Atomizing Nozzles
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Transcript of Atomizing Nozzles
8/17/2019 Atomizing Nozzles
http://slidepdf.com/reader/full/atomizing-nozzles 1/2
Tel: 860-399-6281
Fax, Order Entry: 860-399-7058
Fax, Technical Information: 860-399-7037
Web: www.TheLeeCo.comPDS 104 11/10
The Lee Company, 2 Pettipaug Rd., P.O. Box 424, Westbrook, CT 06498-0424
P R O D U C T D A T A S H E E T
( .134 )
3.40
NOZZLEOUTLET
.358.89
NOZZLEINLET
SEALINGSURFACE(.138-40 UNF-2A)
USE WITH .062 MINSTACBOSS PER LEE CO.DWG NO. TMIX1300000A
.205.08
.6516.51
.4010.16
.20[5.08]
FLUID
INLET
STRAIGHT PORTØ .031 [0.08] IDSOFT TUBING
NOZZLEOUTLET
GASINLET
NOZZLEOUTLET
.6516.51
[5.08] .20
.205.08
.4010.16
GASINLET
FLUID
INLET
BARB PORT Ø.062 [1.60] ID SOFT TUBING
ATOMIZING NOZZLES
062 MINSTAC (Airless)
Push On Tubing –
Straight Ports (Air Assisted)
Push On Tubing –
Barbed Ports (Air Assisted)
The Lee Company’s new atomizing
nozzles, available in both airless andair-assisted styles, generate a 50°
cone spray pattern and offer precise,
controlled atomization in a compact
package.
The airless atomizing nozzles do not
need an external air supply and will
atomize with pressures as low as 20
psi (on water). The standard airless
atomizing nozzles feature all stainless
steel construction, with 6-40 threads
designed to work with the Lee 062
MINSTAC ® fitting system. Available
in multiple flow ranges, these nozzles
can be installed directly onto a Lee
VHS micro-dispense valve for precise
flow control using pulse-width modula-
tion (PWM).
The air-assisted nozzles utilize an
external air source to control the atomi-
zation, allowing lower fluid operating
pressures (as low as 5 psi). The pres-sure of the liquid and the air can be
independently controlled to fine-tune
the flow rate and nozzle performance.
Atomizing nozzles with special mount-
ing configurations and PEEK wetted
materials are available as special
designs. Also available are single
orifice nozzles for droplet dispensing,
and VHS Micro-Dispensing Develop-
ment Kits which include the valving,
nozzles, safety screen, spike/holddriver and tubing for micro-dispensing.
Contact your local Lee sales engineer
for additional technical assistance and
application information.
■ Air-Assisted andAirless Designs
■ Stainless Steel
Construction
■ Small Compact Design
(Compatible with Lee 062
MINSTAC Fitting System)
■ Use with Lee VHS Valves
for Fine Flow Rate Control (PWM) – Pulse Width Modulation
■ Airless Nozzles Provide 50° Hollow Cone Spray Pattern
■ Air-Assisted Nozzles Provide 50° Solid Cone Spray Pattern
8/17/2019 Atomizing Nozzles
http://slidepdf.com/reader/full/atomizing-nozzles 2/2
Tel: 860-399-6281
Fax, Order Entry: 860-399-7058
Fax, Technical Information: 860-399-7037Web: www.TheLeeCo.comPDS 104 11/10
The Lee Company, 2 Pettipaug Rd., P.O. Box 424, Westbrook, CT 06498-0424
This chart illustrates steady state flow through the nozzles.
Flow rates can be further modified by using pulse width modulation through a VHS valve.
LEE ATOMIZING NOZZLES
LEE
PART NUMBERCONFIGURATION STYLE
NOZZLE
LOHM* RATE
CONE ANGLE
(DEGREES)
FLUID INLET
PRESSURE (PSI)
IAZA1200184K 062 MINSTAC Airless 84,000 50 Hollow 10 – 1,000
IAZA1200163K 062 MINSTAC Airless 63,000 50 Hollow 10 – 1,000
IAZA1200147K 062 MINSTAC Airless 47,000 50 Hollow 20 – 1,000
IAZA1200134K 062 MINSTAC Airless 34,000 50 Hollow 20 – 1,000
IAZA1200122K 062 MINSTAC Airless 22,000 50 Hollow 20 – 1,000
IAZA1200110K 062 MINSTAC Airless 10,000 50 Hollow 20 – 1,000
IAZA5200315K1
Push on tubing (straight ports) Air-Assisted 15,000 50 Solid 5 – 60
IAZA5200415K1
Push on tubing (barbed ports) Air-Assisted 15,000 50 Solid 5 – 60
■ Designed to work with 062 MINSTAC valves and components
■ Flow can be precisely controlled using Lee VHS valves and
pulse width modulation (PWM)
■ Stainless steel design is compatible with a wide range of fluids
1. External air pressure of 5 psi or greater is needed for atomization.
* The Lohm is a measure of flow resistance. Additional information can be found at www.TheLeeCo.com.
Nozzle Dispense (steady state)
Pressure (psi)
20
0
10
20
30
40
50
60
30 40
84000
63000
47000
34000
22000
10000
M l / m i n
Lohms