 2, and 4 row hot water coils
  • 1/2" O.D. copper tubes, .016" wall thickness, mechanically expanded in fins. Manifolds are minimum .028" wall thickness.
  • Aluminum corrugated fins with rippled edges, .0055" thick, 10 per inch.
  • Designed for maximum heat transfer and low water pressure drops using single and multi-circuited designs.
  • Performance data per AHRI Standard 410
  • Factory pressure tested for leaks at 300 psi, burst tested at 450 psi, ambient temperatures.
  • 20 gauge galvanized sheet metal casing with 18 gauge end plates
  • “Slip & Drive” connection provided for metal discharge duct connection
  • Connections are male solder headers.
Options
  • Same as Model RME plus:
  • Right hand or left hand coil connection – factory configured
  • “Steam” construction available. Contact your local Anemostat representative.
 
Sound Data

Features at a Glance

     
     
 
Submittals
Model Features  
RME Single Duct Relief Box
Hot Water Reheat, Slip & Drive Discharge