LED Power Supply – 12V 150W Waterproof IP67

LED Power Supply 12V 150W Waterproof IP67 Sealed Driver

The 12V 150W IP67 waterproof LED power supply delivers reliable constant-voltage power for outdoor and wet-environment LED lighting installations where complete water submersion protection is required. Fully encapsulated in a potted aluminium housing, this driver can be mounted in ground-level pits, below-grade planters, fountain surrounds, and coastal positions where salt-laden moisture would destroy non-sealed electronics. The IP67 rating ensures the unit remains operational even after temporary immersion, giving specifiers and contractors confidence in long-term field performance.

At 150 watts and 12 volts DC, this driver provides ample capacity for most commercial outdoor LED strip installations, linear fixture arrays, and decorative lighting schemes. The unit achieves up to 88% efficiency with active power factor correction above 0.93, meeting energy efficiency requirements in markets including Australia, the EU, and North America. Built-in protections against short-circuit, over-current, over-voltage, and over-temperature conditions safeguard both the driver and the connected LED load, reducing maintenance callouts and liability exposure.

BluxLED is a direct-from-manufacturer supplier of this 12V 150W waterproof LED driver, offering bulk value to distributors, lighting OEMs, and electrical contractors. We support OEM branding, custom cable lengths, and specialised packaging for retail-ready distribution. All products are manufactured under ISO quality management processes and ship with CE, RoHS, and FCC certifications. Contact our export sales team for volume options and shipping quotes to your destination port.

Key Features

• IP67 fully potted enclosure rated for temporary water submersion
• 12VDC constant voltage output at 150W (12.5A)
• Fully sealed aluminium body for maximum environmental protection
• High efficiency up to 88% with active PFC > 0.93
• Universal AC input: 100-265VAC, 50/60Hz for global project use
• Integrated protection suite: short-circuit, over-current, over-voltage, over-temperature
• Operating temperature range: -40°C to +70°C for extreme climate performance
• Fanless passive cooling with no moving parts for silent, maintenance-free operation
• CE, RoHS, FCC certified with EN61347 and EN55015 compliance

Technical Specifications

Parameter	Specification
Output Voltage	12VDC
Output Power	150W
Output Current	0-12.5A
Input Voltage Range	100-265VAC
Input Frequency	47-63Hz
Power Factor	> 0.93 (at full load, 230VAC)
Efficiency	Up to 88%
Ingress Protection	IP67
Operating Temperature	-40°C to +70°C
Storage Temperature	-40°C to +85°C
Protection	Short-circuit / Over-current / Over-voltage / Over-temperature
Cooling	Passive (potted aluminium enclosure)
Enclosure Material	Die-cast aluminium, epoxy potting
Dimensions (L x W x H)	200 x 65 x 40 mm
Weight	Approx. 750g
Certifications	CE, RoHS, FCC, EN61347, EN55015, EN61000
MTBF	> 50,000 hours
Warranty	5 years

Applications

• In-ground LED lighting for pathways, driveways, and landscape features
• Fountain, pool surround, and water feature LED illumination
• Coastal and waterfront LED lighting exposed to salt spray and tidal splash
• Underground parking and tunnel LED strip and linear fixture systems
• Refrigerated display and cold room LED lighting with condensation risk
• Outdoor signage and architectural feature lighting in exposed positions
• Subfloor and crawlspace LED lighting in high-moisture environments

Frequently Asked Questions

Where should I install an IP67 waterproof LED power supply?

IP67 drivers are ideal for locations where water contact or submersion is possible: in-ground pits, below deck positions, near water features, or in areas prone to flooding. While IP67-rated for submersion, we recommend installing the driver in the highest practical position to minimise prolonged water exposure and extend service life.

Can this 12V 150W IP67 driver be used for underwater LED pool lights?

The IP67 rating means the driver itself can withstand temporary submersion. However, for permanent underwater installations such as pool lights, we recommend using a driver rated for continuous submersion or installing the IP67 driver in a dry junction box above the water line and running low-voltage cable to the submerged fixtures.

What wire gauge should I use with this 12V 150W driver?

At 12.5A maximum output, we recommend a minimum of 2.5mm² (14 AWG) copper cable for runs up to 5 metres. For longer runs, increase to 4mm² (12 AWG) to minimise voltage drop. The exact gauge depends on your specific cable run length and LED load; consult our technical team for project-specific recommendations.

How does the IP67 12V 150W driver compare to the IP65 version?

The IP67 version offers full water submersion protection versus the IP65 rating of water-jet resistance only. The IP67 unit is fully potted for maximum seal integrity, while IP65 models may use gasket-sealed enclosures. For installations where flooding or ground-level water is a risk, IP67 is the safer specification.

Is OEM branding available for this waterproof LED driver?

Yes. BluxLED offers OEM and ODM services for the 12V 150W IP67 driver including custom silk-screen printing, laser-engraved logos, branded packaging, and modified specifications. MOQ for OEM orders is typically 500 units. Contact our team for branding options and sample availability.

What is the no-load power consumption of this driver?

The no-load power consumption is below 0.5W, meeting standby power requirements in energy standards including Australia’s Greenhouse and Energy Minimum Standards (GEMS) and the EU’s Ecodesign Directive. This ensures the driver does not contribute significantly to energy waste when the LED load is switched off at the controller.

Can I use this driver in a daisy-chain configuration with other drivers?

Each 12V 150W IP67 driver should be connected to an independent AC mains circuit. Daisy-chaining AC input between multiple drivers is not recommended as it can overload the upstream circuit. Each driver’s AC input should be individually fused and switched in accordance with local electrical codes.