Internal hydrant DN52 ith φ52 mm lay-flat fire hose winded on a rotary reel. Universal design: possible to connect to water supply as left or right side. Mounted on the wall (C) or recessed (B). Holes for water connection are blanked, offers six possibilities of connections: from the side, rear and above. Working pressure from 0,2 to 0,7 MPa.
HYDRANT DIMENSION:
Height:550 mm
Width:550 mm
Depth:250 mm
Height:550 mm
Width:550 mm
Depth:250 mm
RECESS DIMENSION:
Height:570 mm
Width:570 mm
Depth:260 mm
Height:570 mm
Width:570 mm
Depth:260 mm
Files to download
HYDRANT DIMENSION:
Height:550 mm
Width:550 mm
Depth:250 mm
Height:550 mm
Width:550 mm
Depth:250 mm
RECESS DIMENSION:
Height:570 mm
Width:570 mm
Depth:260 mm
Height:570 mm
Width:570 mm
Depth:260 mm
Files to download
Standard design:
- hydrant cabinet STANDARD – steel sheet lacquered with Facade type polyester powder paint in red (RAL 3000) or white (RAL 9003) color; thanks to cover hinge cabinet door are opening for 180º
- hydrant in a suspended (C) or recessed (B) version. Recessed version supplied with flange
- 52 hydrant valve
- hose support – rotating reel in RAL 3000 color
- lay flat hose φ52 mm 15 m or 20 m length according to PN-EN 14540:2005(U)
- hydrant nozzle type PWh-52 according to PN-EN-671-2, fixed connection to fire hose by crimping the nozzle with aluminum sleeve
- hose couplings crimped with aluminum sleeve
- Patent lock
- marking: sign “Hydrant” according to PN-EN ISO 7010:2012 + information plate according to PN-EN 671-2
- documentation: instruction of assembly and maintenance, guarantee card
- identification number
HYDRAULIC PROPERTIES
Working pressure: from 0,2 MPa to 0,7 MPa
Diffused conical water stream – not less than 45 degree.
Flow rate /efficiency/ | Pressure [MPa] | Dispersed stream | Compact stream |
Equivalent diameter 13 mm | 0,2 | 172 l/min | 155 l/min |
0,4 | 244 l/min | 220 l/min | |
0,6 | 299 l/min | 270 l/min | |
Factor K | – | 122 |
110 |
Effective range of the water jet projection (plus the length of the hose 15 m or 20 m) | |||
Equivalent diameter 13 mm | 0,2 | 5,4 m | 10,8 m |
0,4 | 8,1 m | 17,1 m | |
0,6 | 9,9 m | 19,8 m |
Attention! The dependence of the flow rate Q on the pressure P is given by the equation: Q = K√10P, where Q is expressed in liters / minute and P in megapascals.