Curtis Dyna-Fog BLACKHAWK 2620, Instruction Manual

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THESE TABLES APPLY TO THE MODEL 2620 ONLY:
ENCLOSED SPACE VOLUME VS FORMULATION VOLUME AND FOGGING TIME
Based on formulation label application rate of: 1 fluid ounce (oz) per 1000 cubic feet (cu. Ft)
100 milliliters (ml) per 100 cubic meters (cu. m)
Volume of Enclosed Space
Cu. Ft (Cu. meters)
1000 ( 30)
2000 ( 60)
3000 ( 90)
5000 ( 140)
10000 ( 280)
20000 ( 560)
30000 ( 840)
40000 (1120)
50000 (1400)
Average Flow Rate* to
achieve “DRY”
Fog Oz/Min (MI/Min)
10 (296)
10 (296)
10 (296)
10 (296)
10 (296)
10 (296)
10 (296)
10 (296)
Fogging Time
(Seconds)
6
12
18
30
60
120
180
240
300
TABLE 1
ENCLOSED SPACE VLUME
VS
FORMULATION VOLUME AND FOGGING TIME
Based on formulation label application rate of: 1 fluid ounce (oz) per 3000 cubic feet (cu. ft.)
100 milliliters (ml) per 300 cubic meters (cu. m)
Volume of Enclosed Space
Cu. Ft (Cu. meters)
1000 ( 30)
2000 ( 60)
3000 ( 90)
5000 ( 140)
10000 ( 280)
20000 ( 560)
30000 ( 840)
40000 (1120)
50000 (1400)
Average Flow Rate* to
achieve “DRY”
Fog Oz/Min (MI/Min)
10 (296)
10 (296)
11 (296)
11 (296)
11 (296)
11 (296)
10 (296)
10 (296)
Fogging Time
(Seconds)
2
4
6
10
20
40
60
80
100
TABLE 2
* This flow rate is an average. Your actual flow rate required to produce a “dry” fog may vary depending
on: the viscosity of the formulation to be fogged, the formulation tank pressure, and the operating
characteristic of the engine. A “dry” fog must be used when fogging in an enclosed are. See “Dispensing
FOG WARNING” on page 16. to test the fog to verify that it is “dry”, see “Caution” on page 17.
WARNING
IF YOUR FLOW RATE REQUIRED TO ACHIEVE A “DRY” FOG IS GREATER OR LESS
THAN THE AVERAGE FLOW RATE GIVEN IN THE TABLES 1 AND 2, FOGGING TIME
FOR THE ENCLOSED SPACE WILL BE DIFFERENT THAN THE TIME SHOWN. (SEE
STEP 3 ON PREVIOUS PAGE TO DETERMINE FOGGING TIME.)
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