PUMP - FLOW CALIBRATION
The formulation pump is a magnetically coupled, rotary gear pump that maintains a
consistent flow of fluid thru the nozzle system regardless of fluid temperature or
viscosity.
To check the output of the pump with respect to the digital readout on the remote
control box:
1. Disconnect the 3/8" formulation tube from the formulation tank and submerge the
tube into a graduated beaker that contains a known amount of formulation
(preferably enough formulation to spray for at least 3 minutes). The formulation
should be the same formulation which is to be used for your spray application.
2. Select position 1 or 2 (oz./min. Display) or position 3 or 4 (ml/min. Display) on the
remote control box.
3. Start the engine and adjust the engine speed to achieve the desired pressure (
(from table 1) and insure that mode switch on the remote box is in the spray
position and the output switch is in the off position.
Note: If you select position 2 or 4, you have selected the "high" output range of your
pump. 1.8-18 oz/min ( 54 - 540 ml/min). Your pump control box has been setting at the
factory to work in this range. If you select position 1 or 3, you have selected the "low"
output range of your pump, 0.18 -1.8 oz/min (5.4 - 54 ml/min). Please contact the Dyna-
Fog Distributor or directly to our factory to receive the information about how change the
setting at the pump control box.
4. Following all safety precautions in this manual and on your formulation label:
activate the output switch on the remote box to the on position and time the
amount of liquid that is sprayed in 2 minutes.
Divide the measured amount of liquid sprayed by 2 to get output per minute.
If the output measured is higher than specified on the formulation label, rotate the rate
switch on the remote box counterclockwise to decrease flow (clockwise to increase
flow).
5. After calibrating your pumping system, reconnect the 3/8" formulation tube to the
formulation tank.
6. Pour an adequate amount of formulation into the formulation tank being careful
not to spill any of the liquid.
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Страница 53: ...ENGINE WIRING DIAGRAM 53 ...
Страница 54: ...REMOTE CONTROL BOX SCHEMATIC 54 ...
Страница 55: ...55 PUMP AND CONTROL SCHEMATICS ...
Страница 56: ...56 POWER REGULATOR SCHEMATICS ...
Страница 57: ...57 MOTOR CONTROL SCHEMATICS ...
Страница 58: ...58 TACHOMETER DECODE SCHEMATICS ...
Страница 59: ...59 SPEED DECODE SCHEMATICS ...
Страница 60: ...4 MPH SWITCH SCHEMATICS 60 ...
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Страница 65: ...CURTIS DYNA FOG Ltd WESTFIELD INDIANA U S A MAXI PRO TM 4 MODEL 2742 SERIES 5 65 ...
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Страница 77: ...SAMPLE CONNECTIONS USING STEEL PLASTIC GRIPPER NUT 48 77 ...
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