An office RCD program example should do more than assign a date for pressing the test button. It should identify every relevant safety switch and portable RCD, define who is responsible for testing, record results, and create a clear response when a device fails. For facilities managers and WHS coordinators, that structure turns an electrical safety task into an auditable control.
RCDs, also called safety switches, are designed to disconnect power quickly when they detect an imbalance in electrical current. They reduce the risk of serious electric shock, but only when they are correctly installed, tested and maintained. An office environment may appear low risk compared with a workshop or construction site, yet it still contains kettles, monitors, docking stations, chargers, photocopiers, cleaners’ equipment and extension leads that can develop faults over time.
What an office RCD program needs to achieve
A practical program has two purposes. First, it helps protect people from electrical hazards by confirming that RCDs operate as intended. Second, it gives the business defensible records for internal reviews, client requirements, insurer enquiries and workplace safety audits.
The program should cover fixed RCDs in switchboards that protect office circuits, as well as portable RCDs used with temporary power, cleaning equipment, maintenance tools or outdoor tasks. These are different asset types, and the testing method, access requirements and records should make that distinction clear.
Testing intervals are not one-size-fits-all. The appropriate frequency depends on the workplace risk assessment, the type of RCD, how and where it is used, the manufacturer’s instructions, applicable legislation and the relevant Australian Standard. AS/NZS 3760 provides the recognised framework for the in-service safety inspection and testing of electrical equipment, including portable RCDs. Fixed electrical installations and safety switches also need to be managed in line with the installation requirements and advice of a qualified electrical professional.
Office RCD program example
The following example is suitable as a starting point for a multi-level office with a reception area, open-plan workspaces, meeting rooms, kitchenettes, amenities and a cleaners’ store. It is not a substitute for a site-specific risk assessment or electrical advice, but it shows the level of control expected in a well-managed program.
| Program area | Typical assets | Control | Record required | | — | — | — | — | | Main switchboard | Fixed RCDs protecting general power circuits | Scheduled functional and instrument testing by a competent person, with safe access controls | Switchboard ID, circuit details, test readings, pass/fail outcome, technician details | | Floor distribution boards | RCD-protected lighting and socket-outlet circuits | Testing planned around tenant operations to avoid disruption to essential equipment | Board ID, circuit ID, outage approval, results and corrective actions | | Kitchenettes and amenities | RCD-protected socket outlets, hand dryers and appliances | Confirm protection is identified and include related portable appliances in the test and tag register | Asset register links, RCD result, appliance test status | | Cleaners’ store | Portable RCDs, leads, floor cleaners and chargers | Visual inspection and electrical testing at the frequency set by the risk assessment | Asset ID, tag status, test date, next due date and result | | Meeting rooms and hot desks | Extension leads, power boards and temporary charging equipment | Remove damaged or unapproved items and test in-service equipment as scheduled | Equipment asset number, location and test outcome |
The program owner could be the facilities manager, with testing arranged through an authorised service provider and local office representatives responsible for access. This division matters. A program often fails not because testing was forgotten, but because no one could access a locked riser cupboard, an IT room was unavailable or a circuit could not be isolated without notice.
Example annual workflow
At the beginning of the year, the facilities manager reviews the asset register and confirms which switchboards, distribution boards, portable RCDs and RCD-protected areas are in scope. Any tenancy changes, fit-outs, relocated workstations or new equipment should be captured at this point.
Before each scheduled visit, the tester receives the current register, site contacts, access instructions and a list of critical loads. These may include server racks, communications equipment, security systems, refrigeration, medical devices in an onsite first-aid or clinical area, and equipment supporting after-hours operations. Critical circuits need a planned isolation process. Testing should never create an uncontrolled shutdown simply because the register was incomplete.
During testing, the technician identifies the RCD, carries out the required checks using suitable test equipment, records the result and verifies that the asset is clearly labelled. For portable RCDs, this usually includes inspection for damage, testing and an updated tag where applicable. Failed devices must be removed from service or isolated immediately, with the fault recorded and referred for repair or replacement.
After the visit, the business receives a digital report and updated asset register. The report should show completed work, pass and fail results, exception items, due dates and any actions required. A useful report does not leave the office manager to interpret vague notes such as “check circuit”. It identifies the exact board, circuit, asset or location and states the next step.
Set testing frequency by risk, not convenience
A common mistake is setting one annual date for every electrical item because it is easy to administer. That may be appropriate for some low-risk office equipment, but it can overlook areas with greater wear, temporary use or exposure to moisture.
For example, a fixed RCD protecting office power outlets may have a different management approach from a portable RCD used by cleaners, contractors or maintenance staff. Equipment in a kitchenette, loading area or outdoor courtyard can also warrant closer attention than a desktop monitor that remains undisturbed at a workstation.
Risk factors to document include the environment, likelihood of physical damage, frequency of movement, access by contractors, moisture, dust, age of the installation and the consequences of an unexpected power interruption. Where the office forms part of a warehouse, retail space, manufacturing operation or healthcare facility, the program should not assume the office rules apply to every adjacent area.
Define what happens when an RCD fails
A program is only credible when it contains a clear failure procedure. A failed RCD is not an administrative exception to be resolved later. It is a safety issue requiring prompt control.
The immediate action is to identify and isolate the affected RCD or circuit where safe to do so, prevent use of any affected equipment, and notify the responsible manager. A licensed electrician should assess fixed wiring, switchboard components and installed RCD faults. Portable RCDs should be removed from service and clearly marked until repaired, replaced or disposed of.
The report should record the failure date, affected location, interim controls, person notified, repair reference and verification that the corrective work has been completed. This closes the loop. Without that evidence, a pass/fail report can show that a defect was found but not that the workplace was made safe.
Keep the RCD register connected to your wider compliance records
RCD records work best when they are not held in a separate spreadsheet that no one checks until an audit. Link RCD information to the electrical asset register, test and tag results, corrective maintenance records and upcoming compliance calendar.
Each entry should include an asset or circuit identifier, location, type of RCD, test date, result, next due date, technician details and any follow-up action. Where an RCD protects a defined group of outlets, record that relationship. It helps staff understand which equipment may be affected if a circuit trips and gives contractors a clearer picture of the installation.
For larger offices or portfolios across Sydney, Melbourne, Adelaide and Brisbane, consistent naming conventions are particularly valuable. A location code, floor number, board number and circuit reference make reports easier to review remotely and prevent duplicate or missing records when sites change hands.
Make testing fit the working day
Electrical safety controls should be thorough, but they should also be planned around operations. Notify staff in advance, confirm which equipment must remain energised, arrange access to locked areas and schedule any planned interruption outside peak periods where practical.
AGE Electrical Testing Services can support this process with qualified technicians, coordinated on-site testing and detailed digital reporting that keeps RCD outcomes visible alongside broader electrical compliance requirements. For offices with recurring obligations, the strongest program is one that makes the next test date, outstanding defect and responsible action easy to see before they become an audit problem.
A well-maintained RCD program gives an office more than a completed checklist. It gives the people responsible for the workplace a reliable record that electrical risks are being identified, tested and acted on with appropriate care.
