Finger Jets

Posted by On December 11, 2014 0 Comment

Finger Jet will produce a visual effect of flowing streams of water .A finger-like fan spray which is ideal as a peripheral adornment to vertical central displays in medium sized fountain Pool. Excellent in wall mounted applications. This effect makes an aesthetic statement in both a day time & night when it lit with any Under water light. Effective as an evaporative spray in pools and ponds or in water cooling. The finger jets are ideal use in courtyard or entryway pools designed for close range viewing distance. They are also used effectively in series or grouped in clusters.1-1-2


JK-450 Series Finger Jets( water level Independent )
Reference JK-451 JK-452 JK-453 JK-454 JK-455 –
Connection 1″ 1½ ” 1″ 1″ ¾ “ –
Orifice 13@ 4.00 13/12 @4.00 7 @4.00 7 @5.00 13 @3.00 –
Material of Construction Cast Bronze/ Brass Cast Bronze/ Brass Cast Bronze/ Brass Cast Bronze/ Brass Cast Bronze/ Brass –
Appro. Weig. Kg. – – – – – –

JK-450 Series Performance of jets
Spray
Length
( m )
 Spray
Height
( m )
 Spread
Fall ( m )
 Q L/Min Q L/Min Q L/Min Q L/Min Q L/Min Q L/Min
1.00 0.20 1.50 19.00 40.00 14.00 35.50 19.00 –
1.50 0.30 2.00 2.00 48.00 17.00 42.50 23.40 –
2.00 0.40 2.40 27.70 55.00 20.00 50.00 28.00 –
2.50 0.50 2.80 32.00 62.50 23.00 57.50 32.00 –
3.00 0.65 3.25 36.00 69.00 25.50 64.00 35.50 –
3.50 0.75 4.00 38.00 75.00 27.50 70.00 38.00 –
4.00 0.85 4.15 41.00 82.00 30.00 75.00 41.00 –
5.00 1.00 4.75 47.00 93.00 34.00 83.00 47.50 –

INFORMATION AT GLANCE

JK-450 Series Finger Jets(water Level Independent)
  • Finger –shaped clear water effect.
  • Distinctive water pattern.
  • Non-turbulent supply of water is required.
  • Precise Finer jets that are stable in wind.
  • 100 % filter water is recommended where feasible.
  • Water Level In dependent.
  • Easy to clean.

IMPORTANT NOTE:

  • Dimensions & Material of Construction Subject to change without Notice.
  • Stated flows and head pressure requirement for any listed spray height are required at the nozzle. Designer & engineer shall be responsible for the accuracy of system flow rates & system head loss requirement.