PF HIGHBAY | Specifier Series
An Intelligent LED Solution
The PF Series Large Glare Free LED Array gives unrivalled performance and energy savings.
PF Series Luminaire Performance Up To:
27,000lm - 150 lm/W | L85 / 195,000hrs*
PF Series Ambient Temperature Range:
0ºC / +40ºC*
Designed for commercial, retail and industrial applications.
The PF HighBay from Isollux delivers class leading performance with power options to suit a broad range of industrial and retail applications. It’s easy to specify and simple to install in a package that offers superb results with optional controls that refine functionality when required.
Robust and practical design, with an elegant aesthetic.
The PF series, features a rigid, light weight, patented ‘Aircell’ aluminium extrusion. Light is delivered via eight high density LED arrays mounted either side of an isolated core containing the LED driver.
The result is a slim, elegant luminaire that delivers exceptional performance and reliability, class leading uniformity in a glare free format that is efficient, practical and refined.
Outstanding performance with a luminaire built to last.
The HE dual chip LED array delivers an unrivalled combination of efficiency and longevity with a blistering 150lm/W and over 195,000hrs to L85. Designed to support simple efficient driver upgrades over the long haul.
PF150-HE
150W
22,500lm
Improves average lux levels and uniformity when replacing 250-400W MH or T5 fluorescent High Bay.
PF180-HE
180W
27,000lm
Improves average lux levels and uniformity when replacing 300-500W MH or T5 fluorescent High Bay.
Any colour you like, as long as it’s… anodised.
Available in single or two tone colours, from a broad range of anodized colours to suit your desired design aesthetic*
With optional white end caps for a lighter touch.
Combine custom anodised colours with black or white end caps, C14 connectors, cables and plugs, to suit industrial or retail applications.
* For a custom run talk to your Isollux Global Partner.
Simple to connect, upgrade and maintain.
Standard models feature a C14 connector for fast and simple power connection or on request can include IP rated connections, fly lead for power with DALI connectivity. Two screws retain an oblong cap at either end with a sliding cover that provides direct access to the driver and LED connections. Adding sensors or replacing drivers for long term maintenance is simple with basic tools. Even the wings at either side are fully replaceable.
See all your stock all the time.
The PF Series wide angle primary lens, eliminates pooling to deliver class leading uniformity, with outstanding results in aisles or open areas on both horizontal and vertical planes*. With optics that reduce fitting count with a wide distribution without compromising its low glare performance.
*For exceptionally tall and narrow aisles consider Isollux Short Bay with rotational hubs and reflectors: isollux.com/shortbay
Many LED high bay present light with significant drop off between fixtures and a dark background.
The wide angle lens of the PF Series minimises pooling between fixture and dark areas at the top of racking.
Safer Workplace
The higher LED count, primary lens and larger surface area eliminates glare reducing the risk of lighting related accidents.
Concentrated, high power light sources suspended against dark backgrounds cause temporary or even permanent damage to the optic nerve. A light source should not look unnecessarily bright, it should provide ample illumination for the task without causing discomfort or after image.
Compare the surface area of a typical entry level LED fitting to the PF Series and the difference is clear.
More Details
LED Performance
ISOLLUX HE LED CHIP
184lm/W @ Ra85
100,000Hrs/L90
Ra85 | Ra95 | 3000K | 4000K | 5000K | 6000K
The Isollux HE LED Chip is powerful and long-lasting. Capable of delivering 184 lumens per watt (before loses) and the ability to last four times the industry standard with proper driver management*. The HE Chip delivers an exceptional ROI, with a low environmental impact and class leading performance.
Isollux HE is a dual die chipset, operated at less than 50% of its peak drive current, designed to deliver the maximum service life and efficacy of the luminaire. It has an exceptionally long service life of L90 100,000Hrs specified to optimise the luminaire performance. It is ideal to support long term maintenance strategies minimising waste (See maintenance section below).
Colour Rendering
Ra95 for colour critical applications.
Available in four standard colour temperatures, from 2,700~6,000ºK with superb colour rendering at both Ra85 and Ra95
@ Nominal Ra95 / 4,000k (CRI 94.2)
Ra85 boosts efficacy
Specifying Ra85 increases lumen output whilst maintaining full colour rendering, high R9 with neutral bias, perfect for general industrial commercial and retail applications.
@ Nominal Ra85 / 4,000k (CRI 85.9)
*Factor 0.92 at Ra95 and increase luminaire wattage accordingly to maintain required lux levels.
Key Benefits
Resilient and Practical.
Fabricated from with a robust aluminium patented ‘Aircore’ chassis, with foodsafe and impact resistant polycarbonate lenses. With rubberised end caps that protect against unplanned impact. Dual stainless steel wire stays, that are easy adjust and level on installation, while meeting seismic requirements out of the box.
Key Features:
Rigid Aluminium ‘Aircore’ Chassis
Foodsafe Impact Resistant Lenses
Rubberised End Caps
Dual Stainless Steel Wire Stays
Efficient Thermal Management.
1.
The aero frame core of the light engines and isolation of the drivers thermal load is critical to maintaining the low operating temperature of the LED array at just 20ºC above ambient.
2.
The patented cellular design creates an opposing convection current, within each cell, drawing heat away from the center of the PCB Improving efficacy and longevity.
3.
Thermally isolated from the LED the centre core, provides an enclosure for the electronics. It is easily accessed for long term maintenance or upgrades via a sliding hatch.
4.
At each end a plate with two screws secures the sliding hatch, to provide easy access to the internal electronics. A circular plug allows for the addition of a lux/occ sensor.
5.
The product features dual high density LED arrays, each with 768 individual HE 2835 LEDs for a total of 1536 LEDs operating at a fraction of their maximum capacity.
6.
Each PCB is dipped and cured with a chemical and moisture resistant coating. Protecting the LED from contaminants such as sulphur, bromides and excess humidity.
7.
The wrap around lenses are food grade, shatter proof impact resistant polycarbonate and provide physical protection to the LEDs, creating a glare free wide angle output.
8.
A thickened plastic plate at either end, retains the components and provides protection against accidental impacts.
Controls
Reliable mesh network without internet connection
The optional OS-NET ZigBee control system delivers unparalleled control of luminaire without the need for complex programming or data management. Simply program via a point and push infra-red remote.
Select individual lights or program entire groups instantly. Update or change groups at any time, add multiple luminaire to groups or single luminaire to multiple groups.
“Easy Group” settings provide instant access to the most common control needs, but scratch deeper and the system provides intelligent programming that includes: follow me, daylight harvesting, occupancy, vacancy and automatically adjusts to daylight savings.
No ongoing fees, no wireless updates, no complex programming or mapping required. Simple stand alone efficient lighting controls to maximise your energy savings.
Wireless wall switches provide practical over-ride.
Your facility may only require low lux levels for most of the day with casual traffic, and none when empty. Occasionally however you need maximum power for a short burst of activity.
The OS-NET wireless wall switch provides a simple over-ride command to raise lux levels to max before dimming to off when the area is vacated after a set time.
Easy to install to any mains supply, no direct connection to the luminaire circuit required or batteries to forget. It provides an invaluable link between the luminaire you choose to control, and the operator on the ground.
All programmed from the simple infra-red hand held remote control, light or switch group and ungroup, simple easy and intuitive.
Multiple lenses and dual sensor control optimise detection.
Behind the lens dual doppler and IR sensors eliminate false detections, whilst a range of hot swappable lenses fine tune the parameters and sensitivity to suit wide or narrow areas and aisles with blanking plates to prevent detection in areas where walkways are close to the wall.
Maintenance
The PF Series delivers performance of up to 195,000 L85, when combined with simple fast and efficient driver replacements to obtain maximum life of your fitting (See Lifetime Sustainability below).
Maintenance makes sense, financially, ecologically and practically.
Lifetime Sustainablilty
Isollux HE dual chip technology increases LED lifetime up to 200,000 Hrs, with maintenance kits to extend the practical life of the luminaire. Simple, efficient and financially beneficial.
Reduces total cost of ownership maximising ROI and NPV
Reduces land fill, manufacturing and supply related carbon footprint by up to 640%
Delivers a longer practical performance life (L85 >195,000 Hrs* - L70 > 200,000 Hrs)
Supports planned and unscheduled maintenance to the maximum life of the fitting
Minimizes downtime with easily maintained and replaceable parts
Ensures continuity of fixtures on site
Components easily dismantled at end of life for recycling
Packing and Shipping Information
PF Series
Carton Weight: 9.8kg
Carton Dimensions: 116cm x 42cm x 21cm
Units Per Carton: 1
Product Net Weight: 8kg
*All sizes and weights are for shipping and delivery purposes only and can to change depending on specification. For an exact size and weight contact Isollux directly.
Download: Brochures | Instructions | IES Files
PF Series Brochure
PF Series Instructions
PF Series IES Files
*HE Chipset L90 Lifetime calculated using 9,000hr independent LM80 photometry report, citing zero failures, using the Energy Star TM-21 protocol. Calculations are based on ambient temperatures of 25ºC. Assumes driver replacement as routine maintenance event with driver replacement schedules subject to, power quality, frequency of switching cycles and average to peak ambient operating temperatures. Assumes driver replacement at midpoint of lifecycle, with the calculated MTFB 192.2K hrs min. MIL-HDBK-217F (25°C) based on the 100W 1500mm TPA/TPH. Average driver life 62,000Hrs.