Aerating Jet Nozzle

Aerating Jets Provide with a least possible flow of water, the maximum visibility of spray effects. Aerating Jets will produce a highly aerated column of White Water. Water level Dependent Jets. Creates a high visible foam flow for low & medium heights. Built in Swivel bases permit directional adjustment to appr. 15* off centre line. The white water of the Aeration Jet makes an aesthetic statement in both daytime operation ,or at night with Under water light. The Aeration Jets Must fed with a non-turbulent water supply. Adjustment of the air intake sleeve permit changing the ratio of water drawn from the pool and air.1-1-2

JK-250 Series Aerating Foaming Jets Nozzle( water Level Independent )

Reference JK-251 JK- 252 JK- 253 JK-254 JK-255
Connection ¾” Dia.BSP 1″ Dia.BSP ½” Dia.BSP 2″ dia. BSP 2 ½” dia.BSP
Orifice, tube I.D 16 mm 25 mm 39 mm 52 mm 63 mm
Material of Construction Cast Bronze/ Brass Cast Bronze/ Brass Cast Bronze/ Brass Cast Bronze/ Brass Cast Bronze/ Brass
Weight /kg

JK-250 Series Performance of jets

Jets Height in Mts. Q Lits/Mts Q Lits/Mts Q Lits/Mts Q Lits/Mts Q Lits/Mts
1.00 10.50 24.00 35.00
1.50 13.50 28.00 42.00 85.00
2.00 15.50 33.00 53.00 115.00 190.00
3.00 20.00 40.00 70.00 140.00 250.00
4.00 45.00 85.00 160.00 305.00
5.00 51.00 95.00 175.00 335.00
6.00 102.00 205.00 370.00
7.00 112.00 225.00 430.00
8.00 125.00 245.00 500.00
10.00 130.00 270.00 550.00
12.00 280.00 625.00
15.00 705.00

INFORMATION:

JK-250 Series Aerating Foaming Jets Nozzle

  • The Jet is equipped with a built in swivel base to provide adjustment up to 15* in any direction from vertical
  • Air to Water Adjustment Collar Adjustment rules are:-
      -Sleeve up for more heavier and lower spray.
      -Sleeve down for more lighter and higher spray.
  • Aeration Jets require a constant water level.

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.