Guarany Knapsack SP Operator's Manual

Read the instructions in this Operator's
Manual before using the equipment.
Attention to the operating, maintenance and
safety instructions.
Operator's Manual
Symmetrical Knapsack Sprayers SP
20 Litros cód./code: 405-11
16 Litros cód./code: 439-03
1. TECHNICAL SPECIFICATIONS
Woven nylon reinforced hose
20 Litres - Code 405-11
16 Litres - Code 439-03
New "L" lever, greater durability
Filter with a greater filtration
surface area
Dual mixer control, mechanical and
hydraulic
Connecting rod with pressure relief
valve for reducing wastage - as per
FAO specifications.
New snap-on connectors
Robust reinforced plastic base
New quick coupling and release harness buckle - greater ease and safety
TECHNICAL SPECIFICATIONS
Tank capacity 20L
Tank capacity 16L
Weight empty 20L 4.4 Kg (9.70 libras)
Weight empty 16L 4.3 Kg (9.47 libras)
Pump piston lever type
Maximum pressure 500 KPa (75 psi)
Working pressure (insecticide/fungicide) 300 KPa (45 psi)
Working pressure (herbicide) 100 KPa (15 psi)
Adj. nozzle flow 45psi 600 ml/min (0,15 gal./min)
Pump cylinder material poly-acetate
Pressure chamber Material
Packaging 490 x 175 x 555 mm (19.3" x 6.9" x 21.8")
Tighten Release
Adjustable buckles
Greater comfort
Fa c il i ta t es p os i t ion in g
equipment on the back.
Figure 1
S y m m e t r i c a l s t r u c t u r e
allowing instant change of
operating sides without use of
tools.
DISCHARGE SET
Figure 3A
Complete spray nozzle, lance and control assembly set (Item 45).
Total length 744 mm
UNIVERSAL NOZZLE
Enables the use of any spray
nozzle, which follows the
standards of the international ISO
specifications.
Comes with adjustable GUARANY
conical tip. Figure 3B
DISCHARGE TYPE SUPER 3
Valve with fluoro-elastomer rings and filter built
into the hand-held control.
Trigger locking, allows for continuous spraying.
(5.3 gal.)
(4.2 gal.) Figure 3C
EFFICIENT VALVE SYSTEM
Pressure relief valve, prevents the
Hemispherical valve (in elastomer)
occurrence of excessive pressures
e f f i c i e n t
causing product wastage.
transference.
copper
Lower part Upper part
Figure 2
s y s t e m f o r p r o d u c t
Figure 4
19