The Hyperion series LED fixture is a fully autonomous intelligent luminaire designed for industrial lighting applications. It is optimised to deliver the best light levels with the least power consumption while maintaining the greatest reliability.

Massive Power Savings

Typically this enables energy reductions of more than 85% while offering a substantial improvement in working light levels.

A single Hyperion LED light fitting running at something less than 120W will typically replace an existing 438W Metal Halide fixture.

The savings are achieved through advanced LED lighting design, integrated adaptive intelligence and special optical solutions.

The construction of the Hyperion allows eight different lens options to suit different mounting heights and photometric requirements enabling the fixture to "put the light where it is needed".

Distributed Intelligence

At the heart of the Hyperion fitting is Compuspec’s intelligent LED driver technology. Designed for exceptional lifetime, the driver technology offers very high efficiency, excellent power factor and minimal distortion - all maintained throughout the full dimming range.

Each fitting is fully autonomous. It doesn’t rely on any other fitting or equipment to operate. However, it automatically interacts with other fittings within the site to control the required lighting levels by monitoring local ambient light, local temperatures and task specific lighting requests.

The fixture powers up in a default failsafe “dumb” mode and may operate continually in this mode if necessary.

When it detects network activity, the fitting will switch to adaptive mode and light levels will be automatically adjusted based upon activity within, and status of, the local environment.

Long Life

In order to achieve the extreme lifetimes demanded by industrial applications, the Hyperion dispenses with the usual switched mode power supply technology (with its associated reliability problems around electrolytic capacitors) and instead uses an aerospace derived solution using an integrated high efficiency toroidal transformer. This technique extends the design life of the power supply by a factor of 10 over the usual consumer technologies.

The housing is full corrosion resistant, being made form aluminium, and has a design life of 20 years.


Each light fitting can have built in options including a PIR (Passive Infra Red) sensor, ambient light sensor, environmental temperature sensor, fixture temperature sensor and microwave motion sensor.

The integrated PIR sensors detect general activity and communicate with adjacent fixtures to pre-empt motion and illuminate the general area. However they cannot deliver the full potential of savings which are possible with external transponders.

The system requires no master controller, as each light fitting is fully autonomous.

Main Applications

  • Warehouse
  • Distribution Centres
  • Cool Store
  • Industrial Lighting
  • Long life, cool running, high efficiency LEDs.
  • Instant start even in sub zero temperatures.
  • Highly Efficient: 14,500 lumens from 120W.
  • Output Characteristic : Nil UV or IR Light.
  • Operating Life : > 60,000 hrs at 90% lumen maintenance.
  • Power Driver : Compuspec long life driver (Patents Pending).
  • Operates down to -40°C.
  • Plug and Play. Self contained, self configuring network. No supporting cabling or infrastructure required. Provides data transport for additional sensors.
  • Forklift proximity detection: Senses forklift proximity and illuminates a working area around the forklift. Static or fully dynamic (under motion).
  • Occupancy Sensing: Integrated PIR sensor option allows basic adaptive lighting strategies and occupancy monitoring.
  • Daylight Harvesting: System wide detection of ambient light conditions reduces amount of “fill in” lighting required.
  • Task Tuning: Individual (or groups) of luminaires can maintain different target light levels to suit tasks being perform in their areas.
  • Zone Control: Luminaires can be grouped into zones for grouped control strategies (for example, loading bay vs aisle racking).
  • Uniquely Addressable: Each luminarie can be uniquely addressed enabling unique control strategies (or sensor monitoring) independent of electrical wiring.
  • Continuous Dimming: Light level from 0-100% in 200+ steps allows smooth lighting transitions. Ramp rates fully programmable for different strategies.
  • Directional LEDs increase efficiency - supplying light to where it is needed.
  • No mercury or hazardous waste – recyclable.

Light Source:

Light Source:   4 x 30W Modules
Light Output:   14,500lm
Lamp Efficacy:   135lm/W @ 107W nominal
Endurance:   L90 > 60,000 hrs (limited by TM21 x6 rule)
102% at 10,000 hrs
Projected life to 70% output (L70) > 245k hrs
Correlated Colour Temp:   White 5000K (Daylight) 70CRI
Output Characteristic:   No UV and negligible IR produced


Material:   Aluminium
Size:   1050mm x 145mm x 50mm
Lens Options:   8 Options from 20° to 75° beam angle or diffuser
Weight:   8.0kg
PIR (optional):   Integrated – 12m range

Power Supply:

Power Supply:   Integrated
Input Voltage:   230/240 volt AC +/- 10% 50Hz
Input Power:   122W
Dimming Range:   0 – 100%
Power Factor:   98%
Distortion (Ithd):   <20%
Connector:   10A NZ/AS 3 pin plug
Reliability:   MTBF 1,104,000 hours @ 25°C


Surge Protection:   Varistor 1.2kA 12J
Over Current Protection:   Individual protection on multiple LED clusters
Ambient Operating Temp:   -40°C (min) to +60°C (max)
Operating Temperature:   55°C nominal at 25°C ambient
Network:   1km between fixtures, greater than 4,000 fixtures
Typical Fixture Efficacy:   119 lm/W
Accessories:   Extreme Impact Protection covers. Adaptive Lighting Controls. Pole & Wall Mounting. Wire Hangers.

The luminaires may be suspended, mounted directly to a ceiling (flush) or mounted to an adjustable wall bracket that allows rotation.

The Hyperion may be hung from the 6mm mounting holes in the end caps (using chain, aircraft wire or wire hangers), bolted to brackets from the end caps, or mounted from an adjustable mounting bracket (optional).

The weight of the fixture is 8.0kg.

The luminaire should be mounted a minimum of 10mm below the mounting surface to maintain adequate ventilation around the fitting. 

Below are some of the mounting options available:

Wall Mount Bracket:

The fixture may be mounted from an angle bracket on a wall or ceiling, enabling adjustment in 5 degree increments. Wall mounting holes can accept 10mm bolts at 170mm centres.

Wire Hanger

A standard flush mount end plate can support a wire hanger to enable suspension from aircraft wire. The fixture is evenly balanced.

Suspended Mounting

The preferred mounting arrangement for suspended applications is to use the “A-Frame” end plate that allows attachment via a simple spring clip. (This picture showing the PIR sensor and optional temperature sensor probe fitted.)

Flush Mount

Flush Mount Brackets are available to simplify mounting to cool store ceilings.

Custom mounting plates and brackets can also be provided when a standard mounting kit does not suit your requirments.