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Alarm Notification:
Mobile app and siren via hub
Application:
Indoor use
Battery Type:
Pre-installed replaceable battery
Brand:
Ajax Systems
Category:
Water leak detector
Detection Type:
Water leak
Installation Method:
Floor-mounted
Localization:
Configurable via Ajax app
Maintenance:
Battery replacement when low
Placement:
Near pipes, washing machines, sinks
Compatibility:
Ajax security system hubs
Operating Humidity:
Up to high indoor humidity
Operating Temperature Range:
Typically around 0°C to +50°C
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Flood protection refers to the various strategies and measures implemented to prevent or mitigate the effects of flooding in vulnerable areas. These measures are critical in safeguarding human life, property, infrastructure, and the environment from the destructive impacts of floods. Flood protection can be categorized into structural and non-structural measures.
Structural measures - include physical infrastructures designed to control water flow and reduce flood risk. Common examples are levees, dikes, dams, floodwalls, and storm surge barriers, which act as barriers to prevent water from inundating land. Additionally, retention basins and reservoirs are employed to temporarily hold excess water during heavy rainfalls, thereby lowering flood peaks and reducing downstream impacts.
Non-structural measures - focus on policies, practices, and technologies that minimize flood risks without altering the flow of water physically. These include land-use planning and zoning regulations to ensure that development in flood-prone areas is limited or adapted to withstand flooding. Flood forecasting and early warning systems play a crucial role, providing timely information to communities at risk and enabling them to take preventive actions. Insurance schemes also form part of non-structural measures, helping to manage the economic impacts of floods on individuals and communities.
flood protection often involves ecosystem-based approaches, such as restoring wetlands, mangroves, and floodplains, which naturally absorb and store excess water, thus reducing flood intensity. Public awareness campaigns and education programs are essential components, promoting community preparedness and participation in flood risk management.
Effective flood protection requires a comprehensive and integrated approach that combines both structural and non-structural measures while considering environmental, social, and economic factors. It involves the collaboration of governments, communities, engineers, ecologists, and planners to design and implement solutions tailored to specific regional contexts and challenges.
Structural measures - include physical infrastructures designed to control water flow and reduce flood risk. Common examples are levees, dikes, dams, floodwalls, and storm surge barriers, which act as barriers to prevent water from inundating land. Additionally, retention basins and reservoirs are employed to temporarily hold excess water during heavy rainfalls, thereby lowering flood peaks and reducing downstream impacts.
Non-structural measures - focus on policies, practices, and technologies that minimize flood risks without altering the flow of water physically. These include land-use planning and zoning regulations to ensure that development in flood-prone areas is limited or adapted to withstand flooding. Flood forecasting and early warning systems play a crucial role, providing timely information to communities at risk and enabling them to take preventive actions. Insurance schemes also form part of non-structural measures, helping to manage the economic impacts of floods on individuals and communities.
flood protection often involves ecosystem-based approaches, such as restoring wetlands, mangroves, and floodplains, which naturally absorb and store excess water, thus reducing flood intensity. Public awareness campaigns and education programs are essential components, promoting community preparedness and participation in flood risk management.
Effective flood protection requires a comprehensive and integrated approach that combines both structural and non-structural measures while considering environmental, social, and economic factors. It involves the collaboration of governments, communities, engineers, ecologists, and planners to design and implement solutions tailored to specific regional contexts and challenges.