High Performance Shower, Face And Eye Wash Nozzles
In accordance to the international markets and their different standards the SPRAYDRENCH® range of high performance shower heads and shower roses meet the requirements of DIN, EN and ANSI. This means that our safety shower range is adaptable to all kinds of country - related specifications and to any requirements of material resistance.
Standard high performance shower head in POM:
- Nozzle colour: Green or White
- Nozzle inlet: 1” female BSP
- Flow rate: 60 litres / minute at 1.5 bar dynamic water pressure
- Nozzle outlet performance in accordance with:
o ANSI Z 358.1-2004
o DIN 12899-3 : 2008
o EN 15154-1 : 2006
FSP1600038
Shower rose in ABS:
- Nozzle colour: White
- Nozzle inlet: 1” female BSP
- Nozzle outlet performance in accordance with:
o ANSI Z 358.1-2004
o DIN 12899-3 : 2008
o EN 15154-1 : 2006.
FSP1600043
Ultra high performance shower head in POM:
- Nozzle colour: Green or White
- Nozzle inlet: 1 ¼” female BSP
- Nozzle outlet performance in accordance with:
o ANSI Z 358.1-2004
o DIN 12899-3 : 2008
o EN 15154-1 : 2006.
FSP1600060
High performance spray head for face and eye wash:
- Nozzle colour: Green
- Nozzle inlet: ½” female BSP
- Nozzle outlet performance in accordance with:
o ANSI Z 358.1-2004
o DIN 12899-3 : 2008
o EN 15154-1 : 2006.
FSP1810151
Standard Shower, Face And
Eye Wash Nozzles
The alternatives are available in the following material variants:
- ABS plastic
- POM
- 316 and 304 stainless steel. All of these products can also be equipped with our flow-limiting devices.
.
Standard shower nozzle:
- ½” male BSP
- 7.3 l/min @ 300 kPa
- Material of construction in brass or stainless steel
SD14DN
Standard shower nozzle:
- ½” male BSP
- 28.9 l/min @ 300 kPa
- Material of construction in brass or stainless steel.
SD12DN
Standard shower nozzle: :
- 1” male BSP
- 72.2 l/min @ 300 kPa
- Material of construction in brass or stainless steel.
SD10DN
Ultra high performance shower rose:
- 1 ¼” female BSP
- Material of construction POM
- Nozzle outlet performance in accordance with:
o ANSI Z 358.1-2004
o DIN 12899-3 : 2008
o EN 15154-1 : 2006.
