WARNING BEACONS & STOP SIGN SOLUTIONS Uncontrolled Intersections Mid-Block Crosswalks School Zones Playground Zones Parking Lots Stadiums Airports Warning beacons and LED embedded signs are key safety tools for diverse roadway applications, greatly improving visibility and compliance of regulatory and warning signage. ​ Static regulatory and warning signs are vital components of traffic safety, designed for easy recognition and understanding of legal requirements. Equipped with reflective sheeting, they work optimally in good conditions but face challenges in darkness or adverse weather. ​ To address these limitations, advanced technologies like warning beacons and LED embedded signs have emerged, significantly improving visibility and safety in various conditions. ​ In summary, these innovations play a crucial role in enhancing traffic safety by addressing visibility challenges, making them valuable assets for roadway applications. CONNECT WITH OUR SALES TEAM SOLUTIONS FEATURED MODELS FL-7400 SERIES Dual 8" or 12" Vertical Flashing Beacon VIEW PRODUCT FL-5800 SERIES Single or Dual Flashing LED Embedded Sign VIEW PRODUCT FL-3400 SERIES Dual 8" or 12" Round Horizontal Flashing LED Beacon VIEW PRODUCT FL-2400 SERIES Dual 8" or 12" Round Activated LED Beacons VIEW PRODUCT FL-1400 SERIES Single 8" or 12" Round Flashing Beacons VIEW PRODUCT Various configurations available! Our modular design allows easy customization. Our in-house design and engineering team can create tailor made solutions for your unique application or requirement. For more information, inquire here. ALL PRODUCTS STAY CONNECTED, STAY INFORMED ​ Add NEW A.I. Smart City Solutions to your beacons ​ Easily view and control school beacon flashers Advanced scheduling, scenarios, and override ​ A.I. system monitors your beacon flashers and alerts you with a text or email to any problems with power and other components, saving you time and money to check them manually. REQUEST A QUOTE 24-Hour Flashing Beacons Stop Sign Beacons LED Embedded Signs Radar-Activated Beacons & Signs Asset Monitoring & Connectivity 24-Hour Flashing Beacons 24-hour flashing beacons are versatile tools used in traffic management to improve safety, increase awareness, and communicate essential information to drivers. Their visibility and attention-grabbing nature make them valuable in a variety of situations where enhanced communication with drivers is crucial.​​ ​ Enhanced Visibility: 24-hour flashing beacons significantly increase visibility, especially during low-light conditions or adverse weather, ensuring that drivers are more likely to notice and respond to potential hazards or changes in road conditions. ​ Alerting Drivers to Hazards: These beacons serve as warning signals, alerting drivers to hazards such as pedestrian crossings, school zones, sharp curves, intersections, and other critical points where caution is necessary, thereby reducing the risk of accidents. ​ Promoting Compliance: By drawing attention to regulatory signs or traffic control devices such as stop signs, 24-hour flashing beacons encourage compliance with traffic laws and regulations, helping to maintain orderly and safe traffic flow. ​ Improving Pedestrian Safety: When installed near pedestrian crosswalks, flashing beacons increase driver awareness of pedestrians crossing the road, promoting safer interactions between vehicles and pedestrians and reducing the likelihood of pedestrian-related accidents. ​ Adaptable to Various Conditions: These beacons are effective regardless of the time of day or prevailing weather conditions, ensuring continuous visibility and safety alerts to drivers, whether it's daytime, nighttime, raining, foggy, or snowing. Asset Monitoring & Connectivity Asset Control and Monitoring Systems offer the advantages of proactive hazard identification and risk mitigation through vigilant monitoring of infrastructure components, ultimately leading to enhanced safety outcomes and accident prevention. These systems enable authorities to swiftly detect and address potential issues, minimizing the likelihood of accidents and optimizing overall traffic management efficiency. ​ Scheduling Made Easy: Need to adjust your schedule or make changes due to weather? No Problem. With Glance you can adjust and set schedules remotely. ​ Smart Alerts: Applied Information's School Beacon system provides text and email alerts based on criteria you set. Know instantly if there are problems. ​ Power Monitoring: Glance lets you remotely monitor and track AC Voltage, battery backup and solar charge voltage. Now you can identify problems before they arise. ​ Easy Installation: The system is simple to install and the beacons configure themselves automatically. No more costly and time-consuming manual configuration. ​ Lamp Failures: With Glance, You can see precisely which beacons need lamp replacements. This makes maintenance easier and keeps the system more effective. Stop Sign Beacons Stop sign beacons serve as an advanced traffic safety device. These LED beacons provide maximum conspicuity, especially during low-light conditions or inclement weather. Available in AC or Solar powered configurations, these Stop Sign Beacons can operate autonomously via solar charged batteries or tied into a local power grid. ​ Increased Visibility: LED stop sign beacons are highly visible, especially in low-light conditions or bad weather. The bright, flashing lights attract drivers' attention more effectively than a static sign, reducing the likelihood of accidents at intersections. ​ Improved Safety: By enhancing visibility, LED stop sign beacons contribute to overall road safety by ensuring that drivers are aware of the stop sign well in advance. ​ Reduced Response Time: The flashing lights of LED stop sign beacons can capture drivers' attention more quickly than a standard stop sign, prompting them to stop sooner. This can reduce response time and potentially prevent accidents caused by delayed reactions. ​ Energy Efficiency: LED technology is energy-efficient, consuming less power than traditional lighting sources. LED stop sign beacons can operate for extended periods without draining batteries or requiring frequent replacements, making them cost-effective and environmentally friendly. ​ Durability: LED lights are durable and long-lasting, capable of withstanding harsh weather conditions, vibrations from passing vehicles, and other environmental factors. LED Embedded Signs JSF Technologies LED Embedded Stop and Warning Signs utilize light-emitting diodes (LEDs) to increase visibility and effectiveness in conveying important messages to motorists. By incorporating LEDs, these signs can display bright and attention-grabbing messages, enhancing safety at intersections and hazardous areas on roadways.​ ​​ Enhanced Visibility: LED Embedded Signs typically feature bright, flashing lights, which significantly increase the visibility of pedestrians at crosswalks. This is particularly important during low-light conditions or adverse weather. ​ Pedestrian Safety: The increased visibility of pedestrians helps to reduce the risk of accidents and enhances overall pedestrian safety at crosswalks. It alerts drivers to the presence of pedestrians, prompting them to yield. ​ Compliance: LED Embedded Signs provide a clear and unmistakable signal to drivers that pedestrians are crossing, encouraging compliance with traffic rules and regulations. ​ Customization: LED Embedded Signs can be programmed for specific time intervals or activated by pedestrians using push buttons, providing a customized solution based on local traffic patterns. ​ Cost-Effective: Compared to more complex traffic control solutions, LED Embedded signs are often more cost-effective to install and maintain, making them an attractive option for improving safety on roads and highways. Radar-Activated Beacons & Signs Radar-activated traffic beacon systems utilize radar technology to detect approaching vehicles and/or pedestrians. These systems alert drivers to changing road conditions, such as upcoming intersections, pedestrian crossings, or speed limits. These radar systems can also be used in place of regular button activation for pedestrians, allowing for touchless crosswalk activation. ​ Improved Safety: By using radar technology to detect approaching vehicles, these systems can activate warning beacons and signs in real time, alerting drivers to potential hazards or changes in road conditions. ​ Energy Efficiency: Utilizing solar power, these systems operate independently of the electrical grid, reducing energy costs and environmental impact, ensuring continuous operation even in remote or off-grid locations without access to traditional power sources. ​ Cost Savings: Radar-activated solar-powered beacons and signs eliminate the need for costly wiring and infrastructure associated with traditional power sources. ​ Customization Options: Radar-activated solar-powered beacons and signs can be customized to meet specific traffic management needs, allowing for tailored warnings and alerts to optimize safety and traffic flow. ​ Durability and Reliability: Solar-powered beacons and signs are designed to withstand harsh outdoor conditions, including extreme temperatures, moisture, and UV exposure. The radar technology is robust and reliable, ensuring accurate detection and activation under various environmental circumstances.

Crosswalks Attractions Fire Stations Parking Lots Construction Zones School Zone Crosswalk and Illumination Systems are purpose-built traffic safety solutions designed to enhance pedestrian safety by improving pedestrian visibility and increasing awareness among motorists. ​ These devices go beyond their primary role of safeguarding pedestrians, actively contributing to the overall safety and quality of life in urban areas. Moreover, they serve as integral components in urban planning and contemporary transportation infrastructure. ​ The combined use of these solutions yields a substantial improvement in roadway safety. Their integrated approach involves advanced warnings and notifications, offering benefits to all roadway users and by enhancing the overall safety and livability of urban environments. CROSSWALK & ILLUMINATION SYSTEMS SOLUTIONS Rectangular Rapid Flashing Beacons Overhead Crosswalk Lighting Circular Flashing Crosswalk Beacons LED Embedded Crosswalk Signs Pedestrian & Crosswalk Activation Asset Monitoring & Connectivity Rectangular Rapid Flashing Beacons (RRFBs) ​Rectangular Rapid Flashing Beacons (RRFBs) are innovative pedestrian crossing devices designed to enhance safety at crosswalks. These lightbar beacons feature dual rapidly flashing LED lights in a rectangular pattern, drawing attention to pedestrians crossing the street. RRFBs have been shown to significantly increase driver yielding behavior, making them a valuable tool in improving pedestrian safety. ​ High Visibility Flashing Pattern: RRFBs use a distinctive rapid flashing pattern to alert drivers to the presence of pedestrians. The irregular flashing is designed to draw attention and convey urgency. ​ Crosswalk Yield Compliance: RRFBs are effective in increasing driver compliance with yielding to pedestrians at crosswalks. The attention-grabbing flashes help ensure that drivers notice pedestrians and respond appropriately. ​ Improved Safety Perception: Studies have shown that RRFBs can contribute to an improved perception of safety among pedestrians, encouraging more people to use crosswalks. ​ Simple Installation: RRFBs are often relatively easy to install and can be a practical solution for retrofitting existing crosswalks without the need for major infrastructure changes. ​ Versatility: RRFBs can be used in conjunction with other traffic control measures and are adaptable to different traffic conditions and pedestrian volumes. Asset Monitoring & Connectivity Asset Control and Monitoring Systems offer the advantages of proactive hazard identification and risk mitigation through vigilant monitoring of infrastructure components, ultimately leading to enhanced safety outcomes and accident prevention. These systems enable authorities to swiftly detect and address potential issues, minimizing the likelihood of accidents and optimizing overall traffic management efficiency. Scheduling Made Easy: Need to adjust your schedule or make changes due to weather? No Problem. With Glance you can adjust and set schedules remotely. ​ Smart Alerts: Applied Information's School Beacon system provides text and email alerts based on criteria you set. Know instantly if there are problems. ​ Power Monitoring: Glance lets you remotely monitor and track AC Voltage, battery backup and solar charge voltage. Now you can identify problems before they arise. ​ Easy Installation: The system is simple to install and the beacons configure themselves automatically. No more costly and time-consuming manual configuration. ​ Lamp Failures: With Glance, You can see precisely which beacons need lamp replacements. This makes maintenance easier and keeps the system more effective. Overhead Crosswalk Lighting (LumiWalk) Overhead crosswalk lights, also known as pedestrian crossing lights or signals, offer several benefits aimed at improving pedestrian safety and traffic flow. Some of the advantages associated with the use of overhead crosswalk lights include: ​ Enhanced Visibility: Overhead lights make pedestrian crossings more visible to both drivers and pedestrians, especially in low-light conditions or bad weather. This increased visibility helps reduce the likelihood of accidents. ​ Improved Safety: By clearly indicating when it is safe for pedestrians to cross and when they should wait, overhead crosswalk lights contribute to safer pedestrian behavior. This can lead to a reduction in accidents involving pedestrians and vehicles. ​ Compliance with Traffic Laws: Overhead crosswalk lights serve as clear indicators of when pedestrians have the right of way. This helps reinforce traffic laws and encourages both drivers and pedestrians to adhere to the established rules, contributing to a safer road environment. ​ Accessibility for People with Disabilities: Crosswalk lights often include audible signals, vibrating surfaces, or other features to assist individuals with visual or hearing impairments. These features enhance accessibility and ensure that all pedestrians can safely navigate road crossings. ​ Adaptability: Overhead crosswalk lights can be adapted to suit the specific needs of different intersections and pedestrian crossings. This flexibility allows for the implementation of solutions tailored to the unique characteristics of each location. Circular Flashing Crosswalk Beacons & LED Embedded Signs It's important to note that while these devices offer benefits, their effectiveness can be influenced by factors such as proper installation, maintenance, and the overall traffic environment. Traffic engineers and planners often consider a combination of measures to enhance pedestrian safety at crosswalks. ​ Enhanced Visibility: Crosswalk Beacons typically feature bright, flashing lights, which significantly increase the visibility of pedestrians at crosswalks. This is particularly important during low-light conditions or adverse weather. ​ Pedestrian Safety: The increased visibility of pedestrians helps to reduce the risk of accidents and enhances overall pedestrian safety at crosswalks. It alerts drivers to the presence of pedestrians, prompting them to yield. ​ Compliance: Crosswalk Beacons provide a clear and unmistakable signal to drivers that pedestrians are crossing, encouraging compliance with traffic rules and regulations. ​ Customization: Crosswalk Beacons can be programmed for specific time intervals or activated by pedestrians using push buttons, providing a customized solution based on local traffic patterns. ​ Cost-Effective: Compared to more complex traffic control solutions, Crosswalk Beacons are often more cost-effective to install and maintain, making them an attractive option for improving pedestrian safety. LED Embedded Crosswalk Signs LED embedded signs utilize light-emitting diodes (LEDs) to increase visibility and effectiveness in conveying important messages to motorists. By incorporating LEDs, these signs can display bright and attention-grabbing messages, enhancing safety at intersections and hazardous areas on the road.​ Enhanced Visibility: LED Embedded Signs typically feature bright, flashing lights, which significantly increase the visibility of pedestrians at crosswalks. This is particularly important during low-light conditions or adverse weather. ​ Pedestrian Safety: The increased visibility of pedestrians helps to reduce the risk of accidents and enhances overall pedestrian safety at crosswalks. It alerts drivers to the presence of pedestrians, prompting them to yield. ​ Compliance: LED Embedded Signs provide a clear and unmistakable signal to drivers that pedestrians are crossing, encouraging compliance with traffic rules and regulations. ​ Customization: LED Embedded Signs can be programmed for specific time intervals or activated by pedestrians using push buttons, providing a customized solution based on local traffic patterns. ​ Cost-Effective: Compared to more complex traffic control solutions, Crosswalk Beacons are often more cost-effective to install and maintain, making them an attractive option for improving pedestrian safety. Pedestrian & Crosswalk Activation (Ped, APS, SmartWalk) Pedestrian Accessible Pedestrian Signal (APS) station-activated crosswalks provide auditory and tactile cues to assist pedestrians with visual impairments in safely navigating intersections. These systems are activated by pedestrians at designated stations, triggering audible signals and vibrating surfaces to alert them when it's safe to cross. ​​ Accessibility: APS pushbutton crosswalk stations provide audible, tactile, and sometimes visual cues to assist individuals with visual impairments or other disabilities in safely navigating pedestrian crossings. This enhances accessibility for people with disabilities, ensuring they can safely and confidently cross roads ​ Safety: One of the primary advantages of APS push-button crosswalk stations is improved safety. These systems help reduce the risk of accidents involving pedestrians, especially those with disabilities, by providing clear signals indicating when it's safe to cross and when traffic is approaching. ​ Compliance with Regulations: Many regions have regulations and standards in place requiring the installation of APS systems at pedestrian crossings to ensure accessibility for individuals with disabilities. Implementing APS pushbutton stations ensures compliance with these regulations, avoiding potential legal issues. ​ Enhanced Communication: APS pushbutton crosswalk stations facilitate better communication between pedestrians and drivers. Audible signals and tactile indications alert drivers to the presence of pedestrians, encouraging them to yield and providing a safer environment for crossing. FEATURED MODELS LUMIWALK SERIES Crosswalk Illumination with LED Crosswalk Beacon VIEW PRODUCT AB-9000 SERIES Single or Dual Sided RRFB LED Light Bar VIEW PRODUCT AB-5800 SERIES Single of Dual Activated LED Embedded Sign VIEW PRODUCT AB-3400 SERIES Dual 8" or 12" Round Horizontal Activated LED Beacon VIEW PRODUCT AB-2400 SERIES Dual 8" or 12" Round Activated LED Beacons VIEW PRODUCT Various configurations available! Our modular design allows easy customization. Our in-house design and engineering team can create tailor-made solutions for your unique application or requirement. For more information, inquire here. ALL PRODUCTS INTRODUCING LEARN MORE Through select partnerships, JSF Technologies has developed a new standard of advanced intelligent lighting systems . Introducing LumiWalk, a union of our AB Series crosswalk beacons with overhead illumination. ​ Vertical Luminance created by overhead crosswalk lighting is key to higher visibility of pedestrians. That heightened visibility paired with our crosswalk beacons creates optimal crosswalk lighting. STAY CONNECTED, STAY INFORMED ​ Add NEW A.I. Smart City Solutions to your beacons ​ Easily view and control school beacon flashers Advanced scheduling, scenarios, and override ​ A.I. system monitors your beacon flashers and alerts you with a text or email to any problems with power and other components, saving you time and money to check them manually. REQUEST A QUOTE

INTELLIGENT TRANSPORTATION & SMART CITY Scheduling Made Easy Need to adjust your schedule or make change due to weather? No Problem. With Glance you can adjust and set schedules remotely. Smart Alerts Applied Information's School Beacon system provides text and email alerts based on criteria you set. Know instantly if there are problems. Power Monitoring Glance lets you remotely monitor and track AC Voltage, battery back-up and solar charge voltage. Now you can identify problems before they arise. Easy Installation The system is simple to install and the beacons configure themselves automatically. No more costly and time-consuming manual configuration. Lamp Failures With Glance, You can see precisely which beacons need lamp replacements. This makes maintenance easier and keeps the system more effective. CONNECT AND MONITOR ALL YOUR DEVICES Asset Control and Monitoring Systems play a critical role in managing today’s infrastructure and are essential in the traffic industry for improving safety, improving traffic flow, increasing accountability, optimizing resources, and planning for the future. ​ In general, the Nation’s highways are an aging asset, so maintenance, repair, and replacement costs are increasing as resources shrink. Transportation agencies have embraced the asset management decision making framework to help them highlight both the significance of highway infrastructure as an investment and the cost-effectiveness of systematic condition and performance monitoring and maintenance programs. JSF Technologies’ Asset Control & Monitoring System (ACMS) offers offline scheduling via direct Wi-Fi connectivity or remote monitoring and scheduling when connected to cellular networks through Applied Information’s Glance® Smart City Supervisory Platform. (Cellular and Glance Connectivity Sold Separately). ​ JSF Technologies’ Asset Control & Monitoring System (ACMS) modules can be paired with all FL and AB Series product lines for any application requiring scheduled or on-demand activation of warning systems. ​ Contact JSF Technologies further information and potential solutions for improved transportation infrastructure and safety. CONNECT WITH OUR SALES TEAM FEATURES Improved Safety Efficient Use of Resources Better Planning Improved Traffic Flow Increased Accountability Improved Safety Effective asset control and monitoring systems can help improve safety by identifying potential hazards and risks. By monitoring traffic signals, road signs, and other infrastructure components, authorities can identify potential issues before they become accidents. Efficient Use of Resources Asset control and monitoring systems can help optimize the use of resources such as manpower, time, and equipment. For example, by monitoring traffic flow and analyzing data, authorities can make informed decisions about the best times to conduct maintenance or repair work, reducing the need for unscheduled maintenance and saving time and money. Improved Traffic Flow Monitoring systems can help reduce congestion and improve traffic flow by identifying bottlenecks and making adjustments in real-time. For example, intelligent traffic management systems can adjust signal timings based on traffic volumes to reduce delays and improve overall traffic flow. Better Planning With access to real-time data, asset control and monitoring systems can help authorities make informed decisions about future infrastructure projects, such as identifying areas where additional signage or road markings may be needed. Increased Accountability Asset control and monitoring systems can help increase accountability by tracking performance metrics and ensuring compliance with regulations. By tracking the performance of infrastructure assets, authorities can identify areas for improvement and take action to address any deficiencies.

Innovative Technologies for Safer Communities and Enhanced Transportation Networks Optimize Management of all ITS Assets with JSF Technologies’ Asset Control and Monitoring System (ACMS), In Partnership with Applied Information’s Glance Smart City Supervisory platform. LEARN MORE Innovative Technologies for Safer Communities and Enhanced Transportation Networks Introducing Wireless Platform-6 (WP6) by JSF Technologies. Industry’s new best-in-class Signal & Lighting Controller for intelligent traffic and illumination system applications. LEARN MORE Innovative Technologies for Safer Communities and Enhanced Transportation Networks JSFTs' Connected Beacon Series (CB Series) are the ideal solution for traffic calming in School Zones, Playground Zones, or any locations requiring increased warning measures. LEARN MORE SOLUTIONS SOLUTIONS SOLUTIONS CROSSWALK BEACONS & ILLUMINATION SYSTEMS Crosswalk Beacons and Illumination Systems are effective solutions for improving pedestrian safety at un-signalized intersections and mid-block crosswalks. LEARN MORE INCREASE DRIVER YIELD RATES BY UP TO 96% 75% OF PEDESTRIAN FATALITIES OCCUR AFTER DARK REDUCE PEDESTRIAN COLLISIONS BY UP TO 47% LEARN MORE Learn More Vertical Luminance created by overhead crosswalk lighting is key to higher visibility of pedestrians. That heightened visibility paired with our crosswalk beacons creates optimal crosswalk lighting. WARNING BEACONS & STOP SIGN SOLUTIONS REDUCE THE SEVERITY OF CRITICAL INCIDENTS DURING NIGHTTIME HOURS BY UP TO 54% Increase visibility and awareness of regulatory and warning signage in low-light conditions using Warning Beacons and 24-hour Flashers from JSF Technologies. LEARN MORE SCHOOL ZONE BEACONS & SIGNS REDUCE VEHICLE SPEEDS BY UP TO 7 MPH (11KMH) IN SPEED REDUCTION ZONES AT 20 MPH (32KMH), THE SURVIVABILITY OF A PEDESTRIAN COLLISION IS 95% Increase driver awareness and compliance of intermittent speed reduction zones with scheduled beacons and LED Embedded Signs. LEARN MORE ADVANCE WARNING & NOTIFICATION SYSTEMS INCREASE WARNING AND NOTIFICATION FOR DRIVERS AND IMPROVE CRASH REDUCTION BY UP TO 50% Improve roadway safety by implementing preemptive visual warning and notification systems to alert drivers of upcoming hazards and potential changes in road conditions. LEARN MORE TRAFFIC CALMING & SPEED REDUCTION CREATE SAFER URBAN ENVIRONMENTS FOR ALL METHODS OF TRANSPORTATION Traffic calming measures, such as Flashing Beacons and LED Embedded Signs, are effective methods for reducing speeds and improving safety for all roadway users . LEARN MORE INTELLIGENT TRANSPORTATION & SMART CITY SOLUTIONS Effective asset control and monitoring systems can help improve safety by identifying potential hazards and risks . By monitoring traffic signals, road signs, and other infrastructure components, authorities can identify potential issues before they become accidents. STREAMLINE MANAGEMENT OF ALL ITS ASSETS WITH THE GLANCE SMART CITY SUPERVISORY SYSTEM. Efficient Use of Manpower: Optimize the use of resources such as manpower, time and equipment. ​ Improved Traffic Flow: Monitoring systems can help reduce congestion and improve traffic flow by identifying bottlenecks and adjusting in real-time. LEARN MORE WE SPECIALIZE IN HIGH-EFFICIENCY, SMART TECHNOLOGY THAT IS ENGINEERED TO KEEP PEDESTRIANS, CYCLISTS, AND MOTORISTS SAFE. ABOUT US

The future of solar crosswalk lighting is here Contact Us Vertical Luminance and Pedestrian Fatalities Problem: Since 2020, pedestrian road fatalities in the United States have increased by 18%. As of June 2022, U.S. pedestrian fatalities had risen to 3,434. Understanding the causes of this rise, and how to we as part of the road safety industry can be a part of the solution, requires a more granular look at the problem. From the data, provided by National Safety Council (NSC) and the Fatality Analysis System (FARS), we get a clearer picture of where and how these fatalities occur: 80.40% occur in rural communities, due to the higher volume of people. 75.98% occur during dark hours, when visibility is low. 75.83% Happen at non-intersections, where lighting is often scares. ADVANTAGES AND BENIFITS Enhanced Visibility: Overhead lights make pedestrian crossings more visible to both drivers and pedestrians, especially in low-light conditions or bad weather. Improved Safety: By clearly indicating when it is safe for pedestrians to cross and when they should wait, overhead crosswalk lights contribute to safer pedestrian behavior. This can lead to a reduction in accidents involving pedestrians and vehicles. Compliance with Traffic Laws: Overhead crosswalk lights serve as clear indicators of when pedestrians have the right of way. This helps reinforce traffic laws and encourages both drivers and pedestrians to adhere to the established rules, contributing to a safer road environment. ​ ​ ​ Accessibility for People with Disabilities: Crosswalk lights often include audible signals, vibrating surfaces, or other features to assist individuals with visual or hearing impairments. These features enhance accessibility and ensure that all pedestrians can safely navigate road crossings. Reduced Accidents and Fatalities: The primary goal of overhead crosswalk lights is to reduce the number of accidents and fatalities involving pedestrians. By providing clear signals and promoting orderly crossing behavior, these lights contribute to the overall safety of road users Adaptability: Overhead crosswalk lights can be adapted to suit the specific needs of different intersections and pedestrian crossings. This flexibility allows for the implementation of solutions tailored to the unique characteristics of each location. Rural/Urban Population Spread Collision Location Light Conditions Visibility and Contrast When it comes to pedestrian visibility we look at a few key elements; roadway lighting and signalling, vehicle headlamps, pedestrian clothing, and the visual background at that location. All of these elements distill down to one key component; contrast. At night, luminance contrast is the only contrast we can affect and the one we use to see pedestrians. In the images below we show the difference between negative and positive luminance contrast. PEDESTRIAN VISIBILITY: this is the distance at which a driver can see a pedestrian well enough to be able to respond appropriately to the pedestrian’s presence. CONTRAST: there are two types of contrast that we look at; color contrast, which is based on the color difference between an object and its background. More importantly we look at luminance contrast, which is the difference in brightness between an object and its background. Looking at the below examples comparing positive and negative contrast its obvious positive contrast create far greater visibility of a pedestrian for approaching traffic. Vertical Luminance Light View Vercial Luminance Driver View Vercial Luminance Over Head WHAT IS VERTICAL LUMINANCE The Illumination on a vertical surface. In this case, the pedestrian! WHAT IS THE CORRECT AMOUNT OF LUMINANCE? The Illuminating Engineering Society (IES) and FHWA follow the same guidelines. That is to have a 20 lux/2 footcandle average measured at 5 feet off of the ground. This deliberately showcases and illuminates the pedestrian to achieve the desired level of horizontal and vertical luminance. need verbage Change the text to include your own content. Include as much or as little text as you want. Tabs grow and shrink vertically to fit your text. Typically, a single luminaire will be installed directly above the crosswalk. While this may provide lots of light on the crosswalk itself it does not provide adequate vertical luminance on the pedestrian. How to Achieve proper Vertical Luminance And Contrast We know the minimum vertical luminance required is 20 lux but with a light directly above the pedestrian (our vertical surface) we are not achieving sufficient (or any) vertical luminance. By moving the luminaire ahead of the crosswalk, we can achieve adequate vertical luminance Crosswalk and Illumination Systems are purpose-built traffic safety solutions designed to enhance pedestrian safety by improving pedestrian visibility and increasing awareness among motorists. ​ These devices go beyond their primary role of safeguarding pedestrians, actively contributing to the overall safety and quality of life in urban areas. Moreover, they serve as integral components in urban planning and contemporary transportation infrastructure. The combined use of these solutions yields a substantial improvement in roadway safety. Their integrated approach involves advanced warnings and notifications, offering benefits to all roadway users and by enhancing the overall safety and livability of urban environments. ENHANCED VISIBILITY AND IMPROVED SAFETY CONTACT SALES Need help configuring your vertical luminance set up that's in compliance with you local municipally? JSF can assit. Contact us.

TRAFFIC CALMING & SPEED REDUCTION Traffic calming measures, including the use of Flashing Beacons and LED Embedded Signs, are proven and effective methods for reducing speeds and improving safety for all roadway users. These traffic calming technologies have become valuable tools for alerting drivers to specific conditions, regulating traffic flow, and encouraging compliance with posted speed limits. Other forms of traffic calming include crosswalk and pathway lighting and connected beacons and LED embedded signs. Roadway luminance systems creating overt conspicuity and maximize the visibility of pedestrians. Connected beacons and signs allow beacons to run on schedule, to ensure that pedestrians at regular crossings, such as schools or airports, will have constant crossing warnings during specific times. CONNECT WITH OUR SALES TEAM SOLUTIONS Overhead Crosswalk Lighting (Lumiwalk) Speed-Activated LED Embedded Signs & Beacons Connected Beacons & LED Embedded Signs 24-Hour Beacons & LED Signs Speed-Activated LED Embedded Signs & Beacons The intent of using Speed-Activated LED Embedded Signs and Flashing Beacons is to reduce complacency and desensitization of static regulatory and warning signage by providing heightened visual notification to motorists ONLY when posted speed limits are exceeded. ​ Use LED Embedded Speed Limit Signs in combination with Radar for vehicle detection, alerting motorists of posted speed limits. ​ ​ Speed-Activated LED Embedded Signs and Flashing Beacons are activated based on the speed of approaching vehicles, creating a dynamic and responsive traffic calming environment. ​ ​ When approaching vehicles exceed the speed limit, the LED Embedded Sign will begin to flash, immediately alerting motorists of the posted speed limit and as a reminder to slow down. Overhead Crosswalk Lighting (LumiWalk) Overhead crosswalk lights, also known as pedestrian crossing lights or signals, offer several benefits aimed at improving pedestrian safety and traffic flow. Some of the advantages associated with the use of overhead crosswalk lights include: ​ Enhanced Visibility: Overhead lights make pedestrian crossings more visible to both drivers and pedestrians, especially in low-light conditions or bad weather. This increased visibility helps reduce the likelihood of accidents. ​ ​ Improved Safety: By clearly indicating when it is safe for pedestrians to cross and when they should wait, overhead crosswalk lights contribute to safer pedestrian behavior. This can lead to a reduction in accidents involving pedestrians and vehicles. ​ ​ Compliance with Traffic Laws : Overhead crosswalk lights serve as clear indicators of when pedestrians have the right of way. This helps reinforce traffic laws and encourages both drivers and pedestrians to adhere to the established rules, contributing to a safer road environment. ​ ​ Accessibility for People with Disabilities: Crosswalk lights often include audible signals, vibrating surfaces, or other features to assist individuals with visual or hearing impairments. These features enhance accessibility and ensure that all pedestrians can safely navigate road crossings. ​ ​ Reduced Accidents and Fatalities: The primary goal of overhead crosswalk lights is to reduce the number of accidents and fatalities involving pedestrians. By providing clear signals and promoting orderly crossing behavior, these lights contribute to the overall safety of road users. ​ ​ Community Confidence: Implementing safety measures like overhead crosswalk lights can boost community confidence in the local transportation infrastructure. Residents and visitors feel safer when they perceive that measures are in place to protect pedestrians. ​ ​​ Adaptability: Overhead crosswalk lights can be adapted to suit the specific needs of different intersections and pedestrian crossings. This flexibility allows for the implementation of solutions tailored to the unique characteristics of each location. Connected Beacons & LED Embedded Signs The intent of using Connected LED Embedded Signs and Flashing Beacons is to provide increased visibility and notification of regulatory and warning signage during times in which speed reduction may be varied or when heightened awareness for roadway users may be required. Locations such as school zones and parks where speed reduction times may vary, scheduled LED flash periods can be created to increase driver awareness of when speed reduction zones are in effect. Locations identified as fog zones, snow zones, or flood zones, where seasonal weather typically creates hazardous driving conditions, scheduled LED flash periods can be created to improve effectiveness seasonal warnings and hazard notifications. 24-Hour Beacons & LED Signs 24-hour flashing beacons are versatile tools used in traffic management to improve safety, increase awareness, and communicate essential information to drivers. Their visibility and attention-grabbing nature make them valuable in a variety of situations where enhanced communication with drivers is crucial.​​ ​ Enhanced Visibility: 24-hour flashing beacons significantly increase visibility, especially during low-light conditions or adverse weather, ensuring that drivers are more likely to notice and respond to potential hazards or changes in road conditions. ​ Alerting Drivers to Hazards: These beacons serve as warning signals, alerting drivers to hazards such as pedestrian crossings, school zones, sharp curves, intersections, and other critical points where caution is necessary, thereby reducing the risk of accidents. ​ Promoting Compliance: By drawing attention to regulatory signs or traffic control devices such as stop signs, 24-hour flashing beacons encourage compliance with traffic laws and regulations, helping to maintain orderly and safe traffic flow. ​ Improving Pedestrian Safety: When installed near pedestrian crosswalks, flashing beacons increase driver awareness of pedestrians crossing the road, promoting safer interactions between vehicles and pedestrians and reducing the likelihood of pedestrian-related accidents. ​ Adaptable to Various Conditions: These beacons are effective regardless of the time of day or prevailing weather conditions, ensuring continuous visibility and safety alerts to drivers, whether it's daytime, nighttime, raining, foggy, or snowing. FEATURED MODELS LUMIWALK SERIES Crosswalk Illumination with LED Crosswalk Beacon VIEW PRODUCT AB-9000 SERIES Single or Dual Sided Activated RRFB LED Light Bar VIEW PRODUCT CB-7400 SERIES Dual 8" or 12" Round Connected Flashing LED Beacons VIEW PRODUCT AB-5800 SERIES Single of Dual Activated LED Embedded Sign VIEW PRODUCT CB-1400 SERIES Single 8" or 12" Round Connected LED Beacon VIEW PRODUCT Various configurations available! Our modular design allows easy customization. Our in-house design and engineering team can create tailor made solutions for your unique application or requirement. For more information, inquire here. ALL PRODUCTS CASE STUDIES Irvine, California Sun Peaks Resort Vancouver, British Columbia Seattle, Washington The District of Saanich Irvine, Orange County, California See how Urban Solar’s parking lot lighting solution was installed at Orchard Park to provide UL-certified, dusk-to-dawn lighting 365 days of the year. Sun Peaks Resort, Sun Peaks, British Columbia See how Urban Solar’s pathway lighting solution was installed at Sun Peaks Resort to illuminate the walkway and improve workers’ safety. Vancouver British Columbia The City of Vancouver acquired the Arbutus Corridor in March 2016 from the Canadian Pacific Railway. The 8.8-kilometre stretch runs from the False Creek area to the Fraser River, on the unceded territories of the Musqueam, Squamish and Tsleil-Waututh First Nations. The purchase kicked off plans to transform the corridor into a world-class transportation greenway for citizens, connecting neighbourhoods and parks, ecological enhancements, public art, innovative technologies and more. ​ Greenway Development Given its proximity to several high-volume traffic corridors, the greenway is strategically placed to provide a safe, green option for citizens using it as either a commuter channel or a recreational path. The first phase in the greenway development process was the construction of an interim asphalt pathway for public use along this stretch, ranging in width along the entire length and approximately five meters wide, with a painted line separating the pathway into a 2.5-meter walking area and a 2.5-meter cycling area. ​ ​ About the Project Safety & Accessibility While plans for the corridor’s ultimate design continue to progress, the City and feedback from its public engagement sessions expressed the need for upgrades that would help make the Arbutus Greenway’s current iteration safe and accessible, with sufficient lighting for commuters to be able to comfortably use it after sundown. The purpose of this project was to pilot a longterm solution for the entire corridor on a 900-meter-long section of the current pathway, spanning from W 33rd Ave. to W 37th Ave. –a stretch that currently has limited ambient lighting. Bright Illumination To do this, the City sought out an energy-efficient, reliable, low maintenance and cost-effective solar lighting system that has the capacity to provide bright illumination throughout the night and year-round. Solution Recommendation Led By Experience Urban Solar’s team customized a solution to meet the City’s need for solar illumination in any season, despite the challenges posed by Vancouver’s cloudy winters. Drawing on the team’s extensive experience providing lighting for infrastructure applications, and taking note of the greenway’s unique characteristics, Urban Solar installed a series of Solar LED Lighting (SLL) units at appropriate spots along the path, providing the bright, consistent light needed for pedestrians, cyclists and others to travel safely along the pathway without spilling into adjacent private properties. Controllable & Maintainable Self-contained and remotely controllable , this lighting system also checked off the City’s requirements for a cost efficient and easily maintainable solution. All of this means that the new solar lighting system will remain vibrant and reliable as this essential arterial greenway continues to connect Vancouver communities in the years to come. Magnolia Manor Park, Seattle, Washington Built on the site of a now-covered reservoir in Seattle, WA, the two-acre Magnolia Manor Park features a number of paths between its various areas and amenities. The mixed-use park’s commanding views of the surrounding area draws nearby residents throughout the year. About Magnolia Manor Park Thoughtfully-designed off-leash area for dogs Picnic areas and flourishing community garden Number of connecting trails between park’s amenities Need for safe lighting on trails and recreation areas Required minimal impact green space and sight lines Solution To enhance the safety of the park and improve visitors’ access after dark, Urban Solar helped Seattle Parks and Recreation Department determine the best strategy for adding lighting to its central pathway. A series of bollard lights was an ideal solution, with each light drawing energy from a single Primary Solar LED Lighting (SLL) system and power bank on site, at a scale appropriate to the park’s size and layout. Layritz Park, Saanich, British Columbia Watch the video below to see how Urban Solar’s overhead lighting solution was installed at Layritz Park with minimal impact on the environment, ground, or infrastructure. STAY CONNECTED, STAY INFORMED ​ Add NEW A.I. Smart City Solutions to your beacons ​ Easily view and control school beacon flashers Advanced scheduling, scenarios, and override ​ A.I. system monitors your beacon flashers and alerts you with a text or email to any problems with power and other components, saving you time and money to check them manually. Request a Qoute All AB Series solutions are equipped with JSF Technologies WP6 Wireless Signal & Lighting Controller ​ On-Board User Interface (OBUI): Equipped with a user-friendly menu and four intuitive action buttons for effortless operation. ​ USB-C Connectivity: Seamlessly connect to the JSFT Configuration App for streamlined system configuration and management. ​ In-Field Firmware Updates: Stayup-to-date with the latest enhancements through convenient firmware updates via the USB-C connection. Extended Wireless Range: Experience unparalleled wireless communication reliability with a range of over 2,000 meters. ​ System-to-System Flash Synchronization: Achieve synchronized flash patterns across multiple systems for enhanced visibility and safety. ​ Versatile Radio Configuration: Choose from 64 radio channel selections with the flexibility to configure up to 1664 independent Radio Networks to suit diverse operational needs. Customizable Flash Settings: Tailor flash duration settings from 1 second to 99 days, providing precise control of signal and illumination patterns. Daytime & Nighttime Intensity Adjustment: Adjust intensity levels from 10% to 100% for optimal visibility under varying lighting conditions.

DOWNLOADS FOR AB SERIES Product Downloads AB Series Datasheets AB-1400-20W Datasheet.pdf AB-1400-40W Datasheet.pdf AB-1400-AC Datasheet.pdf AB-2400-20W Datasheet.pdf AB-2400-40W Datasheet.pdf AB-2400-AC Datasheet.pdf AB-3400-20W Datasheet.pdf AB-3400-40W Datasheet.pdf AB-3400-AC Datasheet.pdf AB-4420 Datasheet.pdf AB-4500 Datasheet.pdf AB-4612 Datasheet.pdf AB-5800-20W Datasheet.pdf AB-5800-40W Datasheet.pdf AB-5800-AC Datasheet.pdf AB-7400-20W Datasheet.pdf AB-7400-40W Datasheet.pdf AB-7400-AC Datasheet.pdf AB-9207-20W Datasheet.pdf AB-9207-40W Datasheet.pdf AB-9207-AC Datasheet.pdf AB-9407-20W Datasheet.pdf AB-9407-40W Datasheet.pdf Vertical Luminance.pdf LumiWalk Datasheet.pdf AB-9407-AC Datasheet.pdf AB Series Spec Drawings AB-1408-20W Spec.pdf AB-1408-40W Spec.pdf AB-1408-AC Spec.pdf AB-2408-20W Spec.pdf AB-2408-40W Spec.pdf AB-2408-AC Spec.pdf AB-3408-20W Spec.pdf AB-3408-40W Spec.pdf AB-3408-AC Spec.pdf AB-4420 Spec.pdf AB-1412-20W Spec.pdf AB-1412-40W Spec.pdf AB-1412-AC Spec.pdf AB-2412-20W Spec.pdf AB-2412-40W Spec.pdf AB-2412-AC Spec.pdf AB-3412-AC Spec.pdf AB-3412-40W Spec.pdf AB-3412-20W Spec.pdf AB-4500 Spec.pdf AB-4612 Spec.pdf AB-5800-20W Spec.pdf AB-5800-40W Spec.pdf AB-5800-AC Spec.pdf AB-7408-20W Spec.pdf AB-7408-40W Spec.pdf AB-7408-40W Spec.pdf AB-7412-20W Spec.pdf AB-7412-20W Spec.pdf AB-7412-AC Spec.pdf AB-9207-20W Spec.pdf AB-9207-40W Spec.pdf AB-9207-AC Spec.pdf AB-9407-20W Spec.pdf AB-9407-40W Spec.pdf AB-9407-AC Spec.pdf AB Series Spec Drawings

JSF Technologies is proud to introduce WP6, the next generation of high-performance system controllers for ITS applications with integration in mind! Contact sales today to add the NEW WP6 controller to your products or begin the replacement of the WP5 CONTACT US THE ALL NEW Designed to revolutionize intelligent traffic and illumination system applications. The WP6 can be customized and programmed to meet specific requirements, allowing distributors and customers to tailor the controller to their particular needs. Whether managing traffic signals, pedestrian crossings, or street lighting, WP6's versatility ensures it can accommodate various configurations and operational scenarios, providing flexibility and scalability as requirements evolve. Extended Wireless Range Experience unparalleled wireless communication reliability with a range of over 2,000 meters. On-Board User Interface (OBUI): Equipped with a user-friendly menu and four intuitive action buttons for effortless operation. Daytime & Nighttime Intensity Adjustment: Adjust intensity levels from 10% to 100% for optimal visibility under varying lighting conditions. Flexible LED Module Accommodation: Support up to eight LED modules, including RRFBs, Rounds, LED Signs, and Luminaires, offering extensive configuration possibilities. Versatile Radio Configuration: Choose from 64 radio channel selections with the flexibility to configure up to 1664 independent Radio Networks to suit diverse operational needs. Integration Capabilities: Benefit from five GPIO ports for seamless integration with third-party devices, enhancing system functionality. Dedicated AUX Input: Facilitate RS232 interface integration with a dedicated AUX input for enhanced connectivity and compatibility. Customizable Flash Settings: Tailor flash duration settings from 1 second to 99 days, providing precise control of signal and illumination patterns. System-to-System Flash Synchronization: Achieve synchronized flash patterns across multiple systems for enhanced visibility and safety. System data collection and storage (90-days): System activations, system activity configuration changes and system health & diagnostics USB-C Connectivity: Seamlessly connect to the JSFT Configuration App for streamlined configuration and management. In-Field Firmware Updates: Stay up-to-date with the latest enhancements through convenient firmware updates via the USB-C connection. Dedicated AUX Input: Facilitate RS232 interface integration with a dedicated AUX input for enhanced connectivity and compatibility. Rapid Installation: Quick connections minimize setup and installation times, reducing over-all costs of system installation.

DOWNLOADS Product Datasheets AB Series Datasheets AB-1400-20W Datasheet.pdf AB-1400-40W Datasheet.pdf AB-1400-AC Datasheet.pdf AB-2400-20W Datasheet.pdf AB-2400-40W Datasheet.pdf AB-2400-AC Datasheet.pdf AB-3400-20W Datasheet.pdf AB-3400-40W Datasheet.pdf AB-3400-AC Datasheet.pdf AB-5800-20W Datasheet.pdf AB-5800-40W Datasheet.pdf AB-5800-AC Datasheet.pdf AB-7400-20W Datasheet.pdf AB-7400-40W Datasheet.pdf AB-7400-AC Datasheet.pdf AB-9207-20W Datasheet.pdf AB-9207-40W Datasheet.pdf AB-9207-AC Datasheet.pdf AB-9407-20W Datasheet.pdf AB-9407-40W Datasheet.pdf WP6 Datasheet.pdf LumiWalk Datasheet.pdf FL-7400-AC Datasheet.pdf FL-7400-40W Datasheet.pdf FL-7400-20W Datasheet.pdf FL-5800-AC Datasheet.pdf FL-5800-40W Datasheet.pdf FL-5800-20W Datasheet.pdf FL-3400-AC Datasheet.pdf FL-3400-40W Datasheet.pdf FL-3400-20W Datasheet.pdf FL-2400-AC Datasheet.pdf FL-2400-40W Datasheet.pdf FL-2400-20W Datasheet.pdf FL-1400-AC Datasheet.pdf FL-1400-40W Datasheet.pdf FL-1400-20W Datasheet.pdf FL Series Datasheets SZ-9407-AC Datasheet.pdf SZ-9407-40W Datasheet.pdf SZ-9407-20W Datasheet.pdf SZ-9207-AC Datasheet.pdf SZ-9207-40W Datasheet.pdf SZ-9207-20W Datasheet.pdf SZ-7400-AC Datasheet.pdf SZ-7400-40W Datasheet.pdf SZ-7400-20W Datasheet.pdf SZ-5800-AC Datasheet.pdf SZ-5800-40W Datasheet.pdf SZ-5800-20W Datasheet.pdf SZ-3400-AC Datasheet.pdf SZ-3400-40W Datasheet.pdf SZ-3400-20W Datasheet.pdf SZ-2400-AC Datasheet.pdf SZ-2400-40W Datasheet.pdf SZ-2400-20W Datasheet.pdf SZ-1400-AC Datasheet.pdf SZ-1400-40W Datasheet.pdf SZ-1400-20W Datasheet.pdf SZ Series Datasheets AB-9407-AC Datasheet.pdf Product Spec Drawings AB-1408-20W Spec.pdf AB-1408-40W Spec.pdf AB-1408-AC Spec.pdf AB-2408-20W Spec.pdf AB-2408-40W Spec.pdf AB-2408-AC Spec.pdf AB-3408-20W Spec.pdf AB-3408-40W Spec.pdf AB-3408-AC Spec.pdf AB-4420 Spec.pdf AB-5800-20W Spec.pdf AB-5800-40W Spec.pdf AB-5800-AC Spec.pdf AB-7408-20W Spec.pdf AB-7408-40W Spec.pdf AB-7408-AC Spec.pdf AB-9207-20W Spec.pdf AB-9207-40W Spec.pdf AB-9207-AC Spec.pdf AB-9407-20W Spec.pdf AB-9407-40W Spec.pdf AB-9407-AC Spec.pdf FL Series Spec Drawings SZ-9407-AC Spec.pdf SZ-9407-40W Spec.pdf SZ-9407-20W Spec.pdf SZ-9207-AC Spec.pdf SZ-9207-40W Spec.pdf SZ-9207-20W Spec.pdf SZ-7408-AC Spec.pdf SZ-7408-40W Spec.pdf SZ-7408-20W Spec.pdf SZ-5800-AC Spec.pdf SZ-5800-40W Spec.pdf SZ-5800-20W Spec.pdf SZ-3408-AC Spec.pdf SZ-3408-40W Spec.pdf SZ-3408-20W Spec.pdf SZ-2408-AC Spec.pdf SZ-2408-40W Spec.pdf SZ-2408-20W Spec.pdf SZ-1408-AC Spec.pdf SZ-1408-40W Spec.pdf SZ-1408-20W Spec.pdf SZ Series Spec Drawings AB-1412-20W Spec.pdf AB-1412-40W Spec.pdf AB-1412-AC Spec.pdf AB-2412-20W Spec.pdf AB-2412-40W Spec.pdf AB-2412-AC Spec.pdf AB-3412-AC Spec.pdf AB-3412-40W Spec.pdf AB-3412-20W Spec.pdf AB-7412-AC Spec.pdf AB-7412-40W Spec.pdf AB-7412-20W Spec.pdf FL-7412-AC Spec.pdf FL-7412-40W Spec.pdf FL-7412-20W Spec.pdf FL-7408-AC Spec.pdf FL-7408-40W Spec.pdf FL-7408-20W Spec.pdf FL-5800-AC Spec.pdf FL-5800-40W Spec.pdf FL-5800-20W Spec.pdf FL-3412-AC Spec.pdf FL-3412-20W Spec.pdf FL-3412-40W Spec.pdf FL-3408-AC Spec.pdf FL-3408-40W Spec.pdf FL-3408-20W Spec.pdf FL-2412-AC Spec.pdf FL-2412-40W Spec.pdf FL-2412-20W Spec.pdf FL-2408-AC Spec.pdf FL-2408-40W Spec.pdf FL-2408-20W Spec.pdf FL-1412-AC Spec.pdf FL-1412-40W Spec.pdf FL-1412-20W Spec.pdf FL-1408-AC Spec.pdf FL-1408-40W Spec.pdf FL-1408-20W Spec.pdf SZ-1412-AC Spec.pdf SZ-1412-40W Spec.pdf SZ-1412-20W Spec.pdf SZ-2412-AC Spec.pdf SZ-2412-40W Spec.pdf SZ-2412-20W Spec.pdf SZ-3412-40W Spec.pdf SZ-3412-AC Spec.pdf SZ-3412-20W Spec.pdf SZ-7412-AC Spec.pdf SZ-7412-40W Spec.pdf SZ-7412-20W Spec.pdf AB Series Spec Drawings AB Series Spec Drawings Beacon App Beacon App.exe AB Series Spec Drawings Offline Scheduler.exe

RESOURCE LINKS Glance Smart City Supervisory System Learn More Glance Smart City Supervisory System Learn More Glance Travel Safely App Learn More School Zone Beacon & LED Embedded Signs Learn More Emergency Vehicle Preemption System Learn More Connected Intersection & Cabinet System Learn More Connected Vehicle Solutions Learn More Connected School Bus and Public Transportation Systems Learn More JSF Safety Signs has been dedicated to providing durable and effective safety signs for over 20 years. We pride ourselves on our commitment to safety and the quality of our products. We are trusted by customers across many industries, from construction sites to hospitals and airports. Our mission is to ensure that all our customers have the safest possible work environment. We look forward to meeting you and finding the perfect solution for your safety sign needs.

Vertical Luminance and Pedestrian Fatalities Problem: Since 2020, pedestrian road fatalities in the United States have increased by 18%. As of June 2022, U.S. pedestrian fatalities had risen to 3,434. Understanding the causes of this rise, and how to we as part of the road safety industry can be a part of the solution, requires a more granular look at the problem. From the data, provided by National Safety Council (NSC) and the Fatality Analysis System (FARS), we get a clearer picture of where and how these fatalities occur: 80.40% occur in rural communities, due to the higher volume of people. 75.98% occur during dark hours, when visibility is low. 75.83% Happen at non-intersections, where lighting is often scares. Rural/Urban Population Spread Collision Location Light Conditions The future of solar crosswalk lighting is here Contact Us Visibility and Contrast When it comes to pedestrian visibility we look at a few key elements; roadway lighting and signalling, vehicle headlamps, pedestrian clothing, and the visual background at that location. All of these elements distill down to one key component; contrast. At night, luminance contrast is the only contrast we can affect and the one we use to see pedestrians. In the images below we show the difference between negative and positive luminance contrast. PEDESTRIAN VISIBILITY: this is the distance at which a driver can see a pedestrian well enough to be able to respond appropriately to the pedestrian’s presence. CONTRAST: there are two types of contrast that we look at; color contrast, which is based on the color difference between an object and its background. More importantly we look at luminance contrast, which is the difference in brightness between an object and its background. Looking at the below examples comparing positive and negative contrast its obvious positive contrast create far greater visibility of a pedestrian for approaching traffic.

Red Deer Polytechnic Add paragraph text. Click “Edit Text” to customize this theme across your site. You can update and reuse text themes. CASE STUDIES