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Rail Application Diagrams

EV Alert can be configured to any number of application requirements: crossings with existing lights, Crossing for horn activated warning, crossing with dual transmission, crossing for pedestrians and cyclists, crossings in the setting for private/industrial or agricultural, crossing fitted with a Trackside detector/Transmitter

Rail Crossing - Type A

Rail Crossing - Type B

Rail Crossing - Type C

Rail Crossing - Type D

Rail Crossing - Type E

Rail Crossing - Type F

TYPE A - Application for rail crossings with exisiting lights in place.

  • Additional protection for crossings already fitted with lights
  • Transmitter on crossing linked to existing lights/bells activation system.
  • Reciever/Decoder in road user's vehicle activates hazard warning light on dashboard alerting driver.
  • Easy to install.
  • Fail-safe Transmitter unit.
  • Coded signal prevents false alarms.
  • Lights/bells on their own only reduceaccidents by 50%.
  • Cost-effective protection.

 

TYPE B - Application for Rail Crossing for horn activated warning.

  • Low-cost protection for currently unprotected crossings.
  • Transmitter on locomotives activated on approach to crossing (eg: by horn-pull)
  • Receiver/Decoder in road user's vehicle activates hazard warning light on dashboard, alerting driver.
  • Easy to install.
  • Fail-safe Transmitters.
  • Coded signal prevents false alarms.

 

TYPE C - Application for a rail crossing with dual transmission

  • Low-cost protection for currently unprotected crossings.
  • Transmitter on locomotive sends separate signal to specialised Receiver/Decoder at crossings, which then activates standard EV-Alert transmitter to warn of locomotive's approach.
  • Transmitter on locomotive is permanently activated - no manual intervention.
  • Receiver/Decoder in road user's vehicle activates hazard warning light on dashboard, alerting driver.
  • Also warns track crew equipped with special Receiver/Decoder.
  • Easy to install.
  • Fail-safe Transmitters
  • Coded signal prevents false alarms.

 

TYPE D - Application for rail crossing for pedestrians and cyclists.

  • Low-cost protection for pedestrians and cyclists.
  • Transmitter on locomotives.
  • Receiver/Decoder on crossing activates warning lights (strobe or LED), or barriers.
  • Solar-powered - no mains supply provision or running cost.
  • Easy to install.
  • Coded signal prevents false alarms.
  • Various configurations available.

 

 

TYPE E - Application for rail crossings in the setting for private/industrial or agricultural.

  • Low-cost active warning of trains approach
  • Lower specification than AS/ARA requirements.
  • Red or Amber warning lights.
  • Single or Double units.
  • Transmitter on Locomotives.
  • Receiver/Decoder on light unit.
  • Low installation and running cost on solar.

 

 

TYPE F - Application for rail crossing fitted with a Trackside detector/Transmitter.

  • For specialised applications when Transmitters cannot be fitted to all track vehicles and secure remote sensing of train approach required.
  • Can also be used for siding and junction differentiation.
  • Provides roadside warning lights &/or in-vehicle warning.
  • Range adjustable (normally 300 - 600 m)
  • Detectors can be away from crossing or at crossing aimed up and down the track.
  • False alarm protection.

 

 
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