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Fusion AP and Fusion MP Brochure

Fusion AP and Fusion MP Brochure

Fusion AP and Fusion MP Brochure

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Pressure in PSI (bar, <strong>MP</strong>a)<br />

3500<br />

(241, 24.1)<br />

3000<br />

(207, 20.7)<br />

2500<br />

(174, 17.4)<br />

2000<br />

(138, 13.8)<br />

1500<br />

(103, 10.3)<br />

1000<br />

(69, 6.9)<br />

500<br />

(35, 3.5)<br />

AR2020 (000)<br />

FUSION AIR-PURGE, ROUND PATTERN<br />

AR2929 (00), AW2828<br />

AR4242 (01), AW3939<br />

AR6060 (03), AW5757<br />

AR5252 (02), AW4646<br />

0 0.5 1 1.5 2 2.5 3 3.5 4 4.5 5<br />

(1.9) (3.8) (5.7) (7.6) (9.5) (11.4) (13.2) (14.1) (17.0) (18.9)<br />

Flow Rate in gpm (lpm)*<br />

To calculate flow in lb/min, multiply gpm rate by 10.<br />

Example: 2 gpm x 10 = 20 lb/min<br />

*Flows are approximate. Actual values will vary with tip choice,<br />

material viscosity <strong>and</strong> material temperature.<br />

AR7070 (04), AW6464<br />

AR8686 (05), AW8282<br />

Easy air-blast cleaning<br />

• Air-blast tip cleaning reduces<br />

build-up <strong>and</strong> tip clogging<br />

Daily maintenance in<br />

10 seconds flat!<br />

• Quick-Shot grease port reduces<br />

end-of-day maintenance to seconds<br />

• At the end of the day, simply shoot<br />

grease into the head of the gun<br />

• Purged air carries grease mist<br />

through the air chamber,<br />

impingement ports <strong>and</strong> chamber<br />

nozzle, coating all surfaces to<br />

prevent two-component curing<br />

• H<strong>and</strong>-tight connections reduce<br />

the need for tools, making<br />

maintenance quick <strong>and</strong> easy<br />

FUSION AIR-PURGE, FLAT PATTERN<br />

Pressure in PSI (bar, <strong>MP</strong>a)<br />

3500<br />

(241, 24.1)<br />

3000<br />

(207, 20.7)<br />

2500<br />

(174, 17.4)<br />

2000<br />

(138, 13.8)<br />

1500<br />

(103, 10.3)<br />

AF2020 w/ FTXX24 TIP<br />

AF2929 w/ FTXX38 TIP<br />

AF4242 w/ FTXX38 TIP<br />

AF5252 w/ FTXX48 TIP<br />

1000<br />

(69, 6.9)<br />

500<br />

(35, 3.5)<br />

0 0.5 1 1.5 2 2.5<br />

(1.9) (3.8) (5.7) (7.6) (9.5)<br />

Flow Rate in gpm (lpm)*<br />

To calculate flow in lb/min, multiply gpm rate by 10.<br />

Example: 2 gpm x 10 = 20 lb/min<br />

*Flows are approximate. Actual values will vary with tip choice,<br />

material viscosity <strong>and</strong> material temperature.

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