1/2 "female x 1/2" male thread.
In an irrigation system that requires ups and downs to suit the landscape, the water in the pipes seeks the low spots when the system is not operational.
This generally results in puddles of dirty water accumulating around the lowermost heads, as well as wasted water coming out of the garden.
This problem can be solved with the...
1/2 "female x 1/2" male thread.
In an irrigation system that requires ups and downs to suit the landscape, the water in the pipes seeks the low spots when the system is not operational.
This generally results in puddles of dirty water accumulating around the lowermost heads, as well as wasted water coming out of the garden.
This problem can be solved with the...
1/2 "female x 1/2" female thread.
In an irrigation system that requires ups and downs to suit the landscape, the water in the pipes seeks the low spots when the system is not operational.
This generally results in puddles of dirty water accumulating around the lowermost heads, as well as wasted water coming out of the garden.
This problem can be solved with...
1/2 "female x 1/2" female thread.
In an irrigation system that requires ups and downs to suit the landscape, the water in the pipes seeks the low spots when the system is not operational.
This generally results in puddles of dirty water accumulating around the lowermost heads, as well as wasted water coming out of the garden.
This problem can be solved with...
3/4 "female x 3/4" male thread.
In an irrigation system that requires ups and downs to suit the landscape, the water in the pipes seeks the low spots when the system is not operational.
This generally results in puddles of dirty water accumulating around the lowermost heads, as well as wasted water coming out of the garden.
This problem can be solved with the...
3/4 "female x 3/4" male thread.
In an irrigation system that requires ups and downs to suit the landscape, the water in the pipes seeks the low spots when the system is not operational.
This generally results in puddles of dirty water accumulating around the lowermost heads, as well as wasted water coming out of the garden.
This problem can be solved with the...
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 15cm model with 1/2" threads
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 15cm model with 1/2" threads
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 15 cm model with 3/4" threads.
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 15 cm model with 3/4" threads.
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 30cm model with 1/2" threads.
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 30cm model with 1/2" threads.
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 30cm model with 3/4" threads
Easily adjust the sprinklers to the correct height and position, avoiding broken stems. High-quality articulated elbows that can be installed in virtually any irrigation system. 30cm model with 3/4" threads
Senninger pressure regulator with 1 "inlet and outlet thread.
Designed to limit static pressure, that is, pressure limitation in the pipeline head when the stopcock is closed downstream.
Maximum inlet pressure supported 6.5 bar.
Outlet pressure 1.05 bar.
This pressure regulator is used in <a...
Senninger pressure regulator with 1 "inlet and outlet thread.
Designed to limit static pressure, that is, pressure limitation in the pipeline head when the stopcock is closed downstream.
Maximum inlet pressure supported 6.5 bar.
Outlet pressure 1.05 bar.
This pressure regulator is used in <a...
Senninger pressure regulator with 1 "inlet and outlet thread.
Designed to limit static pressure, that is, pressure limitation in the pipeline head when the stopcock is closed downstream.
Maximum inlet pressure supported 7.9 bar.
Outlet pressure 2.10 bar.
This pressure regulator is used in <a...
Senninger pressure regulator with 1 "inlet and outlet thread.
Designed to limit static pressure, that is, pressure limitation in the pipeline head when the stopcock is closed downstream.
Maximum inlet pressure supported 7.9 bar.
Outlet pressure 2.10 bar.
This pressure regulator is used in <a...
Senninger pressure regulator with 1 1/4 "inlet and outlet thread.
Designed to limit static pressure, that is, pressure limitation in the pipeline head when the stopcock is closed downstream.
Maximum inlet pressure supported 6.5 bar.
Outlet pressure 1.05 bar.
This pressure regulator is used in <a...
Senninger pressure regulator with 1 1/4 "inlet and outlet thread.
Designed to limit static pressure, that is, pressure limitation in the pipeline head when the stopcock is closed downstream.
Maximum inlet pressure supported 6.5 bar.
Outlet pressure 1.05 bar.
This pressure regulator is used in <a...