Assembly Instructions - Balance 0457.00 Manual Del Operador

Operator's manual | Knapsack Sprayer - Balance
Discharge Set
Discharge Valve Super 7
Discharge Valve Super 3
Figure 1. Complete discharge set: total length 745 mm (Super 7 Valve - Item 57) and total length 740mm (Super 3 Valve - Item 73).
Universal Nozzle
It allows the use of any spray tip,
which follows the standards of the
international ISO standards. Comes
with the Guarany adjustable conical
jet tip (Figure 2).
Figure 2. Guarany conical jet tip that comes with the equipment.
Super Valve 7 and Super 3
Super 7: With fluor-elastomer ring and filter incorporated
in the gauntlet (Figure 3.A). It has two latches, one of
safety that prevents accidental spraying and another that
A
allows continuous spraying.
To check the operation of the latches see item 6.
Instructions for Correct and Safe Use.
SUPER 3: Valve with fluoro-elastomer rings and filter
built into the hand-held control. Trigger locking, allows
for continuous spraying.
Figura 3 – (A) Super 7 discharge valve. 7. (B) Super 3 discharge valve.
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Graduated Dose Copy
Attached to the inside of the chemical tank cap (Figure 4.A), has a volumetric
graduation up to 100 ml (Figure 4.B) for correct dosage of chemicals by the
operator.
Efficient Valve System

4. Assembly Instructions

B
Assembly of the lever rod (Figure 6):
1 - Remove the metal rod (A) from the packaging found inside the equipment box and remove the 2 clips and 1 washer (A) that are found
st
attached to the rod;
2 nd
3 rd
Upper Part
Pressure relief valve, prevents the occurrence of
Lower Part
- Attach the end of the rod that has the smaller fold into the orifice (B) of the lever, and place washer and clamp to hold the rod fixed;
- Fit the other end of the rod into the head (C) of the pressure accumulator and insert the clamp to secure the set.
Operator's manual | Knapsack Sprayer - Balance
A B
Figure 4. (A) Fitting of the dosing cup. (B) Volumetric
graduation of the dosing cup.
Spherical stainless steel valves: higher chemical
resistance and higher operating efficiency.
excessive pressures that promote drift.
Figure 5. Existing valve systems in the equipment.
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