Product Guides, Installation Manuals, Specs Sheets & Warranty Information

Brochures & Advocacy Tools

  1. Smart Crosswalk™ Selection Guide: This guide introduces you to our in-roadway warning light, RRFB, and flashing LED warning sign systems with equipment selection options.
    Lighted Crosswalk Product Matrix    : This flyer helps to determine which of our lighted crosswalks is right for your installation location based on number of lanes, posted vehicle speeds, and power source.
  2. Petition Toolkit — How to Get a Smart Crosswalk: Want a lighted crosswalk in your neighborhood but don’t know where to start? This step-by-step toolkit offers tips on how to gather information and approach your city officials.
  3. Walkability Checklist: A checklist for evaluating neighborhood and community walkability and pedestrian safety, including resource tools and funding sources.


Links

Installation Manuals & Visual Guides

  • in-roadway warning lights
  • LED signs
  • RRFBs
  • solar-powered systems
  • any other components related to the installation of a LightGuard Systems lighted crosswalk system or component

Our installation manual is provided in an Adobe PDF download format. For ease of navigation, hyperlinks are provided to all chapters and subsections listed on the index page.

Hardwired Systems IRWL/SIGNS/RRFB

Table of Contents:

  1. The LightGuard System & Components
  2. Power System & Components
  3. In-Roadway Warning Light (IRWL)
  4. Automatic Activation System - Smart Crosswalk™
  5. Push-Button Activation
  6. LED-Enhanced Illuminated Warning Signs
  7. LightGuard Systems Solar Power Option
  8. Troubleshooting/Maintenance/After Installation
  9. Addendum


Wireless Systems SIGNS/RRFB Installation Manual

Visual Guides

IRWL Installation Tips

LightGuard's in-roadway warning light systems operate on low voltage Direct Current (DC) power and can use either solar power or Alternating Current (AC) power converted to 12v DC.

To ensure system reliability, LightGuard's IRWL crosswalk system is hard-wired. A City Public Works crew or independent installation contractor can install a complete IRWL crosswalk system for a typical 2-lane mid-block crosswalk within 1-3 days.

Installation time varies based on the number of traffic lanes, the chosen IRWL equipment, and the installing crew's skill. Most IRWL systems are retrofitted to existing crosswalks.

The first step is determining the layout pattern or placement of each IRWL module according to the lane lines, parking lane, sidewalk, and crosswalk locations. (See Visual Installation Guidelines above, IRWL layouts, and Zone of Convergence).

Once the layout is determined, the next step is to saw cut for the IRWL system wiring. The saw cut is generally no wider than .5″ wide and no greater than 2″ deep. Either conduit or direct burial wire can be utilized. Once the saw cut has been completed, locations for base plates are identified, and depression holes are bored into the road surface. (For complete in-depth instructions, please see the LightGuard Installation Manual.

The standard 10″ diameter x 1.5″ deep base plate is made of an ultra-high-strength composite material. It is designed to be permanently embedded into the roadway. This allows for any in-roadway warning light (IRWL) signal head that becomes damaged or inoperable to be repaired with an easy-to-install replacement.

For "snow country" use, we offer a Snow Plow Blade Resistant Base Plate. The case-hardened steel base plate has wingtips on either side of the IRWL signal head and a center nose bridge. When a snowplow blade strikes the base plate, the blade is lifted up and over the top of the IRWL signal head. The steel base plate is 14″ in diameter and is no more than 1.5″ deep.

IRWL Installation — Santa Rosa, CA — Lightguard Systems

Installation time varies based on the number of traffic lanes, IRWL equipment chosen and installing crew skill.

Most IRWL systems are retrofitted to existing crosswalks.

9X Red LED LightStar™ in-roadway warning light with 14″ Steel Snow Plow Blade Resistant base plate.

9X LED LightStar™ in-roadway warning lights roadway installation. The recommended placement is in-between vehicle wheel path(s),

underneath the center of traveling vehicles. Incorrect placement is directly underneath the vehicle tire wheel path.

Completed installation of 9X LED LightStar™ in-roadway warning lights

  • Lightstar LGS-M12-SMPL In-Roadway Warning Light

    Description

    • Lightstar™ 12M Plus with SMPL™ is the next-generation in-roadway warning light (IRWL) is built to last with a durable stainless steel exterior, moisture resistant design, and revolutionary surface mount pedestrian luminaire uplight.
    • Amber LEDs flash towards the motorist at the highly visible Enlighten1™ rate. Simultaneously, White LEDs illuminate the pedestrian in the crosswalk (at nighttime) for the cross-time duration.

    Features

    • Seamless, moisture-resistant design
    • Visible to motorists up to 1,000 feet
    • Durable stainless steel exterior that's built to last
    • Superior resistance to roadway wear and tear
    • High-intensity amber flashing LEDs captures motorist attention
    • Enlighten1™ flash rate is photosensitive epilepsy safe
    • SMPL™ white pedestrian luminaire
    • Easily mounts to roadway base
    • Minimal maintenance required
    • Debris-Free Self Clearing built into the base plate
    • Snap together waterproof electrical connections
    • Fits LightGuard Systems' 10″ Composite and 14″ Steel Snow plow Resistant Base Plates
    • Operates on solar and/or AC power 

    IRWL Applications

    IRWL is primarily used to alert motorists of pedestrians inside or about to enter a crosswalk using amber LEDs, a controlled stop ahead using red LEDs, and lane delineation markers using white LEDs. Typical environments for amber LEDs include: 

    • mid-block uncontrolled public crosswalks
    • school zones
    • trail crossings
    • facility entrances/exits, such as airports and hospitals

    IRWL Activation Methods

    IRWL can be activated via push-buttons, passive pedestrian detection bollards, and motion-activated sensors. Once activated, the light fixtures flash, warning motorists up to 1,000 feet in advance.


    IRWL Mounting

    • Lightstar M12 easily connects to the electrical cable system wires with water resitant splices. The interior of the light fixture unit is designed with double redundancy, isolating the sealed LED modules from environmental moisture and corrosive intrusion.

    Debris-Free Self Clearing

    • Lightstar M12 is designed to fit tightly into the protective base plate, containing a Debris-Free Self Clearing built-in feature. Fluted air channels push air up and away as tires pass over the base plate, keeping the LED light fixture free from debris build-up.
    • The slight elevation of the IRWL fixture positioned above the road grade is further intended to help alleviate any blockage by debris. Its shallow 1-1/2″ depth ensures that the subsurface roadbed is not compromised. 

    Enlighten1™ Flash Rate — Photosensitive Epilepsy Safe

    • Our Enlighten1™ flash rate reaches a primitive part of the brain that elicits a response to danger. It was developed in conjunction with the University of California, Berkeley Vision Detection Laboratory and designed to catch the motorists' attention without creating any unwanted adverse effects flashing lights might have on photosensitive epilepsy.
    • According to the Epilepsy Foundation of America, exposure to flashing lights at specific intensities or certain visual patterns can trigger seizures in 3 percent of people with epilepsy. This condition is known as photosensitive epilepsy. Enlighten1 is a public safety feature unique to LightGuard Systems' flashing LED warning products. 

    IRWL Crosswalk Installation

    • When installing IRWL at crosswalks, each IRWL faces away from the crosswalk and points in the direction of oncoming motorists' (NOT straight forward). The result is a slightly different, uniquely pointed angle for each IRWL.
    • Before installation, the proposed IRWL site should be observed with particular attention to vehicle tire paths. As per Section 4N.05 & .06 of the MUTCD, IRWLs should be installed in each traffic lane, at the centerline of the roadway, at each edge of the road, or parking lanes, or other suitable locations away from the average tire track paths. The location of the IRWLs within the lanes should be based on engineering judgment. For additional information, refer to our published IRWL layouts. 

    Warranty & Maintenance

    • LightGuard Systems offers a three-year conditional warranty on its in-roadway warning light fixtures and five years on its base plates. Maintenance includes removing four bolts electrically disconnect and lifting the fixture out of the base plate. Our IRWL fixtures are designed for 100% backward compatibility with any older generation base plate models. 

    Related Links

IRWL Roadway Layout Tips & Diagrams

When positioning the IRWL light fixtures, take great care to observe traffic flow patterns. The goal is to not place the IRWLs directly underneath wheel paths. Vehicle tires should straddle the IRWLs, not drive directly over them. General placement tips are below.

  • Place IRWLs at the edges of the roadway to define the shoulders
  • Next, place IRWLs on the centerline for a 2-Lane 2-Way crosswalk
  • For crosswalks with a center turn lane, place IRWLs directly in the center, at the mid-point of the lane
  • For all other remaining traffic lanes, place one IRWL fixture in the center, at the mid-point of each travel lane
  • Aim each light fixture towards approaching motorists at eye level. The result is a unique position for each IRWL, as shown in the below diagrams

To learn more about our factory-recommended IRWL placements, refer to the LightGuard Systems Installation and User Manual and Zone of Convergence. 


Common 2-Lane & 4-Lane Mid-Block Crosswalk Layouts

All 2-Lane & 4-Lane LightGuard Systems IRWL Layout Diagrams

Have questions, or don’t see what you are looking for? Please contact us or call our office for assistance.


Uncontrolled Mid-Block Crosswalk — Santa Rosa, CA — Lightguard Systems

2-Lane 2-Way Uncontrolled Mid-block Crosswalk

2-Lane 2-Way Mid-block Crosswalk With Parking Lane

2-Lane 1-Way Mid-block Crosswalk

  • 10” Composite Base Plate

    Description

    • Base plates protect and house the LightStar in-roadway warning light —and are designed for durability and reliability in the roadway. Our 10” x 1.5” standard base plate consists of ultra-high-strength, high impact fiber reinforced thermoplastic polymer composite material. It is designed to be permanently embedded into the roadway for years of maintenance-free operation.

    Features & Benefits

    • Secures to roadway
    • Easily installs into the pavement
    • Maintenance-free operation
    • Simple electrical connections
    • Debris Free™ Self Clearing design
    • Adaptable to tamper-resistant hardware
    • High strength impact resistant composite
    • Dimensions: 10″ diameter by 1 1/2″ deep
    • Our Debris Free™ Self Clearing design features fluted air channels. As tires pass over the base plate, the compressed air channels dirt and debris through the fluted air channels — keeping the LED signal head free from roadway debris build-up.
    • The slight elevation of the IRWL signal head positioned above the road grade is intended to alleviate blockage by debris. Its shallow 1 1/2″ depth ensures that the subsurface roadbed is not compromised. The base plate is compatible with our 9X LED LightStar™ signal head module. 

    Installation

    • A two-part epoxy compound permanently embeds the base plate into the roadway. The base plate can be installed into asphalt or concrete.
    • LightStar™ in-roadway warning light with 10″ composite base plate 

    Related Links

  • 14” Steel Snow Plow Resistant Base Plate

    Description

    • Our 30 lb. 14″ snow plow blade resistant base plate is the most durable base plate on the market. It is made from high-strength case-hardened steel with two outer coats of corrosion-resistant steel primer.
    • Virtually indestructible, it is ideal for snowy regions where snow removal equipment is used on the roadway.
    • The 14″ snow plow blade resistant base plate is used to secure and protect our LightStar™ IRWL light fixture.
    • The 14″ steel snow plow base plate features two wingtips and a nose bridge. When the snowplow blade strikes the base plate, the edge is lifted up and over the top of the IRWL.

    Debris Free Self Clearing™

    • Features parallel fluted slots on either side of the center nose bridge, which help prevent road debris build-up that could block the light fixture LED lens. This feature reduces maintenance requirements and extends product life.
    • The steel base plate can be installed into asphalt or concrete. The shallow depth ensures that the road subsurface is not compromised. The top outer edge of the base plate is flush with the road surface with the light fixture projecting 1/2″ above grade.

    Installation

    • A two-part epoxy compound is used to permanently embed the 14″ steel case-hardened snow plow base plate into the roadway. The base plate can be installed into asphalt or concrete.

    Related Links

Push Button Devices

LightGuard Systems offers a full range of manual and touchless pedestrian activation solutions to meet the evolving safety, accessibility, and public health needs of communities. Whether enhancing ADA compliance, improving crosswalk visibility, or helping to prevent the spread of contact viruses, our push buttons are designed to integrate seamlessly with our Smart Crosswalk™ systems, including in-roadway warning lights (IRWLs) and LED-enhanced signage.

  • Smart Crosswalk™ Push Button Assembly (LGS-PBA)

    Part Number: LGS-PBA

    A durable, vandal-resistant push button assembly with four high-visibility amber LEDs that flash upon activation. Available with left or right-facing pedestrian figures.


    Features & Benefits:

    • ADA compliant
    • Four synchronized flashing LEDs
    • Easy installation and electrical connections
    • 12 VDC operation (down to 9 VDC)
    • Mounts to existing poles
    • Sold in pairs (for both ends of crosswalk)
    • Multiple placard options available

    Specs:

    • Operating Voltage: 9–15 VDC (only when flashing)
    • Power: 1 watt
    • Button: 2” silver mushroom vandal-resistant
    • Color: Green anodized aluminum housing
    • Operating Temp: -20°C to 80°C

  • Smart Crosswalk™ Push Button w/ Braille (LGS-PBA-BRAILLE)

    Part Number: LGS-PBA-BRAILLE

    Features the same functionality as the standard push button, but with an ADA-compliant Braille placard to support visually impaired pedestrians.


    Features & Benefits:

    • MUTCD R62E compliant
    • Braille placard matches printed message
    • Tamper-resistant hardware
    • AC to DC converter included
    • Sold in pairs
    • Compatible with automatic detection bollards

    Specs:

    • Power: 1 watt
    • Operating Voltage: 9–15 VDC (only when flashing)
    • Operating Temp: -20°C to 80°C
    • LED: Amber
    • Button: 2” vandal-resistant mushroom

  • Smart Crosswalk™ Push Button (No LEDs) (LGS-PBA-R10-25 MUTCD)

    Part Number: LGS-PBA-R10-25

    This streamlined option omits LEDs and includes a MUTCD-compliant R10-25 placard, which comes in two sizes: 5”x7” and 9”x12”. Ideal for locations where flashing feedback is not required on the button itself.


    Features & Benefits:

    • ADA compliant
    • MUTCD R10-25 compliant placard (5"x7" and 9"x12")
    • Simple electrical connections
    • 12 VDC operation
    • Sold in pairs
    • Easily mounts to existing poles

    Specs:

    • Operating Voltage: 9 VDC
    • Button: 2” silver mushroom vandal-resistant
    • Color: Green (around button)
    • Operating Temp: -20°C to 80°C

  • Accessible Pedestrian Signal – Guardian (PBA-LGS-Guardian)

    A full-featured APS push button system designed to aid pedestrians—particularly those who are visually or hearing impaired—at signalized intersections. The Guardian provides audible, tactile, and visual feedback, including vibro-tactile cues, speech messages, and visual LED signals.


    Features & Benefits:

    • Audible locator tone and speech walk messages
    • Tactile vibrations during walk phase
    • Visual LED confirmation of button activation
    • Extended press for intersection-specific messages
    • Ambient Gain Control (AGC) adjusts output to surrounding noise
    • Beaconing, Group Walk, and custom configurations
    • USB interface and easy field programming
    • Meets MUTCD 4E and NEMA TS2 standards
    • Night mode volume controls

    Specs:

    • Size: 5 x 13.75 x 1.75”
    • Insert Size: 5 x 9”
    • Max Volume: 100 dB @ 1m
    • LED Output: 3000 mcd, 160° view angle
    • Operating Temp: -40°C to +85°C
    • Power: 1/3 watt (resting); 8.4W max
    • Adjustable volume and vibro-tactile feedback
    • Pedestrian data logging and system reporting
    • Sign Sizes Available: 5x7.75”, 5x9”, 9x12”, 9x15”
    • 3-Year Warranty

    Installation:

    Ships ready-to-install with a 4-wire interface connecting directly to the Signal Power Interface (SPI) in the pedestrian head. Angle-adjust brackets available for accessibility.


  • SmartSense™ Touchless Push Button Sign Upgrade Kit

    Part Number: LGS-PBA-SMART

    Designed in response to COVID-19, the SmartSense™ touchless activation kit helps reduce the spread of viruses by eliminating physical contact with public crosswalk buttons. Using short-range infrared (IR) proximity technology**, SmartSense™ activates a pedestrian call with the wave of a hand, helping to reduce cross-contamination at one of the most frequently touched public surfaces.


    Key Benefits & Features:

    No-touch activation—reduces virus transmission risk

    Infrared sensor detects hand movement before contact is made

    Compatible with all LightGuard Systems IRWLs, RRFBs, and LED sign systems

    Can also be retrofitted to work with most existing push-button assemblies

    Ideal for public health initiatives, especially in high-traffic or urban areas

    Helps municipalities, cities, and agencies support hygienic public infrastructure


    The SmartSense™ mechanism mounts within a compatible push-button station or directly to a pole adjacent to an existing push button. When a pedestrian approaches and gestures toward the device, the proximity sensor detects motion and triggers the crosswalk controller—all without physical contact. The sensor is designed to supplement the LGS-PBA manual button, ensuring redundancy and accessibility while providing a safer, touch-free alternative.


    Technical Overview:

    • Sensor Type: Short-range infrared proximity
    • Operation: Activates crosswalk signal via relay
    • Installation: Retrofits into most existing PBA stations or mounts near pole

    Compatibility:

    • LightGuard IRWL, RRFB, LED-enhanced systems
    • Most third-party PBA controllers
    • Use Case: Ideal for high-use areas, pandemic response, and accessibility upgrades

Smart Crosswalk™ Sensor Activations

LightGuard Systems offers a complete line of sensor activations designed to provide safe, reliable, and hands-free pedestrian detection across any environment. From our T6L Bollard for elegant cityscapes and the LGS-DPD Decorative Faux Boulder Bollard for natural or landscaped settings, to the rugged RAD Sensor for industrial zones and wide-entry crossings, each solution uses the same proven, passive infrared technology to automatically activate in-roadway warning lights, LED flashing signs, or RRFBs.

 

For added versatility, our Motion Detector provides broad, non-directional sensing for applications such as parking garages, entry zones, or general pedestrian areas. With options that range from architecturally refined to industrial-grade, LightGuard delivers complete, configurable solutions that ensure pedestrians are seen and crossings are safer—no matter the setting.*



  • Smart Crosswalk™ Bollard Sensor (LGS-T6L)

    The LGS-T6L Bollard is LightGuard’s flagship Smart Crosswalk™ pedestrian detection systems, creating a crosswalk entry “gateway” that passively activates IRWLs, LED warning signs, or RRFBs—no push button required. Directional infrared sensors ensure activation only when pedestrians enter, while NightGuide™ LED entrance lighting provides 24/7 illumination to highlight the crosswalk.


    Built from durable aluminum with vandal-resistant features, the T6L offers BlockSafe™ fail-safe operation, optional audible sounds, and customizable illuminated graphics for added branding or wayfinding. Designed for city streets, campuses, airports, and school zones, they combine modern design with proven reliability.


    Product Specifications

    • Max Separation: 15 ft. (T6L-SR) | 100 ft. (T6L)
    • Power: 2.5 W, 10–14 VDC
    • Operating Temp: -20° to 80°C
    • Dimensions: 42” H x 8” Ø
    • Exterior: White (custom colors available), 0.125" aluminum
    • Lighting: NightGuide™ amber LED, optional custom illuminated graphic (.bmp)
    • Installation: Surface-mount with concrete anchor bolts

  • Decorative Faux Boulder Bollard Sensor (LGS-DPD)

    The LGS-DPD is a decorative Smart Crosswalk™ passive pedestrian detector designed to blend seamlessly into natural or landscaped environments. Installed in pairs to form a crosswalk “gateway,” the DPD uses directional infrared sensors to automatically activate IRWLs, LED flashing signs, or RRFBs when pedestrians enter—no push button required.


    Housed in a faux boulder enclosure with concealed internal sensors, the DPD provides a natural aesthetic while maintaining reliable performance. With BlockSafe™ fail-safe operation, optional audible alerts, and simple surface-mount installation, the DPD is ideal for parks, trails, campuses, and other settings where safety and design must work hand in hand.


    Specifications

    • Max Separation: 15 ft.
    • Power: 2.5 W, 10–14 VDC
    • Operating Temp: -20° to 80°C
    • Exterior: Faux rock, natural finish
    • Construction: Internal aluminum sensor mounts
    • Dimensions: \~20” H x \~20” W (rock), sensor body 15” x 8” x 10”
    • Installation: Surface-mount with anchor bolts
    • Options: Audible sounds, field-adjustable sensor alignment & sensitivity

  • Motion Sensor (LGS-MOTION-ACT-UNIT)

    The LGS-MOTION-ACT-UNIT is a versatile motion detection sensor designed for environments that require broad, non-directional pedestrian or vehicle activation. With a 110° field of view and detection up to 70 ft. wide and 50 ft. deep, it automatically activates IRWLs, LED flashing signs, or RRFBs when movement is detected.


    Compact and efficient, the Motion Detector is ideal for parking garages, entry/exit zones, and industrial site, where general sensing coverage is needed rather than directional pedestrian activation. Featuring automatic temperature compensation, adjustable sensitivity, and failsafe logic, it delivers reliable performance in both indoor and outdoor applications.


    Specifications

    • Detection Range: 110° view, up to 70 ft. wide x 50 ft. deep
    • Power: 1 W, 12V AC/DC (96 W capacity)
    • Operating Temp: Compensated for hot/cold ambient conditions
    • Exterior: Bronze finish
    • Features: Adjustable sensitivity (30–100%), RF immunity, UL listed, advanced detection logic
    • Installation: Simple electrical connections, horizontal lock/no-tool joints

  • RAD Sensor (LGS-RAD LR)

    The LGS-RAD LR is a rugged, industrial-grade Smart Crosswalk™ passive pedestrian detection system designed for wide-entry crossings and budget-conscious projects. Installed in pairs to form crosswalk “gateways,” RAD sensors use directional infrared beams to automatically activate IRWLs, LED flashing signs, or RRFBs when pedestrians enter—hands-free and reliable in any setting.


    Built in a durable ABS enclosure and designed for pole or surface mounting, the RAD LR is versatile enough for industrial zones, campuses, trails, and remote crossings. With a 100 ft. maximum separation, optional audible alerts, and built-in failsafe operation, it delivers the same proven detection performance as LightGuard’s bollard-based systems in a more economical package.


    Specifications

    • Max Separation: 100 ft.
    • Power: 2.5 W, 10–14 VDC
    • Operating Temp: -20° to 80°C
    • Exterior: White ABS housing (custom colors available)
    • Dimensions: 7” H x 7” W x 4” D
    • Installation: Flange mount to flat surface, pole, or post
    • Options: Audible sounds, field-adjustable sensor alignment & sensitivity

  • System Controllers

    AC & Solar Lighted Crosswalk System Controllers – from LightGuard Systems®

    Controllers function as the “brain” of the Smart Crosswalk lighted crosswalk system. Users can set up and adjust the activation timing of the flashing LED lights, monitor the system, capture data, and more. A fail-safe feature automatically warns users of any system malfunction.


    Our controllers are available in AC, solar, and wireless solar operation and accept activation signals from manual push-button devices and passive pedestrian detection devices such as bollards, remote activation devices (RADs), and motion detection sensors. Automatic pedestrian detectors only initiate the flashing sequence as pedestrians enter the crosswalk, not as they are exiting.


    When the system controller is activated, it sends a signal to the system, initiating the Enlighten 1™, wig-wig (RRFB), or custom flash pattern of in-roadway warning lights (IRWL), flashing LED border-enhanced warning signs, and/or RRFBs.


    Advanced AC & Solar Controllers

    • Our advanced AC and Solar controllers can monitor and store data, such as time, date, and movement in each crosswalk direction. They can be programmed to turn on automatically at a specific time and then revert to standby mode for regular operation. They also have instantaneous backup power in the event of a power failure.
    • The advanced controller accepts call signal inputs from manual pedestrian push-button devices and automatic activation detectors (bollards, motion sensors, and other external inputs). Once activated, the Enlighten1™ flashing light pattern is emitted by the in-pavement warning lights, and any additional LED enhanced signage.
    • The advanced controller can also be enhanced to accommodate additional pedestrian safety measures such as simultaneous yet independently activated crosswalks (dual zones), remote communication, and custom-based applications.

    Advanced Controller Features:

    • battery powered (solar sysetms)
    • Stand-alone solar panel (solar systems)
    • pole or wall mount Aluminum enclosure
    • Lockable vented cabinet
    • Internal branch circuit protection
    • Easy to install electrical connections
    • microcontroller PLC with ethernet port & SD card slot
    • Surge Protection
    • 120 VAC Single Phase or 240 VAC Two-Phase (AC systems)
    • Base model software is compativle with Illuminated Signs, IRWL, RRFB, & SMPL
    • Upgrade kits/software for AC or DC beacons, dual zones, wireless advance warning beacons, external switches (gates), and audible sound notifications
    • The programmable user interface has a keypad and multi-line/character LCD with SD card slot for data logging/transfer/storage.
    • The user interface allows for multiple option selection and preset programming.
    • Proprietary software program provides practical, reliable operation enabling the user to make simple adjustments to the Smart Crosswalk™ system parameters. 

    2 Zone AC & Solar Power Controllers


    Wireless Controllers

    • Solar or AC powered 
    • The wireless controller accepts call signal inputs from manual push-button devices and passive pedestrian detection devices such as bollards, remote activation devices (RADs), and motion detection sensors. The activation devices initiate the Enlighten1™, wig-wig (RRFB), or other custom flash rates.
    • The wireless system uses FCC-approved matched transceivers to securely communicate activation inputs from both ends of the crosswalk, up to 250 ft. apart. The solar capacity of each electronic enclosure in the system (master or slave) can support up to 2 model LGS-W-SIGN + 2 RRFB for 325 daily activations at 20 seconds each, for a minimum of 10 days without battery recharge (based on locations receiving as little as 4 hours of full sun per day). Depending on actual usage needs, additional solar panels and/or batteries may be recommended.
    • The controllers and transceivers are factory installed, assembled into a NEMA 4 rated cabinet. The onboard micro-controller allows for multiple option selection. The programmable control unit user interface has a 16-digit keypad and a two line-20-character liquid crystal display with 2-megabyte external memory.
    • The system includes a lockable, weather-tight enclosure, solar panel, and mounting brackets. Also included are two 12-volt deep cycle sealed lead-acid (SLA) batteries.
    • Each battery is rated at approximately 100 amp-hours. The batteries are wired in parallel to give 12 volts nominal at 200 amp hours of storage.

    Advanced Solar Wireless Controller Features:

    • Long life SLA Battery 
    • Stand-alone solar panel (solar powered)
    • Pad, pole, or other mount enclosure
    • Lockable weatherproof cabinet
    • Available with DC upgrade kits
    • Internal branch circuit protection
    • Easy to install electrical connections
    • microcontroller PLC 
    • 120 VAC Single Phase or 240 VAC Two-Phase (AC powered) 
    • Upgrade kits for dual zones, advance warning beacons, RRFBs, AC or DC beacon kits, and external switches (gates), and audible sound notifications

    Related Links

  • MUTCD Flashing LED Signs

    LED-Enhanced Signage

    • Our MUTCD LED border-enhanced pedestrian traffic warning signs offer an easy, economical way to create safer environments for pedestrians and motorists. LED signage reinforces existing traffic control and pedestrian warning measures without the need to install additional beacons or expensive over-hanging equipment.
    • Eight bars containing 24 high-intensity flashing amber light-emitting diodes—more lights than any other LED enhanced sign of its kind—warn motorists in real-time of pedestrian activity at crosswalks, school zones, trails, campuses, and parking structures.
    • Our highly visible LED signs are also used at warehouses to warn pedestrians of heavy equipment traffic and at stop signs where additional warning measures are needed.

    Features

    • High visibility—up to one mile
    • 24 high-intensity LEDs per sign
    • Three times more LEDs than competitors
    • Enlighten1 flash rateTen times higher duty cycle rate than competitors
    • Wireless pedestrian activation
    • A/C, solar, or wireless solar power
    • Typically used in conjunction with in-roadway warning lights
    • Stand-alone sign systems include controller, activation, battery (See Sign Systems)
    • 12 VDC operation down to 10 VDC
    • Easily mounts to standard poles using tamper-resistant hardware
    • Simple electrical connections
    • Maintenance-free operation
    • LED modules contained within NEC standard conduit bodies

    Applications

    • LED signs can be used with in-roadway warning lights at crosswalks or as stand-alone systems and conform to MUTCD national highway sign standards. LED signs activate via push button, automatic activation bollard, Remote Activation Device (RAD), or other 12 VDC relay methods.
    • Available in standard 30″, 36″, or 48″ sizes. Custom signs are available upon request. LED signs are ideal for use at:
    • public crosswalks
    • parks and trails
    • school zones
    • facilities
    • airports
    • parking structures
    • Stop signs
    • Curves and traffic changes ahead
    • Roundabouts

    Custom LED-Enhanced Signs

    • Custom-made signs are available upon request.

    Features & Benefits

    • 12 VDC operation down to 10 VDC
    • Easily mounts to standard poles using tamper-resistant hardware
    • Simple electrical connections
    • Highly visibility—up to 1 mile
    • Maintenance-free operation
    • LED modules contained within NEC standard conduit bodies

    Related Links

Custom Flashing LED Warning Signs

LightGuard Systems’ custom flashing warning signs provide highly visible, LED-enhanced messaging to alert both pedestrians and motorists in a wide range of environments. From crosswalks and parking facilities to golf courses and trails, these signs offer flexible safety solutions tailored to fit the specific needs of each location. Each sign is custom-designed and available in a variety of standard and oversized formats, with embedded LED lights that deliver immediate attention to critical safety messages. Powered by either Solar or AC, LightGuard’s flashing signs are built to perform reliably in diverse settings, offering agencies and property owners a durable, eye-catching way to improve awareness and reduce risk.

Ready for a Free Pricing Quote on Any of Our Pedestrian Safety Systems? Call LightGuard Systems at 707-542-4547.