Hydrosave 4 LPM Water Flow Controller Inline 15mm 1/2" M&F BSP Chrome IL04C provides primary flow control using a fixed orifice principle and secondary flow control using an O-Ring insert. Designed with male x female end connections, Hydrosave inline flow controllers are easily fitted between a wall tap outlet, shower head or inline between the wall outlet and tap body. Under low flow conditions the O-Ring remains relaxed and provides a fixed orifice. As flow increases the O-Ring reacts against the flow by unseating and slowly reducing the flow capacity of the orifice until the maximum restriction is achieved.
Hydrosave 4 LPM Water Flow Controller Inline 15mm Chrome IL04C 1/2" BSP
Hydrosave 4 LPM Water Flow Controller Inline 15mm Chrome IL04C 1/2" BSP
$11.90
Excl. GST:
$10.82
Excl. GST:
Code : 1633924
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Buy 10 for $10.90 $9.91 each and save $1.00 (Per Unit)10 for $10.90 $9.91 each
Designed to be placed inline between wall outlets, fixtures and fittings or at the ends of flexible hoses for use in domestic and commercial applications. Inline flow controllers will actively reduce the amount of water flowing from the outlet without adversely affecting outlet pressure or the need to replace existing fittings and fixtures.
Disc Acetal Co Polymer
O-Ring EPDM
Max Temp 65˚
Min Pressure 105kPa
Max Pressure 1034kPa
Body DR Brass chrome plated
Watermark LIC WM-021117
6 Star WELS rating 4 Litre per Minute
Disc Acetal Co Polymer
O-Ring EPDM
Max Temp 65˚
Min Pressure 105kPa
Max Pressure 1034kPa
Body DR Brass chrome plated
Watermark LIC WM-021117
6 Star WELS rating 4 Litre per Minute
Details
Hydrosave 4 LPM Water Flow Controller Inline 15mm 1/2" M&F BSP Chrome IL04C provides primary flow control using a fixed orifice principle and secondary flow control using an O-Ring insert. Designed with male x female end connections, Hydrosave inline flow controllers are easily fitted between a wall tap outlet, shower head or inline between the wall outlet and tap body. Under low flow conditions the O-Ring remains relaxed and provides a fixed orifice. As flow increases the O-Ring reacts against the flow by unseating and slowly reducing the flow capacity of the orifice until the maximum restriction is achieved.
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- SKU
- 1633924
- Size
- 15