Stimulate productivity with the ‘Best Warehouse and Office Lighting Solutions.’

Just as with any other lighting concept, lighting for an office fit-out or commercial building needs to be fit for purpose, energy efficient and cost effective. Lighting installation must fit in with the style of the building’s design and provide optimal light dependent on the visual tasks that are to be undertaken; this requires a balance of indirect and direct light sources and between daylight and artificial light.

In the workplace, it’s safe to say that we want to stimulate productivity, right? Therefore, the optimum level of light must be present to avoid issues, such as lack of concentration or eye strain. The level of lighting emanating from a lamp is referred to as the illuminance.  The way in which this is measured, is referred to as Lux. A minimum of 500 Lux is stated for the brightness within office work stations. Generally speaking, an increase in illuminance boosts the visual performance and can positively influence detailed and fast visual information processing. An illuminance of between 500 and 1000 Lux can also be seen as stress-free, now that’s something we’ll all endorse. The more complex the visual task, the higher the illuminance is sought.

 

Types of Office Lighting

T12 Lamps | T8 Lamps | T5 Lamps | Halogen Lamps

Quite simply, ‘T’ is the diameter of the tube inside of the lamp.  That would make T12 the largest, T8 smaller, and the T5 smaller yet.  Typically, the more narrow the lamp, the more efficient it will be.  All lamps have a general life expectancy of around 36,000 hours, running for 12 hours per day. In regards to costs, the T8 lamp is roughly 20% more expensive than a T12 lamp, with the T5 lamp being 2-3 times the cost of T8 lamp.

  • T12 lamps are old and inefficient
  • T8 lamps have higher efficiency
  • T5 lamps have the highest efficiency

When it comes to comparing brightness (or lumen output as it’s technically known).  This, among other factors is an important part of determining different levels of efficiency. The two characteristics of light that we like to look at are quality – Colour Rendering Index (CRI) and quantity – Lumen’s per Watt (LPW).

In some circumstances a T5 lamp (as shown below) can in fact be the same quality as a T8 lamp and although there may be only a slight increase in the quantity (factors like ceiling height can affect this), it may not be significant enough to justify spending extra for a slight variable. Furthermore, if you’re considering replacing the lamp, there would also be the extra spent to replace the fixture, lamp and the ballast. But, if you have an old T12 lamp, then it would be recommended to install a T5 lamp. Compared to 400-watt universally mounted Metal Halide Lamps, T5 lamps can save up to 40 system watts per fixture and deliver as much as 75 percent longer lamp life. Maintenance costs can also be reduced as well.

The halogen lamp is known for its moderately high efficiency, quality of light and high rated life, compared to the regular incandescent lamps. It is a type of incandescent lamp, which uses a halogen gas in order to increase both light output and rated life.

Compact Fluorescent (CFL) & Incandescent

CFLs are most commonly used as screw-in replacements for incandescent lamps. Incandescent lamps are probably what you imagine when you think of the traditional light bulb. They are most often found in exit lights.

Metal Halides

Metal halides are dome shapes lights that are found in factories and offices with high ceilings. They resemble a screw-in incandescent lamp, but on a much larger scale.

LED Lighting

LEDs consume around 80% less power than a standard halogen light of equivalent brightness. LED fixtures have been designed to replace nearly any other fixtures design. They’re a great choice for the long term energy and cost conscious workplace. If you haven’t already taken advantage of the State Government’s VEET scheme for LED lighting installation, then what are you waiting for?

Emergency & Exit Lighting

Need to get out in a hurry? Emergency & Exit Lighting signs are required by the Building Code of Australia’s regulatory standards to be installed on every level of a Class 5, 6, 7, 8 or 9 Building where the floor area is more than 300m2, and  in every passageway, corridor, hallway, or the like, having a length of more than 6 metres from the entrance doorway of any sole-occupancy unit in a Class 2 or 3 building or Class 4 part of a building to the nearest doorway opening.

 

Warehouse Lighting

High Bays

High bay lighting is a great solution for large industrial and commercial warehouses that require maximum brightness at lower costs. They use up far less power than traditional lighting whilst providing an even beam of light for high area, over a large space.

Linear and T-Bar Troffer Lights

T-Bar panels are a complete fitting replacement for traditional fluorescent fittings, or perfect for new lighting installations where they can be recessed, suspended or surface mounted. Many offices have begun replacing their common grilles with T-Bar panel lights, as they emit a soft light without glare and disperse direct light around a room.

Speciality Lighting for the Office

Downlights

Do you require a lot of direct lighting? Down lights are a great option for home and office lighting, because they’re very flexible in terms of the amount and type of light they provide. They’re perfect for ambient lighting as they can be installed around the edge of a room (recessed into ceiling space), and dimmed to the level of light that you require. Down lights are also a great choice for use as task lighting, where you need a lot of direct bright light, as they throw a narrow beam of light downwards.  All are circular in shape, but different coloured trims are provided which allows you to pick a colour that will suit the room’s decor. The most commonly used bulb in a down light is a halogen bulb, however compact fluorescent bulbs and LED bulbs are quickly becoming the preferred choice due to their energy efficiency.

Track Lighting

Looking to light up an area in a creative way? Track lighting – ceiling mounted from metal tracks is most often used to highlight displays in lobbies or along hallways.  This type of lighting is very effective at drawing attention to key areas.

Pendant Lighting

Everybody loves a pendant light, versatile and uber stylish; they come in a countless array of styles, shapes, colours and alike. They are sometime called drop or suspended lighting, because they hang from above – usually from the ceiling by a cord, chain or metal rod. Pendant lights often come in multiples and create a focused source of light for dark areas, incorporating a unique decorative element. Great choice when floor space is a priority, as they take up much less space than floor lamps.

Dimmers

Too bright? Easy, just turn the lighting down with a dimmer. Controlling the amount of light gives you full control with the ability to instantly adjust the required amount of light for a task and as an added bonus it helps with energy consumption also.

Chandeliers

Want to make a statement? Install a chandelier in the foyer, reception area or hallway of any office and you’ll be sure to create a grand first impression.

Chandeliers are different from pendant lighting as they consist of multiple lamps and hang in a branched frame.

As great as chandeliers are, they can present some challenges. Knowing correct sizing and how high to hang one can prove tricky. A simple rule is not to hang it any closer than four feet from any wall and hang a chandelier low enough so they light up the desired area, but not so low that anybody will hit their head.

Cove Lighting

Why not snazz things up a bit with cove lighting? This form of indirect lighting is built into ledges or other recesses and illuminates both the ceiling and the adjacent walls for a truly beautiful lighting effect.

Office Lighting Checklist:

  • Is there sufficient natural light in the workspace?
  • Does the selected lighting correspond with the visual task(s)?
  • Is the balance of direct and indirect light guaranteed?
  • Is there a need for optimisation in regards to the use of energy saving lamps?
  • Are you using glare- free and flicker-free lighting?
  • Is the light intensity in the workspace individually adjustable?
  • Are you using pleasing, bright colours – warm white, neutral white?
  • Are you avoiding glare and distracting reflections?

 

We make choosing the right lighting for your office an easy process.

Call Prolux Electrical Contractors today on 1800 800 880 and let us transform your commercial or industrial workplace with lighting solutions that will stimulate productivity. 

Dodgy cable wiring puts 40,000 Australian homes and businesses in danger

Over 40,000 Australian homes and businesses have been installed with potentially deadly electrical cabling. The dodgy cabling – 4000km, has been recalled and must be identified and replaced before it becomes a fire or electrocution hazard.

Sydney woman Lu Luo imported the cable from China and is facing criminal charges. The company, Infinity Cable Co. is in liquidation, leaving the sellers of the Infinity and Olsent-branded cable to foot the bill for this massive product recall. The cable has been sold as far back as 2010 in hardware chains – including Masters and Mitre 10, throughout Australia, excluding the Northern Territory.

The ‘fix it’ bill is expected to cost in excess of $80 million with Woolworths-owned hardware stores up for at least 40%; most of that being through the Masters chain. Woolworths-owned Thrifty-Link Hardware and Home Timber and Hardware also sold the cable, as did Met-cash-owned Mitre 10.

Hardware chains sold the majority of the cable – 85%, mainly to small-scale electricians and other trades. The rest was sold by electrical wholesalers. It was said to retail for around half the price of alternative cables on the market.

While good-quality cable will last decades (up to 40 years) the Infinity brand is said to become brittle after 5 years, potentially exposing live conductors, creating the risk of fire and or electrocution.

When the cable was first supplied to hardware chains and electrical wholesalers it came with papers saying that it had met Australian standards. But later testing by Fair Trading found that it did not.

Have you been affected? What should you do next?

1.  If you have had electrical wiring work carried out on your home or business between 2010-2013 contact the person who did the work to check if these cables were used.

2.  If these cables were used, the installer must come to check whether there is a risk. You should not be charged for this. The installer will not remove the cable at this time.

3.  If there is a risk, the installer will contact the supplier of the cable who will arrange for the cable to be replaced.

More information is available at www.recalls.gov.au

Please note: Prolux Electrical Contractors have never used Infinity or Olsent-branded cable.

Another Satisfied Customer | eNett International | Office Fitout

Case Study:

Client:  eNett International (former PSP Corporation)
Site: 50 Queen Street, Melbourne


Problem:
Occupying Level 13, PSP Corporation expanded, taking residence of Level 12 and required new workstations to be set up for new staff commencing work within days. With limited space, finding room for them had fast become an issue. New data cabling and power outlets had to be wired and installed, along with existing points to be tested. PSP Corporation did not have the time to arrange quotes from builders and furniture contractors to create a workable space; the whole process was managed internally in a matter of days.


Scope of Works:

Wire all workstations; data cabling and power outlets:

  • Wiring and installation of dual CAT6 data outlets and dual power supply to each workstation
  • General data and power for photo copier rooms, flat screen display panels, cleaning areas and workstations
  • Wiring and installation of dedicated GPOs for the communications rack
  • Installation of the communications rack for customer’s IT equipment and all fixed data cabling to terminate
  • Supply and installation of new patch panels and WIFI points

Supply and installation of data and communication tie cables between the existing customer’s rack on Level 13 and the new rack on Level 12.


“We are proud of our achievements in electrical safety and quality, consistently providing the highest level of workmanship is what we do.”


Identify Solutions:

Prolux Electrical Contractors, the base building contractor were asked by the tenant to install a complete data network and power solution to the workstations they were having installed. The challenge was that it needed to be completed prior to their new staff commencing. This gave Prolux two days; one day for preparing the project and ordering all required parts and one day for installing and testing all components.


Conclude and Recommend:

Within days of the client contacting Prolux, Alex had been out to site, quoted for all works to be undertaken and had the job completed on time and within budget. The staff at PSP Corporation were able to move in to their new workstations straight away, with no interruption to their work schedule.


For more information, or a detailed analysis on your building’s requirements, call Prolux for a no obligation, free building appraisal.

Do you know the restrictions relating to the amount of Artificial Lighting and Power permitted?

What are the restrictions relating to Artificial Lighting and Power for Buildings?

It’s important to know the regulations of the Commercial Building(s) you’re managing. Non-Residential incorporates Classes 3 and 5 through to 9 and for the Common Areas of Class 2 Buildings. Section J of the Australian Building Codes Board (ABCB) outlines the National Construction Code (NCC) requirements for Artificial Lighting & Power and Building Classes. For those of you who aren’t familiar with Section J, it assesses the compliance of the energy efficiency measures in the Artificial Lighting and Power Design and must be adhered to in all buildings.

The Lighting Calculator for Property Managers…

As a Property Manager, you can be faced with the difficult task of making sure each building complies with strict regulations. Prolux Electrical Contractors can assist in identifying lighting and power requirements and can provide you with valuable solutions. Furthermore, the Lighting Calculator has been designed by the ABCB to assist in developing a better understanding of lighting energy efficiency parameters. To put in simply, it helps you to identify the wattage per square metre for each room, to work out the Illumination Power Density for areas outlined, while taking into consideration all variable factors. Illumination Power Density is the total power that would be consumed by lights in any given space, this includes lamps, ballasts (device to limit the amount of current in an electric circuit), current regulators and control devices (lighting timer, motion detectors or dimming devices) other than those that are plugged directly into a socket outlet for intermittent use, such as floor standing lamps, desk lamps or work station lamps, divided by the floor area of the space. Multiple Lighting Systems refers to the Illumination Power Load when multiple lighting systems serve the same space.

Download the NCC Lighting Calculator

Just a few properties Prolux Electrical Contractors have serviced, in and around Melbourne’s CBD…

441StKildaRdMelbourne 50QueenStMelbourne CollinsStMelbourne

 

 

 

 

 


Building Classes:

Class 1a – Detached, Terrace, Townhouse or Villa
Class 1b – Guesthouse
Class 2 – Two or more Sole Occupancy Units
Class 3 – Accommodation or Residence in Public Building
Class 4 – Only Dwelling in Class 5,6,7,8 or 9 Building
Class 5 – Office Building
Class 6 – Shop Building
Class 7a – Car Park
Class 7b – Warehouse – Storage or Display
Class 8 – Laboratory or Building used for production
Class 9a – Health Care Building
Class 9b – Public Assembly Building
Class 9c – Aged Care Building
Class 10a – Sheds and Garages
Class 10b – Non-Habitable Structure

How many Watts per Square Metre can Building Owners and Tenants use under ABCB guidelines?

–  For lighting indoors – 5 watts per square metre
–  For lighting in outdoor areas, including pergolas – 4 watts per square metre
–  For lighting in garages or sheds – 3 watts per square metre

These percentages relate to maximum usages. Exceptions to this rule only exist when certain lighting controls are used, and this may vary depending on specific structures and set-ups. An LED globe, for example, may use a tenth of the power that a halogen globe uses to create an equivalent amount and style of light. Compact Fluorescent Lights (CFLs) also offer significant energy savings. Lighting variables can alter these figures; dimmers and motion detectors and lighting regulations don’t account for lamps and other non-permanent lighting fittings either, provided that they’re not directly wired in. Body Corporate Managers must ensure there is adequate public lighting to illuminate all hallways and common areas, or risk liability. In regards to light fittings, if they are recessed in the ceiling, it is the Owners Corporation’s responsibility. If it hangs into the lot, it’s the owner’s responsibility.

What does all this mean for Property Managers?

The table below identifies the Wattage per Square Metre for Non-Residential Buildings.

Wattage per Sq/M                           Power Density for Specific Area
9 watts                                                Office – artificially lit to 200lx or more
7 watts                                                Office – artificially lit to less than 200lx
5 watts                                                Service Area (Change Room, Staff Room)
6 watts                                                Public Toilets
12 watts                                              Laboratories – artificially lit to 400lx or more
13 watts                                              Health Care (Care areas and Corridors)
7 to 10 watts                                       Health Care (Children’s Ward and Examination Room)
17 watts                                              Factories/Industrial
9 watts                                                Switchboard Room
10 watts                                              Conference/Board Room
10 watts                                              Auditorium/Church/Public Hall
8 watts                                                Common Rooms/Corridors in Class 2 Building
15 watts                                              Entry Lobby from outside Building
22 watts                                              Retail/Shop
5 watts                                                Plant Room
8 to 10 watts                                       Storage Room
10 watts                                              Wholesale Storage and Display Area
6 watts                                                Car Park
25 watts                                              Car Park Entrance – first 20 metres
10 watts                                              Lounge Area for Communal use in Class 3 Building
5 watts                                                Sole Occupancy of Class 3 Building


“Lighting contributes up to 38% of a building’s energy use. It is one of the easiest areas to save energy for owners.
 Australian standards specify minimum luminance levels for different commercial tasks. Work areas require twice the luminance of foyer areas, which in turn are twice those of toilets, passage ways or stairs.”


Need help confirming you’re complying with the ABCB’s Section J?

How do I calculate Watts per Square Metre?

  • Measure each room’s width and length in metres.
  • Multiply the numbers by 3.280839895. For example, a room at 10.2 by 6.4 metres converts to 702.82 feet (10.2 x 3.280839895 = 33.46) (6.4 x 3.280839895 = 20.99).
  • Multiply the length of the room by width to calculate the area in square feet. In our example, the area of the room is 33.46 x 20.99 or 702.32 square feet.
  • Obtain the energy consumption (in watts) in each room. For example, the lighting in this room comes from 30, 75-watt and eight, 100-watt lamps. This equates to 30 x 75 + 8 x 100 = 3,050 watts.
  • Divide the wattage consumed in the room by its area in square feet to calculate the watts per square foot. In our example, 3,050 watts divided by 702.32 square feet equals to 4.34 watts per square feet.

How do I convert Lux to Watts per Square Metre?

One hundred Lux is equal to one Watt per Square Metre. Therefore, when converting Lux to Watts per Square Metre, all that is required is to multiply the number of Watts in question by 100.

For more information, or a detailed analysis on your building’s energy efficiency call Prolux Electrical Contractors today.

Call Prolux Electrical Contractors on 1800 800 880
The Melbourne electrician for all your electrical requirements.

3/52 Corporate Boulevard, Bayswater VIC 3153