Heat Pump Installations Launceston

Your job is carried out by licensed electricians who keep up with current Australian Standards. Test instruments are calibrated, paperwork is supplied and you can reach us if you have a question later. It is electrical work done right, with clear accountability.

Most of our work comes from people telling friends and family. We keep things simple, turn up when we say, and clean up before we leave. If something needs a tweak after the fact, we come back and sort it.

A split system has one outdoor unit connected to a single indoor wall or floor unit, heating or cooling one room or open-plan area. A ducted system has one outdoor unit connected to a concealed indoor plenum that distributes conditioned air through ducts and ceiling or floor vents across multiple rooms. Split systems are less expensive to install and ideal for targeting specific rooms. Ducted systems cost more but deliver consistent whole-home comfort with no visible indoor units. 

A standard single reverse-cycle split system is typically installed in 3–5 hours and completed on the same day. Ducted systems are a larger project,  most residential ducted installations take 1–2 days, depending on roof or subfloor access, the number of outlets, and whether any switchboard work is required. We confirm the expected duration when we provide your fixed-price quote, so you know what to plan for.

It depends on room size, ceiling height, insulation, glazing and sun exposure. We calculate required kW using these factors to avoid short-cycling and cold spots.

Heat pump capacity is measured in kilowatts (kW). As a rough guide, a bedroom or small living area (up to 20m²) needs around 2.5kW; a medium open-plan area (25-40m²) typically needs 3.5–5kW; and a large open-plan living space (40-60m²) may need 7–8kW. However, room size alone doesn’t determine the right unit. Ceiling height, glazing area, insulation quality, sun exposure, and Launceston’s cold climate zone all affect the required capacity. Undersized units run constantly and never reach target temperature; oversized units short-cycle and lose efficiency. We calculate the required kW from a full heat load assessment before recommending any system.

Quality systems are quiet indoors (often library-level) and respectful outdoors when placed correctly. We consider decibel ratings and location during design.

Yes. We can remove the old unit, cap services where required and install a high-efficiency heat pump, often lowering running costs and improving air quality.

On a solid base or wall brackets with good airflow, safe service access and minimal noise impact to you and neighbors.

Yes. Modern reverse-cycle heat pumps are designed to operate efficiently in sub-zero conditions, and Launceston’s winters, while genuinely cold, are within the rated operating range of all premium brands. The key is specifying the right model. Standard efficiency ratings are measured at 7°C; in Launceston, overnight temperatures regularly reach 2–5°C and occasionally frost. A correctly sized system from a quality brand will heat your home reliably on the coldest July morning.

Yes, for most households. A well-sized reverse-cycle heat pump delivers 3–5 units of heat energy for every 1 unit of electricity consumed, giving a coefficient of performance (COP) of 3–5. Electric panel and oil column heaters convert 1 unit of electricity into 1 unit of heat. Tasmania’s hydro-based electricity grid means the environmental footprint is also lower than gas. Wood heating can be cheaper in running costs if you source cheap or free firewood, but involves maintenance, ash disposal, and air quality considerations that heat pumps eliminate. For most Launceston homes running on standard TasNetworks tariffs, a heat pump is the most cost-effective electric heating option available.

For most standard three-bedroom Launceston homes, a split system unit provides the best value. It usually costs between $2,800 and $5,500 installed. A ducted system is worth considering if you want whole-home coverage including hallways and bathrooms, prefer no visible indoor units, or are building or renovating and can run ducts before ceilings are lined. Ducted systems typically start from $12,000 for a three-bedroom home. We assess your floor plan, existing ceiling access, and usage patterns before recommending one over the other.

No. Australian law requires all refrigerant handling and electrical connection work to be performed by a licensed professional. Attempting a DIY installation voids the manufacturer’s warranty, fails compliance requirements, and creates safety and legal liability. Any tradesperson who offers to install a heat pump “off the books” without a compliance certificate is also putting you at risk when it comes to insurance claims and property sales.

Most standard Launceston homes with a modern switchboard don’t require an upgrade for a single split system. However, older homes, particularly those with pre-2000 wiring or fuse-based boards rather than circuit breakers, may need a switchboard upgrade before installation can proceed safely. Ducted systems draw more current and are more likely to trigger this requirement. We assess your existing electrical setup during the on-site inspection and include any required switchboard work in our fixed-price quote, so there are no surprises on the day.

We supply and install. We source the units directly and include supply, installation, all associated electrical work, brackets, refrigerant lines, penetration sealing, condensate management, commissioning, and the compliance certificate in a single fixed-price quote. This protects the manufacturer’s warranty, ensures the unit is the correct model for your space, and means we can stand behind the full job.

As of mid-2025, Tasmania’s Energy Saver Loan Scheme has closed and there are currently no active state-level rebates for reverse-cycle heat pumps in Tasmania. 

Yes. Every Mance Electrical heat pump installation is completed by a licensed electrician and includes a Certificate of Electrical Compliance. This is your legal record that the work meets Australian Standards (AS/NZS 3000), and it’s required by your insurer, relevant for any future property sale, and proof of warranty-valid installation under the manufacturer’s terms. 

Annual professional cleaning is recommended for residential heat pumps in Launceston. Tasmania’s winter climate means systems work harder and longer than in warmer states, which accelerates filter loading and puts more hours on the compressor. A professional clean includes coil cleaning, drain flush, electrical connection inspection, and a performance test. In addition to the annual clean, filters should be cleaned by the homeowner every 1–3 months depending on usage, most modern units have accessible, washable filters behind the indoor unit’s front panel.

Homeowners can safely clean or rinse the indoor unit’s air filters every 1-3 months, most filters slide out from behind the front panel without tools. Wiping the indoor unit’s exterior and clearing debris from around the outdoor unit are also fine DIY tasks. All other work, refrigerant handling, electrical checks, coil cleaning, drain inspection, and fault diagnosis, must be performed by a licensed professional. Attempting to open the refrigerant circuit yourself is illegal under Australian law and voids your warranty.

Call us on (03) 6331 4711. For existing Mance Electrical customers, we prioritise repair callouts during winter where we can. For fault diagnosis, we’ll assess whether the issue is electrical (which our licensed electricians handle directly) or refrigerant-related (which our accredited refrigeration partners address). Common winter faults include the outdoor unit icing up due to a failed defrost cycle, an electrical fault, or a refrigerant leak, all of which are diagnosable in a single visit. We carry certificates of compliance and provide written documentation of any repair work.