Cluster Inground Uplight
The Cluster Inground Uplight is a high-performing luminaire series with three output options, including a mini size, designed for landscape applications. The deep-set LEDs and honeycomb lens dramatically reduce glare and produce a sharper beam that will accentuate the space.
Part of the Home Collection
Specifications
Finishes
- Dark Bronze
- Stainless Steel
- Textured Black
Colour rendering index (CRI)
- 80+
Colour temperature
- 3000K
IP rating
- IP67
Efficacy
- Up to
40.86lm/W
Control
- Non-dim
SDCM
- ≤3
LED Lifetime
- >109,000h L90B10
- >50,000h L70B10
- >60,000h L80B10
Materials
- 316 Stainless Steel
- Powder Coated Aluminium
- Solid Brass
Primary Optics
- Honeycomb Louvre
Warranty
- 3 Years
Impact Protection (IK)
- 9
Load Capacity Rating
- 800kg
Class
- Class III
Resources
Part of the Cluster Series
As part of the Cluster Inground Series, the Cluster Uplight provides subtle illumination to pathways for the indoor and outdoor environment.
An uplighting staple
Featuring a built-in honeycomb lens and deep-set COB LED with a dark bronze finish and micro trim, the Cluster guarantees to meet aesthetic and performance requirements.
316 Stainless steel
Manufactured from 316 stainless steel for corrosion resistance, formability, durability and easy maintenance.IK09 rating
Protection against an impact of 10J of force.IP67 rating
Complete protection against dust and can be immersed in water of up to one metre.
For all climates and environments
From the temperatures that our heatsinks can withstand to the coast-resilient powder coating of our finishes, our products are designed in Australia to suit all climates and environments.
Universal design philosophy
Not only engineered for performance, but the entire Unios product range is also meticulously designed to follow a minimalistic approach, providing a timeless and contemporary touch to every project.
Crafted in Australia
Our Crafted in Australia products are hand-assembled by Australian lighting fabricators to allow for customisations ranging from beam angles and optics to finishes and fascias.
