Wireless water leak sensor.The water event. The next step.

Machine tools may have spindle cooling, water supply and water-based coolant circuits close to moving hoses and service connections. Place detection at a defined collection point outside the machining enclosure to identify unexpected liquid reaching that position. For coolant mixtures, confirm the actual formulation, contamination and sensing compatibility before selecting the configuration and arranging a representative site test.

What to detect

Local presence of water or a confirmed compatible water-based coolant.

Detection point

External cooling hose connections, service trays and floor collection points beside the machine.

Installation approach

Agree a mounting point clear of moving axes, hot surfaces and routine spray. Route and secure the sensing assembly so machine servicing remains practical, and validate detection with the actual approved fluid.

Specify for your project

Share the machine type, circuit fluid, likely collection point and routine cleaning method.

Mould cooling systems contain multiple supply and return connections that are disconnected or adjusted during tool changes. A defined detection position beneath an external manifold or hose service area can help the maintenance team investigate water that escapes during production. Separate normal tool-change drainage from unexpected wetness, and associate the alert with the machine and cooling zone concerned.

What to detect

Water reaching the selected cooling-manifold collection area.

Detection point

External mould-cooling manifolds, hose connection banks and approved drip-tray low points.

Installation approach

Position the approved sensing assembly outside the mould movement area and clear of hot tooling. Keep connection access available, protect exposed routing and test the chosen point under normal production and tool-change conditions.

Specify for your project

Tell us the manifold layout, tool-change drainage routine and number of machines or cooling zones.

Water-cooled resistance-welding equipment can have flexible cooling connections between a utility supply, controller and welding cell. Detection at an accessible service-side collection point can identify water escaping beyond the intended circuit. Link each point to the affected welding station and its maintenance team so staff can inspect the relevant cooling connection.

What to detect

Water present at the selected external welding-cooling service point.

Detection point

Cooling hose junctions, external distribution blocks and service-side collection trays.

Installation approach

Choose an approved location outside robot travel, welding spatter and electrical access zones. Secure the assembly against maintenance impacts and confirm the sensing point remains reachable without entering the operating cell.

Specify for your project

Provide the welding-cell cooling layout, safe service boundary and expected inspection response.

End-of-line test rigs may connect products repeatedly to water-filled fixtures, manifolds or quick couplings. A sensor at a defined tray or external collection point can flag water that remains outside the intended test circuit. Use the test sequence to distinguish expected draining from water that requires inspection, and identify the fixture or station in the notification.

What to detect

Water reaching an agreed test-rig tray or floor detection point.

Detection point

External fixture connections, coupling service trays and test-station collection points.

Installation approach

Select a point away from moving fixtures and intentional discharge. Make the sensing assembly accessible for cleaning, and agree how wet and dry phases of the test cycle affect notification handling.

Specify for your project

Share the test fluid, cycle stages, intended drainage path and station identification scheme.

Packaging and converting lines can include water-cooled tooling, rinsing services or local water conditioning equipment beside conveyors and electrical controls. Detection at an external service bay gives the maintenance team a named location to inspect when water reaches the monitoring point. Map the sensing point to the relevant machine section and distinguish production washdown from leakage that requires maintenance attention.

What to detect

Local water presence at a selected packaging-equipment service point.

Detection point

Water-service connection bays, cooling skid bases and approved collection trays beside the line.

Installation approach

Keep the detection assembly clear of conveyors, cleaning machinery and pedestrian routes. Agree a service-side mounting position, then validate the installation against both production conditions and the site's washdown routine.

Specify for your project

Describe the line's water services, washdown schedule and machine sections requiring individual identification.

Pump seals, flange joints, valves and flexible connectors create several possible water-release points around a booster or transfer skid. Choose detection positions using the skid's drainage pattern rather than the pump count alone. An alert can direct the maintenance team to inspect the named skid or collection area and check the relevant seal, joint or valve.

What to detect

Water presence at a selected pump-skid base or drainage collection point.

Detection point

Skid trays, seal-area drainage routes and low points near water-pipe flange connections.

Installation approach

Place the approved sensing assembly where a small release can reach it without blocking drainage. Keep it clear of rotating equipment, service lifting paths and areas routinely wet during pump maintenance.

Specify for your project

Send the pump-skid layout, drainage direction and whether individual pumps or the whole skid need identification.

Cooling-water stations combine pipe joints, strainers, valves and heat-exchanger connections within a limited service area. Local water detection can identify wetness at the selected skid or floor position and help staff inspect the relevant circuit. Distinguish cooling-water leakage from normal condensate, and confirm compatibility where glycol, treatment chemicals or another water-based mixture is present in the monitored circuit.

What to detect

Local water or confirmed compatible cooling-fluid presence at an external collection point.

Detection point

Cooling-water valve stations, exchanger connection trays and chiller service-side low points.

Installation approach

Locate the approved sensing element outside hot or cold surfaces that exceed its specified conditions. Keep insulation and drain access intact, and test the actual fluid and collection route before handover.

Specify for your project

Specify the cooling-fluid mixture, connection temperatures and whether condensate is normally present.

Reverse-osmosis and softening skids contain service connections that are opened during filter replacement, membrane work or valve maintenance. Place the probe outside the normal drain path to detect water reaching an unintended tray or floor area. For low-conductivity permeate, confirm the sensing method with a representative sample rather than assuming every water-detection configuration performs identically.

What to detect

Water presence at an agreed treatment-skid collection point, using a compatible sensing method.

Detection point

External filter housings, membrane connection bays and skid-base collection trays.

Installation approach

Agree detection positions around the normal drain route and service clearances. Confirm the expected water conductivity, temperature and cleaning conditions, then validate response with samples from the actual monitored circuit.

Specify for your project

Tell us whether the monitored stream is feed water, softened water, permeate or another treatment stream.

Boiler installations often have makeup-water treatment, supply valves and external service pipework around the main plant. Water detection can be specified for an accessible, suitably tempered collection position within these auxiliary areas. Identify the source circuit and expected temperature before selection, and keep boiler pressure protection, steam control and other plant safeguards under their dedicated equipment and operating procedures.

What to detect

Water presence at a suitably tempered makeup-water collection point.

Detection point

Makeup-water valve areas, auxiliary treatment-skid bases and approved external drainage interfaces.

Installation approach

Use an approved collection point clear of steam releases and hot surfaces. Verify the temperature that can reach the sensor, preserve plant access and confirm compatibility with the actual makeup-water treatment.

Specify for your project

Provide the makeup-water layout, potential release temperature and the proposed safe collection point.

Compressed-air systems collect condensate through drains, separators and treatment units. Detection outside the intended collection path can help identify an overflowing receiver tray or disconnected drain route that needs inspection. Confirm the condensate composition and sensing compatibility, especially where oil carryover or treatment residues may occur, and distinguish this local wetness task from monitoring the compressed-air system itself.

What to detect

Compatible water-based condensate reaching an unintended external collection position.

Detection point

Condensate treatment unit bases, drain receiver trays and external hose collection points.

Installation approach

Choose an accessible position away from pressurised air outlets and moving equipment. Assess the actual condensate before selection, keep disposal routes clear and include inspection and cleaning in the maintenance routine.

Specify for your project

Share the compressor type, condensate treatment arrangement and known oil or chemical content.

Water may reach a switchgear room through nearby services, door thresholds or building penetrations before it is obvious from the normal access route. Place detection at an approved floor position along the expected water path and give the point a clear room or board reference. The facility's electrical team defines the inspection boundary and the action to take after notification.

What to detect

Water reaching a selected switchgear-room perimeter detection point.

Detection point

Approved doorway low points, external wall interfaces and accessible floor routes outside equipment clearances.

Installation approach

Agree installation with the responsible electrical team. Keep sensing components and routing outside required access clearances and energised compartments, using approved fixing and maintenance procedures for the chosen room location.

Specify for your project

Provide the room layout, likely water entry routes and the facility's approved installation zones.

UPS rooms can be exposed to water from cooling equipment, adjacent plant rooms or building services. A floor detection point can identify water entering an agreed external route near the room perimeter. Define this as building-water monitoring when specifying the project; battery electrolyte, battery condition and internal electrical protection require their own separately selected monitoring methods and equipment.

What to detect

Building-service water present at a selected UPS-room floor point.

Detection point

Cooling-service interfaces, room thresholds and approved floor low points outside UPS equipment.

Installation approach

Use locations approved by the facility and electrical teams. Preserve cabinet access and cable clearances, assess the installation environment and position the sensing assembly on the anticipated external water path.

Specify for your project

Share the UPS-room layout, nearby water services and the specific water-ingress concern.

Motor-control and automation rooms may sit beside wet production areas or receive services through shared walls and floor penetrations. Detection at an approved entrance or service-side low point can make unexpected water visible to the maintenance team through a named alert. Use the actual floor gradient and room boundary to select points, rather than placing sensors inside control cabinets by default.

What to detect

Water present at a selected automation-room boundary or floor route.

Detection point

Wet-area thresholds, service penetrations and accessible perimeter low points.

Installation approach

Agree the position with the control-room owner and electrical team. Protect the installation from carts and cleaning equipment, preserve access routes and confirm which normal cleaning events should produce a notification.

Specify for your project

Describe the adjacent process, floor slope, cleaning routine and preferred room or cabinet-row reference.

Cable trenches can collect water at low sections, duct entries or drainage interfaces that are hidden from everyday view. An approved detection point can report local water presence at a named trench section and guide an inspection. Check access, existing drainage and electrical working rules before choosing the installation; a reading describes the selected point rather than the condition of every cable route.

What to detect

Water reaching the selected trench low point or duct-entry collection area.

Detection point

Accessible trench sumps, drainage interfaces and approved low sections near duct entries.

Installation approach

Follow the site's electrical access and permit procedures. Fix the approved sensing assembly clear of cable supports and drainage paths, and arrange a maintainable route for inspection without disturbing installed circuits.

Specify for your project

Send the trench section, access method, drainage layout and electrical installation restrictions.

Inverter and power-conversion rooms can share a building envelope with water services, cooling circuits and outdoor cable entries. Local water detection at an approved floor or penetration interface helps identify which part of the room needs inspection. Separate equipment cooling-water concerns from rain ingress when mapping the points, and assign each alert to the facility team responsible for that route.

What to detect

Local water presence at a selected plant-room floor or entry interface.

Detection point

Approved cooling-service boundaries, external cable entry interfaces and room perimeter low points.

Installation approach

Select positions with the equipment owner and electrical team. Keep the sensing assembly outside energised equipment, preserve ventilation and service access, and confirm the environmental conditions of the approved detection location.

Specify for your project

Tell us the room type, equipment cooling arrangement and whether the concern is pipe water or weather ingress.

Chilled-water CRAH units combine water connections and condensate handling close to critical IT spaces. Place detection at selected valve-service or external collection positions to identify water outside the intended cooling and drainage routes. Name each point by the cooling unit and service side, so facilities staff can inspect the relevant connection or drain without treating every alert as a general room event.

What to detect

Water present at a selected CRAH connection or external collection point.

Detection point

CRAH water-valve service areas, external drain interfaces and approved collection trays.

Installation approach

Coordinate the position with the cooling-unit owner. Preserve filter, valve and drain access, avoid airflow obstruction and verify that normal condensate follows its intended route without continually wetting the selected detection point.

Specify for your project

Provide the CRAH layout, condensate route and required point naming by unit or service zone.

Liquid-cooled data centres may have coolant distribution units with external facility-water and technology-cooling connections. Select detection positions around the relevant connection bay or collection tray, then associate each point with the CDU and loop concerned. Specify the actual fluid formulation before selection, and keep leak detection distinct from coolant quality, flow, temperature and the equipment's internal protective functions.

What to detect

Water or confirmed compatible cooling fluid reaching an external CDU collection point.

Detection point

External CDU connection bays, service trays and selected facility-water interfaces.

Installation approach

Agree installation with the CDU supplier or facility owner. Keep hoses, quick connections and service doors accessible, confirm fluid compatibility and validate the selected collection point under the approved maintenance procedure.

Specify for your project

Share the CDU model, monitored loop, coolant composition and available external collection arrangement.

Water entering a raised-floor space can travel along slab gradients and service routes before reaching a visible aisle. Detection at selected low points or pipe crossings helps facilities staff identify the area requiring inspection. Use a site survey to map water paths, floor access and equipment references; the sensing arrangement should be chosen for that layout rather than assuming a particular coverage distance.

What to detect

Water present at a defined underfloor low point or service crossing.

Detection point

Approved slab low points, water-pipe crossings and accessible underfloor collection routes.

Installation approach

Coordinate floor-panel access and work procedures with data centre operations. Keep the approved sensing assembly clear of airflow and cable supports, and label its position so staff can find it during inspection.

Specify for your project

Send the floor layout, relevant water routes and the access restrictions for the underfloor space.

Telecom equipment rooms may rely on local air-conditioning units whose condensate pipework crosses a restricted service area. A selected floor detection point can identify water escaping from a drain connection or reaching the room from adjacent services. Map the alert to the site and cooling zone, helping a remote maintenance team plan the appropriate inspection when the building is not routinely staffed.

What to detect

Water reaching the selected cooling-drain or room perimeter point.

Detection point

Air-conditioning drain interfaces, approved floor low points and room service-entry areas.

Installation approach

Use an accessible service-side position that preserves cooling airflow and rack access. Confirm the site's power and radio arrangement, protect exposed routing and test the intended notification path before the site is handed over.

Specify for your project

Specify the telecom site, cooling-drain layout, available radio coverage and maintenance contact route.

Edge-computing equipment can operate inside factories, transport buildings or other spaces where nearby water services remain outside the IT team's direct control. Detection at an agreed external rack-service or room-entry point can identify water arriving on that route. Establish who receives the alert, how the site is identified and which local team can inspect the installation when remote staff are responsible.

What to detect

Water present at a selected external rack-service or room-entry point.

Detection point

Approved rack perimeter collection areas, room thresholds and adjacent water-service boundaries.

Installation approach

Agree detection locations with both the IT operator and building owner. Preserve rack clearances and service access, assess the local environment and validate the full notification route using the ordered configuration.

Specify for your project

Tell us the edge-site type, nearby water sources and the local and remote teams involved.

In automated warehouses, water can collect near rack bases, conveyor transfer points or low sections of an aisle while routine access is restricted. Select detection positions using the actual drainage route and equipment clearance plan. A clearly named local alert can help the warehouse and maintenance teams coordinate an inspection without requiring the sensing assembly to occupy a robot or shuttle travel path.

What to detect

Water reaching a selected rack-base or warehouse floor collection point.

Detection point

Approved rack-base low points, service-side transfer areas and accessible drainage interfaces.

Installation approach

Agree the location with the warehouse automation operator. Keep sensing components and routing outside moving-equipment envelopes, protect them from pallet impacts and provide an approved access route for testing and maintenance.

Specify for your project

Provide the automation layout, restricted travel zones and the floor-water routes of concern.

Pharmaceutical stores may contain water-sensitive cartons, labels and packaged stock near cooling services, external walls or receiving areas. Detection at selected floor points can identify unexpected water entering a named storage zone. Build the response into the site's handling and quality procedures so staff can inspect the relevant storage zone and assess any affected stock.

What to detect

Water present at a selected pharmaceutical storage-area floor point.

Detection point

Approved storage-zone perimeters, cooling-service interfaces and receiving-area low points.

Installation approach

Agree positions with warehouse and quality personnel. Keep the assembly clear of stock handling and cleaning routes, use approved fixing methods and document the point location within the site's inspection procedure.

Specify for your project

Share the storage layout, packaging sensitivity, nearby water services and the required inspection records.

Semiconductor materials and electronic assemblies may be stored near facility-water routes even when their own packaging is sealed. Water detection at an approved external room or rack perimeter can identify an event that calls for facilities inspection and stock assessment. Coordinate the selected position with contamination-control and handling requirements, while leaving package integrity, humidity control and material acceptance to their dedicated procedures.

What to detect

Water reaching an approved external storage-room or rack perimeter point.

Detection point

Storage-room thresholds, external water-service interfaces and approved perimeter low points.

Installation approach

Use positions and fixing methods approved by facilities and contamination-control personnel. Keep the assembly outside sealed carriers and sensitive storage enclosures, and preserve handling clearances and the area's cleaning access.

Specify for your project

Describe the stored materials, room classification, packaging arrangement and permitted external installation positions.

Collection stores can be affected by water from building services, roof drainage or adjacent rooms. Detection at a chosen perimeter or low point can identify water entering an area holding boxed objects, documents or conservation materials. Select positions with the collection-care team so installation, inspection and response fit the room's storage layout, handling practices and approved methods for working near collections.

What to detect

Water present at a selected collection-store floor or perimeter point.

Detection point

Approved shelving perimeters, service-entry low points and storage-room thresholds.

Installation approach

Agree reversible or otherwise approved fixing methods with the collection-care team. Keep the sensing assembly clear of objects and shelving movement, and document an accessible inspection route that respects collection handling procedures.

Specify for your project

Tell us the collection type, storage layout, potential water sources and approved installation methods.

Paper rolls, corrugated cartons and packaging materials can be stored close to receiving doors, external walls or utility routes. Local detection at selected floor collection points gives the maintenance team a reference when water reaches an unintended storage area. Use the actual pallet arrangement and floor gradient to choose positions, keeping the sensing assembly accessible as stock locations change during normal warehouse operations.

What to detect

Water reaching a selected paper or packaging storage-area collection point.

Detection point

External-wall low points, receiving thresholds and approved service-side pallet perimeters.

Installation approach

Position the approved assembly outside forklift and pallet handling paths. Protect it from stock impacts, keep cleaning access available and review point locations when storage layouts or receiving procedures change.

Specify for your project

Share the material type, stock layout, vehicle routes and likely floor-water entry points.

Laboratories may have purification units, sinks, wash stations and water-cooled equipment connected through benches or service cupboards. Detection at an approved external collection point can identify water escaping from these services. Confirm the actual water quality and any expected cleaning or process residues before selection, and associate the alert with the bench, equipment area or utility cupboard that staff should inspect.

What to detect

Water present at a selected laboratory water-service collection point.

Detection point

Water-purifier bases, approved sink-service areas and external water-cooled equipment trays.

Installation approach

Agree positions with the laboratory manager and facilities team. Keep the assembly outside chemical-handling zones unless specifically assessed, preserve bench access and validate the chosen sensing method with the actual water stream.

Specify for your project

Provide the water-service layout, water quality, expected residues and permitted installation areas.

Semiconductor and precision-manufacturing facilities route cooling and process-support water through service corridors and utility chases outside the controlled production area. A selected water-detection point can identify wetness in one of these accessible support zones. Define the monitored water stream, installation boundary and contamination-control requirements with facilities staff, so an alert names the relevant utility section without implying coverage of process-chemical distribution.

What to detect

Water present at a selected external cleanroom utility-service point.

Detection point

Approved cooling-water service corridors, utility-chase low points and external collection trays.

Installation approach

Install only within the approved utility boundary and follow the site's access and cleanliness procedures. Confirm water compatibility, keep service clearances available and label the point with the correct utility-loop reference.

Specify for your project

Specify the utility water stream, controlled-area boundary, access rules and naming convention.

Pharmaceutical facilities may need local water detection around external treatment skids, valve stations and support-room collection points. Specify the monitored water stream and expected temperature, particularly where low-conductivity water or hot services are involved. Label the point by utility loop and support room so the facilities team can inspect the relevant skid, valve station or collection area and document its response.

What to detect

Compatible water reaching a selected external utility-support collection point.

Detection point

Approved treatment-skid bases, external valve-service bays and suitably tempered collection areas.

Installation approach

Agree the position and fixing method with engineering and quality personnel. Keep the assembly outside the hygienic water circuit, verify fluid temperature and conductivity, and use the site's approved cleaning and access procedures.

Specify for your project

Share the water grade, potential release temperature, cleaning regime and facilities documentation requirements.

Food and beverage plants use treated water, rinsing services and cooling circuits in utility areas that may also experience regular washdown. Detection is most useful where the selected point has a clearly defined normal condition. Agree whether the project concerns unexpected standing water, a particular service connection or a dry boundary beside production, and include cleaning chemicals and hygiene requirements in selection.

What to detect

Water present at an agreed utility point expected to remain dry in normal operation.

Detection point

Approved water-treatment skid perimeters, dry service boundaries and connection-area collection trays.

Installation approach

Choose locations with production and hygiene personnel. Keep components clear of food-contact surfaces and cleaning traffic, confirm chemical and environmental compatibility, and agree how scheduled washdown is handled in the notification workflow.

Specify for your project

Tell us the water service, normal wet or dry state, washdown process and required hygiene restrictions.

Industrial laundries combine washer connections, water supply manifolds and drain routes with frequent cleaning and material movement. A selected detection position can identify water entering a service area that should remain dry during normal operation. Check the expected water temperature and detergent residues before configuration, then define how staff distinguish an equipment-service event from planned washdown or an intentionally wet drainage area.

What to detect

Compatible water reaching an agreed dry service-zone detection point.

Detection point

External washer-service connections, water-manifold bases and approved dry-zone collection points.

Installation approach

Place the approved assembly outside hot discharge paths, laundry carts and moving machinery. Confirm fluid and cleaning compatibility, keep drain access unobstructed and test the selected point against normal operating and washdown conditions.

Specify for your project

Provide the washer layout, water temperature, detergent exposure and the dry service zones to monitor.

Basement plant rooms can receive water from equipment connections, building penetrations or adjacent low-level spaces. Detection at a selected floor low point can identify local accumulation and direct an inspection to the relevant room. Review normal drainage and sump operation when mapping the points, and keep water-presence notification separate from pump control or continuous measurement of the sump's liquid level.

What to detect

Water present at a selected basement plant-room floor point.

Detection point

Approved floor low points, plant-room thresholds and external equipment collection areas.

Installation approach

Select a maintainable point using the room's floor gradient and normal drainage pattern. Keep the assembly clear of sump mechanisms and access routes, and confirm environmental conditions at the chosen detection position.

Specify for your project

Share the basement layout, normal drainage arrangement, sump equipment and water-entry routes of concern.

Service galleries can carry water away from a pipe joint through shared channels and floor gradients. A named detection point at an accessible low section can help maintenance staff identify where water has collected and plan their inspection. Divide long routes according to actual drainage boundaries and access points, with the sensing arrangement selected for each section rather than an assumed universal monitoring length.

What to detect

Water reaching a selected gallery low point or service-route collection area.

Detection point

Accessible channel low points, pipe-service collection areas and gallery drainage interfaces.

Installation approach

Use approved gallery access and working procedures. Keep sensing components clear of pipe supports, walking routes and drainage, and label the location so inspection teams can identify the correct section promptly.

Specify for your project

Provide the gallery plan, drainage boundaries, access restrictions and desired section references.

Water may collect in a lift pit through building ingress, nearby services or drainage problems. A local detection position can be considered as part of an installation approved by the lift owner and maintenance provider. Define the pit access method, equipment clearances and response procedure before selection, with the lift's own controls and protective functions remaining under the responsible specialist's authority.

What to detect

Water reaching an approved collection point within the lift-pit installation area.

Detection point

Lift-maintainer-approved pit low points or external collection positions identified in the site assessment.

Installation approach

Proceed only with the lift owner and maintenance provider's approval and access arrangements. Keep the assembly outside moving equipment and required clearances, using approved fixings and an agreed inspection and testing procedure.

Specify for your project

Share the lift type, approved pit access arrangements and the maintenance provider's installation requirements.

Rooftop plant rooms combine equipment water services with doors, roof penetrations and drainage interfaces exposed to weather. Select detection positions according to the water route of concern: pipe leakage, condensate escaping its drain or rain entering the room. Clear point naming helps the facility team inspect the relevant interface and distinguish a building-envelope issue from an equipment-water service event.

What to detect

Water present at a selected internal plant-room collection or entry point.

Detection point

Approved internal doorway low points, roof-service penetrations and equipment-service collection areas.

Installation approach

Confirm the actual exposure at the chosen point and select the enclosure and sensing configuration accordingly. Preserve drainage and roof access, and keep the assembly clear of hot equipment and service routes.

Specify for your project

Tell us whether the concern is weather ingress, cooling water or condensate, and provide the room layout.

Water escaping inside a mechanical riser can travel between floors along pipework, penetrations and service ledges. Detection at an approved accessible collection position can identify water reaching a named riser section. Select points from the building layout and expected water path, while preserving fire-stopping, service access and the inspection procedure for shafts that are not routinely open to facility staff.

What to detect

Water present at a selected accessible riser or shaft collection point.

Detection point

Approved service ledges, riser-base collection areas and accessible pipe-entry low points.

Installation approach

Agree mounting and access with the building-services team. Preserve fire-stopping and pipe clearances, avoid obstructing maintenance doors and use approved routing and fixings suitable for the selected service-shaft location.

Specify for your project

Provide the riser arrangement, water-service routes, approved access locations and fire-stopping restrictions.

Outdoor control and communications cabinets may be exposed to water entering through their base, cable ducts or a damaged building interface. A selected detection point inside an approved lower service zone can identify local ingress. Confirm the cabinet environment, drainage arrangement and expected wet conditions before configuration, giving the alert a cabinet reference that a field technician can use during inspection.

What to detect

Water reaching an approved cabinet-base or plinth detection point.

Detection point

Approved lower cabinet service areas, cable-entry collection points and sheltered plinth interfaces.

Installation approach

Agree the position with the cabinet owner and electrical team. Select protection for the actual exposure, preserve seals and ventilation, and keep sensing components clear of live equipment, drainage openings and service access.

Specify for your project

Send the cabinet and plinth layout, weather exposure, duct-entry arrangement and approved installation zone.

Substation buildings and cable-entry areas can have low points where water collects before it becomes visible from the access route. Detection at an approved drainage or perimeter interface can identify water at that specific location. Coordinate the point layout with the site's electrical and drainage teams, then link each alert to the approved collection point and inspection route.

What to detect

Water present at a selected, approved substation drainage or entry point.

Detection point

Approved building-entry low points, sheltered cable-duct interfaces and accessible drainage collection positions.

Installation approach

Follow the substation owner's access, clearance and electrical work rules. Select the approved assembly for the actual exposure, maintain drainage and test the point under the site's agreed commissioning procedure.

Specify for your project

Provide the approved installation area, drainage plan, weather exposure and electrical working restrictions.

Tunnel maintenance areas may contain drainage services, water supply connections or equipment rooms reached through restricted access routes. Local detection at an approved collection position can identify water reaching a named service zone. Establish normal seepage and cleaning conditions before specifying alerts, and check the available communications path so the notification arrangement reflects the actual underground installation and maintenance workflow.

What to detect

Water present at a selected tunnel service-area collection point.

Detection point

Approved maintenance-room low points, service connection trays and accessible drainage interfaces.

Installation approach

Use the tunnel operator's approved access and fixing procedures. Keep the assembly clear of traffic and maintenance equipment, confirm environmental suitability and verify communications and notification delivery at the actual underground position.

Specify for your project

Share the service-area layout, normal seepage, access rules and available radio or gateway arrangement.

Outdoor industrial water networks contain valve stations, flange joints and service chambers where local water can accumulate. Choose a detection point with a defined expected state, accounting for rainfall, irrigation and normal drainage. A water-presence alert can guide inspection of the named area; identifying the release source still depends on the site's pipe layout, operating conditions and maintenance checks.

What to detect

Water reaching a selected water-pipeline valve-area collection point.

Detection point

Approved sheltered valve-station trays, accessible service-chamber low points and defined dry collection areas.

Installation approach

Select the assembly for the site's exposure and approved access conditions. Keep valves and drainage accessible, protect against vehicle or maintenance impacts and agree how normal rain or washdown affects notification handling.

Specify for your project

Tell us the water service, expected wet conditions, chamber access rules and intended inspection area.

Loading bays can receive rainwater, washdown and water from adjacent industrial services, with floor gradients directing it toward doors or equipment recesses. Select detection points at agreed dry boundaries or collection positions that matter to operations. Define which conditions require inspection so staff can distinguish normal outdoor wetness from water reaching a protected service area, dock recess or storage entrance.

What to detect

Water reaching an agreed dry boundary or loading-bay collection point.

Detection point

Approved dock-service recesses, sheltered doorway low points and protected storage-entry boundaries.

Installation approach

Keep the assembly outside truck, forklift and dock-leveller movement zones. Select protection for actual weather and washdown exposure, preserve drains and agree the normal wet-state behaviour before validating the notification workflow.

Specify for your project

Provide the dock layout, vehicle movement zones, drainage route and the boundary that should remain dry.