Table of content
- S1-200 used to irrigate a field with a hose
- S1-200 used to irrigate a field using sprinklers
- S1-200 used in drip irrigation
- S1-200 used to fill a tank
- S1-200 used to transfer water from one tank to another tank located at a higher location
- S1-200 used to pump water from a well to a tank located in a remote location
S1-200 used to irrigate a field with a hose
The picture below shows an S1-200 pump system providing water to irrigate a field. The pump is installed in the water source which is in this example a pond (A). A person is standing with a hose in their hand irrigating any kind of crop (B).
Basic components of an S1-200 pump system are installed: Pump (1), controller (2) and PV modules (3)
S1-200 used to irrigate a field using sprinklers
The pump is installed in the water source, which in this example is a pond (A) and will be used to irrigate a field (B) under pressure using a sprinkler irrigation kit (4).
The basic components of an S1-200 pump system are installed: Pump (1), controller (2), and photovoltaic modules (3).
S1-200 used in drip irrigation
The pump is installed in the water source, which in this example is a pond (A) and will be used to irrigate a field (B) using a drip irrigation system.
The basic components of an S1-200 pump system are installed: Pump (1), controller (2) and PV modules (3).
S1-200 used to fill a tank
The picture below shows an S1-200 pump system which pumps water up to a tank (B). By gravity the water is used to irrigate a field and to fill a reservoir (C). The pump is installed in the water source which is in this example a well (A).
Basic components of an S1-200 pump system are installed: Pump (1), controller (2) and PV modules (3). In addition to that a dry run protection (4) and a tank full switch are installed (5).
S1-200 used to transfer water from one tank to another tank located at a higher location
The following image shows an S1-200 system pumping water from one tank (A) to another tank (B) that is located uphill, to finally irrigate a field (C).
The basic components of an S1-200 pumping system are installed: Pump (1) - in this example in horizontal position -, controller (2) and PV modules (3). In addition, a dry run protection (4) - note that it is installed vertically - and a tank full switch (5) are installed.
S1-200 used to pump water from a well to a tank located in a remote location
The following image shows an S1-200 system pumping water from a well (A) to a tank with a float valve (B) that is located too far away to use the LORENTZ full tank switch accessory, and finally supplying water to a field and livestock by gravity action (C).
The basic components of an S1-200 pumping system are installed: Pump (1), controller (2) and PV modules (3). In addition, a dry run protection (4) and a remote tank switch are installed on the discharge hose (5).
The float valve is not included in the LORENTZ accessory portfolio.
