There are six systems dedicated to RF system components (Klystrons, circulators, loads, cavities, SCR, Anode tanks)

Water Systems RF 1 through RF5

Nominal flow - 460 g.p.m.
Supply pressure - 120 psig
Available pressure - 90 psid
Supply temperature - 85°F ± 0.5°F
Pumps - centrifugal 3x4x10, 304 stainless steel, 3600 rpm 100 HP motor
There is one stand-by pump dedicated to RF1, RF2, and Booster pump, and another dedicated to RF3, RF4, and RF5 system pumps.
Piping main - 6 inch, schedule 10, 304 SS

Water system RF-Test (dedicated for equipment testing and miscellaneous loads)

Nominal flow - 300 g.p.m.
Supply pressure - 150 psig
Available pressure - 110 psid
Supply temperature - 78°F ± 0.5°F
Pumps - centrifugal 2x3x10, 304 stainless steel, 3600 rpm 75 HP motor
System has a lead and stand-by pump.
Piping main - 4 inch, schedule 10, 304 SS

Water data for various RF components

Klystron

Nominal flow to collector - 400 g.p.m.
Nominal flow to body cavity - 6 g.p.m.
Nominal flow to output cavity - 10 g.p.m.
Supply temperature - 87-90°F (not controlled directly, return from S.R. Cavities)
Supply pressure to collector - 40 psig
Supply pressure to body and output cavity - 120 psig
Interlocks - supply flow, return flow, return temperature

Circulator

Nominal flow - 18 g.p.m.
Supply pressure - 120 psig
Supply temperature - 85°F ± 0.5°F
Flow control - "Griswold" valve
Interlocks - supply flow, return flow, return temperature

200KW Load

Nominal flow - 24 g.p.m.
Supply pressure - 120 psig
Supply temperature - 85°F ± 0.5°F
Flow control - "Griswold" valve
Interlocks - return flow, return temperature

Storage Ring Cavities

Nominal flow - 300 g.p.m. (75 g.p.m. per cavity)
Supply pressure - 120 psig
Supply temperature - 85°F ± 0.5°F
Flow control - "Griswold" valve
Interlocks - return flow

RF Test Skid

Consists of four 300 KW loads (1.2 MW)

Nominal flow - 160 g.p.m. (40 g.p.m. per 300 KW load)
Supply pressure - 150 psig
Supply temperature - 78°F ± 0.5°F
Interlocks - return flow, return temperature