Fully compliant with MUTCD and agency specifications, the Wireless Data Transfer Advisor Advanced Pedestrian Station (WiAAPS®) communicates through a secured network and utilizes field wires for power. It is the first of its kind to use a wireless radio communications network to provide flexible, reliable, and secure delivery in a mesh network. The simple set-up and web-based management capabilities make this solution a truly innovative part of any intersection.
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The Wireless Data Transfer Advisor Advanced Pedestrian System (WiAAPS®) ensures full compliance with MUTCD and agency standards. WiAAPS® communicates through a secure network and harnesses field wires for power. Its straightforward installation and web-based management features render it a truly pioneering addition to any intersection. To create a comprehensive intersection setup, WiAPBs and a WiAPC are required. Please note that these components are not compatible with the previous AAPS system.
Secured Network Solution:
The Advanced Pedestrian Coordinator (APC) continuously communicates with each Advanced Pedestrian Button (APB) in a network-based, distributed control system. Direct Ethernet access or remote network connection allows real-time system monitoring and control of operating parameters, while also providing the capability to upload files directly to individual pedestrian stations or download reports generated by the APC. Now equipped with more outstanding sound quality, this innovative solution still offers an ambient gain compensation locator tone, extended press options, vibrotactile walk indications, and optional clearance phase indications.
Fully compliant with MUTCD and agency specifications, the Wireless Advanced Accessible Pedestrian System (WiAAPS®) communicates through a secured network and utilizes field wires for power. Now with “Wave” capability, pedestrians can utilize the no-contact active infrared sensor to place a call at the intersection. The “Wave” active infrared sensor operates independently from the physical push button and provides a germ-free means of actuation. The simple set-up and web-based management capabilities make this solution a truly innovative part of any intersection.
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The Wireless Data Transfer Advisor Advanced Pedestrian System (WiAAPS®) seamlessly aligns with MUTCD and agency standards. Operating on a secure network and powered through field wires, it’s straightforward installation and web-based management render it a truly pioneering addition to any intersection. To achieve a comprehensive setup, the acquisition of WiAPBs and a WiAPC is essential. the addition of the “Wave” active infrared sensor maintains MUTCD compliance and creates a secondary form of actuation separate from the Physical actuator. Please be aware that these components are not compatible with the legacy AAPS system.
Secured Network Solution:
Much like its predecessor, the WiAAPS®, the Advanced Pedestrian Coordinator (APC) is in continuous communication with each Advanced Pedestrian Button (APB) in a network-based, distributed control system. Direct Ethernet access or remote network connection allows real-time system monitoring and control of operating parameters, while also providing the capability to upload files directly to individual pedestrian stations or download reports generated by the APC. This innovative solution still offers an ambient gain compensation locator tone, extended press options, vibrotactile walk indications, and optional clearance phase indications. The “Wave” sensor also allows pedestrians to place an extended press call. Sensor settings, such as distance detection and sensitivity of the sensor, can be adjusted to meet the needs of the intersection.
The Guardian® Mini is a comprehensive APS solution packed into a compact and user-friendly package. Designed to ensure the safety of pedestrians at intersections, this innovative device offers a range of cues including audible, tactile, and visual indications at the crosswalk. With its hassle-free installation process, the Guardian® Mini utilizes existing mounting holes from an ADA button. It seamlessly connects to the Signal Power Interface (SPI) in the pedestrian signal head via a four-conductor cable. The Guardian® Mini is fully ADA, MUTCD, and PROWAG (September 2023 updates) compliant. Now, pedestrians can confidently cross intersections with the assistance of the Guardian® Mini’s intuitive features.
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Guardian Mini upgrades existing pedestrian push-button intersections to accessible pedestrian signal intersections without drilling any additional holes. By providing a straightforward and budget-friendly solution, this innovative design streamlines the process of aligning intersections with the latest PROWAG Guidelines (effective September 7, 2023).
The Guardian Mini meets ADA compliance standards and is designed to withstand significant impacts. As a result, all pedestrians can access the intersection since it provides essential information and audible indications required by the MUTCD, ADA, and TAC. In addition, the inclusion of Bluetooth® technology enables seamless wireless configuration updates via the easy-to-use PedConnex® utility, compatible with both Android and iOS devices.
The APS Beacon provides a loud locator tone to the pedestrian from a second speaker location on or near the pedestrian display at the far end of the crosswalk during the pedestrian change interval. The beacon is aimed toward the end of the first third of the crosswalk. The pedestrian is at the initiation point where they place a call of one second or longer at the push button, and the APS Beacon is located at the pedestrian destination point, 7-10 feet high per the MUTCD NPA, where it can broadcast a loud locator tone, up to 100 dBA to the final two-thirds of the crosswalk. during the pedestrian change interval.
The Audible Beacon Device provides a loud locator tone for the crossing pedestrian from an auxiliary speaker on or near the pedestrian signal head at the far end of the crosswalk during the pedestrian change interval. The beacon is aimed toward the end of the first third of the crosswalk enabling locator tones to be heard from all sections of the crosswalk. Pedestrians can activate the Audible Beacon Device by placing a call with the extended press feature (holding the button down for one second or longer) at an accessible Pedestrian Signal. The device is located at the end of the crosswalk (destination point), and is mounted at 7-10 feet high per the MUTCD NPA, where it can broadcast tones, up to 100 dBA to the final two-thirds of the crosswalk, during the pedestrian change interval.
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The Audible Beacon Device comprises a speaker mounted on the pedestrian signal head or a pan-tilt bracket fixed to a pole, allowing you to position it at your preferred height of 7-10 feet on the side of the intersection that serves as the destination for crosswalk users. This is especially crucial for aiding visually impaired individuals when crossing intersections, as the speaker can emit significantly louder volumes than traditional APS systems, thereby expanding safety throughout the final two-thirds of the intersection.
During the pedestrian clearance interval, typically near the end of the first line of the crossing, users hear an audible destination beacon tone emanating from a speaker positioned at the destination end of the crosswalk. This distinctive and percussive tone enables pedestrians with visual disabilities to navigate toward the destination beacon, adjusting their course to remain within the crosswalk until they reach the final endpoint at the conclusion of the crosswalk.
The Advisor Guide Accessible Pedestrian Station (AGPS) is a pivotal system engineered to enhance pedestrian safety during intersection crossings, offering vital cues through audible, tactile, and visual indicators at the crosswalk. The AGPS is characterized by its emphasis on adaptability and user-friendliness. While each AGPS unit is preconfigured at the factory, it effortlessly supports customization and data retrieval via a straightforward process employing any laptop equipped with a USB connection. A user-friendly menu-driven utility simplifies both setup and data downloads, ensuring a seamless experience.
The AGPS incorporates a Night Mode feature, including volume controls, and features forward-facing speakers that integrate Quiet Signals Technology. This innovation is designed to accommodate residential areas and address the concerns of evening businesses, maintaining a considerate and peaceful environment.
The Signal Power Interface (SPI) plays a crucial role in ensuring the reliable power and operation of PedSafety’s Guardian® product line, WiAAPS® product line, TLPI®, and Audible Beacon Device. It accomplishes this by efficiently converting the standard 120V power source within the pedestrian signal head into a safe and manageable 12V supply. The SPI’s primary function is to retrieve and transmit the walk and don’t walk information to the connected product, thereby contributing to enhanced pedestrian safety.
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The Input Connections of our SPI (Signal Pedestrian Interface) present a robust and secure solution for pedestrian signal head wiring. These connections include 48 VDC or 89-134 VAC (depending on your SPI) fused and surge-protected inputs for Walk, Don’t Walk, and AC Neutral, ensuring reliable operation even in challenging conditions. On the Output side, the SPI offers a straightforward connection to a Guardian station terminal block with four wires, including Power (+12VDC), – GND, S2 Walk, and S1 Don’t Walk. Each SPI unit efficiently operates one push-button station, featuring redundant hardware and firmware safety interlocks for ultimate operational safety.
Moreover, the SPI is designed for easy installation inside various types of pedestrian signal heads, providing a hassle-free setup. It boasts extensive transient protection and is encapsulated in UL94-V0 listed flame-retardant polyurethane, ensuring resilience against environmental elements. Notably, our SPI is compatible with a range of our products, including the Guardian®, Guardian Wave®, Guardian® Mini, WiAAPS®, WiAAPS® Wave, Audible Beacon Device, and TLPI®, making it a versatile and reliable choice for enhancing pedestrian safety in diverse environments.
