Operator Controls
Nozzles Applicator/orifice defines rate and pattern of fluid. • Easily mounts to a 1/4” lance. • Nozzle types available: change over, rotating and turbo. • Durable ceramic nozzle/insert for greater resistance to wear. MODELS GPM BAR CHANGE OVER NOZZLE WITH TWO 1/4" NPT(F) NOZZLE HOLDERS 32149 7 26 2900 200 MAXIMUM FLOW MAXIMUM PRESSURE LPM PSI
7265.50
PORT
1/4" BSP(F)
7625.55
MODELS NOZZLE
FLOW RANGE
PRESSURE RANGE
PORT
SIZE
GPM
LPM
PSI
BAR
32149
ROTATING NOZZLES 3000 PSI MAX 7265.20 2.0 1.1–1.7
4.1–6.4 1200–3000 83–207 6.0–9.8 1200–3000 83–207 7–11.4 1200–3000 83–207 8.3 –13 1200–3000 83–207 9.1–14.8 1200–3000 83–207
1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F) 1/4" BSP(F)
7265.30 7265.35 7265.40 7265.45 7265.50 7265.55 7265.60 7265.65
3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5
1.6–2.6 1.9–3.0 2.2–3.5 2.4–3.9
Need selection help? If psi and nozzle gpm is known, then nozzle number can be calculated as follows: Nozzle number = gpm x √ 4000 psi
2.8–4.4 10.6–16.7 1200–3000 83–207 3.0–4.8 11.1–18.2 1200–3000 83–207 3.2–5.2 12.1–19.7 1200–3000 83–207 3.6–5.7 13.6–21.6 1200–3000 83–207
ROTATING NOZZLES 3650 PSI MAX 7625.30 3.0 1.6–2.9
6.1–11 1200–3650 83–252 7.2–12.5 1200–3650 83–252 8.3–14.4 1200–3650 83–252 9.1–16.3 1200–3650 83–252
7625.35 7625.40 7625.45 7625.50 7625.55 7625.60 7625.65 7625.70 7625.80
3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 8.0
1.9–3.3 2.2–3.8 2.4–4.3
2.8–4.8 10.6–18.2 1200–3650 83–252 3.0–5.2 11.4–19.7 1200–3650 83–252 3.2–5.7 12.1–21.6 1200–3650 83–252 3.6–6.2 13.6–23.5 1200–3650 83–252 3.8–6.7 14.4–25.4 1200–3650 83–252 4.4–7.7 16.7–29.1 1200–3650 83–252 3.0–5.0 11.4–18.9 2000–5000 138–345 3.8–6.2 14.4–23.5 2000–5000 138–345 4.6–7.3 17.4–27.6 2000–5000 138–345 5.6–8.9 21.2–33.7 2000–5000 138–345 6.4–10 24.2–37.9 2000–5000 138–345
ROTATING NOZZLES 5000 PSI MAX 7270.45 4.5
If psi and nozzle number is known, then gpm can be calculated as follows: gpm = nozzle number x √ psi 4000
7270.55 7270.65 7270.80 7270.90
5.5 6.5 8.0 9.0
ROTATING NOZZLES 5100 PSI MAX 7632.30 3.0 2.4–3.4
9.1–12.9 2600–5100 180–350
7632.35 7632.40 7632.45 7632.50 7632.55 7632.60 7632.65 7632.70 7632.80
3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 8.0
2.8–3.9 10.6–14.8 2600–5100 180–350
If gpm and nozzle number is known, then psi can be calculated as follows: psi = ( ) 2 x 4000 gpm nozzle number
3.2–4.5
12.1–17 2600–5100 180–350
3.6–5.1 13.6–19.3 2600–5100 180–350 4.0–5.6 15.1–21.2 2600–5100 180–350 4.4–6.2 16.7–23.5 2600–5100 180–350 4.8–6.7 18.2–25.4 2600–5100 180–350 5.2–7.3 19.7–27.6 2600–5100 180–350
5.6–7.9
21.2–29.9 2600–5100 180–350
A nozzle selection chart can also be found online at catpumps.com in the Literature section under Reference Documents.
6.4–9.1 24.3–34.2 2600–5100 180–350
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Pumps & Accessories Catalog 2024
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