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Wet Areas
Wet area lighting is designed for locations that are fully submerged in water or frequently exposed to moisture. These fixtures illuminate fountains, fishponds, reflection pools and water features, and can be specified for poolside terraces, waterfall surrounds and interior wet spaces such as bathrooms and ensuites. This collection includes fixtures with mounting plates and brackets, surface-mounted options and recessed configurations. All fixtures in this category are engineered with sealed construction to prevent water ingress and are specified where standard IP ratings are insufficient.
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Specifying Wet Area Lights
Wet area fixtures require specialised construction to withstand continuous water exposure and moisture ingress. Correct specification is critical for longevity and safe operation.
Primary applications
Wet area lights serve both functional and aesthetic purposes in water-adjacent and submerged installations:
- Fountains and water features
Illuminating moving water from below or within the water feature structure itself. - Fishponds and reflection pools
Providing ambient light in ornamental water bodies where the fixture may be fully submerged. - Waterfall surrounds
Lighting areas adjacent to waterfalls or cascades where constant water spray creates wet conditions. - Poolside terraces
Illuminating areas immediately adjacent to swimming pools that are regularly splashed or hosed down. - Interior wet areas
Lighting bathrooms, ensuites and shower spaces where moisture levels are consistently high.
Important note on swimming pools:
Our range does not include lights designed for installation within swimming pools. Pool lights must meet specific requirements for chemical resistance, depth rating and pressure, which are best addressed by pool contractors who specialise in these applications. For lighting around pools rather than in them, our wet area fixtures are appropriate.
IP68 rating requirement
All wet area lights should have an IP68 rating or an equivalent protection standard. This rating confirms that all seals, gaskets and wiring entry points are engineered to prevent any moisture from entering the fixture, even under full submersion. The IP68 standard is the minimum acceptable protection level for fixtures that will be submerged or constantly exposed to water.
Configuration options
Wet area fixtures are available in several mounting configurations:
- Mounting plates and brackets
Fixtures supplied with dedicated mounting hardware for secure installation on pond walls, fountain structures or pool surrounds. These systems allow for precise positioning and reliable fixing in underwater environments. - Surface-Mounted
Fixtures designed to be mounted directly onto surfaces where a low-profile installation is required. Common in poolside applications or fountain bases. - Recessed
Fixtures installed flush with surfaces for a minimal visual presence. These require careful installation planning to ensure correct sealing and drainage around the fixture housing.
Materials and construction
Corrosion resistance is paramount in wet environments, particularly where fixtures are submerged or exposed to chlorinated or salt water. Our fixtures use materials selected for maximum durability:
- 316 Stainless Steel
Marine-grade stainless steel is the standard for wet area applications. It offers superior corrosion resistance even in harsh chemical or salt water environments. - Solid Copper and Cast Brass
Used for their inherent corrosion resistance. Both materials will develop a natural patina when submerged, which is a desirable characteristic. - Composite Materials
Advanced non-metallic materials specified for weight reduction or electrical insulation requirements. - Specialised Powder Coatings
Where metal housings are used, specialised marine-grade powder coatings provide additional protection against water and chemical attack.
Critical installation and serviceability requirements
- Cable length for maintenance
We strongly recommend that underwater fixtures are installed with sufficient cable length to allow the fixture to be pulled out of the water for maintenance, lamp replacement or inspection. If cable length is insufficient, the entire water body will need to be drained to service the fixture. This requirement should be discussed with your installer and planned into the installation design. - Wiring and connections
All wiring connections must be fully sealed using IP68-rated junction boxes and connection methods. No connections should be made underwater. All joins must be located in dry, accessible locations for inspection and maintenance. - Drainage considerations
For fixtures installed adjacent to water features (rather than submerged), adequate drainage must be provided to prevent water pooling around the fixture even though it is IP68 rated.
Technical and system requirements
- Voltage
Most underwater and wet area fixtures are low-voltage (12V or 24V) for safety. All installations require a suitable weatherproof transformer (driver) located in a dry, protected position. Some poolside and water feature installations may incorporate extra-low voltage systems (typically 12V) to eliminate electrical hazard risk. - Professional installation
All wet area lighting installations must be completed by a licensed electrician with experience in wet area and underwater electrical work. Compliance with Australian Standards for electrical installations in swimming pools and wet areas is mandatory. Installation errors can create serious safety hazards and will void warranties.
Frequently Asked Questions
What does IP68 mean and why is it essential?
IP68 is the highest standard Ingress Protection rating for water and dust. It confirms that the fixture is completely dust-tight and can withstand continuous submersion in water without any moisture entering the fixture. This rating is essential because even a small amount of water ingress will cause electrical failure and create safety hazards in wet area installations.
Can I use these lights in my swimming pool?
No. Our wet area range is designed for fountains, ponds, water features and poolside areas, not for installation within swimming pools. Swimming pool lights must meet specific requirements for chemical resistance (particularly to chlorine), depth pressure ratings and compliance with pool-specific electrical standards. These specialised fixtures are best sourced through pool contractors who understand the unique requirements of pool lighting installations.
What's the difference between poolside lights and pool lights?
Poolside lights are installed around the pool – on terraces, walls or adjacent garden beds – where they may be splashed or hosed down but are not submerged. Pool lights are installed within the pool structure itself and are continuously submerged. Our wet area fixtures are appropriate for poolside and water feature applications, but not for in-pool installation.
Why is cable length so important for underwater fixtures?
Underwater fixtures require periodic maintenance, lamp replacement and inspection. If installed with sufficient cable length, the fixture can be pulled out of the water to perform this work without draining the entire pond or fountain. If cable is too short, the water body must be drained every time maintenance is required, which is costly and disruptive. We strongly recommend discussing cable routing and length with your installer before installation.
Can wet area lights be used in bathrooms?
Yes. Fixtures with IP68 ratings are appropriate for high-moisture interior environments such as bathrooms, showers and ensuites. However, the IP rating alone doesn’t guarantee compliance. The fixture must also meet Australian electrical standards for bathroom zones, which specify what types of fixtures can be installed at various distances from water sources. Consult with a licensed electrician to ensure compliance with bathroom electrical zones.
What materials are best for saltwater or chlorinated water?
or saltwater or chlorinated water exposure, specify fixtures constructed from 316 marine-grade stainless steel, solid copper or cast brass. These materials offer the highest corrosion resistance. Standard aluminium, even with powder coating, will corrode rapidly in these environments. If fixtures will be submerged in chlorinated water (such as adjacent to a pool), confirm with our team that the specific fixture is rated for chemical exposure.
Do underwater lights need special transformers?
Yes. All low-voltage underwater lighting requires a weatherproof transformer (driver) rated for exterior use. The transformer must be located in a dry, protected area – never in a position where it could be submerged or splashed. Extra-low voltage systems (12V) are commonly specified for underwater applications to minimise electrical hazard risk. Your electrician will specify and install the correct transformer for your installation.
How do I maintain underwater lights?
Regular inspection is essential. Check that seals and gaskets remain intact, clean any algae or mineral deposits from lenses, and confirm that cable connections remain dry and secure. If the fixture was installed with adequate cable length, it can be pulled from the water for detailed cleaning and lamp replacement. If not, water must be drained for access. Maintenance schedules vary by application but should be performed at least annually for submerged fixtures.
Can I install these fixtures myself?
No. All wet area and underwater electrical installations must be completed by a licensed electrician. These installations are governed by strict Australian Standards for electrical safety in and around water. Improper installation creates serious safety hazards including electrical shock risk. Additionally, DIY installation will void all warranties and may create insurance liabilities. Always engage qualified professionals for wet area lighting work.
What happens if water gets inside a fixture?
Water ingress will cause electrical failure and create a potential safety hazard. If you notice condensation, water droplets or moisture inside a fixture lens, disconnect power immediately and contact a licensed electrician. The fixture will need to be removed, inspected for seal damage and either repaired or replaced. Continuing to operate a compromised fixture is dangerous and may damage other components in the electrical system.