Publicité
5.- OPERATION
5.- OPERATION
GB
EN
The product to mix or to be dissolved must be liquid or a soluble solid. In both
The product to mix or to be dissolved must be liquid or a soluble solid. In both
cases it must be water soluble and not producing precipitations.
cases it must be water soluble and not producing precipitations.
The following process must be followed:
The following process must be followed:
1. Pour the product to be dissolved (or products) in the deposit full of
1. Pour the product to be dissolved (or products) in the deposit full of
water.
water.
2. Start the agitator for some minutes until it is completely dissolved.
2. Start the agitator for some minutes until it is completely dissolved.
3. Stop the agitator and let it rest for some minutes until the particles
3. Stop the agitator and let it rest for some minutes until the particles
which have not been dissolved go down to the bottom of the deposit.
which have not been dissolved go down to the bottom of the deposit.
The undissolved particles can come from:
The undissolved particles can come from:
- low solubility of the product to be dissolved
- low solubility of the product to be dissolved
- impurities in the product to be dissolved (common in fertilizers)
- impurities in the product to be dissolved (common in fertilizers)
- non soluble chemical reactions between the product and the salts of
- non soluble chemical reactions between the product and the salts of
the water.
the water.
- non soluble chemical reactions in the case of mixing differents
- non soluble chemical reactions in the case of mixing differents
products (with fertilizers,please, see compatibility tables provided by the
products (with fertilizers,please, see compatibility tables provided by the
fertilizer suppliers).
fertilizer suppliers).
The undissolved particles may damage the watertightness of the dosing pumps,
The undissolved particles may damage the watertightness of the dosing pumps,
producing loss of product.
producing loss of product.
To stop these particles from going into the dosing pumps, the fixture must be
To stop these particles from going into the dosing pumps, the fixture must be
carried out in the following way:
carried out in the following way:
- the deposit output must be located at 10/15 cms above the bottom;
- the deposit output must be located at 10/15 cms above the bottom;
- fix a shutoff valve before the filter to close the deposit before starting to
- fix a shutoff valve before the filter to close the deposit before starting to
clean the filter.
clean the filter.
- fix a mesh filter to the suction of the pump.
- fix a mesh filter to the suction of the pump.
- should there be many impurities, it is advisable to set up a disc filter with
- should there be many impurities, it is advisable to set up a disc filter with
a larger capacity .
a larger capacity .
MAXIMUM LIQUID VISCOSITY:
MAXIMUM LIQUID VISCOSITY:
MAXIMUM LIQUID DENSITY:
MAXIMUM LIQUID DENSITY:
WORKING TEMPERATURE:
WORKING TEMPERATURE:
In case of higher values contact to ITC
In case of higher values contact to ITC
14
14
80mPa seg
80mPa seg
1,5 gr/cm3
1,5 gr/cm3
0 - 50 °C
0 - 50 °C
Publicité
