4EVR® MOAB Wave

$0.00

Product Overview:

The 4EVR® MOAB Wave is the newest form of pedestrian push button, no longer do you have to touch a button that countless others have touched. After the success of the first touchless APS, our Guardian® Wave, it made sense to implement our active infrared technology into the 4EVR® MOAB. Like the 4EVR® MOAB, the 4EVR® MOAB upholds its reputation as the market’s most rugged button. What distinguishes 4EVR® MOAB Wave from other buttons is the inclusion of our wave touchless technology allowing calls to be placed with the wave of a hand. A call is detected by an active infrared sensor as infrared light precisely reflects off the hand, ensuring calls are initiated only when intended.

About the Product:

The 4EVR® MOAB Wave is a touchless push button that redefines the standards for durability and user interaction. The touchless technology operates flawlessly in all weather conditions, including rain and snow allowing an assurance when placing a call. The wave of a hand within a 1-6 inch range of the sensor triggers a momentary LED indicator and an audible (dee-dah) tone, initiating a pedestrian call. The 4EVR® MOAB Wave is crafted from solid aluminum and is exceptionally durable, making it resistant to vandalism and impact.

Description

Product Information:

Item Description 4EVR® MOAB Wave
Part Number 502-2080

 

Interfaces Required for Latching or Non-Latching:

Item Description PBI-L PBIC-24 PBIC-120 PBIC-120 – No Cable
Part Number 501-0010 501-0005 501-0014 501-0014NC

Powder Coat Colors:

  • Textured black
  • Federal yellow
  • Hunter green
  • Clear
  • Unpainted

Screw Type:

  • Standard Phillips
  • Pinned Torx

Additional information

Choose Product Options

Round Bezel: 4 Hole 4 EVR MOAB, Round Bezel: 2 Hole (9-3) 4 EVR MOAB, Round Bezel: 2 Hole (10-2) 4 EVR MOAB, Round Bezel: 4 Hole 4 EVR MOAB 5VDC, Round Bezel: 4 Hole 4 EVR MOAB RND Tactile Arrow (TA), Round Bezel: 2 Hole (9-3) 4 EVR MOAB RND Tactile Arrow (TA), Round Bezel: 4 Hole 4 EVR MOAB RND No LED, Round Bezel: 2 Hole (9-3) 4 EVR MOAB RND No LED, Rectangle Bezel: 4 Hole 4EVR REC, Rectangle Bezel: 2 Hole 4EVR REC, Rectangle Bezel: 4 Hole 4EVR REC No LED, Rectangle Bezel: 2 Hole 4EVR REC No LED, Rectangle Bezel: 4 Hole 4EVR REC Tactile Arrow (TA)

Features and Benefits

Features:

  • Touchless active infrared actuation
  • Crafted from solid-stock aluminum
  • 4-hole mounting pattern
  • Reliable call detection in extreme weather conditions
  • Vandal and impact-resistant
  • Both Latching and non-latching LED options are available
  • Audible “dee-dah” feedback when a call has been placed

Key Benefits:

  • Touchless actuation allows for less spread of germs
  • Call detection range of 1-6 inches
  • Cannot be stuck in constant call
  • Mounts to all pole sizes and shapes
  • Simple and easy to install
  • Programmable at the intersection

Touchless Technology

Global awareness raised by the COVID-19 pandemic has spurred PedSafety into action. PedSafety was the first to employ touchless actuation in APS (accessible pedestrian signals) and PPBs (pedestrian push buttons) by utilizing active infrared sensors to detect motion in our products. We’ve designed and implemented touch-free solutions at intersections to curtail the transmission of germs and viruses, ultimately enhancing pedestrian safety.

Our innovative approach incorporates an infrared sensor for contactless activation. This surpasses the technology of conventional sensors, as infrared light precisely reflects off the hand, ensuring calls are initiated only when intended. This technology ensures that no false calls will be made from inclement weather conditions such as rain, hail, or snow. Pedestrians can now request to cross by simply waving their hand in front of the wave icon, eliminating the need to physically press a button

More Information

What's Included?

  • Touchless button
  • Mounting hardware

Purchased Separately:

  • Button cup
  • Push button latching interface

Product Sheet, Sales Sheet, and Manuals

Product Sheet

Sales Sheet

Manuals