10A
CSG DRSO310 | Fusion DIN Rail Socket Outlet 3 Pin 2 Pole 10A.. Discontinued
$16.83
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A DIN mount GPO is a 240V socket outlet built to clip directly onto 35mm DIN rail. The rail is the standard mounting system used inside Australian switchboards, distribution boards, machine panels, data cabinets, HVAC control panels, and automation enclosures. Instead of sitting on a wall like a standard GPO, the outlet sits among the protective devices, contactors, and timers that already run on the rail.
This format gives electricians a tidy way to bring 240V into a panel for internal service power and commissioning. Common uses include powering routers and modems inside data cabinets, running PLC accessories, supplying timers and panel lighting, and providing a socket for test equipment during commissioning and fault finding.
In plain Australian electrical terms, a DIN mounted GPO is a modular socket outlet that uses the same 35mm rail clip as a circuit breaker or RCBO. It accepts a standard Australian three-pin plug to AS/NZS 3112 and runs on 240V AC. Variants are most often rated at 10A or 15A, with the rating chosen to suit the upstream circuit protection and the connected load.
Because the body is modular, it takes up a fixed number of DIN modules on the rail. The face sits flush with the panel cover so the socket is accessible without opening the enclosure. The cable terminations sit at the back, hidden behind the panel.
The outlet is wired from a protected circuit inside the switchboard or enclosure. Active, neutral, and earth conductors land on the rear terminals according to the manufacturer's datasheet. Polarity, earth continuity, and termination torque must follow AS/NZS 3000 and the product documentation. Wiring, testing, and commissioning are licensed electrical work and must be carried out by a qualified electrician.
Once wired and tested, the outlet behaves like any other Australian three-pin socket on its face. Plug-in equipment connects normally, and the upstream circuit breaker and any RCD continue to protect the circuit.
DIN mount GPOs save space and tidy up wiring inside a panel. They share the same rail as the breakers, so there is no need for a separate back box, conduit entry, or fixing plate. Removal and replacement are quick, which helps on commissioning days and during fault finding. The panel cover keeps the cabling hidden, which gives a cleaner finished switchboard.
A standard wall GPO is still the right choice for occupied spaces, kitchens, and bedrooms. A surface socket suits sheds, garages, and retrofits where chasing the wall is not practical. A weatherproof GPO is selected for outdoor and exposed locations. DIN GPOs sit inside the panel and are not exposed to the room.
The right specification depends on the load, the available rail space, the enclosure environment, and the upstream protection. The notes below cover the points to check on a datasheet before ordering.
A 10A DIN mount GPO covers general panel accessories such as modems, routers, NBN equipment, small chargers, panel lighting, and most plug-in test gear. A 15A DIN mount GPO suits higher-draw tools and equipment where the circuit and outlet are correctly rated for that load.
The current rating of the outlet must align with the upstream protective device, the cable size, and the maximum load. Fitting a 15A outlet to a 10A circuit creates a labelling and selectivity problem. Fitting a 10A outlet to a load that draws closer to 15A creates heat and nuisance tripping. Match the rating across the whole circuit before ordering.
DIN GPOs are measured in modules, where one module is the standard width of a single-pole circuit breaker. Single, double, and multi-outlet designs are available, and each takes up a fixed number of modules on the rail. Before ordering, check the available rail space, the enclosure depth, the cable bend radius behind the panel, and the clearance to adjacent breakers, RCDs, and contactors.
DIN GPOs use either screw terminals or push-in cage clamp terminals. Screw terminals are the most common in Australian switchboards and accept a wide range of conductor sizes. Push-in terminals are quicker to wire and reduce assembly time on repeat panel builds.
Check the datasheet for accepted conductor sizes, stranded or solid compatibility, and the recommended torque for screw terminals. Correct torque and termination quality are essential for safety. All wiring is licensed electrical work.
An IP20 DIN mount GPO suits clean internal switchboard environments where the panel itself provides the protective enclosure. IP44 or higher may be required when the outlet sits inside an outdoor, dusty, or wet enclosure, or when the panel cover is removed during normal operation. Match the outlet IP rating to the enclosure rating and the site conditions.
DIN mount GPOs sit inside switchboards and electrical enclosures, so they fall under the same compliance framework as any other 240V socket outlet on the installation.
The socket face must comply with AS/NZS 3112 for plug and socket compatibility. The installation must comply with AS/NZS 3000, the Wiring Rules. Products sold for use in Australia carry the RCM mark when they meet the regulator's electrical safety and EMC requirements. Buying through a reputable Australian electrical supplier helps confirm the certification and traceability of the product.
Every DIN GPO circuit requires appropriate overcurrent protection upstream. The protective device is normally an MCB or RCBO sized to the cable and the outlet rating. Whether the circuit needs RCD protection depends on the installation type, the location, and the obligations in the Wiring Rules. A licensed electrician should verify the protection arrangement for each switchboard or panel before energising.
Installation work covers isolation of the supply, test-before-touch, correct polarity, earth continuity, insulation resistance, labelling, and final functional testing. These steps sit inside the scope of licensed electrical work in Australia. The notes here are a high-level overview only, not a DIY guide. Testing and commissioning should be carried out by a licensed electrician or a suitably qualified electrical contractor.
DIN mount GPOs turn up across residential, commercial, and industrial work. The use case usually defines the rating, the IP requirement, and the brand selection.
Inside residential, commercial, and industrial distribution boards, DIN GPOs provide a permanent service socket for testing, fault finding, and panel-mounted accessory power. They sit alongside the main switches and protective devices on the rail and connect through the same wireways.
Machine builders and panel builders use DIN mount GPOs to power PLCs, HMIs, control accessories, diagnostic laptops, and modems for remote access. The outlet often supplies a dedicated low-current circuit that is independent of the main motor or process loads, so the controls remain available during fault conditions.
Inside a data cabinet, a DIN mount GPO neatly supplies routers, NBN hardware, access control modules, and communications equipment. The modular format avoids the bulk of a wall GPO inside a confined rack and supports tidy cable management.
In plant rooms and building services panels, DIN GPOs power service devices, control accessories, and tools during commissioning and maintenance. Commercial maintenance teams and facility managers value the consistent socket location across a portfolio of sites.
Each Australian socket type has a clear role. The table below summarises where each one fits.
| Outlet Type | Mounting | Typical Use | Environment |
|---|---|---|---|
| DIN Mount GPO | 35mm DIN rail inside a panel | Switchboards, control panels, data cabinets | Inside the panel or enclosure |
| Standard Wall GPO | Wall-mounted plate | Occupied rooms, offices, retail | Indoor, occupied spaces |
| Surface Socket | Surface-fixed back box | Sheds, garages, retrofit work | Indoor or sheltered |
| Weatherproof GPO | Surface-fixed sealed plate | Outdoor power, exposed walls | Outdoor, IP54 or higher |
| Industrial Socket | Wall, surface, or panel mount | Three-phase loads, harsh sites | Industrial, IP66 typical |
A standard wall GPO is built for occupied rooms. It sits in a wall plate, faces the user, and runs from a cable behind the plasterboard. A DIN mount GPO sits inside the panel on the rail and is reached through the panel cover. The wall GPO is the right choice in living spaces, offices, and retail. The DIN GPO is the right choice when the load lives inside the switchboard or enclosure.
Surface sockets are designed for walls in sheds, garages, and retrofit installations where chasing is not practical. They use a separate back box with conduit entries. DIN GPOs share the rail and wireway with the rest of the panel, so there is no back box and no separate conduit run to the outlet.
Weatherproof GPOs are selected for outdoor and exposed access points where rain, dust, and direct sunlight reach the socket. DIN GPOs rely on the enclosure rating for environmental protection. If the panel is outside, the panel itself carries the IP rating and the DIN GPO can be a standard IP20 unit inside it.
A standard Australian three-pin DIN GPO suits single-phase service power at 10A or 15A. Industrial sockets are used for higher current, three-phase loads, harsh environments, and plug formats designed for site work. The two product families serve different jobs and should not be substituted for each other.
The selection process is short and practical once the panel layout is known. Working through it before ordering reduces the chance of an incorrect outlet arriving on site.
Sourcing through an Australian electrical wholesaler gives access to RCM-compliant product, current pricing, datasheets, and trade-friendly dispatch. Sparky Direct stocks DIN mount GPOs alongside the rest of the switchboard product family, including circuit breakers, RCDs, enclosures, and busbars.
Repeat panel builds, project quantities, and site rollouts run more smoothly when the same DIN GPO is used across the job. Consistent product selection simplifies labelling, training, and fault finding. For small electrical contracting businesses and switchboard builders, locking in a preferred 10A and 15A DIN GPO across the workshop reduces ordering mistakes and shortens build time.
Quality in this product class shows up in the rail clip, the housing material, and the terminal design. Cheap units may look identical at first glance but fail under heat, vibration, or repeated reterminations.
DIN mount GPOs are stocked from Clipsal, Hager, HPM, Legrand, PDL, and NHP, with crossover into panel-accessory ranges from other compliant manufacturers. Brand selection often comes down to matching the existing switchboard system, the datasheet detail, and stock availability for the project timeline.
A reliable DIN GPO clips firmly to the rail and stays put under vibration. The housing material resists heat and impact. The terminal design holds the conductor under torque without loosening over time. The socket contacts maintain grip after repeated plug insertions. The product carries clear RCM marking and matches a current published datasheet. These features separate a low-cost outlet from one that lasts the life of the panel.
Price is not the only measure of value. The total installed cost includes assembly time, return visits, and the cost of a callback if the outlet fails. A better-value DIN GPO often has a faster termination, a cleaner rail clip, and consistent stock for repeat orders. Compliance, fitment, terminal quality, and availability should sit ahead of headline price when comparing options.
DIN mount GPOs are low-maintenance products, but they sit in busy panels and can show wear over time. The notes below cover the common signs and causes, and how to handle a replacement.
Common signs include heat discolouration on the face or terminals, a loose feel on the DIN rail, or a cracked housing. Intermittent power, a socket face that grips the plug poorly, or a failed insulation resistance test are other red flags. Any of these should trigger isolation and inspection by a licensed electrician.
The usual causes are loose terminations, sustained overload close to the rating, incorrect IP rating for the enclosure environment, moisture ingress, excess heat from nearby contactors or VSDs, and physical damage from cables or tools. Repeated tripping of the upstream MCB or RCD often points to a connected-load issue rather than a fault in the outlet itself.
Clear labelling, adequate access clearance, periodic inspection, and spare units on the shelf keep DIN GPOs serviceable across the life of the switchboard. Replacement units should match the original rating, terminal type, and certification so the as-built drawings remain accurate.
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Watch Clipsal 4SSO15D15 | 15 Amp Din Mounted GPO (Double Pole) video
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Hard to find a DIN mount GPO. This one does the job well. Only negative is the red indicator lights up when there is current draw. I would prefer when there is power to the GPO.
Great compact timer. Fits easily to DIN rail and is uncomplicated when a single switch on/off is required. The analogue timer is not rocket science to set up and has battery backup built in to allow the timer to continue operating for short mains breaks. I used it to control a higher amperage contactor for my requirements. Simple and effective.
Having tried other enclosures which leaked I looked to Sparky for an IP66 initial. The unit has the necessary hardware for easy use. The din rail has only a small space to run wiring behind it so careful planning is necessary. Else, the quality is good and the price is OK. So far there has been no water ingress.
Quality products in stock • Fast Australia-wide delivery • Competitive trade pricing
Browse DIN Mount GPOs → Get Expert Advice →Yes. They are designed for quick mounting onto DIN rails by licensed electricians.
DIN mount GPOs are available from Sparky Direct, offering Australia-wide delivery and access to compliant electrical components.
Consider the switchboard layout, required rating, and confirm suitability with your electrician.
Returns depend on the seller’s return policy and whether the product is unused and in original packaging.
They usually include a manufacturer’s warranty, subject to correct installation and normal use.
DIN mount GPOs are typically sold individually, allowing flexibility for specific installations.
No. They generally require no maintenance beyond normal electrical safety checks.
Yes. DIN rail accessories are standard components for licensed electricians.
Yes. They can be added during switchboard upgrades, subject to space and electrical capacity.
Yes. They are frequently used in automation, control, and data enclosures.
Yes. Their compact DIN rail design helps keep switchboards organised.
They are often used for service tools, control equipment, or monitoring devices.
Yes. Safety depends on correct installation and compliance with Australian electrical standards.
A DIN mount GPO is a general power outlet designed to clip onto a standard DIN rail inside a switchboard or enclosure.
They are typically installed inside enclosures and are not visible in everyday living or working areas.
They provide a neat and practical way to access power inside a switchboard or enclosure.
Some models may include integrated switches or be used alongside protective devices, depending on the installation design.
Yes. They are designed to clip onto standard 35 mm DIN rails.
Yes. They are widely used in commercial and industrial control panels and switchboards.
They are generally used in electrical enclosures rather than living spaces, but may be installed in residential switchboards where appropriate.
Most DIN mount GPOs are rated at 10 amps for general-purpose use.
They are designed for standard Australian mains supply of 230–240 volts AC.
Yes. Installation must be carried out by a licensed electrician in accordance with AS/NZS 3000 Wiring Rules.
Yes. DIN mount GPOs are designed to comply with relevant Australian electrical requirements, including AS/NZS 3112, when installed correctly.
They are commonly used in switchboards, control panels, and electrical enclosures to provide convenient internal power access.
