ELECTRONIC PRESSURE SYSTEMS CONTROL TEAM
The CONTROL TEAM is an electronic system that starts up the electric pump when there is water required in the plant, keeping a constant pressure and flow. Moreover, a special mechanism controls the stop of the pump in case of dry running
The automatic system “CONTROL TEAM” is composed of a centrifugal or a self-priming electrical pump combined with the “CONTROL PUMP”, an electronic control system, with pressure gauge, pressure switch and no return valve included.
Feeding: available in single-phase at 50 or 60 Hz
Maximum capacity: 120 l/1’
Maximum pressure: 10 bar
Maximum water temperature: 35 °C for domestic use
(CEI EN 60335-2-41) or 60 °C for other use
Maximum ambient temperature: 40 °C
Non-residential buildings Booster CONTROL TEAM
For the calculation of the requirement, we take in
consider the following buildings:
offices
shopping centers
hospital facilities
hotel
Residential buildings Booster CONTROL TEAM
The main elements for the calculation of the water needs are:
- consumption for each type of supply
(table 1) - the number of users (table 2)
- the factor of contemporaneity:
the maximum theoretical requirement is given by the sum of the flow rates by type of delivery of an apartment and by the number of them.
In practice, it is verified that only a part of the users are used at the same time. The contemporaneity factor allows to define the maximum effective flow rate that can be requested by the users.
Employ CONTROL TEAM
The automatic pressurization groups of
TEAM series were designed to keep
constantly under pressure small or medium
civil, industrial or irrigation water systems.
They are supplied already assembled and ready for
installation.
It is possible to choose the most solution
suitable for the needs of the system, through
the selection of the electric pump based on the
flow rate and work curve; and also
You can choose the group according to
characteristics of the same. It’s important
remember that the pressurization group
must be sized according to the
amount of water and the required pressure
