Fire hydrant ELANCIO Traffic DN80-100 - Symmetric outlets

Bended valve box - Straight valve box

Fire hydrant ELANCIO Traffic DN80-100 - Symmetric outlets

RANGE / MARK ®
FH ® ELANCIO
CHOICE OF PRODUCT
Symétrique Outlet
PRODUCT FAMILY
FIRE PROTECTION
FIRE PROTECTION
Main features

A good choice on a long term period

SG PAM Fire Hydrants are designed to last in time without particular intervention; their functionalities are kept even after many years of use.

The product was qualified in our PAM Laboratory accredited COFRAC.

The product offers higher performances compared to the requirements of the standards:

  • a number of opening and closing higher than the 1,000 necessary cycles;
  • a resistance of the envelope to the pressure higher than 25 bars;
  • easily manoeuvrable with operating torques lower than 80 Nm.

Material and coating

Bended valve box - Straight valve box

Item

Designation

Material

Coating

1

Operating cap

Ductile iron EN GJS 400-15 or 500-7 EN 1563

Zinc coated

2

Cover

Polyamide P A 6

Grey polyurethane paint

3

Upper body

Ductile iron EN GJS 400-15 or 500-7 EN 1563

Red-brown epoxy powder 250 microns + red polyurethane

4

Symmetric Outlet plugs

Aluminium type AS7G

Red polyurethane

5

Fixing screw CHC

Steel type CL 8/8

Zinc coated

6

Adjustable box

Ductile iron

Bituminous varnish

7

Extension tube

Ductile iron EN GJS 400-15 or 500-7 EN 1563

Blue epoxy powder thickness 250 microns

8

Valve box (straight or bended)

Ductile iron EN GJS 400-15 or 500-7 EN 1563

Blue epoxy powder thickness 250 microns

9

Gate

Ductile iron NF EN 1563

Covered with EPDM elastomer

10

Operating rod

Steel Tu 56-8 NF EN 10240

Galvanised

11

Operating nut

Brass Cu Zn 40 NF EN 12420

12

Operating stem

Steel type X 20 Cr 13NF EN 10088-3

13

Upper and lower bush

Brass Cu Zn 39 Pb 2 NF EN 12420

14

Lower body

Ductile iron

Red-brown epoxy powder 250 microns + red polyurethane

15

Clamping blocks

Ductile iron

Blue epoxy powder thickness 250 microns + red polyurethane

16

Lower flange

Ductile iron EN GJS 400-15 or 500-7 EN 1563

Blue epoxy powder thickness 150 microns

17

Flanged duckfoot bend

Ductile iron EN GJS 400-15 or 500-7 EN 1563

Blue epoxy powder thickness 250 microns

18

Operating shaft

X20 Cr 13 EN 10088-1

19PinX20 Cr 13 EN 10088-1
20Operating spindle(OS) Forged steel C35 - NF EN 10083-125 microns black Cataphoresis

21

Pavement plate

PA6

22

ELANCIO cover

Polyester with fibreglass

Red polyurethane + varnish

Coating

Epoxy + red polyurethane 250 microns mini inside and outside for an excellent behavior against corrosion. A complementary coating on the air part enables him to resist the climatic requests: sun, the moon, bad weather, etc…

Reference of the repairing paint: 269081

Standards and marking

  • Standards: fire hydrant Atlas+ Non Traffic DN100 is in conformity with Standards NF EN 14384, NF S 61213/CN.
  • Mark NF: SG Pam is authorized by CSTB to put NF Mark on this product. It is in conformity with Standards and complementary specifications NF S 61213/CN.
  • CE marking: fire hydrant for fire network in conformity with Standard NF EN 14384.
  • Alimentarity: the product is in conformity with the French regulation. It obtained the Sanitary Conformity certificate (ACS).

Technical characteristics

Fire hydrant operating:

  • Square: 30 x 30mm
  • Closing direction: clockwise
  • Number of revolutions: 13
  • Kv coefficient: 160 (on the central outlet)
  • Outlets diameter: 2 outlets Ø65 and 1 outlet Ø100 symmetric
  • Connecting flange: drilling ISO PN10/16
  • Allowable operating pressure (PFA): 16 bars
  • Factory test pressure: - Body: 25 bars - Plug: 18 bars

Reliable and perennial closing system

The closing system used with the products of the fire network was designed to guarantee the maximum security.

Easy draining without maintenance

Automatic draining.

The fire hydrant equipped with a plug must be completely empty after use to avoid the risks of freezing in winter. SG PAM developed a completely automatic system of draining made up of a simple opening integrated in the ductile iron of the valve box.

Single design without component: no maintenance, perennial operation, no spare parts.

Fire hydrant in closed position (drawing 1) : the valve releases the opening of draining and water is evacuated gravitationally.

Fire hydrant in opened position (drawing 2) : the valve closes the draining from the beginning of the opening to the total opening. There is no loss of water during the opening operation.

Progressive and durable valve

Valve made up of two ductile iron parts covered with EPDM. This technology enables a perennial tightness.

During the closing operation, the two parts approach by compressing the EPDM to have a durable tightness.

The closing system has been studied so that the flow is established in a progressive way at the opening and closing of the fire hydrant to avoid any risks of water hammer (sinusoidal tightness line).

Closing system with right geometry to avoid its blocking by possible foreign elements contained in water (stones for example) which could involve a tightness defect.

A great simplicity of installation and use

The fire hydrant was designed with a mobile flange at the level of the duckfoot bend to be able to adjust the fire hydrant direction compared to its environment.

Installation of the fire hydrant in conformity with Standard NF S 62 200 and the regulations of the Book of the General Technical Specifications at the Public Markets of Works (fascicule 71)

Earthwork is not necessary and the fire hydrants are directional on 360°.

The smooth barrel without bolt avoids the problems of corrosion of the fire hydrant, and is integrated directly in the ground, which makes it possible to simplify works of completion or landscape installation surrounding.

On this drawing it’s necessary to underline:

  • the use of an adjustment ‘S’ Bend in order to put the hydrant at the good level ;
  • the draining material around the drain ;
  • the block of the duckfoot bend ;
  • the short flanged pipe or a piece of pipe with assembling pieces to respect a distance of 1 m minimum (from axis to axis) between the fire hydrant and the valve or 3 m minimum if the valve is in the axis of the front outlet of the fire hydrant.

Solutions