Goldacres Super Cruiser G8, Operator'S Manual, Page: 176 / 210

172 - Chapter 12 - Optional Accessories G8 Super Cruiser Operator’s Manual MY19 - REV 0
Chemical Induction Probe
1
6 3 5 4
6
2
ITEM NO. PART NUMBER DESCRIPTION QTY.
1 GA5013603 PVC pipe 25mm cut 630mm 1
2 HOS25PVC PVC hose 25mm cut 3.2m 1
3 HB100-90 Hose barb 90 degree 1" Banjo 1
4 100E Male Adapter 1" Hose Shank 1
5 GA5018319 Ball valve 25mm FF Lever 1
6 GA5001681 1" SS hose clamp 2
D
E
F
C
1 2 3 4
B
A
3 2 1 5
C
D
4 6 7 8
A
B
A3
SHEET 1 OF 1
SCALE:1:5
DWG NO.
TITLE:
GOLDACRES
DO NOT SCALE DRAWING
MATERIAL:
DATE CREATED:
DRAWN:
1-3 MORANG CR
MITCHELL PARK 3352
PH: 03 53426399
FAX: 03 53426308
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN MILLIMETERS
DEBUR ALL EDGES
GA4948250
Pre assembled chemical drum probe
Luke M
5/06/2014
Luke
REV NO CHANGE DATE ECN NO.
DATE EDITED:
1/06/2011
Overview
A simple method of transferring chemical into the
sprayer tank is via the chemical probe. The chemical
probe enables the chemicals to be transferred with
minimal exposure to the operator. The probe is used
in conjunction with the Venturi filler (located on the
top of the tank) which creates the required suction
on the pressure side of the pump.
The viscosity of the chemical being transferred will
affect the rate of suction flow and hence the amount
of time required to transfer the chemical. Water
and air have low viscosities whereas molasses is an
example of a highly viscous liquid. The higher the
viscosity of the liquid, the longer it takes to transfer
via the chemical probe. If the viscosity of a chemical
is such that it takes too long to transfer, dilute the
chemical with water, which will reduce the viscosity,
and then transfer the solution.
The chemical should be transferred after about 20-
50 % of the required water quantity has been added
to the sprayer tank. This will ensure that agitation
takes place when the remaining water is added.
The end of the probe is not flat so that the probe,
when placed flat against the bottom of the container,
will not restrict the flow of chemical.
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