Submittal Sheet

Submittal RA2000 for 2-Pipe Valve Assembly
Job Name Job Location
Engineer Approval
Contractor Approval
Representative Contractor P.O. No.
Application
RA 2000 Thermostatic Radiator Valves regulate
the flow of hot water or low pressure steam
through free-standing radiators, baseboards, or
convectors in hot water and two-pipe steam
systems. Operators and valves are packaged
separately to allow an installer an ability to select
a suitable combination for each application.
Features
Replaceable packing assembly while system is
in operation
Non-electric thermostatic radiator valve
conforms to ASHREA/ANSI standard 102-1983
Same valve body can be used for both hot
water or low pressure steam applications
Patented vapor charged bellows for quick
response from valve mounted operators
“Snap-action” mechanism for standard valve
mounted operators for ease of installation and
removal without the use of tools
Available version of tamper resistant operators
Operational Capabilities
RA2000 Valve Bodies
Code No.
Valve
Type
Connection
Cv
Qnty
013G8015 ½” NPT 1.6
013G8020 ¾” NPT 2.7
013G8025 1” NPT 2.8
013G8032
Straight
1-¼” NP
T
2.8
013G8014 ½” NPT 1.6
013G8019 ¾” NPT 2.7
013G8024 1” NPT 2.8
013G8031
Angle
1-¼” NP
T
2.8
013G8013 ½” NPT 1.6
013G8018 ¾” NPT 2.7
013G8023 1” NPT 2.8
013G8030
Side
Mount
Angle
1-¼” NP
T
2.8
013G8042 ½” solder 1.6
013G8044
Straight
¾” solder 2.7
Cv value in GPM at pressure drop of 1 psi
RA2000 Operators
Code No. Sensor Capillary Qnty
013G8250 Built-in -
013G8252 Remote 6’
013G8240
Tamper resistant,
built-in
-
013G2922
Tamper resistant,
Remote
6’
013G8562 6’
013G8565 16’
013G8568
Wall mount remote
26’
013G8564 Wall mount remote 6’ + 6’
013G5002 Manual handle -
Adjustable Temp. Range
45-86°F (7-30°C)
Max. Sensor Temperature
140°F (°60C)
Hot Water Systems
Max. Temperature
250°F (°121C)
Max. Static Pressure 145 psi
Max. Test Pressure 232 psi
Max. Diff. Pressure (water) 15 psi
Two Pipe Low Pressure Steam Systems
Max. Temperature
250°F (°121C)
Max. Test Pressure 232 psig
Max. Steam Pressure 15 psig

Summary of content (3 pages)