12V LED globes are the specialist product for the installations where 240V mains voltage is either not permitted, not practical, or not safe. Dulora's 12V globe range covers every major base type used in low-voltage applications across New Zealand: G4 globes for under-cabinet kitchen lighting and bathroom wet area zones compliant with AS/NZS 3000, MR16 globes for low-voltage recessed downlight systems in residential and commercial fit-outs, and 12V AC/DC universal configurations across E27, E14, E12, B22, and G9 for caravans, campervans, and off-grid solar systems.
CRI ranges from CRI 80 to 97+ across the range depending on globe type and application. The 12V range includes both 12V AC and 12V DC compatible models, and many are rated for universal 12 to 24V AC/DC operation, which means a single globe type can serve both a 12V caravan system and a 24V commercial installation. Check individual product listings for voltage compatibility before ordering.
For dedicated G4 and MR16 product pages, see G4 Globes and MR16 Spotlights. For 24V-specific applications, see 24V Globes. For driver and transformer selection, see LED Drivers.
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12V Globes: The Low-Voltage LED for Every Application That Cannot Use 240V Mains
Why would I use a 12V globe instead of a 240V globe?
12V globes are used where 240V mains voltage is not permitted (bathroom wet area zones under AS/NZS 3000), not available (caravan and campervan 12V DC systems, off-grid solar), or not practical (architectural low-voltage accent lighting, under-cabinet systems). They are not interchangeable with 240V globes and require a compatible driver, transformer, or 12V DC power supply.
The most common New Zealand applications are bathroom wet area zones (where AS/NZS 3000 requires low-voltage fittings within defined wet zones), caravans and campervans running on 12V DC battery systems, and MR16 downlight systems in homes fitted with low-voltage transformers.
What is the difference between 12V AC and 12V DC, and does it matter?
12V AC is the output from a standard mains-voltage transformer, typically found in older residential MR16 downlight systems and some commercial installations. 12V DC is the output from batteries (caravans, campervans, solar systems) and from many modern LED drivers. The difference matters because not all 12V globes are compatible with both.
Dulora's 12V AC/DC universal models are designed to work on both 12V AC and 12V DC, making them the most versatile choice for situations where you are not certain of the power source type. Check individual product listings for AC/DC compatibility. If your existing system uses an older wire-wound transformer, confirm it meets the minimum load requirement for the LED globe you are installing: many older transformers require a higher minimum load than LED globes draw.
Which 12V globes are correct for bathroom wet area zones?
G4 12V DC globes are the standard choice for bathroom wet area zone installations compliant with AS/NZS 3000. The low-voltage specification keeps the system within the safe extra-low-voltage range for defined wet zones, and the compact G4 bi-pin form factor suits the recessed downlight fittings commonly used in wet area ceilings.
Any wet area installation must be carried out by a registered electrician, who will confirm the zone classification and the correct IP rating for the fitting. Standard 240V globes of any type are not appropriate for defined wet area zones regardless of the fitting's IP rating.
Do 12V globes need a driver or transformer?
If the 12V globe is being installed in a mains-powered fitting, yes: a driver or transformer is required to step the 240V mains voltage down to 12V. If the globe is being installed in a system that already runs at 12V (caravan, campervan, solar battery bank), no driver is required as the system is already at the correct voltage.
For new installations, a modern constant-voltage LED driver is recommended over an older wire-wound transformer. LED drivers are more efficient, generate less heat, and are designed for the low-wattage loads that LED globes draw. For driver selection, see LED Drivers.
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Frequently Asked Questions: 12V Globes
- Why would I use a 12V globe instead of a 240V globe?
- 12V globes are used where 240V mains voltage is not permitted (bathroom wet area zones under AS/NZS 3000), not available (caravan and campervan 12V DC systems), or not practical (off-grid solar systems, architectural low-voltage lighting). They require a compatible driver, transformer, or 12V DC power supply.
- What CRI rating do Dulora 12V globes have?
- Dulora 12V globes range from CRI 80 to 97+ depending on the globe type and application. G4 and MR16 models designed for decorative and accent applications typically offer CRI 90 to 97+; utility and caravan-focused models sit at CRI 80+.
- Can I use a 12V globe in a 24V system?
- Only if the globe is specifically rated for 12 to 24V AC/DC universal operation. A 12V-only globe installed on a 24V system will be overdriven and may fail immediately. Check individual product listings for voltage compatibility before ordering.
- Are Dulora 12V globes certified for New Zealand?
- Yes. All Dulora 12V globes carry AS/NZS certification and are covered by a three-year product warranty. Wet area zone installations must be carried out by a registered electrician in compliance with AS/NZS 3000.
Non-dim
CRI80+
610lm
In stock (100+ units)
