Unigreen Mistblowers EXPO, Mistblowers DEVIL, Mistblowers SIRIO, Mistblowers EOLO, Mistblowers AP APC User Manual

GB

USE AND MAINTENANCE MANUAL

MISTBLOWERS

MOUNTED MISTBLOWERS

serie EOLO - SIRIO - DEVIL - EXPO - AP APC

Read this manual carefully
before use.

ISO

Color code

01/2007

Summary

1 USING AND KEEPING THE USE AND MAINTENANCE MANUAL .................... 4

1.1 COMPOSITION OF THE MANUAL ....................................................................................... 4

1.2 GUARANTEE ....................................................................................................................... 4

1.3 PRODUCT RESPONSIBILITY .............................................................................................. 4

1.4 WARNING SIGNS IN THE MANUAL AND ON THE MACHINE ............................................. 4

2 SAFETY REGULATIONS AND RESIDUAL RISKS .............................................. 5

2.1 INTENDED USE ................................................................................................................... 6

2.2 PROHIBITED USE ...............................................................................................................6

2.3 USING CHEMICAL PRODUCTS .......................................................................................... 6

2.3.1 REGULATIONS FOR THE USE OF CHEMICAL PRODUCTS ............................................... 6

2.4 RECOMMENDATIONS ......................................................................................................... 6

2.4.1 TAKING PRECAUTIONS AGAINST FIRE HAZARDS ........................................................... 7

2.5 WEATHER CONDITIONS ..................................................................................................... 7

2.6 MACHINES DESIGNED TO BE USED ONLY WITH CLEAN WATER .................................... 7

2.7 DRIVING ON THE ROAD ..................................................................................................... 7

3 CHARACTERISTICS AND SPECIFICATIONS ..................................................... 7

3.1 TABLES OF FITTINGS ALLOWED....................................................................................... 7

3.2 NOISE LEVEL OF THE MACHINE ....................................................................................... 8

3.3 STANDARDS OF REFERENCE: ........................................................................................... 8

4 USER’S INSTRUCTIONS ....................................................................................... 8

4.1 DESCRIPTION OF THE MACHINE ...................................................................................... 8

4.1.1 HAND WASHING TANKS ...................................................................................................... 8

4.2 PRELIMINARY CHECKS...................................................................................................... 8

4.3 TRANSPORTING AND MOVING THE MACHINE ................................................................. 9

4.3.1 TOWED ATOMISERS ........................................................................................................... 9

4.4 TRACTOR COUPLING ........................................................................................................10

4.4.1 THREE-POINT COUPLING ................................................................................................. 10

4.4.2 HYDRAULIC CONNECTION TO THE DISTRIBUTORS ........................................................ 10

4.5 CARDAN SHAFT ................................................................................................................. 11

4.6 PUMP .................................................................................................................................. 11

4.7 SUCTION FILTER ...............................................................................................................11

4.8 PRESSURE REGULATOR ...................................................................................................12

4.8.1 COMPONENTS OF THE PRESSURE REGULATOR ........................................................... 12

4.8.2 GENERAL INSTRUCTIONS ................................................................................................ 12

4.9 DELIVERY FILTERS (ONLY EQUIPPED MODELS) ............................................................ 13

4.10 FILLING THE TANK ............................................................................................................. 14

4.11 TEST WITH CLEAN WATER ................................................................................................ 14

4.12 MIXING ............................................................................................................................... 14

4.12.1 MANUAL PREMIXING.........................................................................................................15

4.12.2 PREMIXER ON COVER (OPTIONAL): ................................................................................15

4.13 WASHING THE ATOMISER ................................................................................................. 15

4.13.1 CIRCUIT WASHER AND TANK WASHER ............................................................................ 15

5 BLOWER GROUP ................................................................................................ 16

5.1 AXIAL BLOWER GROUP WITH PULLEY ............................................................................16

5.2 AXIAL BLOWER GROUP WITH MULTIPLIER ..................................................................... 16

5.3 BLOWER GROUP WITH FRONT SUCTION ........................................................................ 17

5.3.1 SINGLE-SIDE BLOWER GROUP ........................................................................................17

5.4 AXIAL ROTOR ..................................................................................................................... 17

5.5 CLUTCH .............................................................................................................................. 18

5.6 OPTIONAL DEFLECTORS AND ACCESSORIES ...............................................................18

5.7 CANNON BLOWER GROUP ...............................................................................................18

5.7.1 MANUALLY INCLINABILE HEAD.........................................................................................18

5.7.2 HYDRAULIC DRIVEN HEADS .............................................................................................18

5.7.3 HYDRAULIC DRIVES .......................................................................................................... 18

5.7.4 OIL FEED FROM TRACTOR ............................................................................................... 18

6 SPRAYING ............................................................................................................ 19

6.1 DESCRIPTION OF TYPE OF JETS ....................................................................................19

6.2 DESCRIPTION OF TYPE OF NOZZLES ............................................................................. 19

6.2.1 NORMAL VOLUME CONICAL NOZZLES (OVER 500L/HA) ................................................. 19

6.2.2 LOW VOLUME CONICAL NOZZLES (150-500L/HA) ............................................................ 19

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6.2.3 ANTI-DRIFT NOZZLES ....................................................................................................... 19

6.3 CALIBRATING AXIAL FAN ATOMISERS .............................................................................20

6.4 CALIBRATING CANNON ATOMISERS ................................................................................ 20

6.4.1 TREATMENTS ON TALL PLANTS .......................................................................................20

6.4.2 TREATMENTS ON HERBACEOUS CULTIVATIONS ........................................................... 21

7 HAND LANCES .................................................................................................... 21

8 MAINTENANCE .................................................................................................... 22

8.1 PROGRAMMED MAINTENANCE ........................................................................................ 22

8.2 ROUTINE MAINTENANCE ..................................................................................................22

8.2.1 CLEANING THE NOZZLES ................................................................................................. 22

8.2.2 LUBRICATION .....................................................................................................................22

8.2.3 MULTIPLIER LUBRICATION ................................................................................................22

8.3 EXTRAORDINARY MAINTENANCE ...................................................................................22

8.4 REPAIRS .............................................................................................................................22

8.5 STORAGE IN A WAREHOUSE AND TRANSPORTATION ................................................... 23

8.6 PUTTING BACK INTO SERVICE AFTER WINTER LAYUP ................................................. 23

8.7 DEMOLITION AND DISPOSAL ........................................................................................... 23

8.7.1 MATERIALS FOR DEMOLITION ......................................................................................... 23

8.7.2 INDICATIONS FOR A SUITABLE TREATMENT OF WASTE................................................ 23

8.7.3 ELECTRICAL AND ELECTRONIC APPARATUS WASTE (EEAW) .......................................23

TABLES FOR CALIBRATING ATOMISERS Ø500-600 ..................................... 25

TABLES FOR CALIBRATING ATOMISERS Ø600-650 ..................................... 26

TABLES FOR CALIBRATING ATOMISERS Ø700-750 ..................................... 27

TABLES FOR CALIBRATING ATOMISERS Ø800 ............................................. 28

TABLES FOR CALIBRATING ATOMISERS Ø900 ............................................. 29

TABLES FOR CALIBRATING ATOMISERS Ø650 TGZ .................................... 30

TABLES FOR CALIBRATING ATOMISERS Ø800 TGZ .................................... 30

TABLES FOR CALIBRATING CANNONS Ø450 ................................................ 31

TABLES FOR CALIBRATING CANNONS Ø400-455 ......................................... 32

TABLES FOR CALIBRATING CANNONS Ø400-455 TILTING HEAD............... 33

TABLE 1-3 TABLES OF DELIVERY OF NOZZLES FOR ATOMISERS ............................ 34

TABLE 4-5 TABLES OF DELIVERY OF NOZZLES FOR HAND LANCES ...................... 35

TABLE 8 PROBLEMS, CAUSES AND SOLUTIONS .......................................................... 36

TABLE 7 TABLE OF PROGRAMMED MAINTENANCE .................................................... 36

TAB.14A ALLOWED FITTINGS ........................................................................................... 37

TAB.15A ALLOWED FITTINGS ........................................................................................... 38

TAB.16A ALLOWED FITTINGS ........................................................................................... 39

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Thank you for having chosen UNIGREEN.
The product you purchased has been designed and built with the greatest atten­tion to the safety of the operator and the environment, nevertheless there are
still some residual risks due to the nature of the product used.
For this reason we recommend reading all of this manual to avoid making mis­takes in the first period of use and to get the most out of the working life of the
atomiser in time, doing the programmed maintenance at regular intervals.

1 USING AND KEEPING THE USE AND MAINTENANCE MANUAL

The manual is an integral part of the machine and should be kept in a safe
place where it can be reached easily for consultation.

1.1 COMPOSITION OF THE MANUAL

This manual consists of various parts to make it easier to consult by subject
and to avoid repetitions; the following are part of the manual:

a) pump handbook
b) pressure regulator handbook (manual or electric)
c) spraying computer handbook (if fitted)
d) optional accessories handbooks (marker, premix, cardan shaft, etc.)

UNIGREEN reserves the right to make changes to the manual without prior
warning and the normal printing cycles may vary slightly.

1.2 GUARANTEE

The enclosed card indicates the conditions of the UNIGREEN guarantee. The
UNIGREEN guarantee covers the repair or replacement of parts considered manu­facturing flaws, according to the unquestionable judgement of UNIGREEN, only
after the authorised agent for that zone has verified the fault.

Ambit of the guarantee

The guarantee doesn’t cover cases of normal wear, negligent use, poor mainte­nance and/or improper use.

The following materials subject to normal wear are not covered by the
guarantee: gaskets and seals, diaphragms, seal rings, tubes and pipes, noz-

zles, pressure gauges, oil, tyres, friction material of the clutches.

Evident cases of negligence include:

work speed over that indicated in the spraying tables in the handbook (or too
high for the conditions of the terrain), power-takeoff speed over 540 rpm and
anything else indicated in the Use and Maintenance Manual.

Maintenance:

The guarantee is void if the maintenance indicated in the tables in this manual
isn’t respected, regarding the period and deadline of the interventions, washing
the machine and the circuit at the end of the treatment.

Improper use:

The use the UNIGREEN machines are designed for is indicated in this manual,
any other use is forbidden and makes the guarantee void.

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Composite handbook, consult
the specific files on the various
components

1.3 PRODUCT RESPONSIBILITY

UNIGREEN spa is not responsible if:
a) During the working life of the machine the normal maintenance operations
aren’t performed and documented as indicated in this handbook, in the en­closed handbooks of the pumps-motors-regulators-etc. and in any case as is
customary for the normal maintenance of mechanical machinery.
b) The machine is equipped with non original accessories or components or
parts that aren’t acknowledged by UNIGREEN as their own.
c) The machine is equipped with original accessories or components that are
unsuitable in the measurements, weight or version for the same.
Please consult the page of available and recommended fittings.

d) Not following the instructions in the manual whether totally or partially.
e) Modifications made to the machine that haven’t been authorised by

UNIGREEN.

1.4 WARNING SIGNS IN THE MANUAL AND ON THE MACHINE

Below you will find all of the pictograms on the machine (see FIG.1 for their po­sition), in order to illustrate the warnings, the prohibitions and the correct
method of use.
The operations that require particular attention are shown in the images beside
the text.

1

7

13

2

8

14

3

9

15

2019 2221

4 5

10 11

16 17

Key to the symbols

6

1- Read the Use and Maintenance manual
2- Stop the machine and read the manual before
every intervention
3- Don’t lubricate while running
4- Don’t drink
5- Don’t dispose of residue liquids in the
environment
6- No smoking
7- Danger, risk or injury, don’t get near the

12

machine until the moving machine members
have stopped
8- Danger of crushing, don’t get your hands near
the moving mechanical machine members
9- Danger, risk or injury caused by fluids under
pressure
10- Don’t climb on the machine during work or
transfers

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11- Don’t climb on the tank
12- Don’t enter in the tank
13- Wearing earmuffs is obligatory
14- Wearing a face mask is obligatory
15- Wearing safety footwear is obligatory
16- Wearing protective gloves is obligatory
17- Wearing protective overalls is obligatory
18- Use a working pressure under that indicated
in red on the manometer.
19- Don’t get your hands near the moving cardan
shaft
20- Make sure power-takeoff of the tractor turns
in the right direction and runs at the right speed.
21- Don’t remove the protecting device with fan
moving.
22- Material shooting off the machine, stand at a
safe distance.

2 SAFETY REGULATIONS AND RESIDUAL RISKS

In relation to safety, the following terms will be used:
Dangerous zones: any zone inside and/or near the machine where the pres­ence of a person exposed constitutes a risk for the safety and health of the
same person.
Person exposed: any person who has their body or any part of their body in a
dangerous zone.

Before starting the machine, the operator must check for any visible faults in
the safety devices and the machine itself.
Never start the machine until you have told anyone in the range of action of the
machine to move away and they have done so.
The protective devices must not be removed or disabled when the machine is
running.
It is obligatory to keep all the plates with danger and safety signs in perfect
conditions. If they get damaged or deteriorate, replace them in good time.
Replace parts believed to be faulty with others indicated by UNIGREEN.
NEVER try makeshift or hazardous solutions.
Don’t wear clothes, jewellery, accessories, or anything else that can get
caught in the moving machine members.
Pay the greatest attention to all the warning and danger signs on the machine.
Don’t use the machine for any other purpose other than that indicated in the
manual.
The machine has been designed and built with the appropriate devices to guar­antee the safety of the user.
In any case there are some residual risks associated with the improper use of
the machine by the operator; for this purpose danger signs and symbols and
prohibitions are applied near some parts of the machine (see previous
pictograms).

FIG.1

19+20

INDICATIVE POSITION
OF THE WARNING SIGNS ON THE ATOMISER
NB: the position may vary on the basis of the
characteristics of the model.

da1 a 18

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21+22

2.1 INTENDED USE

The sprayer in this series is built for agricultural use. The materials used are
resistant to normal chemical products used in agricultural spraying (or
herbicides) at the time of construction.
Any other use is not allowed and the manufacturer is not responsible for any
damage caused by aggressive, dense or sticky chemicals.
THE USE OF THE MACHINE BY PERSONS UNDER 18 YEARS OF AGE IS
STRICTLY FORBIDDEN
The use of liquid fertilizers in suspension is not allowed, while the use of the
same in a solution is possible if requested when the machine is ordered from
Unigreen and in any case changing some of the parts described in the
handbooks of the regulator, such as the manometer (stainless steel), the
nozzles (large diameter ceramic) and eliminating the fine mesh filters to prevent
blockages.

2.2 PROHIBITED USE

Using the machine with the following products is strictly forbidden:
= Paints of any kind and type
= Solvents or thinners for paints of any kind and type
= Combustibles or lubricants of any kind and type
= LPG or gas of any kind and type
= Flammable liquids of any kind and type
= Liquid foodstuffs, whether for animals or humans
= Liquids containing granules or consistent solids
= Mixtures of various incompatible chemical products
= Liquid fertilizer or manure in suspension with lumps and/or that is

particularly dense
= Liquids with a temperature of over 40°C
= Any products that aren’t suitable for the specific use of the machine.

2.3 USING CHEMICAL PRODUCTS

All pesticides or herbicides can be dangerous to humans and the environment if
used erroneously or inadvertently.
Therefore we recommend that only suitably trained persons should use these
products (license) and in any case only after having carefully read the
instructions on the container.

2.3.1 REGULATIONS FOR THE USE OF CHEMICAL PRODUCTS

Some recommendations for avoiding damage and accidents:
= Keep the machine in a suitable, protected place with no access for children
or strangers
= Handle the products with care, wearing rubber acid-proof gloves, goggles­face masks or filtering helmets, overalls made of water-repellent fabrics or
TIVEK and boots made of rubber or similar materials.
= If chemical products or mixtures of product come into contact with the
eyes or are swallowed consult a doctor immediately, taking the label of the
product with you.
= Wash all clothes that come into contact with the chemical, whether diluted
or undiluted, thoroughly before using them again.
= Don’t smoke, drink or eat when preparing or spraying the mix or near or in
the fields treated.
= DON’T ENTER THE TANK: the residues of a chemical product can cause
poisoning and suffocation.
= When spraying, respect safe distances from residential areas, water
courses, roads, sports centres and public parks or paths.
= Thoroughly wash the containers of plant protection products using the
relevant accessories, rinsing several times with clean water. The liquids used for
washing can be used for treatment.
= Collect the washed containers and send them to the relevant collection
centres. Never dispose of them in the environment and don’t use them again for
any other purpose. It is good practice to knock a hole in the bottom of the tins
so they can’t be used again.
= When you have finished spraying, wash the sprayer thoroughly, diluting the
residues with a quantity of water at least 10 times that of the residues, spraying
the resulting mix over the treated field.

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2.4 RECOMMENDATIONS a) Follow the instructions in this manual for the use and maintenance of the

frame, tank, multiplier, blower groups and cannon.

Refer to the enclosed handbooks for the use and maintenance of the pump
and pressure regulator and any accessories or motors.
b) Please contact the agent in your zone, the nearest authorised workshop
or UNIGREEN S.p.A. directly for any repairs the user feels they aren’t capable
of performing alone. (see point 10.4)
c) Due to the complexity of the equipment and the variety of technologies
used (mechanical, hydraulic, oil-pressure and electrotechnical) operators must
not dismantle or modify the equipment. All of the relevant operations must be
performed by specialised personnel, authorised by UNIGREEN S.p.A.

2.4.1 TAKING PRECAUTIONS AGAINST FIRE HAZARDS

Don’t use naked flames or heat sources near the machines.
The atomisers are made with many materials that derive from petroleum:
tanks, tubes, pipes and hoses, wheels and plastic parts; furthermore the
presence of oils of various nature and residues of chemical products make
them potentially flammable.

2.5 WEATHER CONDITIONS

We recommend spraying in the early hours of the morning or late in the
afternoon, avoiding the hottest time of day.
Never do any spraying if it’s raining or rain is forecast.
Don’t spray in strong wind or in any case, in winds above 3/5 m/second.
If you have to spray in windy conditions, use relatively low pressures to obtain
quite large drops that are less sensitive to drifting (being heavier the wind has
less effect). There are also special anti-drift nozzles available from UNIGREEN
S.p.A.; for information, please contact our offices.

2.6 MACHINES DESIGNED TO BE USED ONLY WITH CLEAN WATER

There are versions of the machines designed only to be used with a hose reel
for washing with cold clean water.
These machines cannot be used with chemical products as they don’t have some
of the devices or accessories that are needed to use these products safely.
These machines are identified by the word “washing” on the CE plate.

2.7 DRIVING ON THE ROAD

The towed atomisers are not specifically designed for road use. Nevertheless,
many models are also available in the version homologated for road traffic with
the tank empty.
You should check with your local reseller on the correct couplings to use and
use tractors that meet the regulations in force.

3 CHARACTERISTICS AND SPECIFICATIONS

This handbook is valid for mounted atomisers with axial fans for phytosanitary
treatment in orchards and vineyards, in any case for arboreal cultivation in
rows of varying nature and type.
It is also valid for cannon atomisers for the phytosanitary treatment of tall
plants and forest trees such as poplars or similar.
The axial atomisers produce a mixed spray, breaking the drops with the
pressure and the speed of the air produced by the fan.
These atomisers produced by UNIGREEN SPA are identified by the CE plate
(FIG. 2) bearing one of the marks indicated in the tables of the allowed fittings
(see the following paragraph).

TYPE : .......................................................................

code: ........................................ N˚ ...........................

massa a vuoto: ..........................Kg. max press. : ........... bar

net mass

massa totale ammessa: .............................. Kg.

total mass

via Rinaldi, 105 - Reggio Emilia ITALIA

ANNO
YEAR

20 .......

made in

Italy

FIG. 2

3.1 TABLES OF FITTINGS ALLOWED

Tables N° 14A-15A-16A let you identify the version of your machine indicating
the basic equipment and all the possible fittings available (optional).
You can also find the other fittings allowed or other versions to meet your
requirements in the future.

THE EQUIPMENT DEFINED IN THE TABLES OF THIS HANDBOOK (TAB:
14A-15A-16A, pages 37, 38, 39) SHOULD BE CONSIDERED BINDING FOR
THE VALIDITY OF THE DECLARATION OF CONFORMITY.
Other fittings or setups of basic components and/or optionals should be
considered unsafe and therefore are not covered by the guarantee and aren’t
UNIGREEN’s responsibility.
The same goes for fittings realised with components or accessories that aren’t
original UNIGREEN parts.
UNIGREEN accessories can easily be identified by the label with the yellow
background “ORIGINAL UNIGREEN ACCESSORY”

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3.2 NOISE LEVEL OF THE MACHINE

Use earmuffs to protect your ears when using the machine, below you will find
the data on the maximum noise levels during work.

Atomisers with axial fan rotor
ACOUSTIC POWER LEVEL emitted by the machine with axial fan rotor: 113.5
and 118.5 dBA respectively in 1st and 2nd gear
ACOUSTIC POWER LEVEL AT THE OPERATOR’S POSITION emitted by the
machine with axial fan rotor: 89.0 and 89.5 dBA respectively in 1st and 2nd
gear

Atomisers with centrifugal fan rotor (cannon)
ACOUSTIC POWER LEVEL emitted by the machine with axial fan rotor: 111.5
and 117.0 dBA respectively in 1st and 2nd gear
ACOUSTIC POWER LEVEL AT THE OPERATOR’S POSITION emitted by the
machine with axial fan rotor: 94.0 and 97.0 dBA respectively in 1st and 2nd gear

Readings taken in accordance with the following standards:
Machines Directive 98/37/CE (89/392 CE Dir. re-codified).
Legislative Decree D.Lgs. n°292 of the 4th of September 2002 concerning the
environmental acoustic emission of machines and equipment for use outdoors.
Legislative Decree D.Lgs. 277/91 on the subject of the protection of workers
against the risks deriving from exposure to chemical, physical and biological
agents.

3.3 STANDARDS OF REFERENCE:

- MACHINES DIRECTIVE 98/37/CEE (89/392 CE Dir. re-codified).

- Directive 86/188/CEE: risks deriving from exposure to noise (implemented in

Italy by Legislative Decree D.L 277/1991)

- DPR 547/1955: Regulations for the prevention of accidents and hygiene at work.

- Legislative Decree D.Lgs. n°292 of the 4th of September 2002 concerning the
environmental acoustic emission of machines and equipment for use outdoors.

-UNI EN ISO 12100-1/Apr.2005 : Machinery safety - Fundamental concepts,
general design principles - Part 1: basic terminology, methodology

-UNI EN ISO 12100-2/Apr.2005 : Machinery safety - Fundamental concepts,
general design principles - Part 2: Technical principles

-UNI EN 294/July 1993: Machinery safety, safe distances to avoid reaching
hazardous areas with upper limbs.

-UNI EN 349/June 1994: Machinery safety, minimum spaces to prevent crushing
of body parts

-UNI EN 907/Nov.1998: Agricultural and forestry machinery - Sprayers and
spreaders of liquid fertilizers - Safety.

-UNI EN 954-1/Dec. 1998 : Machinery safety - Fundamental concepts, general
design principles

-UNI EN 982/July 1997: Machinery safety. Safety requisites relevant to systems
and their components for hydraulic and pneumatic transmissions. Hydraulics.

-UNI EN ISO 4254-1/June 2006: Agricultural machines - Safety - Part 1:
General requisites

-ISO 11684/1995: Pictograms - general principles.

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This symbol identifies
the clean water tank on
the machine used to
wash your hands

4 USER’S INSTRUCTIONS

4.1 DESCRIPTION OF THE MACHINE

The atomisers consist of a structural steel frame and a polyester tank
reinforced with fibreglass or high-density polyethylene. The frame is hot­galvanised. The tank is easy to empty and this makes it possible to use the
machine even on hillsides.
The pumps are generally diaphragm pumps but in some cases they are fitted
with pistons.
The accessories for completing the fitting, non-drip jets and ceramic nozzles
make the UNIGREEN atomiser a highly qualified and efficient piece of
equipment.

4.1.1 HAND WASHING TANKS

The atomisers are supplied with an auxiliary hand-washing tank with clean
water and a hand tap.
This tank must always be supplied with water and the inside must be clean so
you can wash any parts of the body that come into contact with the chemical
product used.
Never drink the liquid inside.

4.2 PRELIMINARY CHECKS

When you receive the machine, check that it is complete and no parts are
missing.
If there are any damaged parts, inform your local reseller or UNIGREEN
directly in good time.
When the machine is delivered, make sure you ask:

a) that the machine is delivered with all of its parts fitted and that the fitting
meets the requisites in table N° 14b-15b-16b (pages 37, 38, 39).
This procedure is necessary because for reasons of space during
transportation the machine is often delivered partially dismantled.

b) that it is tested in your presence in particular checking:
= that the suction filter and the inside of the tank are clean and free of work

residues.
= that the connections are made correctly following the basic layout (FIG.
N° 16, page 15).
= that the hose clips and all the unions and connections are tightened
properly.
= that all of the protective covers are fitted solidly to the machine, in
particular the protective cover of the power-takeoff of the pump.
= that the multiplier is sufficiently supplied with lubricant oil.
= that the zone where the fan turns hasn’t been bent by knocks during
transportation.

4.3 TRANSPORTING AND MOVING THE MACHINE

Every time you have to lift the machine, before starting the operation, always
make sure the lifting gear and the relevant tools and equipment (cables,
hooks, etc..) are suitable for lifting the load and check the stability of the
same.

It is forbidden to unhook and move the machine with the tank full.

The dry weight of the machine at the maximum level of fitting and with all the
accessories allowed is stamped on the nameplate; use slings and lifting gear
with a adequate load-bearing capacity (FIG.3).
Never lift or move the atomisers by hand if there is liquid in the tank. The
machine will weigh more and the movement of the liquid can change the
centre of gravity causing uncontrolled movements.
We recommend using slings as shown in the figure, the lifting points to use on
the machine are indicated with the relevant symbol.
Don’t lift the machine with the forks of a forklift truck because the machine can
tip over due to the overhanging weight of the blower group.
Don’t pass or stand under the machine when it is being lifted.

This symbol
identifies the
coupling points
of the machine

FIG.3

4.3.1 TOWED ATOMISERS

PARKING
Don’t stand the atomiser on unstable ground or steep slopes, the machine is
designed to be parked safely on compact ground with a slope of up to 8.5°

MOVING
To lift the machine, follow the instructions above.

Only move and lift the machine
with the tank empty

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Tractor coupling

4.4 TRACTOR COUPLING

The tractor must have 1”3/8 ASAE DIN 9611/A power-takeoff that runs at 550
rpm. It must have a 3-point elevator suitable for safely supporting the weight of
the atomiser.
Check this by consulting the table of allowed fittings N° 14A-15A-16A (pages
37, 38, 39).

WARNING: make sure there are no persons or things near the atomiser
before starting the machine and while you are using it.

FIG. 4

4.4.1 THREE-POINT COUPLING

a) We recommend carefully checking that the tractor is suitable for supporting
the weight of the fully loaded sprayer safely.
The total weight of the sprayer with all of its accessories and fittings is indicated
on the nameplate in FIG. 2 and also (in the version with the maximum fittings
allowed) in tables N° 14A-15A-16A (pages 37, 38, 39).

For verification use the formula shown here.

M x s < 0,2 T x i + Z x (d + i)

i = tractor wheelbase

d = distance from the front axis and the ballast

s = overhang from the rear axle of the

operating machine

T = mass of the tractor + operator (75kg)

Z = ballast mass

M = sprayer mass

Non-observance can result in a very dangerous situation as the tractor will lose
steering sensitivity and can tip over when driving uphill or over bumps.
b) Check the diameter of the elevator coupling pins. If necessary position the
double diameter pins correctly; there are also appropriate adapter bushes
available.
c) Adjust the length of the third point tie-rod correctly so the sprayer is
perfectly vertical in normal working position.
d) Check for the presence of the safety pins that stop the arms of the tractor
jumping off the connecting pins.

4.4.2 HYDRAULIC CONNECTION TO THE DISTRIBUTORS

Machines that need a hydraulic connection to drive the movements of the
cannon are equipped with 1/2", “Push-Pull”, quick-fit male couplings. You can
connect the pipes by simply pushing them in, making sure you:

- do so only with the engine turned off;

- lower any tools connected to the elevator of the tractor;

- carefully clean the two parts that will be coupled

10 unigreen

Warning: the hydraulic cylinders used are the “Double Effect” type.
Consult the use and maintenance manual of the tractor.

FIG. 5

4.5 CARDAN SHAFT

In some models this is supplied on request.
The cardan shaft must bear the CE mark.
It must always have its own instructions that must be followed scrupulously
and it should come with a cover bearing the mark, integrated in every part.
You should have previously checked the length to avoid:

= if it is too long, DANGEROUS THRUST ON THE PUMP SHAFT
= if too short, the POSSIBILITY OF DANGEROUS BREAKAGES

FIG. 6

THE MINIMUM OVERLAP OF
THE TWO TELESCOPIC
TUBES MUST NEVER BE
LESS THAN 1/3 OF THE
LENGTH OF THE TUBES.

The power that can be transmitted by the cardan shaft must be at least equal
to that required to run the atomiser.
These power ratings are indicated in tables N° 14A-15A-16A (pages 37-38-39).

a) Hook any safety chains to solid anchor points
b) Check that the button or ringnut “E” (FIG. 6) is correctly engaged and

blocked both on the pump side and on the tractor side.

c) Don’t exceed an inclination of 30° in any direction for any reason
d) With the machine stopped, periodically grease the spiders and the pipes,

keeping the connecting zone particularly clean.
e) Avoid letting the end of the cardan shaft come into contact with the
ground with the machine stopped; use the relevant support on some versions
for this, if your machine has no support, hook the external safety chain to a
part of the frame of the machine (ex. control unit support).

FIG. 7

NEVER USE THE CARDAN TRANSMISSION IF THE FOLLOWING
PROTECTIVE COVERS ARE MISSING:

- TRACTOR POWER-TAKEOFF PROTECTIVE COVER

- CARDAN SHAFT PROTECTIVE COVER

- FIXED PROTECTIVE COVER ON THE PUMP SHAFT

4.6 PUMP

When using the pump scrupulously observe the instructions in the enclosed
handbook supplied by the manufacturer.
The pump can be identified by the ratings plate on the same; the main data on
the pressure and delivery are easy to find on this plate.
Normally the pumps mustn’t exceed 550 RPM; a higher speed won’t improve
performance but there is a risk of compromising the life and safety of the
pump.
There is a safety valve on the pump, calibrated to prevent overpressure. Don’t
tamper with this valve for any reason and don’t block or obstruct the pipes
connected to it in any way.

4.7 SUCTION FILTER

The sprayer is fitted with a suction filter with filter cartridges that have roughly
a 50-gauge mesh, which is equivalent to a hole of 0.4 at 0.35 mm.
An efficient filter lets the sprayer work properly.
You should periodically check that the filter cartridge is clean, this check
should be done more often if there are impurities in the liquid.
To inspect the filter cartridge wear rubber acid-proof gloves as the liquid in the
filter can come into contact with your hands when you open the filter.
Don’t perform this operation with the pump running as the depression
produced blocks the cover preventing the removal.
Before removing the cover of the filter, make sure that the same is isolated
from the tubing by unscrewing the relevant rear valve (FIG. N°8).
After washing the cartridge, reassemble the cover making sure you connect
the same to the circuit again, using the valves described above in the
opposite order.
WARNING!: Don’t disperse the washing residues in the environment!!

Don’t use the sprayer
without having consulted
the enclosed handbook.

FIG. 8

Valve

Filter

unigreen 11

Don’t use the sprayer
without having consulted
the enclosed handbook.

way

4.8 PRESSURE REGULATOR

To use the pressure regulator, follow the instructions in the enclosed handbook
scrupulously. The pressure regulator controls all of the most important spraying
functions, the thorough knowledge of its functions makes work easier and more
precise.
The working pressure and the maximum pressure of the sprayer are determined
by the pressure regulator which also protects the circuit from overpressure in
any work conditions. (In serious but very rare cases, if the connecting pipes get
blocked the pressure relief valve lets the pressure off)
In some setups there may be a pump that can reach a pressure of 50 bar con­trolled by a regulator designed for 20 bar. In this case the maximum pressure
that can be reached is 20 bar.
The regulators can be manual, mounted on the sprayer or at a distance to make
the controls easier to use; or electrical with a control panel in the cabin.
There are also regulator versions with mechanical remote controls with a cable.
If the tractor has a waterproof cabin the use of electrical controls is obligatory.

4.8.1 COMPONENTS OF THE PRESSURE REGULATOR

Below you will find the indications for the main models fitted on Unigreen
products.

A main ON-OFF command: “open” lets the fluid flow into the circuit in use;
“closed” empties the tank.
B maximum pressure valve: adjusted by hand with the relevant knob (drains
the excess liquid when the set pressure is reached).
C jets section tap: opens the corresponding jet boom or drains to the
compensation regulator (G).

D auxiliary tap: can be used for various accessories (it is always manual).
E volumetric pressure valve (proportional):

(when present) it regulates the spraying pressure. The valve automatically
compensates variations in speed (within the scope of the same gear ratio),
keeping the quantity of liquid supplied per surface unit (litres/hectare)
unchanged.

F self-cleaning filter: filters the delivery liquid.
G compensation regulators: suitably regulated, these make it possible to

keep the pressure constant when one or more sections of jets is closed, they
don’t influence treatments with the boom fully open.
H manometer: indicates the working pressure.

Connections:

R1 supply union
R2 drain union
R3 volumetric drain union
R4 jets section delivery union
R5 auxiliary delivery union

Control box for GCP ELETTRICO electrical regulators
I1 main control valve switch
I2 volumetric pressure valve switch (proportional)
I3 jets section valves switches

4.8.2 GENERAL INSTRUCTIONS

When using the pressure regulator, scrupulously observe the instructions in the
enclosed handbook, below you will find generic indications for the major models
fitted by Unigreen.

All the regulation and adjustment tests must be carried out with clean
water.

Pressure regulators without a volumetric valve (GCP3-way - GRH-RVA)

Adjusting the maximum pressure valve
= put main control A in the drain position (“OFF”).
= loosen the hand wheel of maximum pressure valve B completely
(anticlockwise).
= start the pump by activating the power-takeoff of the tractor at 540rpm
= open main control A (position “ON”), the manometer will be activated
= open all of the section valves C (position “ON”)
= adjust maximum pressure valve B to the working value (in any case less
than the safe maximum pressure the system can reach).

12 unigreen

Pressure regulators with a volumetric valve (GCP ELETTRICO)

Adjusting the maximum pressure valve
= put main control A in the drain position (“OFF”).
= loosen the hand wheel of maximum pressure valve B completely
(anticlockwise).
= open volumetric valve E completely.
= start the pump by activating the power-takeoff of the tractor at 540rpm
= open main control A (position “ON”), the manometer will be activated
= open the drain tap on filter F slightly (only GCP ELETTRICO).
= close volumetric valve E completely. If the pressure rises over the
maximum limit of the system, make sure maximum pressure valve B is open
(see previous indications)
= open all of the section valves C (position “ON”)
= adjust maximum pressure valve B to a value over that of the working
pressure (generally 10-14 bar) and in any case lower than the safe maximum
pressure that the system can reach.

Adjusting the volumetric pressure.
= with the volumetric pressure valve E adjust the pressure to the value the
treatment will be done at (the pressure is indicated on the nozzles tables on
the basis of the tractor speed and litres/hectare to spray)

Warning! The working pressure must be adjusted with the volumetric
valve and not with the maximum pressure valve. In the case the
working pressure is too near to the calibrated pressure of the
maximum pressure valve, the proportional valve may not be able to
compensate the speed variations correctly.

Adjusting the compensated returns
= close only one tap of section C (position “OFF”).
= adjust the corresponding compensator G until you return to the pressure
set previously (displayed on the manometer).
= open and close the tap of section C and check that the pressure remains
constant.
= repeat the above operations for all the section taps.
If the types of nozzles aren’t changed the regulations carried out will guarantee
a constant spraying of the liquid also per treatments that are done at different
working pressures.
NB: if the type of nozzle is changed then the calibrating will have to be done
again.

4.9 DELIVERY FILTERS (ONLY EQUIPPED MODELS)

This is particularly useful when using small nozzles (low volume), they are
normally mounted on the jet booms and have a filter cartridge with a 40-gauge
mesh (the equivalent of a 0.4 mm hole).
In the RV version, the standard cartridge has a 86-gauge mesh (the equivalent
of a 0.25mm hole) and another manometer is mounted after the cartridge to
make fault-finding easier.
At the end of each treatment cycle you should clean the cartridge: turn the
jets to the closed position, put the command under pressure and open the tap
under the filter to drain the tank for a few minutes.
You should clean the cartridge by hand periodically, on the basis of the
product used. Stop the pump to clean. Wear rubber gloves and the other
personal protective equipment when cleaning.

+ filter

40 mesh RV 86 mesh

FIG. 9

unigreen 13

FIG. 10

FIG. 11

FIG. 12

4.10 FILLING THE TANK

The machines for defensive crop treatments, in consideration of the safety of
persons, animals and the protection of the environment, must only be filled
indirectly from open water courses and only by free-falling water from the
waterworks.
The pipe used for filling must never come into contact with the liquid inside the
tank and therefore the water must always fall over the upper edge of the filling
inlet and through the filter installed on it.
The tank is fitted with a transparent graduated band that shows the exact
quantity of liquid inside. This reading is precise if the tank is on flat ground; the
actual total capacity coincides with the highest number. All the filling systems
fitted by Unigreen on their production machines or on request are antipollution
and stop the liquid overflowing out of the tank.

a) FILLING WITH THE SUCTION FILTER (Fig. 10 - Fig. 11).
If the 3-way deviator isn’t fitted you can fill the tank using the coupling on the
cover of the suction filter. Unscrew the rear wing nut of the filter and using a
G1"1/2 threaded union, connect pipe T with the floating filter to the coupling.
Also in this case the filling speed in litres/minute is equal to the delivery of the
pump.

b) FILLING WITH THE ANTIPOLLUTION EJECTOR (Fig. 12)
If you are filling with an antipollution hydroejector (mounted as standard on
some models) then you should proceed as follows:

= put roughly 20-30 L of water in the tank and start the pump.
= remove the cap of ejector E and insert filling pipe T.
= place the other end of the hose, on which you fitted filter G, in the watering

point.

= open the tap that supplies the ejector (on pump P or pressure regulator C).
= increase the pressure until it reaches a value which is sufficient to suck up

the liquid.
= visually check the level of the liquid inside the tank and after filling
disconnect pipe T from the ejector, close the tap and replace the cap.

WARNING: using the taps on the
pump or in any case on the front of
the machine puts the operator near
the cardan shaft. Despite the
presence of CE standard protective
covers you should take great care.

4.11 TEST WITH CLEAN WATER

It is good practice to do a test with clean water (without chemical product in the
tank) before the first treatment to make sure the atomiser is working properly
and to get to know the controls. For instructions on how to proceed with the
treatment see the chapter SPRAYING.

4.12 MIXING

The active principle can be mixed using the relevant stirrers before and during
the treatment. Correct mixing and stirring is the basis of the correct distribution
on the crops. We recommend some useful accessories such as the premixer
for powders and liquids (see the following paragraph).

To mix the product in the tank proceed as follows:

14 unigreen

a) high-pressure machines from 30 to 60 bar (FIG. N° 13): run the stirrer (or

3215/0585F

H2O

by

unigreen

spa

ejector) for roughly 10-15 minutes at the maximum pressure available

b) low pressure machines, max 20 bar
= with a drilled pipe on the drain, run the pump at roughly 540 RPM with the

pressure regulator on drain for at least 10-15 minutes. (FIG. N° 14)
= with the stirrer on a delivery, run the pump supplying the stirrer (or ejector)
at the maximum pressure available for at least 10-15 minutes. (FIG. N° 13)

FIG. 13

FIG. 14

Some models with very small tanks aren’t equipped with mixers, you should

use the drain of the pressure regulator: run the pump at roughly 540 RPM with
the pressure regulator in the drain position for at least 10-15 minutes. (FIG. N°

15)

4.12.1 MANUAL PREMIXING

Dilute the active principle by hand before introducing it into the tank, (you
must wear suitable protective clothing such as rubber gloves, a mask or
goggles, overalls, etc.).

4.12.2 PREMIXER ON COVER (OPTIONAL):

Open the cover and pour all of the chemical powder into the filter, close the
cover and open the supply tap until all of the powder has dissolved.

4.13 WASHING THE ATOMISER

After every treatment, thoroughly clean the equipment, washing it with water
inside and out. Dirty equipment is very dangerous for people and in particular
for children.
Discharging the residues of washing in the environment without taking
precautions is forbidden as this pollutes water courses. Distribute the residues
on the field or the crops where they won’t cause any damage.

FIG. 15

4.13.1 CIRCUIT WASHER AND TANK WASHER

Some machine models are fitted with a circuit washer tank (FIG.16). This tank
must be filled with clean water and used to rinse the entire circuit including the
suction, delivery, pump, pressure regulator, jets and nozzles. Thanks to the
practical rotary nozzle it also rinses the inside surfaces of the tank.

NB: To completely clean the tank and the pipes of any residues of the various
active principles, we recommend adding 2kg of soda to the washing liquid for
every 100 L of water.

At the end of the treatment, wash the circuit and the tank.

a) Stop the diaphragm pump disengaging the power-takeoff.
b) Check you have filled the circuit washer tank (C).
c) Make sure the main control of the pressure regulator is OFF and that all
the boom sectors are closed.
d) Turn suction deviator A to the circuit washer position (H2O).
e) Start the diaphragm pump by engaging the power-takeoff.
f) Increase the engine speed until all of the liquid in circuit washer tank C
has been sucked up.
g) Turn the diaphragm pump off and turn deviator A to the work position
(TANK).
h) Turn the main control to ON, so there is pressure in the circuit.
i) Start the diaphragm pump again and use the tank washing tap on the
regulator (or on pump P) that supplies jet B.
j) After a few minutes you can close the tank washing tap
k) Distribute the washing residues over a portion of the field where it won’t
cause damage.
l) After you have finished washing, stop the diaphragm pump.

FIG. 16

P

B

WARNING: using the taps on the pump or in any
case on the front of the machine puts the
operator near the cardan shaft. Despite the
presence of CE standard protective covers you
should take great care.

This symbol identifies
the clean water tank
on the machine used
to wash the circuit

A

C

F

NB: at the end of the washing cycle, if there is the risk of frost, pour roughly
500 grams of normal antifreeze for auto vehicles into the tank.

unigreen 15

5 BLOWER GROUP All the atomisers have a high speed fan rotor. You must take great care and beware of the effects that this can provoke: such as the aspiration and projection of foreign bodies which, although of a small size, can be very dangerous especially for the eyes and face.

Belt tensioning
system

FIG. 17

Belt tensioning
system

FIG. 18

5.1 AXIAL BLOWER GROUP WITH PULLEY

The atomisers that have a drive transmission between the pump and fan with
pulleys are equipped with a neutral gear; the multiplied ratio is 1:4.26, the
rotation speed of the fan is 2,300 RPM.

You should periodically check the tension of the belts; if they become too slack
you should tension them again.

To do this for the models equipped with a specific system belt tensioning sys­tem, use the screw indicated to the side ( FIG. 17).

For all the other models use an adjustable wrench on the nut indicated in the
figure to the side to move the base and tension the belts (FIG. 18)

5.2 AXIAL BLOWER GROUP WITH MULTIPLIER

The transmission of the drive from the pump to the fan is done through a
multiplier with one or two neutral gears.
Normally the rotation speed of the fan is 1950 RPM in first gear and 2500 RPM
in second in the multiplier with 2 gear ratios (multiplied ratios 1:3.6 - 1:4.6) and
2,500 RPM in the multiplier with one gear ratio (1:4.6)with the power-takeoff
running at 540 RPM.
You can change from one gear to the next with the lever on the multiplier, made
accessible through the opening on the side in the rear left part of the machine or
at a distance on the right side. The lever has 2 or 3 positions depending on the
number of gears and the central position is neutral (to use only the pump
without the fan).

FIG. 19A

FIG. 19B

Speed change
lever

There are two models of blower groups with rear suction:

- Axial blower (FIG19A): used for treatments similar to traditional multiplier
blower groups, with delivery of the air in a circular crown.

- Tangential blower: for use in small and medium espalier rows of vines. There
are pulley drive versions or multiplier versions, adjustable jets can be mounted
to spray the vegetation at various heights.

WARNING: the gear change lever must only be used with the power-takeoff
disengaged and the fan stopped. If it is difficult to engage, turn the cardan shaft
slightly by hand to find the right position of the lever (make sure the tractor is
turned off).

There are two deflectors (one on the right and one on the left) in the bottom part
of the delivery outlet of the fan groups which define the direction of the airflow;
lower if the deflector is lowered and higher if the deflector is raised. For the
system to work properly it should be set up as follows: the left deflector
(looking at the atomiser from behind) raised and the right one lowered in
machines with a multiplier, vice versa in those with a pulley (as the fan turns in
the opposite direction).

For the maintenance of the multiplier (see point 8.2.3 Multiplier Lubrication).

16 unigreen

WORK TEMPERATURE
Heat is generated by the friction between the various moving components and on
the basis of the power transmitted. The temperature
of the multiplier or disengaging box depends on the capacity to dissipate heat to
the surrounding environment and therefore the surfaces involved in the heat
exchange and the environmental conditions.
The specifications refer to environmental conditions with a temperature between

-10° +50°C (14°C -122°F).

The working temperature limit of the box is 90°C (200°F) established to prevent the
ageing of the seals and guarantee a sufficient viscosity of the oil. The heat makes
the air in the box expand and therefore increases the pressure inside. The correct
use of the oil seals is guaranteed up to an internal pressure of 0.5 bar. Boxes
designed to be used for particularly heavy duty work are equipped
with a breather cap that can be fitted
on any cast iron box on request.

5.3 BLOWER GROUP WITH FRONT SUCTION

These models have front suction with delivery of the air obliquely to the rear of
the machine. This characteristic guarantees greater penetration into the veg­etation (see fig. 20A-20B)

There are two models of blower groups with front suction:

- Axial fan: used for treatments similar to traditional multiplier blower groups,
with delivery of the air in a circular crown (fig. 20A-B).

- Tangential fan: for use in small and medium espalier rows of vines. There
are pulley drive versions or multiplier versions, adjustable jets can be mounted
to spray the vegetation at various heights.
The vanes of these blowers have an inclination that can be adjusted by 5°, with
positions from 20° to 40° (as standard this is set at 35°); to adjust the inclina­tion you have to order the appropriate adjustment discs. This operation must
only be performed by qualified personnel respecting the position of the single
vanes so as not to vary the dynamic balance of the fan; unbalanced blowers
can cause rapid wear of the multiplier and the fan rotor itself making the ma­chine unsafe.

FIG. 20A

FIG. 20B

5.3.1 SINGLE-SIDE BLOWER GROUP

The sprayer can be equipped with a single-side blower group like the one
shown in figure 21. The operating principle is similar to that of the blower group
with front suction, the only difference being that the treatment is only on one
side.

5.4 AXIAL ROTOR

Generally the new models of rotors are fitted with 7 vanes made of aluminium
or nylon + fibreglass and the vanes have a variable inclination from 20° to 40°
with step adjustment by 5° (in some cases there are drilled reference discs)
FIG. 22.
The angular movement of all of the vanes, if done correctly, doesn’t change
the dynamic balance of the blower group.
To change the inclination of the vanes (as standard this is set at 35°) proceed
as follows:

a) Remove the protective grill.
b) Unscrew screws A that hold the spinner (central cover), each vane has

two blocking screws B at the side, one on the right and one on the left.
Unscrew the two screws enough to turn the vane the degrees necessary
(replace the drilled discs when fitted). To make the adjustment easier, there
are reference notches on blocking element C.
c) After you have positioned the vane, perform the same operation on the
next one and screw the screws of the first in enough to block it in place.
d) Repeat the operation on all the vanes and after you’ve checked that all
have the same angle, reassemble the spinner and the protective grill.
The fan is balanced dynamically; the different numbers of washers under the
screws blocking the vanes are for balancing.
You shouldn’t change the position of the washers or add or remove any. Only
tighten down the screws with moderate force as they have an aluminium
thread.

FIG. 21

drilled reference disc

(only fitted models)

FIG. 22

unigreen 17

FIG. 23

FIG. 24

5.5 CLUTCH

Big aluminium and nylon blowers have a centrifugal type clutch that makes it
possible to engage the fan rotor gradually.
This prevents jerky starts, due to the inertia of the fan rotor, which can have a
negative effect on the transmission.
For the centrifugal clutch to work properly the speed of the power-takeoff
mustn’t be less than 450 rpm, especially if you are using the first gear of the
multiplier.
Generally clutches with shoes/plates made of sintered material with a high
coefficient of friction are fitted, on some low power models rubber clutches may
be fitted.

5.6 OPTIONAL DEFLECTORS AND ACCESSORIES

The atomisers are fitted with deflectors underneath for the optimal regulation of
the airflow towards the zone to be treated. To adjust these, simply pull or push
the deflector, positioning it in the desired way (FIG.23).

Top deflectors can also be supplied on request to improve the regulation of the
airflow towards the lateral zones without dispersing the product upwards. To ad­just these, simply loosen the black lever (shown in figure 24), position the de­flectors and lock the lever again.

5.7 CANNON BLOWER GROUP

The cannon blower group is equipped with a multiplier similar to the normal axial
blower groups and all of its operating characteristics are the same.
The main difference with respect to the axial blower groups is that the
centrifugal fan rotor is made of galvanised steel, the fan rotors in this type are
fixed and can’t be adjusted, for the clutch see the previous paragraph. This fan
rotor can usually produce a delivery which is much higher with a very high
speed airflow (Fig. 25).

FIG. 25

18 unigreen

The cannon fan is mounted on a thrust block that can be adjusted by hand by
unscrewing the relevant locking screw. This adjustment must be done with the
fan rotor stopped because the high speed of the air make the movement of the
fan dangerous.

5.7.1 MANUALLY INCLINABILE HEAD

The cannon blower group can be equipped with a pivoting head (max inclination
180°) adjustable by hand.

5.7.2 HYDRAULIC DRIVEN HEADS

On request hydraulic pivoting (inclination 90° roughly) and rotating (max rotation
270°) heads are available.

5.7.3 HYDRAULIC DRIVES

The cannon fans can be equipped with hydraulic drives: with the cylinder fitted
directly (30° inclination roughly) or a motor with a pinion and chain (180°
inclination roughly).

5.7.4 OIL FEED FROM TRACTOR

(for hydraulic systems)
Connect the delivery and discharge quick-fit coupling to the respective
connections, respecting the direction of flow.
The distributor inlet pipe is connected to the aluminium flow separator valve
next to the distributor.
The flow separator must be adjusted correctly so it sends less than 4-5 L/1° to
the distributor.
To prevent the cylinders moving at a dangerous speed, adjust the relevant
chokes near the cylinders. If the registration ringnuts aren’t visible then fixed
chokes are fitted. The chokes are fitted on the discharge line of the movement
to slow.
Any impurities in the oil could block the chokes and as a consequence block
the cylinder; remove the dirt if necessary. The maximum pressure valves of the
distributors are regulated to a pressure of around 150 bar.

To prevent the excessive heating of the oil we recommend supplying the
distributor of the sprayer only when the cylinders are being used.
We recommend having qualified personnel do any adjustments.
Pay attention to the integrity and efficiency of the hydraulic components and in
particular to the pipes to prevent the risk of bursting.
Do a full check on the pipes and components at least once a year, we
recommend replacing hydraulic pipes every 3-4 years.

6 SPRAYING

6.1 DESCRIPTION OF TYPE OF JETS

Various types of jets are fitted; with a single or double head.
Generally they have a non-drip diaphragm and are made out of brass, suitable
for pressures up to 40 bar, some models are nickel plated.
The jets can be equipped with different types of nozzles, changing the locking
ringnuts. The jets used normally have high volume, Ø18, ceramic plates and
low volume conical nozzles (Albuz ATR or Teejet TXB). The jets for cannons
have a jet holder with adjustable delivery and spray that has high volume,
ceramic plates, Ø15 instead of 18.

All the jets normally used have three positions (FIG. 26):
a) spray - if the nozzle is pointing outwards, away from the blower group,
parallel with the non-drip valve
b) closed - if the nozzle is at 90° with respect to the non-drip valve or, for the
single jet if it is facing inwards towards the blower group
c) nozzle second spray - when these are pointing towards the outside of the
blower group parallel with the non-drip valve.

6.2 DESCRIPTION OF TYPE OF NOZZLES

The nozzles are extremely important to obtain a correct distribution on the
vegetation to be treated. Poor quality or worn nozzles have a tendency to
create unevenly treated strips.
The nozzles are produced in various sizes, to work with a precise pressure
range, to create certain types of larger or smaller drops; using nozzles for a
purpose they are not envisaged for prejudices the precision and duration of the
nozzles.

6.2.1 NORMAL VOLUME CONICAL NOZZLES (OVER 500L/HA)

Generally made of ceramics, these nozzles consist of various parts; the actual
nozzle, the stainless steel slinger and a series of seals. They are particularly
resistant to wear and are designed to work also at high-pressure (25-45 bar)
producing drops of an average size with strong turbulence. This turbulence
makes them suitable for penetrating luxuriant vegetation and so they are
suitable for fungicides and insecticides. There are various sizes and the
capacities are indicated in table N° 1, page 33.

6.2.2 LOW VOLUME CONICAL NOZZLES (150-500L/HA)

Made of two ceramic pieces with colour-coded plastic inserts, they are
available in various sizes identified by the colour (see tables 2 and 3 page

33).
They have been specifically designed to obtain a large number of small drops
with strong turbulence even at low pressures (2-3 bar). This turbulence makes
them suitable for penetrating luxuriant vegetation and so they are suitable for
fungicides and insecticides. The nozzles of the TR Lechler and TXA Teejet
series are in this category.

FIG. 26

6.2.3 ANTI-DRIFT NOZZLES

Specific anti-drift nozzles are available from Unigreen. The main characteristic
of these nozzles is that they eliminate the fog effect caused by the presence
of drops that are too small and are particularly sensitive to drifting. For further
information please contact Unigreen for the relevant instruction handbook.

unigreen 19

NB: for calculating a different space between
rows simply multiply the litres/hectare value by
the corresponding width indicated in the table
and divide it by the new width.

EXAMPLE:
in the table: 907 Lt/ha with a space between the
rows of 3m

907x3 = 971 Lt/ha with a space between
2,8 the rows of 2.8m

6.3 CALIBRATING AXIAL FAN ATOMISERS

(Tables on pages 25 - 30)
The tables on pages 25-30 let you easily calculate the distribution in litres/
hectare of the atomisers with the standard fittings, proceeding as indicated
below:
a) Choose the table relevant to the blower group of the atomiser in question (the
main reference is the number of jets)
b) Find the distance between the rows of the vegetation and the diameter of the
nozzles used (ceramic plates, TR or TXA).
c) In the horizontal strip, choose the working speed and the distribution in litres/
hectare and on the vertical scale find the pressure to use.
d) Adjust the pressure to obtain the treatment required.
If the distance between the rows is different from that in the table you can easily
calculate the distribution in proportion: for example with a distance between the
rows of 8 m, divide the figure for the litres/hectare of the distance between the 4
m rows by half, with a distance between the rows of 2.5 m double the figure for
the distance between the 5 m rows.
The last line of the table indicates the overall delivery of the fan.
If the atomiser is fitted with non-standard nozzles, the spraying tables of the
single nozzles per atomiser are on page 34.
To calculate the distribution in litres/hectare, use the following formula:

Vd = 600 x Q

I x V where: Vd = volume to distribute (L/ha)

Q = sum of the nozzles delivery (L/min)
I = distance between the rows (m)
V = tractor speed (Km/h)

EXAMPLE:
Distance between the rows: 5 m
Speed: 6 Km. / h
Working air pressure 30 bar
Fan Ø 800 with 14 standard, high volume nozzles (Ø 1.0)

Q total delivery of the nozzles (Tab. 1 page 34) 2.96x14= 41.44 L/min

Vd = 600 x 41.44 = 829 L/ha

5 x 6

N.B. : Depending on the season the vegetation may be more or less luxuriant;
bear this in mind before starting the treatment. If the plants don’t have much
foliage you should diminish the quantity of litres per hectare using lower
pressures or closing one or more jets of the fan.

6.4 CALIBRATING CANNON ATOMISERS

( Tables on pages 31-33 )
Atomisers with a cannon blower group are mainly intended for treating forest
trees or other tall plants that it is impossible to drive into with the sprayer (for
example tobacco or similar cultivations). They are also frequently used in culti­vation under mobile greenhouses.
When shooting the atomised chemical mix at distances, that can even be over
40 m, it isn’t possible to verify with the exact distribution on the area treated.
Due to the effect of the wind, the presence of turbulence and the obstacle of
the same plants being treated, we don’t recommend using cannons with
chemical products that need to be distributed with great precision.
Don’t use herbicides or similar products.

20 unigreen

6.4.1 TREATMENTS ON TALL PLANTS a) Use the tables of pages 31-33 choosing the one relevant to the type of

cannon to use and the number of jets.
b) On the last line choose the delivery in L/minute that goes with the chosen
working pressure.
c) Then spray the litres desired on the plant defining the necessary treatment time.
When treating a poplar grove or in similar situation there are photocells for the
automatic management of the opening of the jet in the presence of the plant to
treat, available on request.

6.4.2 TREATMENTS ON HERBACEOUS CULTIVATIONS a) Use the tables of pages 31-33 choosing the one relevant to the type of

cannon to use and the number of jets.
b) Find the range and the diameter of the nozzles used (ceramic plate or TR
nozzles).
c) In the horizontal strip, choose the working speed and the distribution in
litres/hectare and on the vertical scale find the pressure to use.

d) Adjust the pressure to obtain the treatment required.
Note: the minimum range indicated in the table can vary significantly
according to the adjustment of the single jets (screwed in more or less).
To verify the exact delivery of the fan do tests with clean water.

7 HAND LANCES

When using hand lances bear in mind the following notes:
= Don’t direct the jet of liquid towards electric power lines or zones where
there is electrical current, houses or where people might pass.
= Don’t point the jet at people or animals.
The jet can cause serious injuries simply due to the mechanical force of the
liquid under pressure.
= Never block the spraying lever of the lance in an open position because if
the lance falls it will be uncontrollable.
= At the end of work after you have stopped the pump, make sure that any
residual pressure in the pipes under pressure has been drained to avoid
unexpected jets when putting the lance away.
There are various types of lances; with a lever, mitra spray gun and pistol grip.
For further information please refer to the handbook in the package.
The lever lance is controlled by opening lever A which, depending on how
much it’s pressed, produces a conical spray or direct jet. The standard nozzle
is Ø 1.5
The mitra spray gun can produce a direct jet or a conical spray and the type
of spray is selected by pushing lever B forwards or backwards. Use lever C to
open the jet. The standard nozzle is Ø 2.5
Replacement nozzles are available for all of the lances and the capacities are
indicated in the tables TAB.4 and TAB.5 ( page 34).

A

B

C

unigreen 21

8 MAINTENANCE

All of the maintenance operations and repairs must be carried out with the ma­chine and cardan shaft stopped and the tank and circuit clean of any residues
of chemical products.
The maintenance of the atomiser is essential for maintaining a high level of
safety. Also consult the single handbooks of the main components of the atom­iser.

8.1 PROGRAMMED MAINTENANCE

(TAB. N° 7, page 36)
We recommend using a table of programmed maintenance to follow in time to
keep the atomiser in an efficient working condition.
For major and important maintenance jobs we recommend using the normal
UNIGREEN assistance service available from your reseller, (if necessary)
replacing parts using original spare parts only.

8.2 ROUTINE MAINTENANCE = After every treatment wash the inside of the tank and the entire circuit as

indicated in paragraph 4.13

= Periodically check that the suction and delivery filters are clean
= Check the oil level in the volumetric compensator of the pump
= The use of chemical products that are particularly damaging for a nitrile

rubber mix can cause the diaphragm to break before time.
In these conditions check the state of the components more often. There are
diaphragms made of special materials (viton and desmopan) that are available
on request.
= When doing treatments with copper hydroxide you should take great care
to thoroughly clean the system, washing it after each treatment because
hydroxides attack parts that aren’t painted or protected by hot galvanising.
To prevent chemical attacks we recommend spraying transparent paint on the
parts that are most exposed to the product and equipping the atomiser with
stainless steel pressure gauges.

FIG. 29

8.2.1 CLEANING THE NOZZLES

Check the state of wear of the nozzles and replace them when the delivery is
over 30-35% of the theoretical level.
If you notice even a partial blockage of a nozzle proceed as follows:

- drain the pressure and stop the machine

- dismantle the screw or bayonet ringnuts holding the nozzles

- clean with a small brush or compressed air, don’t use nails, punches or

bradawls

- reassemble the nozzles and the ringnuts, replacing the filters and seals.

8.2.2 LUBRICATION

The moving mechanical components must be lubricated to prevent wear and
overheating. This lubrication can be done with grease or oil: oil allows
significantly higher speeds, in general grease is used to lubricate bearings with
a vertical or inclined axis as it stays in the zone for longer.

8.2.3 MULTIPLIER LUBRICATION

The multiplier and disengaging boxes are normally lubricated in an “oil bath”, in
special cases NLGI n.0 grease is used. The viscosity is an essential
characteristic of a lubricant oil and this is indicated by the SAE (SOCIETY OF
AUTO-MOTIVE ENGINEERS) classification of the oils for gearboxes and
differentials. Special additives improve the capacity of the oil to maintain a
lubricant film also at high pressures and temperatures. We recommended using
SAE 90 oil for the multiplier and disengaging boxes. The quantity of oil is
established by the level cap. A greater quantity of oil doesn’t improve the
conditions of lubrication and can cause overheating in the box. Changing the oil
protects the parts from the dangers associated with wear and the presence of
metallic particles that can be present, especially in the first period of use. We
recommend replacing the oil after the first 50 working hours and then
subsequently every 500 hours.
The quantity of oil needed is indicated on the sticker near the multiplier (FIG.

23)

WARNING: the oil used mustn’t be dispersed in the environment and must
be collected the relevant containers.

22 unigreen

8.3 EXTRAORDINARY MAINTENANCE

At the end of a season of intense use, or every two years of normal use, it is a
good idea to have a specialised service technician perform a general check on
the machine.

8.4 REPAIRS

We recommend having the normal UNIGREEN assistance service available from our reseller
perform any repairs or contact a specialised workshop. During all of the repairs, in particular
when welding, the machine and the circuit must be clean of any residues of chemical product.
If the machine has to be lifted (for example to change a wheel) follow the instructions in point

4.3 of the present handbook.
Also make sure the machine is stopped, connected to the tractor, and use the relevant chocks
to block the wheel still on the ground.
If you use a jack (manual or hydraulic) make sure you use a jack that is suitable for the frame
so it can’t slip and put it in the right position. The jack must be placed under the main frame of
the machine near the wheel to change. Make sure the ground is compact: if necessary use
wooden beams or other sufficiently resistant material to broaden the supporting base of the
jack.

8.5 STORAGE IN A WAREHOUSE AND TRANSPORTATION

The sprayer must be kept in a closed place away from excessive humidity and protected from
frost. Especially if electrical pressure regulators, electrical motors, a spraying computer or
similar components are fitted.
Before storing the machine, after you have washed it, apply a light coat of oil.
If the temperature might drop to below zero, drain any residual liquid or add roughly 0.5 L of
normal antifreeze for auto vehicles.
To transport the machine follow the instructions in point 4.3 of the present handbook.

8.6 PUTTING BACK INTO SERVICE AFTER WINTER LAYUP

Before using the machine again after a long period of inactivity you should perform some
general checks, following the instructions in point 4.2 and drain any antifreeze.

Never start the shaft of the pump if you think there may by ice inside. To check this,
make sure you can turn the shaft by hand without connecting it to the tractor.

After you have connected the machine to the tractor (see point 4.4) following the instructions
in the present user’s handbook and in the enclosures of the pump, pressure regulator and
accessories.

8.7 DEMOLITION AND DISPOSAL

When the sprayer will be put out of service you should wash it with great care to remove any
residues of chemical product, follow the instructions in point 4.13 of the present handbook.
ATTENTION: It is necessary to adopt appropriate Individual Protection Devices in manipulating
waste.
The disposal of waste deriving from the demolition of the machine must be carried out
respecting the environment, avoiding soil, air and water pollution.
Local legislation in force in the matter must be respected in any case.
Remember that waste is understood as any substance or object that enters into the categories
shown in attachment A in part IV of Legislative Decree 152/2006, that the holder has
destroyed, has decided or is obliged to destroy.
Waste deriving from the demolition of the machine is classifiable as special waste.

8.7.1 MATERIALS FOR DEMOLITION

Non-dangerous special waste is that which can be recovered, according to the February 1998
Ministerial Decree:

· Iron, aluminium, stainless steel and copper materials

· Plastic materials

· Electronic cards

· Hydraulic oil

· Electrical plant

8.7.2 INDICATIONS FOR A SUITABLE TREATMENT OF WASTE

The Correct management of special waste envisages:

- stocking in suitable places, avoiding mixing dangerous waste with the non-dangerous.

- ensuring that authorised carriers and receivers carry out its transport and disposal/
recovery.
Transport of one's waste to authorised collection centres is allowed exclusively if you are
enrolled in the Environmental Management Register.

8.7.3 ELECTRICAL AND ELECTRONIC APPARATUS WASTE (EEAW)

The Italian government has adopted the European Parliament directives in the matter of the
disposal of electrical and electronic waste (EEAW) (2002/95/CE and 2003/108/CE Directives)
with Legislative Decree n° 151,July 25 2005).
The measures: in particular, the decree established measures and procedures aimed at:
a) forestalling the production of EEAW;
b) promoting the re-use, recycling and other forms of EEAW recovery, in order to reduce the
quantity to send for disposal;
c) improving, in terms of the environment, the actions of the subjects who participate in the
life-cycle of these apparatuses (producers, distributors, consumers and operators directly
involved in the treatment of EEAW);

unigreen 23

d) reducing the use of dangerous substances in electrical and electronic apparatus.

The decree imposes the limitation and elimination of several substances present in EEAW: lead,
mercury, cadmium, chrome, hexavalent chrome, polybrominated biphenyl, polybrominated diphenyl
and polybrominated diphenyl ethers.
The machine has been designed and created in conformity with this directive. Follow the indications
shown below.
The symbol to the side, showing a barred garbage can on wheels, indicates the separate collection of
the electrical and electronic apparatuses of the machine.

The user of the present machine can contact the collection centres instituted by the Local Authorities
or the UNIGREEN Company directly, or request withdrawal by the dealer, in order to carry out correct
disposal of the waste.

Commonly used spare parts

part description code

single Ø18 non-drip jet for atomiser with
diaphragm (1/4" mount) without nozzles 1224/0194F

double Ø18 non-drip jet for atomiser with
diaphragm (1/4" mount) without nozzles 1224/0195F

double 15 + Ø18 non-drip jet Ø for cannon with
diaphragm (1/4" mount) without nozzles 1224/0199F

ceramic conical nozzle Ø0,8 3400/0394F
high volume Ø1,0 3400/0395F
for Ø18 atomiser jet Ø1,2 3400/0396F

diffuser Ø18 mm. closed B1606.0011
for atomiser jet Ø1,0 B1606.0012

filter for Ø18 jet holes Ø 0,8 1002/0110F

Ceramic, conical nozzle kit, Nozzle Ø0,8 Dif. Ø1,0 Filter Ø0,8 3400/0400F

filter diffuser and seal Nozzle Ø1,0 Dif. Ø1,0 Filter Ø0,8 3400/0401F

for Ø18 mm jet Nozzle Ø1,2 Dif. Ø1,2 Filter Ø1,0 3400/0402F

Nozzle Ø1,5 Dif. Ø1,5 Filter Ø1,0 3400/0403F
Nozzle Ø1,8 Dif. Ø1,8 Filter Ø1,0 3400/0404F
Nozzle Ø2,0 Dif. Ø1,8 Filter Ø1,0 3400/0405F

Clamp kit for fixing G1/4" jets on Ø1/2" booms 1805/0034F

Clamp kit for fixing G1/4" jets on Ø1/2" booms+ M8 F thread 1805/0050F

Ø1,5 3400/0397F
Ø1,8 3400/0398F
Ø2,0 3400/0399F

Ø1,2 B1606.0013
Ø1,5 B1606.0014
Ø1,8 B1606.0015

24 unigreen

Teejet

ISO nozzle TXA80-067 Olive 3400/0612F

TXA80-005 Lilac 3400/0611F

ceramic conical TXA80-01 Orange 3400/0613F

with slinger TXA80-015 Green 3400/0614F

+ OR TXA80-02 Yellow 3400/0615F

TXA80-03 Blue 3400/0616F
TXA80-04 Red 3400/0617F
TXA80-05 Brown /

TABLES FOR CALIBRATING ATOMISERS

p

p

p

p

p

p

TABLES FOR CALIBRATING ATOMISERS Ø500-600

unigreen spa

Tabella erogazione in Litri/ettaro Gr.Ventola Ø500-Ø600 8 getti

Lt./ha spreading rate table for Blower Ø500-Ø600 8 NOZZLES

Piastrina ceramica Ø1,0 Piastrina ceramica Ø1,2

PRESSIONE bar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

3,5 857 983 1120 1246 1354 1543 1691 1154 1417 1623 1806 1989 2286 2514

4 750 860 980 1090 1185 1350 1480 1010 1240 1420 1580 1740 2000 2200

eed

5 600 688 784 872 948 1080 1184 808 992 1136 1264 1392 1600 1760 3

s

Velocità Km/h

6 500 573 653 727 790 900 987 673 827 947 1053 1160 1333 1467
7 429 491 560 623 677 771 846 577 709 811 903 994 1143 1257

3,5 643 737 840 934 1016 1157 1269 866 1063 1217 1354 1491 1714 1886

4 563 645 735 818 889 1013 1110 758 930 1065 1185 1305 1500 1650

eed

5 450 516 588 654 711 810 888 606 744 852 948 1044 1200 1320 4

s

Velocità Km/h

6 375 430 490 545 593 675 740 505 620 710 790 870 1000 1100
7 321 369 420 467 508 579 634 433 531 609 677 746 857 943

3,5 514 590 672 747 813 926 1015 693 850 974 1083 1193 1371 1509

4 450 516 588 654 711 810 888 606 744 852 948 1044 1200 1320

eed

5 360 413 470 523 569 648 710 485 595 682 758 835 960 1056 5

s

Velocità Km/h

6 300 344 392 436 474 540 592 404 496 568 632 696 800 880
7 257 295 336 374 406 463 507 346 425 487 542 597 686 754

Litri/min. 15,0 17,2 19,6 21,8 23,7 27,0 29,6 20,2 24,8 28,4 31,6 34,8 40,0 44,0

Larghezza di lavoro

working width

Litri/haLitri/haLitri/ha

3 m.

4 m.

5 m.

Tab. 3215/0000F

ug. sing. 1,88 2,15 2,45 2,72 2,96 3,37 3,70 2,53 3,10 3,55 3,95 4,35 5,00 5,50

N.B. to calculate the different ranges it is sufficient to multiply the value lt/hectare by the corresponding width
indicated in the table and divide it by the new width (see chapter 6.3, page 20).

unigreen spa

PRESSIONE bar 5 7 10 12 15 18 20 5 7 10 12 15 18 20

Tabella erogazione in Litri/ettaro Gr.Ventola Ø500-Ø600 8 getti

Lt./ha spreading rate table for Blower Ø500-Ø600 8 NOZZLES

TR80-01 ARANCIO TR80-015 VERDE

Larghezza di lavoro

working width

3,5 234 274 331 354 400 440 463 34 411 491 537 600 657 697

4 205 240 290 310 350 385 405 30 360 430 470 525 575 610

eed

5 164 192 232 248 280 308 324 24 288 344 376 420 460 488 3

s

Velocità Km/h

6 137 160 193 207 233 257 270 20 240 287 313 350 383 407
7 117 137 166 177 200 220 231 17 206 246 269 300 329 349

Litri/haLitri/haLitri/ha

3 m.

3,5 176 206 249 266 300 330 347 26 309 369 403 450 493 523

4 154 180 218 233 263 289 304 23 270 323 353 394 431 458

eed

5 123 144 174 186 210 231 243 18 216 258 282 315 345 366 4

s

Velocità Km/h

6 103 120 145 155 175 193 203 15 180 215 235 263 288 305
7 88 103 124 133 150 165 174 13 154 184 201 225 246 261

4 m.

3,5 141 165 199 213 240 264 278 21 247 295 322 360 394 418

4 123 144 174 186 210 231 243 18 216 258 282 315 345 366

eed

5 98 115 139 149 168 185 194 14 173 206 226 252 276 293 5

s

Velocità Km/h

6 82 96 116 124 140 154 162 12 144 172 188 210 230 244
7 70 82 99 106 120 132 139 10 123 147 161 180 197 209

Litri/min. 4,1 4,8 5,8 6,2 7,0 7,7 8,1 0,6 7,2 8,6 9,4 10,5 11,5 12,2

5 m.

Tab. 3215/0000F

ug. sing. 0,51 0,60 0,72 0,78 0,88 0,96 1,01 0,08 0,90 1,07 1,18 1,31 1,44 1,52

unigreen 25

TABLES FOR CALIBRATING ATOMISERS

p

p

p

p

p

p

TABLES FOR CALIBRATING ATOMISERS Ø600-650

unigreen spa

Tabella erogazione in Litri/ettaro Gr.Ventola Ø600-Ø650 10 getti

Lt./ha spreading rate table for Blower Ø600-Ø650 10 NOZZLES

Piastrina ceramica Ø1,0 Piastrina ceramica Ø1,2

PRESSIONE bar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

3,5 1074 1229 1400 1554 1691 1926 2114 1446 1771 2029 2257 2486 2857 3143

4 940 1075 1225 1360 1480 1685 1850 1265 1550 1775 1975 2175 2500 2750

eed

5 752 860 980 1088 1184 1348 1480 1012 1240 1420 1580 1740 2000 2200 3

s

Velocità Km/h

6 627 717 817 907 987 1123 1233 843 1033 1183 1317 1450 1667 1833
7 537 614 700 777 846 963 1057 723 886 1014 1129 1243 1429 1571

3,5 806 921 1050 1166 1269 1444 1586 1084 1329 1521 1693 1864 2143 2357

4 705 806 919 1020 1110 1264 1388 949 1163 1331 1481 1631 1875 2063

eed

5 564 645 735 816 888 1011 1110 759 930 1065 1185 1305 1500 1650 4

s

Velocità Km/h

6 470 538 613 680 740 843 925 633 775 888 988 1088 1250 1375
7 403 461 525 583 634 722 793 542 664 761 846 932 1071 1179

3,5 645 737 840 933 1015 1155 1269 867 1063 1217 1354 1491 1714 1886

4 564 645 735 816 888 1011 1110 759 930 1065 1185 1305 1500 1650

eed

5 451 516 588 653 710 809 888 607 744 852 948 1044 1200 1320 5

s

Velocità Km/h

6 376 430 490 544 592 674 740 506 620 710 790 870 1000 1100
7 322 369 420 466 507 578 634 434 531 609 677 746 857 943

Litri/min. 18,8 21,5 24,5 27,2 29,6 33,7 37,0 25,3 31,0 35,5 39,5 43,5 50,0 55,0

Larghez za di lavoro

working width

Litri/haLitri/haLitri/ha

3 m.

4 m.

5 m.

Tab. 3215/0000F

ug. sing. 1,88 2,15 2,45 2,72 2,96 3,37 3,70 2,53 3,10 3,55 3,95 4,35 5,00 5,50

N.B. to calculate the different ranges it is sufficient to multiply the value lt/hectare by the corresponding width
indicated in the table and divide it by the new width (see chapter 6.3, page 20).

unigreen spa

PRESSIONE bar

Tabella erogazione in Litri/ettaro Gr.Ventola Ø600-Ø650 10 getti

Lt./ha spreading rate table for Blower Ø600-Ø650 10NOZZLES

TR80-01 ARANCIO TR80-015 VERDE

5 7 10 12 15 18 20 5 7 10 12 15 18 20

Larghezza di lav oro

working width

3,5 291 343 411 446 503 549 577 46 514 611 674 749 823 869

4 255 300 360 390 440 480 505 40 450 535 590 655 720 760

eed

5 204 240 288 312 352 384 404 32 360 428 472 524 576 608 3

s

Velocità Km/h

6 170 200 240 260 293 320 337 27 300 357 393 437 480 507
7 146 171 206 223 251 274 289 23 257 306 337 374 411 434

Litri/haLitri/haLitri/ha

3 m.

3,5 219 257 309 334 377 411 433 34 386 459 506 561 617 651

4 191 225 270 293 330 360 379 30 338 401 443 491 540 570

eed

5 153 180 216 234 264 288 303 24 270 321 354 393 432 456 4

s

Velocità Km/h

6 128 150 180 195 220 240 253 20 225 268 295 328 360 380
7 109 129 154 167 189 206 216 17 193 229 253 281 309 326

4 m.

26 unigreen

3,5 175 206 247 267 302 329 346 27 309 367 405 449 494 521

4 153 180 216 234 264 288 303 24 270 321 354 393 432 456

eed

5 122 144 173 187 211 230 242 19 216 257 283 314 346 365 5

s

Velocità Km/h

6 102 120 144 156 176 192 202 16 180 214 236 262 288 304
7 87 103 123 134 151 165 173 14 154 183 202 225 247 261

Litri/min. 5,1 6,0 7,2 7,8 8,8 9,6 10,1 0,8 9,0 10,7 11,8 13,1 14,4 15,2

ug. sing. 0,51 0,60 0,72 0,78 0,88 0,96 1,01 0,08 0,90 1,07 1,18 1,31 1,44 1,52

5 m.

Tab. 3215/0000F

TABLES FOR CALIBRATING ATOMISERS

p

p

p

p

p

p

TABLES FOR CALIBRATING ATOMISERS Ø700-750

unigreen spa

Tabella erogazione in Litri/ettaro Gr.Ventola Ø700-Ø750 12 getti

Lt./ha spreading rate table for Blower Ø700-Ø750 12 NOZZLES

Piastrina ceramica Ø1,0 Piastrina ceramica Ø1,2

PRESSIONE bar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

3,5 1291 1474 1680 1863 2029 2309 2537 1737 2126 2434 2709 2983 3429 3771

4 1130 1290 1470 1630 1775 2020 2220 1520 1860 2130 2370 2610 3000 3300

eed

5 904 1032 1176 1304 1420 1616 1776 1216 1488 1704 1896 2088 2400 2640 3

s

Velocità Km/h

6 753 860 980 1087 1183 1347 1480 1013 1240 1420 1580 1740 2000 2200
7 646 737 840 931 1014 1154 1269 869 1063 1217 1354 1491 1714 1886

3,5 969 1106 1260 1397 1521 1731 1903 1303 1594 1826 2031 2237 2571 2829

4 848 968 1103 1223 1331 1515 1665 1140 1395 1598 1778 1958 2250 2475

eed

5 678 774 882 978 1065 1212 1332 912 1116 1278 1422 1566 1800 1980 4

s

Velocità Km/h

6 565 645 735 815 888 1010 1110 760 930 1065 1185 1305 1500 1650
7 484 553 630 699 761 866 951 651 797 913 1016 1119 1286 1414

3,5 775 885 1008 1118 1217 1385 1522 1042 1275 1461 1625 1790 2057 2263

4 678 774 882 978 1065 1212 1332 912 1116 1278 1422 1566 1800 1980

eed

5 542 619 706 782 852 970 1066 730 893 1022 1138 1253 1440 1584 5

s

Velocità Km/h

6 452 516 588 652 710 808 888 608 744 852 948 1044 1200 1320
7 387 442 504 559 609 693 761 521 638 730 813 895 1029 1131

Litri/min. 22,6 25,8 29,4 32,6 35,5 40,4 44,4 30,4 37,2 42,6 47,4 52,2 60,0 66,0

Larghezza di lav oro

working width

Litri/haLitri/haLitri/ha

3 m.

4 m.

5 m.

Tab. 3215/0000F

ug. sing. 1,88 2,15 2,45 2,72 2,96 3,37 3,70 2,53 3,10 3,55 3,95 4,35 5,00 5,50

N.B. to calculate the different ranges it is sufficient to multiply the value lt/hectare by the corresponding width
indicated in the table and divide it by the new width (see chapter 6.3, page 20).

unigreen spa

PRESSIONE bar

Tabella erogazione in Litri/ettaro Gr.Ventola Ø700-Ø750 12 getti

Lt./ha sprea ding rate table for Blower Ø700-Ø75 0 12NOZZLES

TR80-01 ARANCIO TR80-015 VERDE

5 7 10 12 15 18 20 5 7 10 12 15 18 20

Larghezza di lavoro

working width

3,5 349 411 491 537 606 657 691 51 617 731 811 897 989 1040

4 305 360 430 470 530 575 605 45 540 640 710 785 865 910

eed

5 244 288 344 376 424 460 484 36 432 512 568 628 692 728 3

s

Velocità Km/h

6 203 240 287 313 353 383 403 30 360 427 473 523 577 607
7 174 206 246 269 303 329 346 26 309 366 406 449 494 520

Litri/haLitri/haLitri/ha

3,5 261 309 369 403 454 493 519 39 463 549 609 673 741 780

4 229 270 323 353 398 431 454 34 405 480 533 589 649 683

eed

5 183 216 258 282 318 345 363 27 324 384 426 471 519 546 4

s

Velocità Km/h

6 153 180 215 235 265 288 303 23 270 320 355 393 433 455
7 131 154 184 201 227 246 259 19 231 274 304 336 371 390

3 m.

4 m.

3,5 209 247 295 322 363 394 415 31 370 439 487 538 593 624

4 183 216 258 282 318 345 363 27 324 384 426 471 519 546

eed

5 146 173 206 226 254 276 290 22 259 307 341 377 415 437 5

s

Velocità Km/h

6 122 144 172 188 212 230 242 18 216 256 284 314 346 364
7 105 123 147 161 182 197 207 15 185 219 243 269 297 312

Litri/min. 6,1 7,2 8,6 9,4 10,6 11,5 12,1 0,9 10,8 12,8 14,2 15,7 17,3 18,2

5 m.

Tab. 3215/0000F

ug. sing. 0,51 0,60 0,72 0,78 0,88 0,96 1,01 0,08 0,90 1,07 1,18 1,31 1,44 1,52

unigreen 27

TABLES FOR CALIBRATING ATOMISERS

p

p

p

p

p

p

TABLES FOR CALIBRATING ATOMISERS Ø800

unigreen spa

Tabella erogazione in Litri/ettaro Gr.Ventola Ø800 14 getti

Lt./ha spreading rate table for Blower Ø800 14 NOZZLES

Piastrina ceramica Ø1,0 Piastrina ceramica Ø1,2

PRESSIONE bar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

3,5 1127 1290 1470 1633 1774 2023 2220 1517 1860 2130 2370 2610 3000 3300

4 986 1129 1286 1429 1553 1770 1943 1328 1628 1864 2074 2284 2625 2888

eed

5 789 903 1029 1143 1242 1416 1554 1062 1302 1491 1659 1827 2100 2310 4

s

Velocità Km/h

6 658 753 858 953 1035 1180 1295 885 1085 1243 1383 1523 1750 1925
7 564 645 735 816 887 1011 1110 759 930 1065 1185 1305 1500 1650

3,5 902 1032 1176 1306 1419 1618 1776 1214 1488 1704 1896 2088 2400 2640

4 789 903 1029 1143 1242 1416 1554 1062 1302 1491 1659 1827 2100 2310

eed

5 631 722 823 914 994 1133 1243 850 1042 1193 1327 1462 1680 1848 5

s

Velocità Km/h

6 526 602 686 762 828 944 1036 708 868 994 1106 1218 1400 1540
7 451 516 588 653 710 809 888 607 744 852 948 1044 1200 1320

3,5 751 860 980 1089 1183 1349 1480 1011 1240 1420 1580 1740 2000 2200

4 658 753 858 953 1035 1180 1295 885 1085 1243 1383 1523 1750 1925

eed

5 526 602 686 762 828 944 1036 708 868 994 1106 1218 1400 1540 6

s

Velocità Km/h

6 438 502 572 635 690 787 863 590 723 828 922 1015 1167 1283
7 376 430 490 544 591 674 740 506 620 710 790 870 1000 1100

Litri/min. 26,3 30,1 34,3 38,1 41,4 47,2 51,8 35,4 43,4 49,7 55,3 60,9 70,0 77,0

Larghezza di lavoro

working width

Litri/haLitri/haLitri/ha

4

5 m.

6 m.

Tab. 3215/0000F

ug. sing. 1,88 2,15 2,45 2,72 2,96 3,37 3,70 2,53 3,10 3,55 3,95 4,35 5,00 5,50

N.B. to calculate the different ranges it is sufficient to multiply the value lt/hectare by the corresponding width
indicated in the table and divide it by the new width (see chapter 6.3, page 20).

unigreen spa

PRESSIONE bar

Tabella erogazione in Litri/ettaro Gr.Ventola Ø800 14 getti

Lt./ha spreading rate table for Blower Ø800 14NOZZLES

TR80-01 ARANCIO TR80-015 VERDE

5 7 10 12 15 18 20 5 7 10 12 15 18 20

Larghezza di lavoro

working width

3,5 304 360 433 467 527 574 604 47 540 643 707 784 866 913

4 266 315 379 409 461 503 529 41 473 563 619 686 758 799

eed

5 213 252 303 327 369 402 423 33 378 450 495 549 606 639 4

s

Velocità Km/h

6 178 210 253 273 308 335 353 28 315 375 413 458 505 533
7 152 180 216 234 264 287 302 24 270 321 354 392 433 456

Litri/haLitri/haLitri/ha

4 m.

3,5 243 288 346 374 422 459 483 38 432 514 566 627 693 730

4 213 252 303 327 369 402 423 33 378 450 495 549 606 639

eed

5 170 202 242 262 295 322 338 26 302 360 396 439 485 511 5

s

Velocità Km/h

6 142 168 202 218 246 268 282 22 252 300 330 366 404 426
7 122 144 173 187 211 230 242 19 216 257 283 314 346 365

5 m.

28 unigreen

3,5 203 240 289 311 351 383 403 31 360 429 471 523 577 609

4 178 210 253 273 308 335 353 28 315 375 413 458 505 533

eed

5 142 168 202 218 246 268 282 22 252 300 330 366 404 426 6

s

Velocità Km/h

6 118 140 168 182 205 223 235 18 210 250 275 305 337 355
7 101 120 144 156 176 191 201 16 180 214 236 261 289 304

Litri/min. 7,1 8,4 10,1 10,9 12,3 13,4 14,1 1,1 12,6 15,0 16,5 18,3 20,2 21,3

ug. sing. 0,51 0,60 0,72 0,78 0,88 0,96 1,01 0,08 0,90 1,07 1,18 1,31 1,44 1,52

6 m.

Tab. 3215/0000F

TABLES FOR CALIBRATING ATOMISERS

p

p

p

g

p

p

p

TABLES FOR CALIBRATING ATOMISERS Ø900

unigreen spa

Tabella erogazione in Litri/ettaro Gr.Ventola Ø900 16 getti

Lt./ha spreading rate table for Blower Ø900 16 NOZZLES

Piastrina ceramica Ø1,0 Piastrina ceramica Ø1,2

PRESSIONE bar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

3,5 1290 1474 1680 1864 2031 2310 2537 1736 2126 2434 2709 2983 3429 3771

4 1129 1290 1470 1631 1778 2021 2220 1519 1860 2130 2370 2610 3000 3300

eed

5 903 1032 1176 1305 1422 1617 1776 1215 1488 1704 1896 2088 2400 2640 4

s

Velocità Km/h

6 753 860 980 1088 1185 1348 1480 1013 1240 1420 1580 1740 2000 2200
7 645 737 840 932 1016 1155 1269 868 1063 1217 1354 1491 1714 1886

3,5 1032 1179 1344 1491 1625 1848 2030 1389 1701 1947 2167 2386 2743 3017

4 903 1032 1176 1305 1422 1617 1776 1215 1488 1704 1896 2088 2400 2640

eed

5 722 826 941 1044 1138 1294 1421 972 1190 1363 1517 1670 1920 2112 5

s

Velocità Km/h

6 602 688 784 870 948 1078 1184 810 992 1136 1264 1392 1600 1760
7 516 590 672 746 813 924 1015 694 850 974 1083 1193 1371 1509

3,5 860 983 1120 1243 1354 1540 1691 1157 1417 1623 1806 1989 2286 2514

4 753 860 980 1088 1185 1348 1480 1013 1240 1420 1580 1740 2000 2200

eed

5 602 688 784 870 948 1078 1184 810 992 1136 1264 1392 1600 1760 6

s

Velocità Km/h

6 502 573 653 725 790 898 987 675 827 947 1053 1160 1333 1467
7 430 491 560 621 677 770 846 579 709 811 903 994 1143 1257

Litri/min. 30,1 34,4 39,2 43,5 47,4 53,9 59,2 40,5 49,6 56,8 63,2 69,6 80,0 88,0

Larghezza di lavoro

working width

Litri/haLitri/haLitri/ha

4 m.

5 m.

6 m.

Tab. 3215/0000F

ug. sing. 1,88 2,15 2,45 2,72 2,96 3,37 3,70 2,53 3,10 3,55 3,95 4,35 5,00 5,50

N.B. to calculate the different ranges it is sufficient to multiply the value lt/hectare by the corresponding width
indicated in the table and divide it by the new width (see chapter 6.3, page 20).

unigreen spa

PRESSIONE bar

Tabella ero

Lt./ha spreading rate table for Blower Ø900 16 NOZZLES

azione in Litri/ettaro Gr.Ventola Ø900 16 getti

TR80-01 ARANCIO TR80-015 VERDE

5 7 10 12 15 18 20 5 7 10 12 15 18 20

Larghezza di lavoro

working width

3,5 351 411 493 536 604 660 694 51 617 733 810 900 986 1041

4 308 360 431 469 529 578 608 45 540 641 709 788 863 911

eed

5 246 288 345 375 423 462 486 36 432 513 567 630 690 729 4
6 205 240 288 313 353 385 405 30 360 428 473 525 575 608

Velocità Km/hVelocità Km/h

7 176 206 246 268 302 330 347 26 309 366 405 450 493 521

4 m.

3,5 281 329 394 429 483 528 555 41 494 586 648 720 789 833

4 246 288 345 375 423 462 486 36 432 513 567 630 690 729

eed s

5 197 230 276 300 338 370 389 29 346 410 454 504 552 583 5

s

Velocità Km/h

6 164 192 230 250 282 308 324 24 288 342 378 420 460 486
7 141 165 197 214 242 264 278 21 247 293 324 360 394 417

5 m.

3,5 234 274 329 357 403 440 463 34 411 489 540 600 657 694

4 205 240 288 313 353 385 405 30 360 428 473 525 575 608

eed

5 164 192 230 250 282 308 324 24 288 342 378 420 460 486 6

s

6 137 160 192 208 235 257 270 20 240 285 315 350 383 405
7 117 137 164 179 201 220 231 17 206 244 270 300 329 347

Litri/min. 8,2 9,6 11,5 12,5 14,1 15,4 16,2 1,2 14,4 17,1 18,9 21,0 23,0 24,3

Litri/ha Litri/ha Litri/ha

6 m.

Tab. 3215/0000F

ug. sing. 0,51 0,60 0,72 0,78 0,88 0,96 1,01 0,08 0,90 1,07 1,18 1,31 1,44 1,52

unigreen 29

TABLES FOR CALIBRATING ATOMISERS

g

p

p

p

g

p

p

p

TABLES FOR CALIBRATING ATOMISERS Ø650 TGZ

unigreen spa

Tabella ero

Lt./ha spreading rate table for Blower Ø650 14 NOZZLES

azione in Litri/ettaro Gr.Ventola Ø650 14 getti

TR 80-01 ISO VERDE TR 80-03 ISO BLU

PRESSIONE bar

5 7 10 12 15 18 20 5 7 10 12 15 18 20

3,5 727 864 1029 1131 1255 1385 1461 1467 1735 2085 2283 2551 2791 2949

4 636 756 900 990 1098 1212 1278 1284 1518 1824 1998 2232 2442 2580

eed

5 509 605 720 792 878 970 1022 1027 1214 1459 1598 1786 1954 2064 2,5

s

Velocità Km/h

6 424 504 600 660 732 808 852 856 1012 1216 1332 1488 1628 1720
7 363 432 514 566 627 693 730 734 867 1042 1142 1275 1395 1474

3,5 606 720 857 943 1046 1154 1217 1223 1446 1737 1903 2126 2326 2457

4 530 630 750 825 915 1010 1065 1070 1265 1520 1665 1860 2035 2150

eed

5 424 504 600 660 732 808 852 856 1012 1216 1332 1488 1628 1720 3

s

Velocità Km/h

6 353 420 500 550 610 673 710 713 843 1013 1110 1240 1357 1433
7 303 360 429 471 523 577 609 611 723 869 951 1063 1163 1229

3,5 454 540 643 707 784 866 913 917 1084 1303 1427 1594 1744 1843

4 398 473 563 619 686 758 799 803 949 1140 1249 1395 1526 1613

eed

5 318 378 450 495 549 606 639 642 759 912 999 1116 1221 1290 4

s

Velocità Km/h

6 265 315 375 413 458 505 533 535 633 760 833 930 1018 1075
7 227 270 321 354 392 433 456 459 542 651 714 797 872 921

Litri/min. 10,6 12,6 15,0 16,5 18,3 20,2 21,3 21,4 25,3 30,4 33,3 37,2 40,7 43,0

14 GETTI

Larghezza di lav oro

working width

2,5 m.

Litri/ha Litri/ha

3 m.

Litri/ha

4 m.

Tab. 3215/0000F

ug. sing. 0,76 0,9 1,07 1,18 1,31 1,44 1,52 1,53 1,81 2,17 2,38 2,66 2,91 3,07

N.B. to calculate the different ranges it is sufficient to multiply the value lt/hectare by the corresponding width
indicated in the table and divide it by the new width (see chapter 6.3, page 20).

TABLES FOR CALIBRATING ATOMISERS Ø800 TGZ

unigreen spa

PRESSIONE bar

Tabella ero

Lt./ha sprea ding rate table for Blower Ø800 16 NOZZLES

azione in Litri/ettaro Gr.Ventola Ø800 16 getti

TR 80-01 ISO VERDE TR 80-03 ISO BLU

5 7 10 12 15 18 20 5 7 10 12 15 18 20

16 GETTI

Larghezza di lavoro

working width

3,5 697 823 977 1080 1200 1314 1389 1400 1657 1983 2177 2434 2663 2806

4 610 720 855 945 1050 1150 1215 1225 1450 1735 1905 2130 2330 2455

eed

5 488 576 684 756 840 920 972 980 1160 1388 1524 1704 1864 1964 3

s

Velocità Km/h

6 407 480 570 630 700 767 810 817 967 1157 1270 1420 1553 1637
7 349 411 489 540 600 657 694 700 829 991 1089 1217 1331 1403

3 m.

3,5 523 617 733 810 900 986 1041 1050 1243 1487 1633 1826 1997 2104

4 458 540 641 709 788 863 911 919 1088 1301 1429 1598 1748 1841

eed

5 366 432 513 567 630 690 729 735 870 1041 1143 1278 1398 1473 4

s

Velocità Km/h

6 305 360 428 473 525 575 608 613 725 868 953 1065 1165 1228
7 261 309 366 405 450 493 521 525 621 744 816 913 999 1052

Litri/ha Litri/ha

4 m.

30 unigreen

3,5 418 494 586 648 720 789 833 840 994 1190 1306 1461 1598 1683

4 366 432 513 567 630 690 729 735 870 1041 1143 1278 1398 1473

eed

5 293 346 410 454 504 552 583 588 696 833 914 1022 1118 1178 5

s

Velocità Km/h

6 244 288 342 378 420 460 486 490 580 694 762 852 932 982
7 209 247 293 324 360 394 417 420 497 595 653 730 799 842

Litri/min. 12,2 14,4 17,1 18,9 21,0 23,0 24,3 24,5 29,0 34,7 38,1 42,6 46,6 49,1

ug. sing. 0,76 0,9 1,07 1,18 1,31 1,44 1,52 1,53 1,81 2,17 2,38 2,66 2,91 3,07

Litri/ha

5 m.

Tab. 3215/0000F

TABLES FOR CALIBRATING CANNONS

p

p

p

p

p

p

TABLES FOR CALIBRATING CANNONS Ø450

Tabella erogazione in Litri/ettaro Cannone Ø450 2 getti

Lt./ha spreading rate table for Cannone Blower Ø450 2 NOZZLES

Piastrina ceramica Ø1,5 Piastrina ceramica Ø1,8

PRESSIONE bar

10 15 20 25 30 40 50

10 15 20 25 30 40 50

3,5 528 651 747 831 915 1063 1203 883 1077 1248 1399 1522 1755 1975

4 462 570 654 728 801 930 1053 773 942 1092 1224 1332 1536 1728
5 370 456 523 582 641 744 842 618 754 874 979 1066 1229 1382 10

eed
s

Velocità Km/h

6 308 380 436 485 534 620 702 515 628 728 816 888 1024 1152
7 264 326 374 416 458 531 602 441 538 624 699 761 878 987

3,5 352 434 498 554 610 709 802 589 718 832 933 1015 1170 1317

4 308 380 436 485 534 620 702 515 628 728 816 888 1024 1152
5 246 304 349 388 427 496 562 412 502 582 653 710 819 922 15

eed
s

Velocità Km/h

6 205 253 291 323 356 413 468 343 419 485 544 592 683 768
7 176 217 249 277 305 354 401 294 359 416 466 507 585 658

3,5 293 362 415 462 509 590 669 490 598 693 777 846 975 1097

4 257 317 363 404 445 517 585 429 523 607 680 740 853 960
5 205 253 291 323 356 413 468 343 419 485 544 592 683 768 18

eed
s

Velocità Km/h

6 171 211 242 269 297 344 390 286 349 404 453 493 569 640
7 147 181 208 231 254 295 334 245 299 347 389 423 488 549

Litri/min. 31 38 44 49 53 62 70 52 63 73 82 89 102 115

unigreen spa

Gittata

spray distance

Litri/haLitri/haLitri/ha

10 m.

15 m.

18 m.

Tab. 3215/0000F

ug. sing. 3,85 4,75 5,45 6,06 6,67 7,75 8,78 6,44 7,85 9,10 10,20 11,10 12,80 14,40

N.B. to obtain better agitaton in the tank, verify that the total lt/min. spray delivery does not exceed 75% of the
pump delivery. For example, with an APS 71 select a maxium setting of 50 lt/min.

N.B. to calculate the different ranges extension it is sufficient to multiply the value lt/hectare by the corresponding
width indicated in the table and divide it by the new width (see chapter 6.3, page 20).

Tabella erogazione in Litri/ettaro Cannone Ø450 2 getti+2 laterali

Lt./ha spreading rate table for Cannone Blower Ø450 2 NOZZLES+ 2 side nozz les

unigreen spa

Piastrina ceramica Ø1,5 Piastrina ceramica Ø1,8

PRES SIONE b ar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

spray distance

3,5 528 651 747 831 915 1063 1203 883 1077 1248 1399 1522 1755 1975

4 462 570 654 728 801 930 1053 773 942 1092 1224 1332 1536 1728
5 370 456 523 582 641 744 842 618 754 874 979 1066 1229 1382 10

eed
s

Velocità Km/h

6 308 380 436 485 534 620 702 515 628 728 816 888 1024 1152
7 264 326 374 416 458 531 602 441 538 624 699 761 878 987

Litri/haLitri/haLitri/ha

3,5 352 434 498 554 610 709 802 589 718 832 933 1015 1170 1317

4 308 380 436 485 534 620 702 515 628 728 816 888 1024 1152
5 246 304 349 388 427 496 562 412 502 582 653 710 819 922 15

eed
s

Velocità Km/h

6 205 253 291 323 356 413 468 343 419 485 544 592 683 768
7 176 217 249 277 305 354 401 294 359 416 466 507 585 658

Gittata

10 m.

15 m.

3,5 293 362 415 462 509 590 669 490 598 693 777 846 975 1097

4 257 317 363 404 445 517 585 429 523 607 680 740 853 960
5 205 253 291 323 356 413 468 343 419 485 544 592 683 768 18

eed
s

Velocità Km/h

6 171 211 242 269 297 344 390 286 349 404 453 493 569 640
7 147 181 208 231 254 295 334 245 299 347 389 423 488 549

Litri/min. 31 38 44 49 53 62 70 52 63 73 82 89 102 115

18 m.

Tab. 3215/0000F

ug. sing. 3,85 4,75 5,45 6,06 6,67 7,75 8,78 6,44 7,85 9,10 10,20 11,10 12,80 14,40

N.B. to obtain better agitaton in the tank, verify that the total lt/min. spray delivery does not exceed 75% of the
pump delivery. For example, with an APS 71 select a maxium setting of 50 lt/min.

unigreen 31

TABLES FOR CALIBRATING CANNONS

p

p

p

p

p

p

TABLES FOR CALIBRATING CANNONS Ø400-455

Tabella erogazione in Litri/ettaro Cannone Ø400 6 getti + 2 laterali

Lt./ha spreading rate table for Cannone Blower Ø400 6 NOZZLES + 2 side nozzles

Piastrina ceramica Ø1,5 Piastrina ceramica Ø1,8

PRES SIONE b ar

3,5 352 434 498 554 610 709 802 589 718 832 933 1015 1170 1317

4 308 380 436 485 534 620 702 515 628 728 816 888 1024 1152
5 246 304 349 388 427 496 562 412 502 582 653 710 819 922 15

eed
s

Velocità Km/h

6 205 253 291 323 356 413 468 343 419 485 544 592 683 768
7 176 217 249 277 305 354 401 294 359 416 466 507 585 658

3,5 293 362 415 462 509 590 669 490 598 693 777 846 975 1097

4 257 317 363 404 445 517 585 429 523 607 680 740 853 960
5 205 253 291 323 356 413 468 343 419 485 544 592 683 768 18

eed
s

Velocità Km/h

6 171 211 242 269 297 344 390 286 349 404 453 493 569 640
7 147 181 208 231 254 295 334 245 299 347 389 423 488 549

3,5 230 283 325 361 398 462 523 384 468 543 608 662 763 859

4 201 248 284 316 348 404 458 336 410 475 532 579 668 751
5 161 198 227 253 279 323 366 269 328 380 426 463 534 601 23

eed
s

Velocità Km/h

6 134 165 190 211 232 270 305 224 273 317 355 386 445 501
7 115 142 162 181 199 231 262 192 234 271 304 331 382 429

Litri/min.

10 15 20 25 30 40 50 10 15 20 25 30 40 50

31 38 44 49 53 62 70 52 63 73 82 89 102 115

unigreen spa

Gittata

spray distance

Litri/haLitri/haLitri/ha

15 m.

18 m.

23 m.

Tab. 3215/0000F

ug. sing. 3,85 4,75 5,45 6,06 6,67 7,75 8,78 6,44 7,85 9,10 10,20 11,10 12,80 14,40

N.B. to obtain better agitaton in the tank, verify that the total lt/min. spray delivery does not exceed 75% of the
pump delivery. For example, with an APS 121 select a maxium setting of 86 lt/min.

N.B. to calculate the different ranges extension it is sufficient to multiply the value lt/hectare by the corresponding
width indicated in the table and divide it by the new width (see chapter 6.3, page 20).

Tabella erogazione in Litri/ettaro Cannone Ø455 6 getti + 2 laterali

Lt./ha spreading rate table for Cannone Blower Ø455 6 NOZZLES + 2 side nozzles

unigreen spa

Piastrina ceramica Ø1,5 Piastrina ceramica Ø1,8

PRES SIONE b ar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

spray distance

2,5 246 304 349 388 427 496 562 412 502 582 653 710 819 922

3 205 253 291 323 356 413 468 343 419 485 544 592 683 768

3,5 176 217 249 277 305 354 401 294 359 416 466 507 585 658 30

eed
s

Velocità Km/h

4 154 190 218 243 267 310 351 258 314 364 408 444 512 576
5 123 152 174 194 214 248 281 206 251 291 326 355 410 461

Litri/haLitri/haLitri/ha

2,5 211 261 299 333 366 425 481 353 431 499 560 609 702 790

3 176 217 249 277 305 354 401 294 359 416 466 507 585 658

3,5 151 186 214 238 262 304 344 252 308 357 400 435 502 564 35

eed
s

Velocità Km/h

4 132 163 187 208 229 266 301 221 269 312 350 381 439 494
5 106 130 149 166 183 213 241 177 215 250 280 304 351 395

Gittata

30 m.

35 m.

32 unigreen

2,5 185 228 262 291 320 372 421 309 377 437 490 533 614 691

3 154 190 218 243 267 310 351 258 314 364 408 444 512 576

3,5 132 163 187 208 229 266 301 221 269 312 350 381 439 494 40

eed
s

Velocità Km/h

4 116 143 164 182 200 233 263 193 236 273 306 333 384 432
5 92 114 131 146 160 186 211 155 188 218 245 266 307 346

Litri/min.

31 38 44 49 53 62 70 52 63 73 82 89 102 115

Tab. 3215/0000F

ug. sing. 3,85 4,75 5,45 6,06 6,67 7,75 8,78 6,44 7,85 9,10 10,20 11,10 12,80 14,40

N.B. to obtain better agitaton in the tank, verify that the total lt/min. spray delivery does not exceed 75% of the
pump delivery. For example, with an APS 121 select a maxium setting of 86 lt/min.

40 m.

TABLES FOR CALIBRATING CANNONS

p

p

p

p

p

p

TABLES FOR CALIBRATING CANNONS Ø400-455 TILTING HEAD

Tabella erogazione in Litri/ettaro Cannone Ø400 6 getti Testa Snodata

Lt./ha spreading rate table for Cannone Blower Ø4005 6 NOZZLES Tilting Head

Piastrina ceramica Ø1,8 Piastrina ceramica Ø2

PRES SIONE b ar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

3,5 441 538 624 699 761 878 987 480 590 679 761 830 960 1197

4 386 471 546 612 666 768 864 420 516 594 666 726 840 1047
5 309 377 437 490 533 614 691 336 413 475 533 581 672 838 15

eed
s

Velocità Km/h

6 257 314 364 408 444 512 576 280 344 396 444 484 560 698
7 221 269 312 350 381 439 494 240 295 339 381 415 480 598

3,5 368 449 520 583 634 731 823 400 491 566 634 691 800 997

4 322 393 455 510 555 640 720 350 430 495 555 605 700 873
5 257 314 364 408 444 512 576 280 344 396 444 484 560 698 18

eed
s

Velocità Km/h

6 214 262 303 340 370 427 480 233 287 330 370 403 467 582
7 184 224 260 291 317 366 411 200 246 283 317 346 400 499

3,5 288 351 407 456 496 572 644 313 385 443 496 541 626 780

4 252 307 356 399 434 501 563 274 337 387 434 473 548 683
5 201 246 285 319 347 401 451 219 269 310 347 379 438 546 23

eed
s

Velocità Km/h

6 168 205 237 266 290 334 376 183 224 258 290 316 365 455
7 144 176 203 228 248 286 322 157 192 221 248 271 313 390

Litri/min. 39 47 55 61 67 77 86 42 52 59 67 73 84 105

unigreen spa

Gittata

spray distance

Litri/haLitri/haLitri/ha

15 m.

18 m.

23 m.

Tab. 3215/0000F

ug. sing. 6,44 7,85 9,10 10,20 11,10 12,80 14,40 7,00 8,60 9,90 11,10 12,10 14,00 17,45

N.B. to obtain better agitaton in the tank, verify that the total lt/min. spray delivery does not exceed 75% of the
pump delivery. For example, with an APS 121 select a maxium setting of 86 lt/min.

N.B. to calculate the different ranges extension it is sufficient to multiply the value lt/hectare by the corresponding
width indicated in the table and divide it by the new width (see chapter 6.3, page 20).

Tabella erogazione in Litri/ettaro Cannone Ø455 6 getti Testa Snodata

Lt./ha spreading rate tab le for Canno ne Blower Ø455 6 NOZZLES Tilting Head

unigreen spa

Piastrina ceramica Ø1,8 Piastrina ceramica Ø2

PRES SIONE b ar

10 15 20 25 30 40 50 10 15 20 25 30 40 50

spray distance

3,5 331 404 468 525 571 658 741 360 442 509 571 622 720 897

4 290 353 410 459 500 576 648 315 387 446 500 545 630 785
5 232 283 328 367 400 461 518 252 310 356 400 436 504 628 20

eed
s

Velocità Km/h

6 193 236 273 306 333 384 432 210 258 297 333 363 420 524
7 165 202 234 262 285 329 370 180 221 255 285 311 360 449

Litri/haLitri/haLitri/ha

3,5 221 269 312 350 381 439 494 240 295 339 381 415 480 598

4 193 236 273 306 333 384 432 210 258 297 333 363 420 524
5 154 188 218 245 266 307 346 168 206 238 266 290 336 419 30

eed
s

Velocità Km/h

6 129 157 182 204 222 256 288 140 172 198 222 242 280 349
7 110 135 156 175 190 219 247 120 147 170 190 207 240 299

Gittata

20 m.

30 m.

3,5 184 224 260 291 317 366 411 200 246 283 317 346 400 499

4 161 196 228 255 278 320 360 175 215 248 278 303 350 436
5 129 157 182 204 222 256 288 140 172 198 222 242 280 349 36

eed
s

Velocità Km/h

6 107 131 152 170 185 213 240 117 143 165 185 202 233 291
7 92 112 130 146 159 183 206 100 123 141 159 173 200 249

Litri/min. 39 47 55 61 67 77 86 42 52 59 67 73 84 105

ug. sing. 6,44 7,85 9,10 10,20 11,10 12,80 14,40 7,00 8,60 9,90 11,10 12,10 14,00 17,45

36 m.

Tab. 3215/0000F

N.B. to obtain better agitaton in the tank, verify that the total lt/min. spray delivery does not exceed 75% of the
pump delivery. For example, with an APS 121 select a maxium setting of 86 lt/min.

unigreen 33

TABLE 1-3 TABLES OF DELIVERY OF NOZZLES FOR ATOMISERS

TABLE OF DELIVERY IN LITRES / MIN.
MEDIUM AND HIGH VOLUME Ø18 CONICAL NOZZLES FOR ATOMISER

Ø NOZZLE 0,8 1,0 1,2 1,5 1,8 2,0

Ø SLINGER 1,0 1,0 1,2 1,5 1,8 1,8

PRESSURE 10 bar 1,88 2,53 3,85 6,44 7,00

15 bar 1,14 2,15 3,10 4,75 7,85 8,60

20 bar 1,31 2,45 3,55 5,45 9,10 9,90
25 bar 1,43 2,72 3,95 6,06 10,20 11,10
30 bar 1,55 2,96 4,35 6,67 11,10 12,10

40 bar 1,74 3,37 5,00 7,75 12,80 14,00
50 bar 1,93 3,70 5,50 8,78 14,40 17,45

TABLE. 1

TABLE OF DELIVERY IN LITRES / MIN.
LOW VOLUME TXA CONICAL NOZZLES FOR ATOMISER

NOZZLE TXA80 ISO LILLAC OLIVE ORANGE GREEM YELLOW DARK BLUE RED BROWN

PRESSURE 5 bar 0,25 0,35 0,51 0,76 1,03 1,53 2,04 2,55

7 bar 0,30 0,41 0,60 0,90 1,22 1,81 2,41 3,01

10 bar 0,36 0,49 0,72 1,07 1,45 2,17 2,88 3,60
12 bar 0,39 0,54 0,78 1,18 1,60 2,38 3,16 3,94
15 bar 0,44 0,60 0,88 1,31 1,79 2,66 3,53 4,41

18 bar 0,48 0,66 0,96 1,44 1,96 2,91 3,87 4,82

TAB. 3

20 bar 0,51 0,70 1,01 1,52 2,07 3,07 4,08 5,09

Code : 3400/0611F 3400/0612F 3400/0613F 3400/0614F 3400/0615F 3400/0616F 3400/0617F /

Code: 3400/0400F 3400/0401F 3400/0402F 3400/0403F 3400/0404F 3400/0405F

ISO

005 0067 01 015 02 03 04 05

34 unigreen

TABLE 4-5 TABLES OF DELIVERY OF NOZZLES FOR HAND LANCES

TABLE OF DELIVERY IN LITRES / MIN. OF THE CONICAL NOZZLES FOR LEVER LANCE

note: standard Ø1,5 nozzle

DIAMETER NOZZLE Ø 1,0 Ø 1,2 Ø 1,5 Ø 1,75 Ø 2,0 Ø 2,2 Ø 2,5

PRESSURE (BAR) JET CAPACITY ( Lt / min )

5 cone 1,16 1,40 1,90 2,25 2,65 2,90 3,50

direct jet 1,40 1,70 2,50 3,95 4,7 6,00 7,70

8 cone 1,40 1,80 2,60 2,80 3,40 3,65 4,45

direct jet 1,70 2,20 3,40 4,85 6,00 7,60 9,80

10 cone 1,50 1,96 2,90 3,10 3,90 4,10 5,00

direct jet 1,90 2,40 3,75 5,40 6,95 8,55 11,0

15 cone 1,88 2,40 3,40 3,80 4,50 5,00 6,10

direct jet 2,30 3,00 4,50 6,65 8,30 10,4 13,4

30 cone 2,60 3,40 4,80 5,40 6,30 7,10 8,70

direct jet 3,20 4,20 6,40 9,40 11,7 14,7 19,1

TABLE. 4

TABLE OF DELIVERY IN LITRES / MIN. OF THE CONICAL NOZZLES FOR MITRA SPRAY GUN

DIAMETER NOZZLE Ø 1,0 Ø 1,2 Ø 1,5 Ø 1,8 Ø 2,0 Ø 2,3 Ø 2,5 Ø 3,0

PRESSURE (BAR) JET CAPACITY ( Lt / min )

TABLE. 5

50 cone 3,40 4,40 6,20 6,80 8,10 9,20 11,2

direct jet 4,10 5,40 8,30 11,8 15,1 19,1 24,6

note: standard Ø2,5 nozzle

15 cone 2,45 3,60 4,60 5,90 6,90 8,10 9,20 11,5

direct jet 2,50 3,80 5,10 7,30 8,80 10,8 13,0 18,4

25 cone 3,00 4,25 5,70 7,20 8,10 10,2 11,4 14,4

direct jet 3,10 4,60 6,50 9,30 11,7 14,1 16,4 24,1

35 cone 3,40 4,70 6,60 8,50 10,2 12,9 14,0 18,0

direct jet 3,50 5,40 7,40 10,8 13,4 16,8 19,1 28,2

40 cone 3,55 5,20 6,90 9,20 10,9 13,7 14,5 18,8

direct jet 3,65 5,90 7,80 11,7 14,3 17,9 21,0 30,1

50 cone 4,00 5,60 7,70 10,5 12,5 14,9 16,4 20,9

direct jet 4,10 6,30 8,60 12,7 15,8 19,7 23,0 33,0

unigreen 35

TABLE 7 TABLE OF PROGRAMMED MAINTENANCE

OPERATION 8 h 50 h 300 h END

OF SEASON

Check the level and state of the oil 0
Check the accumulator pressure 0
Check the suction (hoses, pipes, unions) 0
Check and clean the suction 0
and delivery filters
Check the pump fixing feet 0
and screws in general
Check the diaphragm and the oil X (1) X (2)
and change if necessary
Check the suction/delivery valves X X
Check the pump screws and bolts are tight X
Check and clean the nozzles and the non-drip diaphragm 0
Check the wear of the nozzles 0
Check the hydraulic oil level 0
Check any failures or cracking of the welds, 0
especially on herbicide booms
Grease the articulated joints and the wheel hubs 0
Check the tyre pressure 0

NOTE: 0 Operation to be carried out by the operator

X Operation to be carried out by a specialised technician or in an authorised workshop
(1) First oil change
(2) Change at the same time a changing the diaphragm

TABLE 8 PROBLEMS, CAUSES AND SOLUTIONS

PROBLEMS CAUSES SOLUTIONS

The pump won’t charge Air suction Check the suction system

Adjustment valve closed Position the lever correctly
(Command group isn’t at
zero pressure)

Valves and/or valve seats Replace or clean ( * )
suction and delivery worn
or dirty

The pump doesn’t reach the set Valve and/or valve seat Replace ( * )
pressure adjustment worn

Valves and/or valve seats suction Replace or clean ( * )
and delivery worn or dirty

Insufficient rpm Bring speed up to correct rpm

The nozzles used are worn or have Replace
holes that are too big

Suction blocked Clean the cartridge of the

Irregular pressure (with impulses) Valves and/or valve seats Replace or clean ( * )

suction and delivery worn
or dirty

Air suction Check the suction system

Excessive vibrations at delivery Pressure accumulator discharged Bring the air pressure back up to the right

or incorrect air pressure value (see pump handbook) ( * )

Noisiness and the level of the oil Blocked suction Check the suction system
has dropped

Water in the oil Breakage of one or more diaphragms Replace ( * ) If the replacement isn’t

No liquid comes out of the nozzles Delivery filter dirty Clean

Non-drip filters dirty
Nozzles blocked

always in the field of 350 ÷ 550 rpm.

filter or remove the blockage

done immediately, drain the water out
of the pump and introduce clean oil
without water (also used) or diesel to
stop rust attacking the internalparts

NOTE: ( * ) Only specialised technician

36 unigreen

TAB.14A ALLOWED FITTINGS

2007 ATOMIZZA TORI PORTATI

TY PE OF PL T

MACHINE

Truck-mounted mi stblowers

TAB. 14 a

EXPO P EXPO A EXPO M

FITTING

201 301 402 300 400 600 300 410 400 400 600 600 800
FUN " " Ø500 NYLON X X X
GROUP " " Ø600 NYLON X X X X X X

" " Ø650 NYLON X X
" " Ø700 NYLON XX
" " Ø750 NYLON X
" " Ø800 NYLON XX
" " Ø800TV NYLON XX

" " Ø450 CANNON
POMPE PUMP APS 41 XXX
COMET " " APS 51 X X X X X

" " APS 71 X X X X X X

" " APS 96 - IDS960 X X

" " APS 101

" " APS 121 XX
PUMPS PUMP A R 3 0
ANNOVI " " AR 503 XXXXXXXXX
REVERBERI " " AR 813 - 903 XX X XXXXX

" " AR 1064-1053 XXXX

" " AR 1265-1203

" " BHA 140
PIS TO N PUMP T 55
PUMPS " " T 77
PRESSURE GCP 3 WAY / Sirius XXXXXXXXXX
REGULATOR " RVA 2-4-5 WAY XXXXXXXXXXXXX

" RM 40 S XXXXXXXXXXXXX

GC P Elec t r i c X X X X
JETS SINGLE NON-DRIP XXXXXXXXXXXXX

DOUBLE NON-DRIP XXXXXXXXXXXXX
NOZZLES CERAM. CONICAL Ø 18 XXXXXXXXXXXXX

CERAM. CONICAL ISO XXXXXXXXXXXXX

ALBUZ CERAM. ATR XXXXXXXXXXXXX

TOP DEF. XXXXXXXXXXXXX

HAND WASH XXXXXXXXXXXXX

CIRCUIT WASHER XXXXXXXXXX

ROT. IDR. 30°

LEAF PROTECTION XXX XXXXXXX

SINGLE SIDE FOR OLIVES XXXXXXX
WEIGHT EMPTY MA X FITINGS 160 190 190 190 210 270 200 270 230 230 260 260 420
in Kg X10 FULL MA X FITINGS 390 540 630 570 680 970 550 750 730 730 990 990 1440
P HP POWER NECESSARY 22222235354530303037375353

unigreen 37

TAB.15A ALLOWED FITTINGS

2007 ATOMIZZA TORI PORTATI ATOMIZZATORI PORTATI con MOLTIPLICATORE

TYPE OF con PULEGGIA Tractor-mounted mistblowers with GEARBOX

MA CHINE Truck -mounted mistblowers

with BELT DRIVE

TAB. 15 a

FITTING AP-DP A P - TGZ A P - A

Nominal capac ity 200 300 300 400 400 200 300 400 300 300 400 400 600
FA N Sw iv el Ø6 00 NYLON TV X X X
GROUP " " Ø650 NYLON X X

" " Ø700 NYLON TV X X
" " Ø750 NYLON TV X

" " Ø650 NY TGZ X X X X X
PUMPS " " APS 51 XXXXXXXXXXXX
COMET " " APS 71 XXXXXXXXXXXXX

" " APS 96 X
PUMPS PUMP AR 503 XXXXXXXXXXXX
ANNOVI " " AR 813 - 903 XXXXXXXXXXXXX
REVERBERI " " AR 1064 - 1053 X
PRESSURE GCP RVA XXXXXXXXXXXXX
REGULATOR ORION Comet XXXXXXXXXXXXX

GCP ELECTRIC XXXXXXXXXXXXX

JETS SINGLE NON-DRIP XXXXXXXXXXXXX

DOUBL E NON- DRIP

TRIPLE NON-DRIP XXXXXXXXXXXXX
NOZZLES CERAM. CONICAL Ø 18 XXXXXXXXXXXXX

CERAM. CONICAL ISO XXXXXXXXXXXXX

CERAM. CONICAL ATR XXXXXXXXXXXXX

DEF. TOP XXXXX XXXXX

TOP DEF. + 2 JETS XXXXX X XX

HAND WASH XXXXXXXXXXXXX

CIRCUIT WASHER XXXXXXXXXXXXX

LEAF PROTECTION XXXXXXXXXXXXX
TOTAL MA SS EMPTY MAX FITINGS 170 200 200 210 210 200 230 240 190 190 210 210 270
in Kg FULL MAX FITINGS 430 580 580 690 690 460 610 700 560 560 680 680 970
P HP POWER NECESSARY 35354035404545453535353550

DEVIL - P DEVIL - TGZ SIRIO - EOLO

38 unigreen

TAB.16A ALLOWED FITTINGS

2007 ATOMIZZATORI PORTATI A CANNONE

TAB. 16 a

FITTING

FAN CENTRIFUGAL Ø450/27 X X
GROUP " " Ø400 /38 X X X

" " Ø455 /75 X X X

PUMPS PUMP A PS 51 X X
COMET " " A PS 71 X X

" " APS 96 - IDS960 X X X
" " APS121 X X X

" " APS145 - IDS1401 X X X
PUMPS PUMP A R 5 0 3 X X
ANNOVI " " AR 813 - 903 X X
REV ERBERI " " AR 1064 - 1053 X X

" " AR 1265 - 1203 X X X X

" " BHA 160 X X X
PRESSURE RVA XXXXXXXX
REGULATOR ORION Comet XXXXXX

GCP ELECT RIC X X X X X X
JETS P 39 X X

SINGLE NON-DRIP XXXXXXXX

DOUBLE NON-DRIP XXXXXXXX

TY RE MFC X X
NOZZLES CERAM. CONICAL XXXXXXXX

CERAM. CONICAL ISO XXXXXXXX

CERAM. CONICAL ATR XXXXXXXX

CIRCUIT WASHER XXXXXXXX

HAND WASH XXXXXXXX

HYD. ROTAT 30° XXXXXXXX

HYD. ROTAT. 70° XXXXXXXX

HYD. ROTAT 180° XXXXXX

SWIVEL HEAD XXXXXX

HYD. HEAD XXXXXX
TOTAL MASS EMPTY MAX FITINGS 240 250 340 340 420 460 420 460
in Kg FULL MAX FITINGS 620 720 810 1050 1380 1430 1580 1630
P HP POWER NECESSARY 33 33 50 90 50 90 50 90

TY PE OF Tractor-mounted mi stbl owers "Cannon Type"

MA CHINE

EOLO C - SIRIO C BORA - A PC
APC APC

Nominal capacity (lt.) 300 400 600 600 800 800 1000 1000

unigreen 39

via Rinaldi, 105 - Loc. Cavazzoli (Reggio Emilia) - ITALY

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Descriptions, indicative illustrations, UNIGREEN S.P.A. reserves the right to make variations or modifications without prior warning.

UNI 16100005F - GB Gen-07