|
Full Ball, LED, LED Ball, LED arrow signals, LED
Pedestrian Control Signals, Arrow
Directional Signals, LED
Arrow signals,
Walk this way, RED LED BALL SCREWBASE, RED LED
BALL FLANGE MOUNT,
LED COUNTDOWN PEDESTRIAN SIGNAL MODULES
-
8" RED LED BALL SCREWBASE
-
12" RED LED BALL SCREWBASE
-
8" RED LED BALL SCREWBASE
-
8" RED LED BALL SCREWBASE
-
8" RED LED BALL SCREWBASE
Specially designed to meet military
specifications. Certificate of compliance
available upon advance request. Made in the
U.S.A.
The Type 1 LED signal unit shall replace the
reflector, socket, gasket, and lens assembly of
an incandescent signal section and shall fit the
sections of an incandescent signal face as
specified in Section 86-4.01, "Vehicle Signal
Faces," of the Standard Specifications or may
mount in the medium base lamp socket just as an
incandescent bulb mounts. Traffic products are
available in Type 1 or Type 2 configurations.
Type 1 LED signal module are designed to be
installed in the door frame of a standard
traffic signal housing. The lamp socket,
reflector, reflector holder and lens used with
an incandescent lamp shall not be used in a
signal section in which a Type 1 LED signal
module is installed.
Type 2 LED signal modules shall be designed to
mount in the standard lamp socket normally used
with an incandescent lamp. When a Type 2 LED
signal module is used, a standard traffic signal
lens in the door frame shall be used, at the
option of the Contractor, the standard lens may
be replaced with a translucent red lens to seal
the signal section from weather. The
installation of a Type 2 LED signal module shall
not require any modification to the standard
lamp socket or reflector.
Each Type 1 LED signal unit shall consist of a
convex lens made of red ultraviolet stabilized
hard-coated plastic or glass, LED circuit board
with electronic switching module, and two
conductors as specified in Section 86-4.01 C,
"Electrical Components," of the Standard
Specifications. The chromaticity of the red lens
color shall match the chromaticity of the LEDs.
Electrical connection can be accomplished by
each conductor with spade tongue connector at
the end, of sufficient length to reach a
terminal strip mounted in the blue-green signal
section housing with the red section door open.
The unit shall be sealed with a one-piece
neoprene EPDM (Ethylene, Propylene, Diene
Monomers) gasket, shall be watertight, and shall
be designed to be mounted to the door of the
signal section housing using the same mounting
method as the signal lens.
Electrical circuits shall be designed to limit
the current flowing through each LED to 20
milliamps (ma) maximum at 120 volts AC (VAC).
The failure of any LED shall only result in the
loss of not more than 2 percent of the total
LEDs in the signal unit.
Red LEDs shall be the ultra bright type and
shall be rated for 100,000 hours of continuous
operation at nominal current and at 25°C. The
operating temperature range shall be from -40° C
to 74° C. The LED emission spectrum shall meet
the present ITE chromaticity diagram according
to the 1931 CIE standard. The viewing angle
shall be not less than 30°. Only Red and Yellow
LEDs manufactured with Indium technology will be
used. Blue-green LEDs will utilize Nitrite
technology.
PEAK Wavelength: Red 630nm
PEAK Wavelength: Yellow 588nm
PEAK Wavelength: Blue-Green 505-510nm
Flange mount units consist of an LED array,
electronics, rear housing and lens. Electrical
connection can be accomplished by each conductor
with spade tongue connector at the end, of
sufficient length to reach a terminal strip
mounted in the blue-green signal section housing
with the red section door open. A black,
polycarbonate rear housing, that has a water
impermeable air vent installed, deters heat
build-up in unit.
Screwbase units will consist of an LED array,
electronics, rear housing and clear dust cover.
An Edison medium screwbase adapter installs
directly into lamp socket base and requires no
modification to the signal housing. Indexed LEDs
utilize, existing glass lens double convex
design characteristics, for enhanced light
throughput. A black, polycarbonate rear housing,
that has a water impermeable air vent installed,
deters heat build-up in unit.
MODEL 1932 12" RED LED BALL FLANGE MOUNT
Each LED utilized in a 12-inch circular red
indication shall be rated at 2Ø 1/2 30º to be
2500 millicandelas (mcd) typical at 20 ma. The
number of LEDs shall be sufficient to meet the
light output specifications as outlined in
Vehicle Traffic Control Signal Heads: a standard
of the ITE. The LEDs shall be wired in a minimum
of 65 parallel strings. The LEDs shall be
arranged uniformly throughout the circle. The
power consumption of the 12 inch red circular
indication shall be 20 watts +/- .5 watts at 120
VAC. Model 1932 has 650 LEDs, and a red
translucent hard-coated lens.
Also available in a screwbase version. MODEL
1932SB
MODEL RD12SB - 12" RED LED BALL SCREWBASE
Each LED utilized in a 12-inch circular red
indication shall be rated at 2Ø 1/2 30º to be
2500 millicandelas (mcd) typical at 20 ma. The
LEDs shall be wired in a minimum of 42 parallel
strings. The LEDs shall be arranged uniformly
throughout the circle. The power consumption of
the 12 inch red circular indication shall be <
17 watts +/- .5 watts at 120 VAC. The RD12SB has
420 LEDS.
MODEL RD12FM - 12" RED LED BALL FLANGE MOUNT
Each LED utilized in a 12-inch circular red
indication shall be rated at 2Ø 1/2 30º to be
2500 millicandelas (mcd) typical at 20 ma. The
LEDs shall be wired in a minimum of 42 parallel
strings. The LEDs shall be arranged uniformly
throughout the circle. The power consumption of
the 12 inch red circular indication shall be <
17 watts +/- .5 watts at 120 VAC. The RD12FM has
420 LEDS. Prismatic lens.
MODEL RD1210FM - 12" RED LED BALL FLANGE MOUNT
Each LED utilized in a 12-inch circular red
indication shall be rated at 2Ø 1/2 30º to be
3800 millicandelas (mcd) typical at 20 ma. The
LEDs shall be wired in a minimum of 16 parallel
strings. The LEDs shall be arranged uniformly
throughout the circle. The power consumption of
the 12 inch red circular indication shall be <
11 watts +/- .5 watts at 120 VAC. The RD1210FM
has 160 LEDS and a red tint lens.
This unit is on the CALTRANS pre-qualified list.
MODEL YL12SB - 12" AMBER LED BALL SCREWBASE
Each LED utilized in a 12-inch circular amber
indication shall be rated at 2Ø 1/2 30º to be
2500 millicandelas (mcd) typical at 20 ma. The
LEDs shall be wired in a minimum of 42 parallel
strings. The LEDs shall be arranged uniformly
throughout the circle. The power consumption of
the 12 inch amber circular indication shall be <
17 watts +/- .5 watts at 120 VAC. The YL12SB has
420 LEDS.
MODEL YL12FM - 12" AMBER LED BALL FLANGE MOUNT
Each LED utilized in a 12-inch circular amber
indication shall be rated at 2Ø 1/2 30º to be
2500 millicandelas (mcd) typical at 20 ma. The
LEDs shall be wired in a minimum of 42 parallel
strings. The LEDs shall be arranged uniformly
throughout the circle. The power consumption of
the 12 inch amber circular indication shall be <
17 watts +/- .5 watts at 120 VAC. The YL12FM has
420 LEDS. Prismatic lens.
MODEL YL1210FM - 12" AMBER LED BALL FLANGE MOUNT
Each LED utilized in a 12-inch circular amber
indication shall be rated at 2Ø 1/2 30º to be
2500 millicandelas (mcd) typical at 20 ma. The
LEDs shall be wired in a minimum of 19 parallel
strings. The LEDs shall be arranged uniformly
throughout the circle. The power consumption of
the 12 inch amber circular indication shall be <
20 watts +/- .5 watts at 120 VAC. The YL1210FM
has 190 LEDS and a yellow tint lens.
MODEL BG12SB - 12" Blue-green LED BALL SCREWBASE
Each LED utilized in a 12-inch circular
blue-green indication shall be rated at 2Ø 1/2
30º to be 3800 millicandelas (mcd) typical at 20
ma. The LEDs shall be wired in a minimum of 6
parallel strings. The LEDs shall be arranged
uniformly throughout the circle. The power
consumption of the 12 inch blue-green circular
indication shall be 15 watts +/- .5 watts at 120
VAC. The BG12SB has 258 LEDS.
MODEL BG12FM - 12" Blue-green LED BALL FLANGE
MOUNT
Each LED utilized in a 12-inch circular
blue-green indication shall be rated at 2Ø 1/2
30º to be 3800 millicandelas (mcd) typical at 20
ma. The LEDs shall be wired in a minimum of 6
parallel strings. The LEDs shall be arranged
uniformly throughout the circle. The power
consumption of the 12 inch blue-green circular
indication shall be 15 watts +/- .5 watts at 120
VAC. The BG12FM has 258 LEDS. Prismatic lens.
MODEL BG1210FM - 12" Blue-green LED BALL FLANGE
MOUNT
Each LED utilized in a 12-inch circular
blue-green indication shall be rated at 2Ø 1/2
30º to be 3800 millicandelas (mcd) typical at 20
ma. The LEDs shall be wired in a minimum of 6
parallel strings. The LEDs shall be arranged
uniformly throughout the circle. The power
consumption of the 12 inch blue-green circular
indication shall be 12 watts +/- .5 watts at 120
VAC. The BG1210FM has 190 LEDS. Prismatic lens.
This unit is on the CALTRANS pre-qualified list.
MODEL SWARROW
Each LED utilized in a 12 inch red arrow
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd, typical at 20 ma. The LEDs shall be
arranged in lines and shall be wired in a
minimum of 24 parallel strings. The power
consumption of the 12 inch arrow indication
shall be 7.5 watts +/- .5 watt. Model SWARROW
has 240 LEDs and a red translucent lens.
MODEL SWARROW-SB 12" RED LED ARROW SCREWBASE
The specifications are the same as the Model
Swarrow with the exception of the following. The
unit will consist of an LED array, electronics,
and an Edison medium screwbase adapter and will
require no modification to the signal housing.
MODEL AR12SB - 12" RED LED ARROW SCREWBASE
Each LED utilized in a 12 inch amber arrow
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd, typical at 20 ma. The LEDs shall be
arranged in lines and shall be wired in a
minimum of 12 parallel strings. The power
consumption of the 12 inch arrow indication
shall be 6 watts +/- .3 watt. Model AR12SB has
120 LEDs.
MODEL AR12FM - 12" RED LED ARROW FLANGE MOUNT
Each LED utilized in a 12 inch red arrow
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd, typical at 20 ma. The LEDs shall be
arranged in lines and shall be wired in a
minimum of 12 parallel strings. The power
consumption of the 12 inch arrow indication
shall be 9 watts +/- .3 watt. Model AR12FM has
120 LEDs and a red tint lens.
This unit is on the CALTRANS pre-qualified list.
MODEL AY12SB - 12" YELLOW LED ARROW SCREWBASE
Each LED utilized in a 12 inch amber arrow
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd, typical at 20 ma. The LEDs shall be
arranged in lines and shall be wired in a
minimum of 12 parallel strings. The power
consumption of the 12-inch arrow indication
shall be 10 watts +/- .3 watt. Model AY12SB has
120 LEDs.
MODEL AY12FM - 12" YELLOW LED ARROW FLANGE MOUNT
Each LED utilized in a 12 inch amber arrow
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd, typical at 20 ma. The LEDs shall be
arranged in lines and shall be wired in a
minimum of 12 parallel strings. The power
consumption of the 12-inch arrow indication
shall be 9 watts +/- .3 watt. Model AY12FM has
120 LEDs, and a yellow tint or masked lens
available.
This unit is on the CALTRANS pre-qualified list.
MODEL AG12SB - 12" Blue-green LED ARROW
SCREWBASE
Each LED utilized in a 12 inch blue-green arrow
indication shall be rated at 2Ø 1/2 30º to be
3800 mcd, typical at 20 ma. The LEDs shall be
arranged in lines and shall be wired in a
minimum of 4 parallel strings. The power
consumption of the 12 inch arrow indication
shall be 10 watts +/- .3 watt. Model AG12SB has
120 LEDs.
MODEL AG12FM - 12" Blue-green LED ARROW FLANGE
MOUNT
Each LED utilized in a 12 inch blue-green arrow
indication shall be rated at 2Ø 1/2 30º to be
3800 mcd, typical at 20 ma. The LEDs shall be
arranged in lines and shall be wired in a
minimum of 4 parallel strings. The power
consumption of the 12 inch arrow indication
shall be 9 watts +/- .3 watt. Model AG12FM has
120 LEDs. A blue-green tint or masked lens is
available.
This unit is on the CALTRANS pre-qualified list.
MODEL RDODOT08
Each LED utilized in an 8 inch circular red
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd typical at 20 ma. The number of LEDs
shall be sufficient to meet the ITE
specifications as outlined in Vehicle Traffic
Control Signal Heads: a standard of the ITE. The
LEDs shall be arranged uniformly throughout the
circle. The power consumption of the 8 inch red
circular indication shall be 10 watts +/- .5
watts at 120 VAC. Model RDODOT08 has 330 LEDs,
and a red translucent hard-coated lens.
MODEL RD08SB - 8" RED LED BALL SCREWBASE
Each LED utilized in an 8 inch circular red
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd typical at 20 ma. The LEDs shall be
arranged uniformly throughout the circle. The
power consumption of the 8 inch red circular
indication shall be 7 watts +/- .3 watts at 120
VAC. Model RD08SB has 180 LEDs.
MODEL RD08FM - 8" RED LED BALL FLANGE MOUNT
Each LED utilized in an 8 inch circular red
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd typical at 20 ma. The LEDs shall be
arranged uniformly throughout the circle. The
power consumption of the 8 inch red circular
indication shall be 7 watts +/- .3 watts at 120
VAC. Model RD08FM has 180 LEDs. Prismatic lens.
MODEL RD0806FM - 8" RED LED BALL FLANGE MOUNT
Each LED utilized in an 8 inch circular red
indication shall be rated at 2Ø 1/2 30º to be
3800 mcd typical at 20 ma. The LEDs shall be
arranged uniformly throughout the circle. The
power consumption of the 8 inch red circular
indication shall be 8 watts +/- .3 watts at 120
VAC. Model RD0806FM has 86 LEDs. Prismatic lens.
This unit is on the CALTRANS pre-qualified list.
MODEL YL08SB - 8" Amber LED BALL SCREWBASE
Each LED utilized in an 8 inch circular amber
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd typical at 20 ma. The LEDs shall be
arranged uniformly throughout the circle. The
power consumption of the 8 inch amber circular
indication shall be 7 watts +/- .3 watts at 120
VAC. Model YL08SB has 180 LEDs.
MODEL YL08FM - 8" Amber LED BALL FLANGE MOUNT
Each LED utilized in an 8 inch circular amber
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd typical at 20 ma. The LEDs shall be
arranged uniformly throughout the circle. The
power consumption of the 8 inch amber circular
indication shall be 7 watts +/- .3 watts at 120
VAC. Model YL08FM has 180 LEDs. Prismatic lens.
MODEL YL0806FM - 8" Amber LED BALL FLANGE MOUNT
Each LED utilized in an 8 inch circular amber
indication shall be rated at 2Ø 1/2 30º to be
2500 mcd typical at 20 ma. The LEDs shall be
arranged uniformly throughout the circle. The
power consumption of the 8 inch amber circular
indication shall be 12 watts +/- .3 watts at 120
VAC. Model YL08O6FM has 86 LEDs. Yellow Tint
lens.
This unit is on the CALTRANS pre-qualified list.
MODEL BG08SB - 8" Blue-green LED BALL SCREWBASE
Each LED utilized in an 8 inch circular
Blue-green indication shall be rated at 2Ø 1/2
30º to be 3800 mcd typical at 20 ma. The LEDs
shall be arranged uniformly throughout the
circle. The power consumption of the 8 inch
blue-green indication shall be 8 watts +/- .3
watts at 120 VAC. Model BG08SB has 180 LEDs.
MODEL BG08FM - 8" Blue-green LED BALL FLANGE
MOUNT
Each LED utilized in an 8 inch circular
blue-green indication shall be rated at 2Ø 1/2
30º to be 3800 mcd typical at 20 ma. The LEDs
shall be arranged uniformly throughout the
circle. The power consumption of the 8 inch
blue-green indication shall be 8 watts +/- .3
watts at 120 VAC. Model BG08FM has 180 LEDs.
Prismatic lens.
MODEL BG0806FM - 8" Blue-green LED BALL FLANGE
MOUNT
Each LED utilized in an 8 inch circular
blue-green indication shall be rated at 2Ø 1/2
30º to be 3800 mcd typical at 20 ma. The LEDs
shall be arranged uniformly throughout the
circle. The power consumption of the 8 inch
blue-green indication shall be 10 watts +/- .3
watts at 120 VAC. Model BG08FM has 86 LEDs, and
water clear lens.
PV18X10RD - PV - Red retrofit, 11 watts. This
unit is on the CALTRANS pre-qualified list.
PV18X10YL - PV -Yellow retrofit, 15 watts. This
unit is on the CALTRANS pre-qualified list.
PV30X6BG - PV -Blue-green retrofit, 15 watts.
This unit is on the CALTRANS pre-qualified list.
Light Emitting Diode Pedestrian International
symbol don't walk "HAND" Signal Indication. --
All pedestrian symbols don't walk "HAND" signal
indications shall be provided with a light
emitting diode (LED) signal unit. The LED signal
unit shall replace the incandescent bulb of a
Type A signal unit as specified in section
86-4.03, "Pedestrian Signal Faces," of the
Standard Specifications, while requiring no
further modification of the pedestrian signal
head.
Each LED pedestrian signal shall consist of a
LED matrix circuit board with electronic
switching module, and a black polycarbonate rear
housing, that has a water impermeable air vent
installed, deters heat build-up in unit.
Electrical circuits shall be designed to limit
the current flowing through each LED to 20
milliamps (ma) maximum at 120 Volts AC (VAC).
The failure of any LED in a string shall only
result in the loss of 2% or less of the total
LEDs in the LED pedestrian signal unit.
MODEL HODOTPOR
Each LED utilized in a pedestrian signal "HAND"
indication shall be rated at 2Ø 1/2 30º to be
1400 mcd typical at 20 ma. The LEDs shall be
arranged to uniformly illuminate the raised hand
symbol of the Type A pedestrian signal message
plate. The LEDs shall be wired in a minimum of 3
parallel strings. The power consumption of the
LED pedestrian signal unit shall be 8 watts +/-
1 watt at 120 VAC.
Model HODOTPOR - Ped hand has 220 LEDs. (Side by
Side HOUSING) 16" Hand, Portland orange.
MODEL SMHAND - Ped Hand has 150 LEDs (12 X 12
HOUSING) 8.75" Hand
Model LWMAN - Ped MAN has 220 LEDs. (Side by
Side HOUSING) 16"
Model HMSXS - Ped Hand/Man Combo Side by side
Ped hand/man, 10 watts
MeterOn - 17 1/2 x 15 3/4 x 3 1/2, 14 watts
Obstruction Bulbs can be made to operate at 120
volt or 220-240 Volt
Obstruction BULB - Portland-Orange, bulb design,
Ped Retrofit 8 watts
Obstruction BULB - Red, bulb design, Outdoors
lighting. 8 watts
Obstruction BULB - Yellow, bulb design, Corridor
lighting. 8 watts
Obstruction BULB - Blue, bulb design, accent
lighting, 8 watts
Obstruction BULB - Blue-green, bulb design,
bridge lighting, 8 watts
Obstruction BULB - Green, 8 watts
"Bright Spot":1 1/2 inch, 2 1/2 inch and 5 inch
available in Red, Portland-Orange, Yellow, Blue,
Blue-green, Green, and White. Edison base units,
120 volts.
Power Sentinel™2001- Emergency Battery backup
for your Red LED traffic signal system. Installs
in Controller Cabinet. Activates Red flash mode
in all directions in the event of power loss.
Automatically deactivates when power returns.
Bi-Modal Products
Ramp Meter - 12" Retrofit, Red Octagon /
Blue-green Ball
Lane Control - 12" Retrofit, Red X / Blue-green
down Arrow
Turn Arrow - 12" Retrofit, Yellow Arrow /
Blue-Green Arrow
Signal Displaying: 12" Retrofit, Blue-green Ball
/ Blue-green Arrow
Signal Displaying: 12" Retrofit, Red X / (-) Red
X
Signal Displaying: 12" Retrofit, Red Ball / Red
Arrow
Traffic Controls for Transportation:
Ever-demanding traffic and rail signal applications require a constant
reliability 24 hours a day, 365 days a year. By applying IQtraffiControl
Illumination LED signals in place of older fluorescent or incandescent
technologies, municipalities, rail yards and transit operators can benefit from
recurring energy savings, lower maintenance costs and reduced safety concerns.
We are manufactures OEM/ODM a complete line of high-flux LED products for the
transportation market. We offer a complete line of LED products used in lighting
for airports, bus stops, rail ways, traffic signals, outdoor lighting and other
related applications.
Our transportation products are more efficient, last longer and typically
consume 90% less energy than incandescent lights, yielding substantial
operational cost savings. Because their service life span is typically 10 times
(approximately eleven years) that of incandescent, these products offer even
greater maintenance savings due to longer replacement intervals. In addition,
they are environmentally friendly.
Solar powered warning signals Using a combination of solar power and
energy-efficient LED lights we allow the transportation engineer the flexibility
to deliver critical warnings in virtually any location, regardless of power
availability.
We offer a full array of red, yellow, green and white LED products for use in
traffic signal balls, arrows and pedestrian signals, as well as a complete range
of signaling products. Installation of LED Signals can offer significant savings
in operating and maintenance costs resulting in a quick return on initial
investment.
Your next scheduled maintenance will be in 5 to 7 years!
OkSolar.com Affiliate
Solar powered
school warning flasher signal
Solar powered
school warning flasher signal is the cost effective solution to your
pedestrian safety problems.
OkSolar.com traffic Group's solar powered Speed Awareness
displays have been designed to assist transportation departments in
promoting speed limit compliance and traffic safety regardless of
power availability powered.
OkSolar.com Affiliate
|
Applications
|
|
Benefits:
-
Your next
scheduled maintenance will be in 5 to 7 years!
-
Promotes speed compliance.
-
Proven technology.
-
Vandal and theft-resistant components and
hardware.
-
Low installation cost.
-
Easily and quickly deployed in
almost any location.
-
NO run Wiring from grid!
-
NO cuts through existing roads,
sidewalks or landscaping.
-
NO Maintenance
-
NO Utility bill
-
Maintenance Free Batteries!
-
Big Credits and Savings form
State and Federal Taxes.
Features:
-
High Intensity.
-
The Flexible design enables any configuration of bi-directional or dual flasher
system solution.-
Low-Cost Installation -- Easily and Quickly Deployed in Any
Location.
-
LED Beacons - Long-Life with Extremely Low Power Consumption.
-
Virtually Maintenance-Free Design.
-
Complete System Packages with Poles.
-
Vandal and Theft Resistant Components and Hardware.
-
1 Year Warranty system .-
20-Year Warranty on Solar Modules.
-
(Optional) Unbreakable Solar Modules.
-
Long-Life, Deep-Cycle, Maintenance-Free Batteries.
-
(Optional) Remote Control Activation.
-
Pays for itself in the form of reduced installation,
maintenance and servicing costs.
-
Reliable operation 365 days per year at nearly any location.
Self Powering Solar System:
-
Self-powering capability means it can be installed anywhere.
-
Unbreakable solar module
technology
-
Utilizes power-saving LEDs
-
Fully self-contained systems
-
Virtually maintenance-free
-
Modular electronic component
Required an optimally
oriented solar panel at the installation site.
Test Conditions:
of 1.5 air mass spectrum; 20 degrees C ambient air temp; 1 sun (1000
watts per square meter at POA irradiance); 1 meter per second wind
speed at 10 meters above grade)
Beginning with a fully charged battery.
Battery discharge limited
to 70% of capacity.
Temperatures above +25°C (+77°F) may affect overall battery life.
Temperatures above +60°C
(+140°F) may affect output.
Operational times are
also reduced below -20 C due to the effects of low temperature on
battery performance.
|
|
Oksolar Solar’s LED Changeable Message Signs and Displays
are available in a variety of formats and sizes to meet your every need! These
cost effective, energy efficient “solar powered” LED variable Message Displays
are a viable alternative to the larger more expensive fixed Intelligent Traffic
System CMS NMS systems. Traffic Calming, Traffic Management, and Traffic Control
applications can easily be addressed with these smaller, more affordable
offerings. Full Central Command, Control and Network communications options are
available to provide optimum automated system flexibility.
POLE-MOUNTED IQ SPEED Checker AWARENESS DISPLAY
This solar powered, pole-mounted speed director provides a
quick and clear signal to the driver of his/her current speed. Use in school
zones, neighborhoods, and anywhere where speed limit compliance is vital. Many
configurations are available to fit your needs. Activate through a pager system
(PAS) or manually operate. Extreme speed setting allows the unit to grab the
attention of the driver by use of other visual displays when not showing their
actual speed. This solar powered unit can be moved easily to different
locations.
A IQ speed display board allows everyone to see the radar speeds. Display boards
generate excitement and additional interest for any event or game. The display
boards with seven inch characters are visible about 350 feet away. The boards
with ten inch characters can be viewed more than 600 feet away. That's as long
as two football fields!
OkSolar Quality
The exceptional high quality OkSolar display boards use state-of-the-art,
electromagnetic digits, and all aluminum construction. These digits are much
easier to read than high intensity LEDs, and they are far more rugged than
conventional mechanical digits.
More information
|
Keeping Traffic Moving When The Power Goes Out Item#1608450
Portable Solar Powered 120 volts 60Hz. or 230 Volts 50 Hz,
Portable Solar Powered 220 Volts 50 Hz, Portable Solar Powered 230V
50Hz, Portable Solar Powered 220Volts 50Hz pedestrian signals, A
 120
or 240 V, 100 amp, single-phase IQUPS.com transfer panel is used to
activate the generator at the loss of power. According to IQUPS, the
generator assumes the full load in seven seconds. When utility power
is restored, the generator shuts off and signal operation is
automatically returned to the normal power source. "The IQUPS1800
will completely run the intersection stoplights," said general
manager for the DOT. "Other backup systems will put the lights to
flashing red. When the generator kicks in on the IQUPS1800, the
lights will fully function for 25 to 40 hours, depending on the load
at the intersection. When power is restored, the system returns to
utility power and the traffic signals do not need to be reset."
Battery Backups Prevent Accidents at Critical Traffic Signals
Additional Applications Being Taken for More Intersections Keeping
Traffic Moving When The Power Goes Out Portable Solar Power 120
Volts 60 Hz or 230 Volts 50Hz, Traffic Portable Solar Power 120
Volts 60 Hz Thanks to new IQTraffiControl.com energy-efficiency
technology, different Cities, towns and counties will keep their
traffic signals safely operating even if the electricity goes out,
and other local governments. Intersections have been converted to
new LED signal lights utilizing more efficient, LED (light emitting
diode) lamps. The new lamps cut the amount of electricity used by
each light from as much as 150 watts to between 10 to 25 watts.
Because LEDs use so much less electricity, it is now technically
possible to provide battery backup power to alike.
We also Have Fuel Cells
Traffic Backups.
Battery
backup systems for LED traffic Signs -
IQUPS Battery Backups Prevent Accidents at Critical Traffic Signals
Increase the public safety and reduced traffic
congestion by allowing traffic lights to
function even during a power failure. A typical
traffic signal intersection experiences eight to
ten local power outages annually. With battery
backup 3 power, some or all the traffic control
signals can continue to operate. This seamless
switchover to battery power increases public
safety and eliminates the need to dispatch
police or other service personnel to direct
traffic. If all traffic signals were converted
to LEDs, the battery backup system would allow
full operation of the traffic signals during a
power outage, thus alleviating traffic
congestion.
Application:
Enhancing all types of roadway signs
(stop, yield, wildlife, dangerous
corners, etc.)
Marking temporary and permanent road
barricade marking
Flashing flagger
Enhancing safety at construction and
detour zones
Indicating bridge and tunnel entrances
Marking hazards and infrastructure at
industrial sites
BENEFITS
-Quick installation - no external
wiring, cable trenching.
-Flexible design enables any
configuration of bi-directional or dual
flasher solution.
-Pays for itself within the first year
of operation in the form of reduced
installation, maintenance and servicing
costs
-Self-powering capability means it can
be installed anywhere
-Reliable operation 365 days per year at
nearly any location on earth
-IQ Engineered for up to five (+)
years of maintenance-free operation
Wireless
Communications
Oksolar.com also provides remote-control and paging
equipment to control flashing systems from a central office or
computer network, with custom design and field engineering
services available to support our nationwide dealer network.
A complete family of wireless RF sensors, transmitters, loggers,
repeaters, receivers and servers spanning the 418MHz. to 2.4GHz
frequency range. With an emphasis on modularity and Selection.
Remote Control:
Wireless 300 to 20Miles control
OkSolar
also provides remote control and paging equipment to control
flashing systems from a central office or computer network. We
offer custom design and field engineering services available to
support our nationwide dealer network.
Paging System
Two-way paging available for programming and troubleshooting
school zone time clocks (AC or Solar Powered). A two-way paging
system will allow you to program times for the new school year,
special events, and even turn flashers in the system on during
emergencies - all from your office. Two-way paging provides
acknowledgement that the flasher received the message and
provides diagnostic messages to let you know if the flasher is
functional.
IP Video
OK-IP Video Anywhere! Solar Powered, wireless Got
facilities you need to keep an eye on? Oftentimes
they're several miles from your headquarters and, worse,
you can't get any electricity (let alone Ethernet) to an
exterior location where you'd like to mount a camera.
Companies with remote or hard to access assets, such as
oil and gas pipelines, bridges or rural properties, have
not had an effective, economical solution for protecting
those assets.
Wireless Crosswalk
Systems
OKWC - Advance Crosswalk Flasher
This system has a transmitter station located at both ends of
the crosswalk. The transmitter can be configured with a
pedestrian push button or configured to use different types of
sensors such as a OkSmart Walk Microwave Detector. When a
pedestrian is detected at the crosswalk or he presses the
pedestrian push button, a signal is transmitted down the street
to the flasher system. This flasher is often located
approximately 297 feet in advance of the crosswalk.
Advance Crosswalk
Flasher—the OKWC flasher system—contains a radio receiver
and timing logic within its control panel. The radio receives a
signal from the crosswalk and in turn, begins its internal
timer. Each flasher will flash for the predetermined time
programmed into the logic. Typically, a system contains two
transmitter stations, one located on each side of the street and
two flashers upstream from the crosswalk on either side.
OKSP - Solar Pedestrian System
Solar Traffic Controls are installed right at the crosswalk.
This system uses a frequency hopping, spread spectrum radio (FHSS)
to link the units. There are microprocessors in each unit: one
is the master and the other a slave. The pedestrian push button
is on the same pole with the flasher and the solar-power system.
The user approaches and presses the button; the system detects
the contact closure from the button and starts flashing. The
units are constantly "talking" to each other. They have fault
modes so when they stop "talking" to each other, the system goes
into a known-fault condition so the user knows the system needs
service.
The Solar Pedestrian system offers greater flexibility. You can
have up to four flashers in a network. Two can be placed in
advance of the crosswalk and two at the crosswalk.
LED Lighting sources are ideally suited
for applications where lighting requirements are principally dictated
by the need to be seen. (Traffic signals, navigational beacons,
obstruction lighting, signage, runway
lighting, brake lights...)
More info on Heavy traffic signs
Innovative traffic design and signaling, designed as per your
Specs. for their lighting needs. Amber alert, Futuristic i intersection control,
"Emergency Vehicle Approaching", signs have been designed and
delivered.
The sign you are reading is a 5 foot by 11 foot.
More information on Visual signals
Railroad
Applications:
OkSolar.com leads the industry in providing solar electric power
systems for railroad applications. We are the only supplier to
the railroad industry concentrating 100% of our time to  solar
electric applications and products. Kyocera provides fully
engineered, highly reliable, low-cost power systems for a wide
variety of applications -- from wayside signaling to hybrid
power systems for railcars.
The OkSolar Team is dedicated to providing the very best
solution to your railroad installation. OK provides fully
engineered, highly reliable, low cost power systems for a wide
variety of applications.
We specializes in pre-installation design assistance to ensure
years of top-level performance and low-maintenance service.
From 2-Volt track circuit systems to fully integrated equipment
shelters with generator backup, a OkSolar power system is
the solution to your remote power needs.
Applications:
-
Wayside Signaling
-
Intermediate / Approach Signals
-
Repeater Locations
-
Hot Box Detectors
-
Grade Crossing Hybrid Power Systems
-
Telecommunication Power Supplies
-
Control Points
-
Electric Switch Locks
-
AEI Equipment
-
Dragging Equipment Detectors
-
Railcar Solar Power Supplies
-
Switch Machines
-
Lighting Installations
-
2-Volt Track Circuit Systems and
Controllers
-
Primary Battery Replacement
-
Trailer/Skid-Mounted Portable Designs
Features:
Engineering Design Assistance
Site Survey Analysis (before & after installation)
Vandal-Resistant Designs
CAD Sizing Analysis (standalone and hybrid)
Ground and Pole Mount
Wood/Telephone Pole Mounted Systems
Hot Dipped Galvanized Steel Poles & Mounts
Anodized Aluminum Poles & Mounts
Complete System Installation Kits/Packages
Thorough Documentation and Manuals
Onsite Training and Installation Services
Custom Solar Module and System Design
System Performance Warranty
Turnkey Installation Services
Long-term Maintenance Services
Lead-Acid or Ni-Cad Charge Regulation
Fully Integrated Equipment Shelters Available
   
    
School Speed 15 when flashing
Radio-Controlled Solar School Beacons
 
  
Solar Powered Railroad Crossing Warning
Systems with Remote Control
Remote Control
   
OkSolar.com Serving The Industry Since 1988.
All rights reserved. All trademarks or product names mentioned herein are the
property and responsibility of their respective owners.
Credit Pictures provided by PIX along with DOE/NREL
|
