User's Manual

AW2222
AR2020
(000)
AR4242
(01)
AR2929
(00)
E-10
E-10hp/120V
E-10hp/230V
PRESSURE PSI (Bar)
3500
(241)
3000
(207)
2500
(172)
2000
(138)
1500
(103)
1000
(69)
500
(34)
FLOW gpm (lpm)
PRESSURE vs FLOW — E-10hp, E-10 with various mix chambers
Material Output
0 0.2
(.75)
0.4
(1.5)
0.6
(2.3)
0.8
(3.0)
1
(3.8)
1.2
(4.5)
E-10
E-10hp
-120V
E-10hp-230V
MACHINES
MIX CHAMBERS
AR2020
(000)
AW2222
AR2929
(00)
AR4242
(01)
MAXIMUM SPRAY TEMPERATURE °F
(
°C
)
(assuming 1 gpm flow)
60°
(16)
80°
(27)
100°
(38)
120°
(49)
140°
(60)
160°
(71)
180°
(82)
TIME (minutes)
0 10 3020 40 50 60 70
Reactor E-10hp
Reactor E-10hp
Reactor E-10
Reactor E-10
MACHINES
230V
120V
230V
120V
MAX SPRAY TEMPERATURE vs TIME — E-10hp, E-10
Recirculation Times
∆ = 30°F (17°C)
∆ = 27°F (15°C)
∆ = 26°F (14°C)
∆ = 45°F (25°C)
Grow your business with polyurea applications
The Reactor E-10hp
™
is an ideal entry-level system and is great for coating
projects such as balconies, pools, waterproofing and bedliner applications.
It’s a smart, affordable investment that will help your business grow.
And even though it’s an entry-level system, it still packs plenty of power. The Reactor
E-10hp adds high pressure to give you the power and performance you need to
spray polyurea coatings. This compact unit is lightweight and portable – and even
runs on residential power so you don’t need to invest in a generator.
Boost heat for fast, 20-minute startup times*
With the system’s innovative boost heat and insulated tanks, material heats up
fast so you’re up and running sooner. In fact, you’re ready to spray in a fraction
of the time, compared to over an hour startup time on a standard Reactor E-10
™
.
The boost heat uses the extra available power from the motor circuit when the
machine is recirculating and applies that extra power to additional heater rods.
Which means that during recirculation mode, you have additional total heater
amperage for faster material heating.
Material Output
This chart determines material output based
on pressure and selected mix chamber.
Examples:
• At 2200 psi with a AW2222 mix chamber,
output is nearly 0.9 gpm
• At 1800 psi with a AR2929 mix chamber,
output is nearly 1 gpm
Recirculation Times
Use this chart to determine which Reactor E-10 model
is best suited for your application needs. This chart
determines recirculation times and tank temperatures
necessary to achieve your final spraying temperature.
• Curved portion of line represents tank temperature
• Straight vertical portion of the line represents Delta T
of primary heaters
To calculate necessary tank temperatures, subtract Delta T
from your desired spray temperature.
Examples:
• You want to spray the 230V E-10hp at 170°F (77°C).
Subtract 45°F (25°C) (Delta T) from 170°F (77°C) for a tank
temperature of 125°F (52°C). It will take about 20 minutes
of recirculation time to reach a tank temp of 125°F (52°C).
• You want to spray the 120V E-10hp at 150°F (66°C).
Subtract 30°F (17°C) (Delta T) from 150°F (66°C) for a tank
temperature of 120°F (49°C). It will take about 24 minutes
of recirculation time to reach a tank temp of 120°F (49°C).
* Startup time is 20 minutes with the 230V model.
2
Power, pressure and performance