swimming pool safety     british safety council
         
 
Aquatic Ride Control
     
   
 

A flume traffic light system which helps management and operators of all types of flumes conform to the latest safety guidelines as issued by the HSE*.

The Aquatic Ride Control uses active electronics to control entry and is suitable for all types of new and existing flumes.

Signals from special launch and run-out sensors control the status of LED traffic lights positioned at the flume launch.

When a rider enters the flume they break an invisible beam and the traffic lights change immediately to red, forbidding entry to further riders.

flume traffic lights
 
 
When they reach the bottom of the flume the rider breaks a second invisible beam and after a safety dwell time (allowing the rider to exit the flume) the lights will change back to green, allowing the next rider to enter.

This method of rider control gives management confidence that the red light will not change back to green until the ride is clear, even if the rider manages to slow themselves down or even stop halfway. This is the reason why timed traffic lights are no longer allowed; they provide no confirmation that the rider has reached the run-out.

 
 
As an additional management tool the Aquatic Ride Control has a built in resettable rider counter, allowing managers to assess busy sessions/days.

The system complies with the 16th Edition of Electrical Regulations, relating to the installation of equipment into swimming pools, and can be easily fitted and commissioned by a competent electrical engineer.

flume control  
 
 
flume timer
The Aquatic Ride Control is available with a rider time display; very popular with children (and adults!) When the rider reaches the run-out their ride duration can be displayed on a numerical read-out.

This adds a little something extra to the flume, can increase its popularity with swimmers and therefore increase return visits - “I bet I can go quicker than you!”

 
 
 
* “Managing Health & Safety in Swimming Pools” HSE Book HSG179 – Para 234-238
 
 

 

 

 

   
© SPSC 2007, All Rights Reserved