Tag: industrial electrician Brisbane

  • When to Upgrade an Industrial Switchboard: A Guide for Plant Managers

    When to Upgrade an Industrial Switchboard: A Guide for Plant Managers

    The Asset Nobody Thinks About Until It Fails

    A main switchboard can sit in a plant room for thirty years doing its job without attention. Production equipment around it is replaced two or three times. Loads are added. The original drawings go missing. Then one day a breaker fails and there is no replacement, or an inspection finds heat damage on a busbar, or a new machine cannot be connected because there is nowhere to put it.

    A switchboard upgrade is a significant project, and it is far better planned than forced. This guide sets out the signs that an industrial switchboard is due for attention, the standard that now applies to new boards, the options short of full replacement and how to plan the work around production.

    Eight Signs a Switchboard Needs Attention

    Heat. Discolouration, a hot smell, or hot spots found by thermal imaging. Heat means resistance, and resistance means a connection or component that is failing.

    Nuisance tripping. Breakers that trip without an obvious fault are often overloaded, worn or reacting to harmonics.

    No spare capacity. Every way is used, and new circuits are being squeezed in or doubled up.

    Obsolete components. Breakers and parts that are no longer manufactured, with replacements available only second hand.

    Fault level exceeded. A supply upgrade or a new transformer has raised the fault current beyond what the board was built to withstand.

    Corrosion and contamination. Moisture, dust and cleaning chemicals attacking metalwork and insulation, which is common in food and beverage plants.

    No documentation. No current drawings, no test records and labels that do not match what is connected.

    Unsafe to work on. Exposed live parts when a door is opened, no segregation between sections, and no way to isolate one part without shutting down the whole board.

    Any one of these is worth an inspection. Several together mean the board is a risk to production and to people.

    The Standard Changed

    Low voltage switchboards in Australia are now built to the AS/NZS 61439 series, which replaced AS/NZS 3439. The older standard had been in place since 2002 and was superseded on 24 May 2021. In Queensland the transition period during which a board could be built to either standard ended on 25 November 2022.

    The series has several parts. AS/NZS 61439.1 sets the general rules and AS/NZS 61439.2 covers power switchgear and controlgear assemblies, which is the part relevant to most industrial switchboards.

    The important change is in how a board is proven. The old distinction between type tested and partially type tested assemblies has gone. In its place is design verification, in which the manufacturer must demonstrate compliance against 13 constructional and performance requirements, covering matters such as temperature rise, short circuit withstand and clearances. Verification of the forms of internal separation is mandatory.

    Queensland’s Electrical Safety Office has issued guidance on the standard as it applies to switchboards with a connected load exceeding 125 amps or a fault level of 10 kA or greater, which takes in most industrial main and distribution boards.

    What That Means for an Existing Board

    A switchboard that complied when it was built does not become unlawful because the standard changed. The new standard matters in three situations. When you buy a new board, it must be built and verified to AS/NZS 61439, and you should ask for the design verification evidence. When you modify an existing board, the modification has to be safe and should not undermine the basis on which the board was originally verified. And when you weigh up repair against replacement, the old board’s inability to meet current expectations for segregation and arc fault protection is a legitimate factor.

    A common mistake is to add circuits to an old board without anyone checking the busbar rating, the fault rating or the temperature rise. Each addition is small. Together they produce a board loaded well beyond its design.

    Three Options

    Repair and maintain. If the board is structurally sound and parts are available, cleaning, retightening, replacing worn components and restoring labels and drawings may buy many more years. This suits a board that is old but not obsolete.

    Retrofit. The enclosure and busbars are kept and the switchgear is replaced, often with modern breakers on adaptor kits. This can restore protection performance and parts availability at lower cost and with a shorter outage than replacement. It does not fix an undersized busbar or an inadequate fault rating.

    Replace. A new board built to the current standard, sized for the load you have and the load you expect. This is the answer where capacity, fault rating, condition or safety cannot be recovered any other way.

    The decision usually turns on four questions. Is the fault rating adequate for the supply? Is there capacity for the next ten years? Can parts still be bought new? Can it be worked on safely?

    Planning a Replacement

    A switchboard replacement is mostly a planning exercise. The installation itself may take a weekend. The preparation takes months.

    Load study. Measure what the board actually supplies, using logged data over a representative period, and allow for known growth.

    Fault level. Establish the prospective fault current from the supply so the new board is rated correctly.

    Specification. Form of internal separation, spare capacity, metering, provision for power factor correction, arc fault containment, enclosure rating for the environment and the protection philosophy.

    Lead time. Custom switchboards take time to design, build and verify. Order early.

    Changeover method. Decide whether the new board goes in the same position, which means a full outage, or alongside the old one so circuits can be transferred in stages.

    Temporary supply. Identify what cannot be without power during the changeover, such as refrigeration and tank cooling, and arrange generators or temporary feeds.

    Shutdown window. Fit the changeover into a planned shutdown and agree the sequence with production.

    Testing and handover. Verification testing, a certificate of testing and compliance, updated single line diagrams and circuit schedules, and protection settings recorded.

    What It Costs Not to Plan

    The expensive version of this project is the one that follows a failure. An emergency replacement means days or weeks of lost production waiting for a board to be built, temporary supplies hired at short notice, a compromised specification because there is no time to get it right and, often, a like for like replacement that carries the old board’s limitations into the next thirty years.

    A condition assessment costs a small fraction of that and gives you the information to decide in your own time.

    Where to Start

    Have the board inspected by an industrial electrician, with thermal imaging under load. Find or recreate the single line diagram. Establish the fault level and compare it with the board’s rating. List the components that are obsolete. Measure the load. With those five things in hand, the choice between repair, retrofit and replacement usually becomes clear.

    Where BevTech Fits

    BevTech is a family owned engineering business in Richlands, Brisbane, with more than 25 years in beverage and FMCG manufacturing. Our industrial electricians carry out condition audits of site electrical equipment, switchboard modifications and plant extensions to AS/NZS 3000, and we provide full electrical design drawings for new work and as-built updates for existing installations. We plan and crew electrical work for annual shutdowns, and because we work in production plants every day we understand what has to stay running while the power is off.

    If you have a switchboard that worries you, use the contact form at bevtech.com.au/contact and we can arrange an inspection.

    This article is a general guide current as at October 2026. Have a licensed electrician assess your own installation, and confirm current requirements with the Electrical Safety Office.

  • Industrial Electrician: What They Do and How to Engage One for Your Plant

    Industrial Electrician: What They Do and How to Engage One for Your Plant

    The Trade Your Production Line Depends On

    Most plant managers only think hard about industrial electricians at two moments: when a line is down and nobody on site can find the fault, and when a new machine arrives and somebody has to connect it. In between, the electrical side of a plant tends to run on habit and on whoever answered the phone last time.

    That is a missed opportunity. An industrial electrician who knows your site is one of the cheapest forms of downtime insurance a manufacturer can buy. This guide explains what an industrial electrician actually does in a manufacturing plant, the ways you can engage one, what to ask before you do and what you should have in your hand when the job is finished.

    What an Industrial Electrician Does

    An industrial electrician holds the same Queensland electrical work licence as the electrician who wires a house. The difference is in what they have spent their career working on. In a food, beverage or FMCG plant the work falls into a handful of areas.

    Power distribution. Main switchboards, motor control centres, distribution boards, sub mains and the cable systems that carry three phase power to every machine on the floor.

    Motors and drives. Starters, soft starters and variable speed drives for conveyors, pumps, fans, compressors and mixers, along with the protection that stops a motor destroying itself.

    Control systems. PLCs, HMIs, sensors, valves and field wiring. On most modern lines a fault that looks mechanical turns out to be a sensor, a cable or a line of logic.

    Machine safety. Guard interlocks, light curtains, safety relays and emergency stop circuits, which must work every time and must be proven to work after any change.

    Installation and commissioning. Bringing new and relocated machines into service, from the cable tray to the first good product off the line.

    What ties these together is the environment. Industrial electricians work around moving machinery, washdown areas, food safety rules and a production schedule that does not stop because someone needs a panel open.

    When You Need One, and When You Do Not

    A commercial electrician is a perfectly good choice for office lighting, power points in the warehouse, data cabling and the amenities block. You need an industrial electrician when the work touches production equipment, three phase motor circuits, control panels, safety systems or anything connected to a PLC. A useful test is consequence. If a mistake would stop a line, damage a machine or put someone at risk from moving plant, the job needs industrial experience.

    Five Ways to Engage an Industrial Electrician

    Breakdown callout. You ring when something fails. It is the most common arrangement and the most expensive per hour of value, because the electrician arrives knowing nothing about your site.

    Scheduled maintenance. Regular visits to inspect, test and repair to a plan. Faults are found on your timetable and the electrician builds knowledge of the plant.

    Shift cover. An electrician rostered on your site during production hours, or on call for it. Plants that run around the clock use this to guarantee that someone who knows the line is always within reach.

    Project work. A quoted scope for an installation, an upgrade or a line modification, usually with design drawings and commissioning included.

    Shutdown crews. A larger team for a fixed window, working through a list that has been planned for months.

    Most plants end up with a mix. The pattern that works is to give one provider enough routine work that they know the site before the breakdown call comes.

    Checks to Make Before Anyone Starts

    In Queensland a business that performs electrical work for others must hold an electrical contractor licence. This is separate from the licence held by the individual electrician. Contractor licences are issued for one year at a time, so one that was current at the last job may not be current now. The Electrical Safety Office provides a public search where you can check any contractor or worker licence in a couple of minutes.

    The regulation also requires contractors to hold insurance with a limit of indemnity of at least $5,000,000. Ask for the certificate of currency. For a manufacturing site you will usually want to see it anyway as part of contractor induction.

    Ten Questions Worth Asking

    The licence tells you a business is allowed to do the work. These questions tell you whether it can do yours.

    Which PLC platforms do your electricians work on, and can they go online with ours? Have you worked in food or beverage plants, and what do you do differently in a hygiene area? What is your response time after hours, and who answers the phone? Will the same people come each time? Do you provide design drawings and update our existing ones? How do you handle fault finding on energised equipment? Who validates a safety circuit after you change it? What do you leave behind when a job is finished? Can you support the mechanical side of a job, or will we need a second contractor? And who do we call if the person we normally deal with is on leave?

    The answers that matter most are the specific ones. A provider that names the software, describes its isolation procedure and shows you a sample handover pack is a safer choice than one that says it can do everything.

    What You Should Receive When the Job Is Done

    Queensland law requires a licensed electrical contractor to give the person the work was done for a certificate once it is complete. For work on an electrical installation it is a certificate of testing and compliance. For work on electrical equipment it is a certificate of testing and safety. Each records what was tested, the date and the contractor’s licence number.

    A good industrial electrician goes further. Expect updated drawings where circuits have changed, a backup of any PLC or HMI program that was modified, test results for safety functions and a short note on anything they saw that will need attention soon. That last item is often the most valuable thing on the page.

    Working on Live Equipment

    One point surprises some plant managers. In Queensland, electrical work on or near energised equipment is generally prohibited, and near means within 3 metres of an exposed energised part. There are narrow exceptions, including testing and situations where there is no reasonable alternative, and they come with conditions such as a risk assessment and a safe work method statement.

    In practice this means a competent industrial electrician will ask to isolate equipment that you would prefer to keep running. Production pressure is not one of the exceptions. An electrician who insists on isolation is protecting your people and your business, and one who never asks should worry you.

    Why Site Knowledge Is Worth Paying For

    The first hour of most breakdowns is spent learning the machine: finding the drawings, working out which panel feeds what, discovering that the labels are wrong. An electrician who has been through your plant before skips that hour. Over a year of breakdowns the saving is far larger than the cost of the routine visits that built the knowledge.

    Industrial Electricians for Brisbane Manufacturers

    BevTech is a family owned engineering business in Richlands with more than 25 years in beverage and FMCG manufacturing. Our industrial electricians work across Brisbane and South East Queensland on fillers, seamers, cappers, labellers, conveyors, motor control centres, refrigeration and CIP systems, on both Allen Bradley and Siemens platforms. We provide 24/7 shift coverage and breakdown support, and we take projects from design drawings through installation, testing and handover.

    Because our automation engineers, TUV certified functional safety engineers, mechanical trades and machine shop are in the same business, a job that turns out to need a machined part or a safety assessment does not need a second contractor. If you would like to talk through how your plant is covered, use the contact form at bevtech.com.au/contact.

    This article is a general guide current as at October 2026. Confirm licensing and safety requirements for your own site with the Electrical Safety Office.

  • Commercial vs Industrial Electrician: Which Does Your Site Need?

    Commercial vs Industrial Electrician: Which Does Your Site Need?

    The Same Licence, Very Different Work

    A manufacturer looking for an electrician will find hundreds of businesses describing themselves as commercial and industrial. The phrase suggests the two are much the same. They are not, and choosing the wrong one for a job is a common and avoidable cause of delay, rework and extended downtime.

    This guide explains the real difference between commercial and industrial electricians, which parts of a manufacturing site suit each, and how to tell which one you are talking to.

    What the Licence Does and Does Not Tell You

    In Queensland both hold the same electrical work licence, and the businesses they work for hold the same electrical contractor licence. The law makes no distinction between commercial and industrial. A licence confirms that a person is permitted to perform electrical work and has been trained to do it safely. It does not tell you what they have spent the last ten years doing.

    The distinction is one of experience. That makes it harder to check and more important to ask about.

    What Commercial Electricians Do

    Commercial electrical work is the electrical fit-out and maintenance of buildings: offices, shops, schools, warehouses, hospitality venues and the like. The typical scope includes lighting and emergency lighting, general power, distribution boards, data and communications cabling, air conditioning supplies, security and access systems, and switchboard upgrades.

    It is skilled work with its own demands. Commercial electricians are good at reading building plans, coordinating with other trades on a construction programme, meeting building compliance requirements and finishing work neatly in spaces the public will see.

    Male electrician uniform working switchboard electricity

    What Industrial Electricians Do

    Industrial electrical work is about machinery and process. The scope includes three phase motor circuits, motor control centres, variable speed drives and soft starters, PLCs and HMIs, sensors and instrumentation, machine safety systems, and the installation and commissioning of production equipment.

    The skills are different. An industrial electrician reads control schematics instead of building plans, fault finds logically through a control system, understands how a machine is meant to behave and works safely around moving plant. In food and beverage plants they also work within hygiene rules and washdown conditions that a commercial electrician may never have met.

    Where the Two Overlap

    The boundary is not a wall. Both install cable tray, terminate switchboards and test installations. Many electricians have done some of each. And every factory contains a good deal of commercial style work: the office, the canteen, the warehouse lighting, the car park.

    The overlap is why the confusion exists. A contractor who has wired a factory building has not necessarily worked on what is inside it.

    Which Does Your Site Need

    For a manufacturing site the answer is usually both, for different things.

    Suited to a commercial electrician: office and amenities power and lighting, warehouse lighting upgrades, data cabling, exit and emergency lighting testing, general building maintenance, car park and external lighting.

    Needing an industrial electrician: anything connected to a production machine, motor starters and drives, control panels, PLC and HMI faults, sensors and instruments, safety interlocks and emergency stops, new machine installation and line modifications.

    Worth thinking about: main switchboard work and power distribution. Either may be capable, but the work has to be planned around production, and an understanding of what each circuit feeds on the factory floor matters a great deal.

    Signs You Have the Wrong One for the Job

    A commercial electrician out of their depth on a production line tends to show it in recognisable ways. They ask where the reset button is. They cannot connect to the PLC and do not own the software. They replace components in turn until the fault goes away. They are uncomfortable isolating part of a machine while the rest runs. They install standard fittings in a washdown area. They finish a job on a safety circuit without testing and recording the safety function.

    None of this reflects on their ability as tradespeople. It reflects a mismatch between the job and their experience. The reverse mismatch exists too. An industrial electrician is rarely the most economical choice for fitting out an office.

    Six Questions That Reveal the Difference

    Because the licence will not tell you, ask.

    What proportion of your work is on production machinery? Which PLC and drive platforms do your electricians work with, and do you hold the software? Can you describe a recent fault you diagnosed on a production line? What do you do differently when working in a food production area? Who validates a safety function after you have modified it? Do you provide electrical drawings and update existing ones?

    An industrial contractor answers these quickly and specifically, with examples. A commercial contractor will often answer honestly that it is not their usual work, which is a useful answer and one to respect.

    Why the Wrong Choice Costs More in a Plant

    In a commercial building a slow diagnosis means a room without lights for a few extra hours. In a plant it means a line standing idle, product at risk in tanks, people paid to wait and orders slipping. Hourly rates are a small part of the cost of a breakdown. The length of the stoppage is the large part, and the length depends on how quickly someone understands the machine.

    There is also a safety dimension. Production machinery can injure people in ways that building services cannot. Work on guards, interlocks and emergency stops calls for people who understand machine safety, and modifications to a machine can carry design responsibilities that a plant should not take on by accident.

    Should You Use One Contractor or Two

    Some manufacturers use a commercial contractor for the building and an industrial one for the plant. That can work well provided the boundary is clear and both know who is responsible for the main switchboard and the distribution system between them.

    Others prefer one provider for everything on site. The advantage is a single team that knows the whole installation, from the incoming supply to the last sensor on the line. If you take this route, make sure the provider is industrial first. An industrial electrician can change a light fitting. The reverse does not always hold.

    Industrial Electricians at BevTech

    BevTech is a family owned engineering business in Richlands, Brisbane, with more than 25 years in beverage and FMCG manufacturing. Our electricians are industrial specialists. They work every day on fillers, seamers, cappers, labellers, conveyors, motor control centres, refrigeration and CIP systems, on Allen Bradley and Siemens control platforms, alongside our automation engineers and TUV certified functional safety engineers. We carry out installations to AS/NZS 3000, machine commissioning, production fault finding, safety system upgrades and electrical design, with 24/7 shift coverage and breakdown support across Brisbane and South East Queensland.

    If you are not sure whether a job on your site needs industrial experience, ask us. Use the contact form at bevtech.com.au/contact and we will give you a straight answer, including when the right answer is a commercial contractor.

    This article is a general guide current as at October 2026. Check any electrician’s licence on the Electrical Safety Office public search before work starts.

  • Emergency Electrician for a Brisbane Factory: The First Hour of an Electrical Failure

    Emergency Electrician for a Brisbane Factory: The First Hour of an Electrical Failure

    When the Power Goes Wrong on a Production Floor

    An electrical emergency in a factory is different from one in an office or a home. There is product in tanks and on lines, refrigeration that cannot stay off for long, cleaning cycles part way through and machinery that may not be safe to restart without checks. The decisions made in the first hour largely determine whether the event costs a few hours or a few days.

    This guide is for plant and shift managers in Brisbane and South East Queensland. It covers what to do first, how to get the right emergency electrician moving quickly, what the law requires you to report and how to prepare so that the next event is shorter.

    First: People

    If anyone has received an electric shock, or may still be in contact with a live part, do not touch them. Isolate the supply if you can do so safely, call triple zero and begin first aid once the person is clear of the electrical source. Anyone who has received a shock should be medically assessed even if they feel well, because effects can be delayed.

    If there is fire, smoke or a burning smell from electrical equipment, evacuate the area and call triple zero. Do not use water on electrical equipment.

    Keep people away from the affected equipment. Do not open switchboard doors to look. A fault inside a switchboard can release a great deal of energy, and an unqualified person in front of an open panel is in the worst possible place.

    Second: Work Out What Has Actually Failed

    From a safe distance, establish the extent of the problem. The answer directs everything that follows.

    The whole site is off. Check whether neighbouring premises have power. If they do not, the fault is probably on the network and the call is to your electricity distributor, which in South East Queensland is Energex. If neighbours have power, the problem is likely your own main switch or incoming equipment.

    Part of the site is off. A section of the plant or a group of machines without power points to a tripped breaker or blown fuse on a sub main or distribution board.

    One machine is off. This is a machine fault and the most common case.

    Things are behaving strangely. Motors humming and not starting, lights dim in one area or equipment running hot suggests a lost phase. Stop affected motors, because a motor running on two phases can burn out quickly.

    Third: Do Not Keep Resetting

    A circuit breaker that trips has done its job. It is protecting cable and equipment from damage. Resetting it once, after a visual check for anything obvious, is reasonable. Resetting it repeatedly is not. Each attempt closes the supply onto a fault, and each one can do more damage to the equipment and to the breaker itself.

    If it trips again, leave it off and call an electrician. The same applies to drives and overloads that keep tripping.

    Fourth: Protect the Product

    While help is on the way, the production team can limit the loss. The priorities in a beverage or food plant are usually these.

    Refrigeration and temperature control. Find out how long tanks and cold rooms can hold temperature. Keep doors shut. If glycol or refrigeration plant is down, this becomes the clock that matters.

    Cleaning cycles. A CIP cycle interrupted part way through may have left chemical in the line. Make sure nobody restarts production on that circuit until it has been checked and the cycle completed.

    Product in process. Decide what on the line can be recovered and what must be held for quality review.

    Controlled restart. When power returns, do not let everything start at once. Bring equipment up in sequence so that the starting load is spread and so that each machine is checked as it comes back.

    Fifth: Make the Call Count

    An emergency electrician can prepare on the way if you give them the right information. Have the following ready.

    Which area and which machine is affected. What was happening when it failed. Any alarm messages or fault codes, exactly as displayed. Whether a breaker has tripped and which one. What has been tried already. Whether anyone was hurt. The control platform on the machine, such as Allen Bradley or Siemens. Who will meet them at the gate and what induction they need.

    Send someone to find the electrical drawings for the affected equipment and the latest software backup. Having them on a bench when the electrician arrives can save an hour.

    What You May Be Required to Report

    Some electrical events must be notified to Queensland’s Electrical Safety Office by the business concerned. The Electrical Safety Act 2002 defines two categories.

    A serious electrical incident includes a person being killed by electricity, a person receiving a shock or injury from electricity that is treated by or under the supervision of a doctor, and a person receiving a shock or injury from electricity at high voltage whether or not treatment is given.

    A dangerous electrical event includes significant property damage caused by electricity or by a fire originating from electricity, as well as unlicensed or unsafe electrical work.

    Where a death is involved, notification must be immediate. In other cases notify promptly by phone and follow up with the written incident notification form. Keep your records of the incident for at least five years.

    There is a second obligation that is easy to breach under pressure. It is unlawful to interfere with the scene of a notifiable incident without the permission of an inspector or a police officer, except where that is necessary to save life, relieve suffering or prevent injury or property damage. Make the area safe, then leave it as it is until you have been told you can proceed. Repairs to get production going do not come first.

    After the Power Is Back

    Getting running again is not the end of the job. Ask the electrician what failed and why, and get the answer in writing. A breaker that tripped because a motor failed is a different matter from one that tripped because the switchboard is overloaded. If the cause was not found, treat the event as unfinished and schedule a proper investigation.

    Then record it: time, extent, cause, what was done and how long each stage took. The stages that took longest are the ones to fix before next time.

    Preparing Before It Happens

    Plants that recover quickly have usually done a few simple things in advance.

    A current single line diagram of the site, displayed in the main switch room and held in the maintenance office. Switchboards and breakers labelled to show what they feed. An emergency contact list with the distributor’s fault line and your electrical provider’s after hours number, posted where the night shift can see it. Drawings and software backups stored where they can be found without the day shift. Critical spares identified and on the shelf. A restart sequence written down. And an agreed arrangement with an industrial electrician who already knows the site, so that the first call is not also the first introduction.

    Emergency Electrical Support From BevTech

    BevTech is a family owned engineering business in Richlands, Brisbane, with more than 25 years in beverage and FMCG manufacturing. Our industrial electricians provide 24/7 breakdown support and shift coverage across Brisbane and South East Queensland, with fast, methodical diagnosis of electrical and control faults on Allen Bradley and Siemens systems. Our mechanical trades and machine shop are part of the same business, so a failure that turns out to need a part made is still handled by one team.

    The best time to set up emergency cover is before you need it. To talk through an arrangement for your plant, use the contact form at bevtech.com.au/contact.

    This article is a general guide current as at October 2026 and is not a substitute for your site emergency procedures. In a life threatening emergency call triple zero.

  • Electrician Salary in Australia: Award Minimums, Median Pay and the Industrial Premium

    Two Very Different Numbers

    Search for electrician pay in Australia and you will find figures anywhere from about $60,000 a year to well into six figures. Both ends are real. One is the legal minimum for a newly licensed tradesperson on a standard week. The other reflects what experienced electricians earn once overtime, callouts and specialist skills are counted.

    This guide starts with the two numbers that can be verified, the award minimum and the national median, and then explains what accounts for the distance between them. All award figures apply from the first full pay period on or after 1 July 2026.

    The Award Minimum for a Qualified Electrician

    Electricians employed by electrical contractors are covered by the Electrical, Electronic and Communications Contracting Award, code MA000025. A tradesperson who has completed their apprenticeship sits at electrical worker grade 5, and the rate is built in layers.

    The grade 5 base rate is $1,119.10 a week. On top of that every employee receives an industry allowance of $41.41 a week, and grade 5 and above receive a tool allowance of $22.31 a week. Together those give an all-purpose rate of $1,182.82 a week, or $31.13 an hour.

    An electrician who holds an unrestricted licence and may be required to use it is also paid the electrician’s licence allowance of $40.29 a week. That takes the minimum for a licensed electrician to $1,223.11 a week, about $32.19 an hour, or roughly $63,600 a year for a 38 hour week. Because these allowances are all-purpose, overtime and penalty rates are calculated on the loaded figure, not the bare base rate.

    The award continues up through higher grades for electricians with additional qualifications and responsibilities, with the top grades reaching around $1,519 a week including allowances.

    What Electricians Actually Earn

    Jobs and Skills Australia, drawing on the Australian Bureau of Statistics earnings survey of May 2025, reports median full time earnings for electricians of $2,191 a week, with median hourly earnings of $55. Across a year that is about $114,000. The median for all occupations on the same measure is $1,852 a week.

    That median is about $970 a week above the licensed award minimum. It is a market figure for full time, non managerial adult employees. It includes overtime and it counts electricians on enterprise agreements and above award pay. The same profile shows 94 per cent of electricians working full time and averaging about 45 hours a week. In other words, the typical electrician is paid well above the award and works some overtime to get there.

    Domestic, Commercial and Industrial

    There is no official pay table that separates domestic electricians from industrial ones, and anyone quoting a precise industrial premium is estimating. What can be said is why the gap exists.

    Domestic and small commercial work is the most accessible part of the trade. Almost every licensed electrician can do it, so rates are set by a large pool of competitors. Employees in this segment tend to sit closer to the award. The upside is the clearest path to self employment.

    Industrial work is done in factories, processing plants, mines and utilities. It involves three phase power, motor control, variable speed drives, instrumentation, PLC controlled machinery and machine safety systems. Fewer electricians are competent in it, the consequences of a mistake are larger and the hours are less predictable. All three push pay up.

    Five Things That Raise an Electrician’s Pay

    PLC and automation skills. An electrician who can go online with an Allen Bradley or Siemens controller, read the logic and find the faulty input is in a much smaller labour pool than one who can wire a switchboard. This is the most valuable step up available in manufacturing.

    Instrumentation. Dual trade electrical and instrumentation tradespeople, and electricians who have added a Certificate IV in instrumentation, are sought after wherever process control matters.

    Hazardous areas and high voltage. Hazardous area competencies and high voltage switching tickets open doors that stay closed to general electricians.

    Shift, callout and shutdown work. Plants that run around the clock need electricians at night, on weekends and during shutdowns. Penalty rates and callout arrangements on an all-purpose rate add up quickly.

    Responsibility. Leading hand, supervisor and maintenance planner roles sit above the trade rate, as does acting as the qualified technical person on an electrical contractor licence.

    Which Award Covers You

    One detail catches people out. The electrical contracting award covers electricians who work for electrical contractors. An electrician employed directly by a manufacturer as part of its maintenance team is more likely to be covered by the Manufacturing and Associated Industries and Occupations Award or by an enterprise agreement, where the classification structure and allowances are different. If you are comparing two job offers, make sure you know which instrument sets the pay for each before you compare hourly rates.

    What Apprentices Earn on the Way There

    Under the electrical contracting award, a junior first year apprentice earns between $622.72 and $682.76 a week in 2026/27 depending on whether they finished Year 12, rising to $1,006.97 a week in fourth year. Adult apprentices, those aged 21 or over at commencement, start at $982.95 a week and move to $1,098.29 from second year. Our separate guide to electrical apprentice pay rates sets out every year in detail.

    Is the Money Worth the Training

    An electrical apprenticeship takes four years, pays you throughout and finishes with a licence that is recognised in every industry in the country. On the published medians, electricians earn more than the typical Australian worker within a few years of qualifying, without a student debt of the kind carried by many graduates. For someone who enjoys problem solving and practical work, the financial case is hard to argue with.

    The better question is which kind of electrician to become. The trade rewards those who keep adding skills, and the direction you take in your first few years after licensing has a lasting effect on your earnings.

    Industrial Electrical Work in Brisbane

    BevTech is a family owned engineering business in Richlands, Brisbane, with more than 25 years in manufacturing. Our electricians and automation technicians work in beverage and FMCG plants on Allen Bradley and Siemens PLC systems, variable speed drives, machine safety and production line upgrades, backed by TUV certified functional safety engineers and an in house machine shop. Recent projects include a Siemens S7-1500 system controlling glycol refrigeration for beer tanks and a hot water rinse system for a can seamer.

    It is the kind of work that builds the skills described above. If you are a licensed electrician looking to move into industrial work, or an apprentice who wants to finish your time somewhere you will learn automation, current openings are listed at bevtech.com.au/hiring.

    A Note on the Figures

    Award rates in this article are current for 2026/27 and change each July. The median is the most recent published by Jobs and Skills Australia and describes the market, not an entitlement. To check the minimum that applies to your own grade, licence and roster, use the Fair Work Ombudsman’s Pay and Conditions Tool.

  • Instrumentation Electricians: The Dual Trade Explained

    The Trade Behind Every Reading on the Screen

    A modern production line makes thousands of decisions a minute, and every one of them depends on a measurement. How full is the tank. How hot is the rinse water. How fast is product flowing to the filler. If the measurement is wrong, the control system makes the wrong decision with complete confidence.

    The people who make sure those measurements are right are instrumentation tradespeople. Combine that skill with an electrical licence and you have the dual trade electrical and instrumentation technician, often shortened to E and I, one of the most sought after tradespeople in Australian industry. This guide explains what the work is, how you qualify and why it matters in manufacturing.

    What Instrumentation and Control Involves

    Instrumentation is the measurement and control of process variables. The four that dominate are pressure, flow, temperature and level, with others such as conductivity, pH and weight depending on the industry.

    An instrumentation tradesperson selects, installs, calibrates and maintains the devices that take those measurements: transmitters, flow meters, level sensors, temperature probes and analysers. They also look after the final control elements that act on them, such as control valves and actuators, and they set up and tune the control loops that tie the two together. Tuning a PID loop so that a temperature holds steady without hunting is a core skill of the trade.

    The work is methodical. A good instrument technician is the person who refuses to accept that a reading is probably fine and goes and proves it.

    Instrumentation Electrician or Instrumentation Technician

    The job titles overlap, which causes confusion. An instrumentation technician or instrument fitter may hold the instrumentation trade alone. An instrumentation electrician generally means someone who holds both an electrical licence and instrumentation qualifications, either through a dual trade apprenticeship or by adding instrumentation after qualifying as an electrician.

    The distinction matters because of licensing. In Queensland only a licensed electrical mechanic can perform all electrical work. A single trade instrumentation tradesperson may be eligible for a restricted electrical work licence, which permits limited tasks connected with their own trade, but not general electrical work. The dual trade removes that boundary. One person can isolate the drive, replace the transmitter, terminate the cable, calibrate the loop and return the equipment to service.

    Three Ways to Qualify

    Single trade apprenticeship. The trade qualification is the Certificate III in Instrumentation and Control, code UEE31220. Some providers, including TAFE Queensland, now list the updated version, UEE31225. As a stand alone apprenticeship it has a nominal term of four years.

    Dual trade apprenticeship. A dual trade apprentice completes the Certificate III in Electrotechnology Electrician, UEE30820, together with the Certificate III in Instrumentation and Control. It typically takes five years and finishes with both trade certificates and eligibility for an open electrical licence. Dual trade places are most common in mining, resources and large processing plants, and they are competitive.

    Post trade upgrade. Most instrumentation electricians in manufacturing took the third route. A licensed electrician completes the Certificate IV in Electrical, Instrumentation, code UEE40420, usually part time while working. It covers installing, commissioning and maintaining instrument systems. Some go on to complete the Certificate III in Instrumentation and Control afterwards, which goes deeper into fault finding and process control.

    For a third or fourth year electrical apprentice, the practical advice is simple. Get your licence first, find an employer whose work involves process control, and add the instrumentation qualification once you have real loops to practise on.

    What Apprentices and Tradespeople Earn

    Instrumentation and control apprentices employed under the Electrical, Electronic and Communications Contracting Award, MA000025, are on the same minimum rates as electrical apprentices. For 2026/27 that means $622.72 a week in first year for a junior who did not complete Year 12, or $682.76 with Year 12, rising to $1,006.97 in fourth year. Adult apprentices, aged 21 or over at commencement, start at $982.95 a week and move to $1,098.29 from second year.

    There is no separately published national earnings figure for dual trade technicians. The nearest benchmark is the Jobs and Skills Australia median for electricians, $2,191 a week for full time workers. In practice, electricians with instrumentation skills are paid at the upper end of the trade because fewer people can do the work and because it is concentrated in industries that run around the clock. Treat any single salary figure you see quoted for the dual trade as an estimate.

    Where the Work Is

    Instrumentation is strongest wherever a process is continuous: oil and gas, mining and mineral processing, power generation, water and wastewater, chemicals, and food and beverage. Much of the highest paid work is remote. Manufacturing offers something different, which is the same depth of process control with a home every night.

    Instrumentation in a Beverage Plant

    Beverage production is process control from one end to the other, which makes it an excellent place to learn the trade.

    Tank cooling. Beer and other fermented products depend on tank temperatures being held within a narrow band. That means temperature probes, glycol control valves and loops tuned so they neither overshoot nor drift. BevTech has delivered exactly this kind of project, using a Siemens S7-1500 PLC to control glycol refrigeration for beer tank temperatures.

    Cleaning in place. A clean in place cycle is only valid if temperature, flow and chemical strength were achieved for the required time. Every one of those is an instrument, and each needs to be accurate enough to stand behind a compliance record. Our hot water rinse project for a can seamer, run from a Siemens S7-1200, is a good example.

    Filling and blending. Flow meters set the ratio of syrup to water. Level and pressure instruments keep the filler bowl stable. Checkweighers and fill level inspection catch what gets through. A drifting instrument here shows up directly as giveaway or rejects.

    Utilities. Steam, compressed air, refrigeration and water treatment all run on pressure, flow and level control, usually with little attention until something drifts.

    In each case the instrument is only half the job. The other half is the PLC and the logic that uses the signal, which is why instrumentation and automation skills sit so naturally together.

    Is It the Right Direction for You

    Instrumentation suits electricians who enjoy fault finding more than installation, who are comfortable with numbers and documentation, and who like understanding how a whole process works and not only the part in front of them. It is less physical than much electrical work and it ages well. Many technicians move on into control systems engineering, commissioning or functional safety roles.

    Electrical and Automation Careers at BevTech

    BevTech is a family owned engineering business in Richlands, Brisbane, with more than 25 years in manufacturing. Our electrical and automation team works on Allen Bradley and Siemens control systems, instrumentation, drives and machine safety in beverage and FMCG plants, supported by TUV certified functional safety engineers and our own machine shop. If you are an electrician who wants to build instrumentation and PLC skills on real production equipment, current openings are listed at bevtech.com.au/hiring.

    Wage figures in this article are current for 2026/27 and qualification codes are current as at October 2026. Both are updated periodically, so confirm rates with the Fair Work Ombudsman’s Pay and Conditions Tool and course details with your training organisation.

  • Industrial Electrician Shift Cover in Brisbane: A Complete Guide for Plant Managers

    Industrial Electrician Shift Cover in Brisbane: A Complete Guide for Plant Managers

    What Shift Cover Actually Means

    Industrial electrician shift cover is the supply of a licensed, competent electrician into a specific slot on your production roster, for a defined period, to keep a shift technically supported when your own people cannot. It sounds simple. In practice, Brisbane plant managers use the phrase to describe at least four different arrangements, and the confusion costs money when it comes time to agree terms with a provider.

    It helps to separate them. Planned cover fills a known gap: annual leave, long service leave, a secondment, a training block. Vacancy cover holds a position while permanent recruitment runs, which in the current Brisbane market can mean three to six months. Emergency cover fills tonight’s shift after a sick call or a resignation. Standing cover is a permanent fixture on the roster, where a plant has simply decided that a particular shift will always be supported by a contracted electrician rather than an employee.

    Each has a different lead time, a different commercial shape and a different risk profile. A provider who treats all four identically is not thinking hard enough about your operation.

    When Brisbane Plants Reach for It

    The triggers are consistent across the food, beverage and general FMCG sites scattered through Brisbane’s industrial corridors, from Eagle Farm and Northgate in the north to Rocklea, Acacia Ridge, Darra and Wacol in the south west, and out through Berrinba and the Logan corridor.

    The first trigger is simple arithmetic. A plant running two or three shifts needs electrical capability on each one, and a team of four or five electricians cannot cover that pattern once leave, training and turnover are accounted for. The second is the summer peak, when beverage volumes climb through the hotter months and lines that ran five days start running seven. The third is the shutdown or project, which pulls your own electricians onto planned work and leaves daily production exposed. The fourth is attrition, where one resignation on a small team instantly converts a comfortable roster into an uncovered one.

    What unites them is that none is really an emergency. All four are predictable, and the plants that handle them best have decided in advance how they will be covered rather than improvising each time.

    The Brisbane Context: Licensing and Compliance

    Two regulatory frameworks shape how shift cover works in Queensland, and plant managers should understand both before signing anything.

    The first is electrical licensing. Electrical work in Queensland requires the appropriate licence, and the obligations sit with the person doing the work and with the business directing it. Any electrician arriving for shift cover should have a current, verifiable Queensland electrical work licence, and you should expect a provider to produce evidence without being chased. Currency of low voltage rescue and CPR training matters too, particularly for someone who may be the only electrically competent person on site overnight.

    The second is labour hire licensing. Queensland operates a mandatory scheme under the Labour Hire Licensing Act, and the obligation cuts both ways: providers must hold a current licence, and host businesses can face penalties for engaging an unlicensed provider. The register is public and checking takes a minute. Do the check before the first placement, not after an incident. A provider who cannot immediately give you their licence number has told you something important about how they run their business.

    What It Costs, and How to Read a Rate

    Shift cover is normally charged as an hourly rate with penalty loadings for nights, weekends and public holidays, sometimes with a minimum engagement per shift. Rates for a competent industrial electrician in Brisbane sit well above general trades rates, and specialist automation capability sits higher again.

    The instinct is to compare rates between providers and pick the lowest. Resist it, and compare what the rate buys instead. Ask whether the rate includes travel, whether there is a callout minimum, what the penalty structure looks like for the shifts you actually need covered, and crucially what technical depth stands behind the individual. An electrician who can fault find a PLC controlled line independently is worth a large multiple of one who can only isolate equipment and wait for daylight, and the difference between them will not be visible on a rate card.

    The honest comparison is not rate against rate. It is rate against the cost of the downtime the cover exists to prevent. On a modern canning or filling line, a single avoided stoppage will typically pay for weeks of cover.

    Setting It Up Properly

    Good shift cover arrangements share a few features. The scope is written down, including which shifts, what the electrician is authorised to do, and what must be escalated. Inductions are completed in advance rather than on the first rostered night. Licences and tickets are verified and recorded. There is a named escalation ladder with current phone numbers, kept somewhere a newcomer can find it at 2am. And there is a review point, typically after the first few shifts, where both sides say honestly whether it is working.

    The other feature worth insisting on is continuity. A provider sending you a different person every week is supplying labour, not cover. The value compounds when the same electrician returns, learns your lines, and starts anticipating the faults your plant is prone to.

    Choosing a Provider in Brisbane

    The Brisbane market has no shortage of agencies willing to supply an electrician. Far fewer can technically assess one. This is the practical case for sourcing cover from a working engineering business rather than a recruiter: an organisation that programs control systems and repairs production equipment every week can judge a candidate’s claims against reality, and can stand behind that person when a shift goes badly.

    BevTech works from exactly that position. It is a family owned engineering business with more than 25 years in manufacturing, specialising in FMCG and beverage production, with control system engineers, industrial electricians and TUV certified functional safety engineers on staff. Its project work includes refrigeration PLC control systems for beer tank temperature management, hot water rinse CIP systems for can seamers and can inverter block systems for high speed lines, delivered for some of the largest manufacturing companies in Australia. The electricians it places for shift cover come from that same technical environment, with a fully equipped machining and fabrication workshop and 24/7 availability behind them.

    Where to Start

    If your roster currently depends on nobody getting sick, the useful first step is not a rate enquiry. It is a short audit: list every operating shift for the next quarter, mark which ones have guaranteed electrical cover, and put a realistic downtime cost against the ones that do not. Most Brisbane plants are surprised by how many gaps that exercise exposes, and by how modest the cost of closing them looks next to the exposure.

    BevTech provides industrial electrician shift cover to FMCG and beverage manufacturers across Brisbane and wider Queensland. To talk through your roster and what cover would look like for your site, get in touch through the contact form at bevtech.com.au.

  • Brisbane’s Industrial Electrician Shortage and What It Means for Your Shift Roster

    Brisbane’s Industrial Electrician Shortage and What It Means for Your Shift Roster

    A Shortage That Is Not Going Away

    Every Brisbane maintenance manager has a version of the same story. A trusted industrial electrician resigns, the role goes to market, and what used to produce a shortlist now produces a trickle. Months pass. The roster that was comfortable in March is being held together with overtime by June. The role eventually gets filled, often by paying well above the old rate, and sometimes by poaching someone from a plant twelve kilometres away who will themselves need replacing.

    It is tempting to read this as bad luck or a poorly run campaign. It is neither. Electricians have sat on Australia’s national skills shortage lists year after year, and the industrial end of the trade, where the work involves control systems, drives and plant equipment rather than domestic wiring, is the tightest segment of a tight market. Understanding why matters, because the causes tell you how long the condition will last and therefore how you should structure your roster.

    The Demand Side: Everyone Wants the Same People

    Demand for electrical trades in South East Queensland has been climbing from several directions at once, and manufacturing is competing with all of them.

    Infrastructure and construction absorb enormous numbers of electricians, and Brisbane has been in a sustained build cycle. The energy transition adds another layer, with grid work, renewables projects and battery installations all drawing on the same licensed pool. Resources and mining continue to offer rosters and pay packets that a suburban food plant struggles to match, and the fly in fly out option is within easy reach of Brisbane. Data centres, warehousing automation and logistics facilities have emerged as a further competitor, often offering newer equipment and more comfortable working conditions.

    Against that field, an FMCG plant is bidding for a specific and unusually capable person: someone who can work on energised industrial equipment, read a PLC program, diagnose a drive fault, respect food safety constraints, and do it at three in the morning on their own. The pool of people who can genuinely do all of that in Brisbane is small, and every one of them has options.

    The Supply Side: The Pipeline Is Not Refilling Fast Enough

    Supply has not kept pace for structural reasons that no single employer can fix. Apprenticeship completion rates across the electrical trades have long been a source of concern, with a substantial share of commencements never finishing, which means headline apprentice numbers overstate the eventual supply. The existing workforce is ageing, and a wave of experienced tradespeople is moving toward retirement carrying decades of plant knowledge with them.

    There is also a specialisation gap. A newly qualified electrician is not yet an industrial electrician. The capability that makes someone valuable on a production line, comfort with automation platforms, fault finding under pressure, familiarity with process equipment, takes years of exposure to build. Even a healthy apprenticeship pipeline would not produce plant ready industrial electricians quickly.

    What This Does to a Roster

    The practical consequences show up in four ways, and most Brisbane plants are experiencing at least three of them.

    Time to fill has stretched. A permanent industrial electrician vacancy that once took six weeks now routinely takes three to six months, and some campaigns fail entirely and have to be rerun with a higher budget. Wage pressure has followed, with counter offers and poaching becoming normal, which quietly raises the cost base of every plant in the corridor. Overtime dependency grows, because the shifts still have to be covered and the remaining team absorbs the difference, which drives the fatigue and attrition that started the cycle. And roster fragility becomes chronic: a team with no slack cannot absorb a single sick call without an uncovered shift.

    The compounding effect is the dangerous part. Each of these makes the others worse. Overtime drives resignations, resignations extend vacancies, vacancies drive more overtime.

    The Strategic Response: Treat Cover as Structural

    The plants coping best in Brisbane have made a mental shift. They have stopped treating contracted electrical cover as an emergency purchase and started treating it as a permanent component of how the plant is staffed.

    In practice that means sizing the permanent team for the workload that genuinely exists every week of the year, and deliberately buying the remainder as contracted cover. It means holding a live relationship with a provider, with inductions current and terms agreed, so a short notice request is administratively trivial rather than a scramble. It means requesting the same electricians repeatedly so site knowledge accumulates on the contracted side as well as the permanent side. And it means accepting that in a market this tight, an always full permanent roster is not a realistic operating assumption.

    This is not a counsel of despair about recruitment. Keep recruiting, invest in apprentices, and be the plant that experienced people want to work at. But run the roster on the assumption that gaps will occur, because in this market they will.

    What Plants Can Still Control

    Three things remain firmly within your control, and all three are worth more than another job advertisement.

    The first is retention of the people you have, which is largely a function of whether the job is sustainable. Fix the overtime dependency and you remove the main reason good electricians leave. The second is documentation and system quality, because a plant with current drawings, clear isolation points and sensible alarm management is one where a covering electrician becomes productive fast, which widens the pool of people who can help you. The third is the quality of your provider relationship, which determines whether a 5pm phone call ends with a competent person on site or with an uncovered night shift.

    Where BevTech Fits

    BevTech sits on the supply side of this problem from an unusual position. It is not a recruitment agency but a family owned engineering business with more than 25 years in manufacturing, focused on FMCG and beverage production, employing control system engineers, industrial electricians and TUV certified functional safety engineers. The same team delivers electrical and automation projects on Allen Bradley and Siemens platforms, precision machining and fabrication, and turnkey installations for some of the largest manufacturing companies in Australia.

    That means the industrial electricians it supplies for shift cover in Brisbane have been assessed by people who do the work themselves, and they arrive with an engineering business, a workshop and 24/7 support standing behind them. In a market where the scarce commodity is proven capability rather than bodies, that distinction is the whole point.

    If the shortage is currently showing up on your roster as overtime, uncovered shifts or a vacancy that will not close, it is worth a conversation. Reach BevTech through the contact form at bevtech.com.au.

@Fd2X@HoSi10178
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