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Regulating user flow in Aquapark slides is an important part of field operation. Fetrion SlideGuard; It is an automation system that combines crossing sensors and traffic lights with microcontroller-based control scenarios.
Information received from passage and presence sensors is evaluated in signaling scenarios appropriate to the slide usage flow. The aim is to create a clear crossing sign that is visible to the attendant and the user. Sensor locations, field of view and operating flow are handled separately for each slide.
The number of slides, entrance and exit placement, cable routes and control panel location affect the project. Outdoor environmental and water exposure conditions are taken into account in selecting the appropriate equipment and mounting solution. At the design stage, connection points to the existing facility infrastructure are determined.
It should be clarified with the field team how situations such as normal transition, waiting, sensor warning and maintenance will be managed. The signaling system is evaluated together with the facility's operating procedures and officer supervision. Scenarios need to be validated in the field during deployment.
You can start the bidding process by sharing the number of slides, existing signaling structure, sensor placement and control expectations. Fetrion creates the project scope by considering electronic hardware and embedded software needs together.
Normal use, standby, sensor mismatch and maintenance situations are defined as separate control scenarios. Control logic that prevents red and green signals from appearing conflicting is verified. How the passage permit will be handled after a sensor failure or power outage is determined by the risk assessment.
Sensor detection area, lamp visibility, cable connections and restart behavior are tested with the operating team. The external environment, water exposure and electrical protection requirements of the control panel are determined according to the project. Used in conjunction with signaling, officer supervision and facility procedures; It does not constitute a security certification claim on its own.
The scope of application is determined after examining the existing site layout, energy and cabling infrastructure.
Sharing the number of slides, entry and exit points, existing equipment and desired signaling flow facilitates evaluation.
Failure or inconsistent detection is treated as a separate event from the normal migration flow. Officer alert, clearance and reactivation behavior are defined according to the facility's risk assessment and acceptance tests.
The timer does not directly verify user output. The sensor and timing approach is selected by evaluating the slide geometry, flow and usage conditions. It should not be assumed that a single solution will provide the same safety result on every slide.
Panel location, water exposure, humidity, cable length, and electrical environment are examined. Required shielding and electromagnetic compatibility tests are determined by the product and installation scope. No IP class or CE compliance is guaranteed without the relevant verification.
Aquapark signaling system; It evaluates the passing information and produces signs regarding the usage flow through traffic lights and related indicators. Sensors, controller and field operation are handled together. Signaling is not a substitute for risk assessment and officer supervision of the facility.
It should not be assumed that signaling eliminates officer supervision. Operational and safety requirements are determined based on an assessment of the facility.
Compare scenarios, tests, delivery documents, maintenance and support coverage along with sensor and indicator counts.
Share your current infrastructure and needs; Let's determine the scope of measurement, hardware and software together.
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