Cima BLITZ 45T, Инструкция по эксплуатации и техническому обслуживанию

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42
BLITZ 5-1996
COCK OPEN.
When the value of the original spraying capacity does not match with those given in the table, you must take into
consideration the nearest value and its adjustment data. By dividing this new value by the surface worked per hour (point
3) you will get the new quantity of liters sprayed per hectare. It will not be much different from the one previously stated.
.
Mixture batching
The quantity of agrochemical product to be used in the preparation of the mixture, must be
calculated only according to the surface to be treated. INDEPENDENTLY FROM THE TYPE OF
EQUIPMENT OR THE LITERS OF WATER EMPLOYED, EACH HECTARE OF CULTIVATION ALWAYS
NEEDS THE SAME QUANTITY OF PRODUCT.
Considering that the surface of cultivation being treated is usually always the same, it results that, depending on the
moment of treatment, also the quantity of product to be employed does not change and is the same as that employed
for the treatments performed during the previous seasons. Therefore, the needed quantity of agrochemical product per
hectare is a value that can be considered constant and always known by those who carry out treatments.
With our sprayer, the product needed for the treatment may be distributed (see point 4) with a very reduced volume of
water with respect to the traditional normal volume apparatuses. This implies the preparation of concentrated mixtures
and the smaller the quantity of water used for treatment, the higher the concentration will be.
Here are some indicative examples for preparing the mixture, assuming that one hectare cultivation is to be treated, in
which 3 Kg. of product have always been used:
TRADITIONAL NORMAL VOLUME MACHINE
with 3 kg. in 1000 It/ha = 300 gr. of product in 100 lt. of water
concentration "1 time" = normal volume
PNEUMATIC LOW VOLUME SPRAYER
with 3 kg. in 400 It/ha = 750 gr. of product in 100 It. of water
concentration "2.5 times" (1000:400)
with 3 kg. in 300 It/ha = 1000 gr. of product in 100 It. of water
concentration "3.3 times" (1000:300)
with 3 kg. in 250 It/ha = 1200 gr. of product in 100 lt. of water
concentration "4 times" (1000:250)
with 3 kg. in 200 It/ha = 1500 gr. of product in 100 lt. of water
concentration "5 times" (1000:200)