Rheem 311325 Solar Hot Water System $6299 Installed - Water Heater - Solar
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Rheem Loline 325L Twin Panel Solar Hot Water System | Supply+Install | LIFETIME WARRANTY

Hot water, hassle-free. This Rheem is built for families who value reliability, efficiency, and peace of mind. With expert installation and unbeatable service, you’re in the best hands!
Quick Specs & Benefits View product specifications and key details
  • Model: 511325
  • Volume: 325L
  • Width: 640 mm
  • Height: 1640 mm
  • Recommended Household Size: 6 people
  • Noise Level: NA dB
  • WiFi Controller Built-In/Compatible: No
  • Internal Cylinder Material: Steel Enamel
  • Made In: Australia
  • STC Rebate Eligible - $1000 Upfront Discount Included +

    What is an STC?

    STC stands for Small-scale Technology Certificate. It is part of an Australian Government scheme designed to encourage energy-efficient hot water systems and other eligible renewable technologies.

    How does it work?

    When your new system qualifies, STCs are created based on the expected energy savings and location of the installation. These certificates have a value, and that value is applied as an upfront discount to help reduce the installed cost.

    How is it shown on our jobs?

    For eligible systems, the STC value is already included as a flat rate $1000 upfront discount in the total installed price shown, so you do not need to claim it separately after installation.

    Who is eligible?

    Eligibility generally applies to installations of approved systems at Australian homes and businesses where the product, property type, and installation details meet current STC program requirements.

    If you are unsure whether your property or system qualifies, contact us before ordering and we can help confirm it.

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🏷️ Brand – Rheem
🔢 Model Number
– 511325
📦 Volume
– 325L
📏 Width – 640mm
📐 Height – 1640mm
🌍 Manufactured In – Australia
🛠️ Cylinder / Heat Exchange Material
– Steel Enamel
🛡️ Cylinder / Heat-Exchange Warranty
– 5 Years
🔇 Noise Level – NA dBa
⚖️Dry Weight – 92kg
⚡ Energy Source – Solar📡 WiFi Controller Built-in or Compatible – No
⏲️ Built-In Timer
– No
💡 LED/LCD Status Indicator
– Yes
📊 Coefficient of Performance (COP)
–

RHEEM LOLINE SOLAR HOT WATER

Rheem LoLine 325L 511325 Twin Panel Solar Hot Water Installation in Brisbane & Gold Coast

Looking for Rheem LoLine 325L 511325 installation in Brisbane or the Gold Coast? JR Gas & Water supplies and installs solar hot water systems for homeowners wanting to use Queensland sunshine to heat water while retaining an electric boosting option for periods of reduced solar energy.

The Rheem LoLine 325L 511325 is a 325 litre twin panel split solar hot water system designed for larger households with substantial daily hot water requirements.

Its split system design separates the roof-mounted solar collectors from the hot water storage tank, providing greater flexibility in tank positioning than a close-coupled roof-mounted storage system.

The supplied product information positions the Rheem LoLine 325L for households of approximately six to seven people, depending on hot water usage.

The system is described as featuring a vitreous enamel lined steel storage cylinder, two solar collector panels and an electric backup booster element for heating water when solar contribution is insufficient.

With a nominal storage capacity of 325 litres, the system is intended to accommodate the greater hot water demands of larger families while using solar energy whenever conditions permit.

The supplied specifications identify a tank height of 1640mm, width of 640mm and dry weight of 92kg. These figures should be checked against the exact current tank specification before installation.

JR Gas & Water provides Rheem LoLine 325L supply, replacement and installation across Brisbane, the Gold Coast, Logan, Ipswich, Moreton Bay and Redlands.

Our installation approach considers household hot water demand, roof suitability, collector positioning, tank location, electrical supply, plumbing, access and the condition of any existing solar hot water infrastructure.

Rheem LoLine 325L 511325 at a glance: The Rheem LoLine 325L 511325 is a 325 litre split solar hot water system described as using two roof-mounted solar collector panels and an electric backup booster. It is positioned for larger households of approximately six to seven people, depending on usage. The storage cylinder is described as vitreous enamel lined steel, with supplied dimensions of 1640mm high by 640mm wide and a dry weight of 92kg. The supplied information also states a five-year factory cylinder warranty, which should be confirmed against the current Rheem warranty statement.

Rheem LoLine 325L 511325 Key Features

325L Storage Capacity

Large-capacity hot water storage designed for households with substantial daily demand.

Twin Solar Collectors

Two roof-mounted solar collector panels capture solar energy for water heating.

Split System Design

Separates the storage tank from the roof-mounted collectors for flexible installation planning.

Electric Backup Boosting

A backup heating element supports hot water availability when solar energy is insufficient.

Vitreous Enamel Tank

The steel storage cylinder is described as having a protective vitreous enamel lining.

Large Household Suitability

Positioned for approximately six to seven people, depending on usage patterns.

Mains Pressure Supply

Designed to provide pressurised hot water to suitable connected household outlets.

Rheem Manufacturing

The supplied product information identifies Australian manufacturing and a five-year factory cylinder warranty.

PRODUCT OVERVIEW

What Is the Rheem LoLine 325L 511325 Solar Hot Water System?

The Rheem LoLine 325L 511325 is a split solar hot water system combining a large-capacity storage tank with two roof-mounted solar collectors.

The collectors absorb energy from sunlight and transfer heat into the system's water heating arrangement.

Heated water is stored in the 325 litre cylinder for use throughout the home.

The system also incorporates an electric boosting arrangement to provide additional heating when the available solar contribution does not meet demand.

Unlike a close-coupled solar hot water system, which places the storage tank on the roof with the collectors, the LoLine split design allows the storage tank to be positioned separately.

This can provide greater flexibility when assessing roof loading, tank access and available installation space.

The supplied product information identifies the Rheem LoLine range as available in 270L, 325L and 400L capacities, although current configurations and availability should be confirmed.

The 325L model is positioned between the smaller and larger capacities for households needing substantial hot water storage without automatically selecting the largest available system.

Why Choose the Rheem LoLine 325L Twin Panel Solar System?

Solar Energy Contribution

Uses sunlight as a source of heat, potentially reducing the electricity required for water heating compared with an otherwise comparable electric-only system.

Large Storage Capacity

A 325 litre cylinder provides substantial stored hot water capacity for suitable larger households.

Electric Boosting

Backup electric heating supports hot water availability during cloudy weather or periods of increased demand.

Split System Flexibility

The tank and solar collectors are installed separately, allowing more flexibility in system positioning.

Protective Tank Lining

The vitreous enamel lined steel tank is designed with internal corrosion protection.

Established Hot Water Brand

Rheem offers an established solar hot water product range with manufacturer documentation and warranty support.

HOUSEHOLD SUITABILITY

Is the Rheem LoLine 325L Suitable for a Family of Six or Seven?

The supplied product information positions the Rheem LoLine 325L 511325 for households of approximately six to seven people.

This makes it worth considering for larger families with regular hot water requirements across showers, bathrooms, kitchens and household cleaning.

However, household size is only one part of hot water system sizing.

Actual suitability depends on shower duration, water flow rates, simultaneous outlet use, bath usage, incoming water temperature and the availability of solar energy.

The amount of hot water used during peak morning and evening periods can be particularly important.

A household with six people taking short showers may have different requirements from a household with the same number of occupants taking longer showers or regularly filling large baths.

JR Gas & Water considers the property's actual hot water usage and existing system performance before recommending a replacement capacity.

How Does the Rheem LoLine 325L Twin Panel Solar Hot Water System Work?

1. Solar collectors absorb sunlight: Two roof-mounted collector panels capture solar energy.

2. Heat is transferred: The solar heating arrangement transfers collected energy into the hot water system.

3. Heated water is stored: The 325 litre storage cylinder retains heated water for household use.

4. Hot water is delivered: When a connected outlet is opened, stored hot water is supplied through the property's plumbing.

5. Electric boosting operates when required: The backup electric element provides additional heating when solar energy is insufficient.

6. Solar heating resumes: When conditions allow, solar energy contributes to heating the stored water again.

The exact solar circulation method, pump arrangement and control components should be confirmed against the current Rheem LoLine 511325 installation documentation.

What Is a Split Solar Hot Water System?

A split solar hot water system places the solar collectors and storage tank in separate locations.

For the Rheem LoLine 325L, the twin solar collectors are mounted on the roof while the storage cylinder is positioned separately in an approved location.

This arrangement differs from a close-coupled system, where the tank and collectors are installed together on the roof.

A split system can offer installation flexibility because the roof does not need to carry the full weight of the water-filled storage cylinder.

However, the roof must still be suitable for the solar collectors and mounting hardware.

Collector-to-tank pipework, circulation requirements, roof access and installation distances must also be considered.

The final layout should follow Rheem's approved installation instructions.

Why Does the Rheem LoLine 325L Use Two Solar Panels?

The Rheem LoLine 325L 511325 is described as a twin panel solar hot water system.

The two roof-mounted solar collectors provide the surface area used to absorb solar energy for water heating.

Solar performance depends on collector design, available sunlight, roof orientation, tilt, shading and system operating conditions.

Two collectors can provide greater collection area than a comparable single-panel configuration, although actual performance depends on the specific collectors and installation.

The collectors should be positioned to achieve suitable solar exposure while complying with roof mounting, wind loading and manufacturer requirements.

Exact collector model codes, dimensions and performance ratings should be confirmed from current Rheem documentation.

Does the Rheem LoLine 325L Have Electric Boosting?

Yes. The supplied product information describes the Rheem LoLine 325L as incorporating a backup electric booster element.

Solar energy contributes to heating the stored water when suitable sunlight is available.

During cloudy weather, extended periods of reduced sunlight or higher-than-usual hot water demand, electric boosting can provide additional heating.

This helps maintain hot water availability when solar heating alone is insufficient.

The booster is not necessarily required to operate continuously.

Its operation depends on the system controls, water temperature, electrical arrangement and household usage.

The exact element rating, boost control method and electrical requirements should be confirmed for model 511325.

How Efficient Is the Rheem LoLine 325L Solar Hot Water System?

The Rheem LoLine 325L uses solar energy to contribute to domestic water heating.

This can reduce the amount of electricity required for heating water compared with a conventional electric-only storage system under suitable operating conditions.

Actual savings depend on household demand, local solar conditions, collector positioning, shading, booster operation and electricity tariffs.

Brisbane and the Gold Coast offer opportunities for solar hot water installations because of their available sunlight, although daily performance varies with weather and seasonal conditions.

The supplied description mentions a coefficient of performance approaching four. However, a COP rating is not ordinarily the primary efficiency metric used to describe conventional solar thermal water heating, and that figure has not been verified for this model.

Solar contribution, annual energy consumption and any manufacturer-certified performance ratings should be checked against the current Rheem product documentation rather than relying on an unverified COP figure.

Rheem LoLine 325L Vitreous Enamel Lined Steel Storage Tank

The Rheem LoLine 325L is described as using a vitreous enamel lined steel storage cylinder.

Vitreous enamel is a protective lining applied to the inside of the steel tank.

The lining forms part of the storage cylinder's corrosion protection design.

The tank's long-term performance depends on water quality, operating conditions, installation and maintenance.

Any sacrificial anode configuration and associated maintenance requirements should be confirmed from Rheem's current documentation.

The tank should be installed in an approved location with appropriate support, plumbing, drainage and access for future servicing.

Rheem LoLine 325L Tank Dimensions and Installation Space

The supplied product information identifies the following storage cylinder dimensions:

1640mm Height

Supplied tank height, subject to confirmation against the exact current model specification.

640mm Width

Supplied tank width, subject to confirmation against the exact current model specification.

92kg Dry Weight

Supplied dry weight of the storage tank, excluding stored water and installation components.

These measurements should not be treated as the complete space required for installation.

Additional room may be needed for water connections, valves, electrical components, service clearances and drainage.

The supporting surface must also be suitable for the weight of the tank when filled with water.

A 325 litre tank holds a substantial mass of water, so structural support and positioning must be assessed accordingly.

Exact dimensions, full operating weight and required clearances should be confirmed before installation.

Rheem LoLine 325L 511325 Specifications

Specification Details
Brand Rheem
Product Range LoLine Solar Hot Water
Model 511325
Nominal Storage Capacity 325 litres
System Type Split solar hot water system
Solar Collector Configuration Twin panel
Backup Heating Electric booster element described
Storage Cylinder Construction Vitreous enamel lined steel
Household Suitability Approximately six to seven people, depending on usage
Supplied Tank Height 1640mm — manufacturer confirmation required
Supplied Tank Width 640mm — manufacturer confirmation required
Supplied Dry Weight 92kg — manufacturer confirmation required
Water Connection Position Left-hand inlet and outlet arrangement described
Water Supply Mains pressure
Installation Location Internal or external installation described; confirm approved configuration
Other Range Capacities 270L and 400L options described; confirm current availability
Manufacturing Origin Australia, as stated in supplied product information; confirm current model
Supplied Cylinder Warranty Five-year factory cylinder warranty stated; confirm current warranty conditions
Collector Model Confirm manufacturer specification
Collector Dimensions Confirm manufacturer specification
Solar Circulation Method Confirm manufacturer specification
Booster Element Rating Confirm manufacturer specification
Electrical Requirements Confirm manufacturer specification
Operating Weight Confirm manufacturer specification
Water Pressure Limits Confirm manufacturer specification
Current Product Availability Confirm with Rheem or supplier
Installation Areas Brisbane, Gold Coast and eligible surrounding areas

Specifications are based on the supplied product information and have not been independently verified against current Rheem documentation. Model compatibility, dimensions, weights, collector specifications, booster details, installation approvals, warranty coverage and availability should be checked before publication or installation.

Roof Requirements for Rheem LoLine 325L Twin Panel Installation

The Rheem LoLine 325L requires a suitable roof location for its two solar collector panels.

The roof must be capable of supporting the collectors, mounting hardware and applicable wind loads.

Roof pitch, orientation, shading and available mounting space can all influence installation suitability.

The condition of the roof covering and supporting structure should also be considered.

Solar collector installation must include appropriate weatherproofing and roof penetrations where required.

Roof access and working-at-height requirements may affect installation cost and complexity.

JR Gas & Water considers roof suitability as part of planning a split solar hot water installation.

Best Solar Collector Position for Brisbane and Gold Coast Homes

Solar collector positioning influences how much useful solar energy the Rheem LoLine 325L can capture.

Roof orientation, tilt and shading are important considerations.

A suitable north-facing roof area is often favourable for solar collection in South East Queensland, although alternative orientations may be practical depending on the roof and system design.

Shading from nearby trees, neighbouring buildings, roof structures and other obstructions can reduce solar contribution.

Collector placement must also comply with the manufacturer's installation requirements.

The best location balances solar exposure, roof suitability, pipework routing and practical installation access.

Where Can the Rheem LoLine 325L Storage Tank Be Installed?

The split design allows the Rheem LoLine 325L storage tank to be positioned separately from the roof-mounted solar collectors.

The supplied product information describes suitability for internal and external installation, subject to the approved model and installation requirements.

The selected location must provide sufficient space, structural support, plumbing access and electrical access.

Drainage, pressure relief discharge and service clearances must also be considered.

The distance between the collectors and storage tank can affect pipework design and installation complexity.

The final location should be selected in accordance with Rheem's current installation instructions.

Rheem LoLine 325L Left-Hand Water Connections

The supplied product information describes the Rheem LoLine 325L as having left-hand water inlet and outlet connections.

Connection positions are important when replacing an existing storage tank.

A compatible connection arrangement may help simplify pipework changes during replacement.

However, existing plumbing should not be assumed to match the new system without checking connection locations, pipe sizes and valve requirements.

The exact current connection arrangement for model 511325 should be confirmed against Rheem's installation documentation.

JR Gas & Water assesses the existing plumbing layout before confirming the replacement scope.

Does the Rheem LoLine 325L Provide Mains Pressure Hot Water?

The Rheem LoLine 325L is described as a mains pressure storage hot water system.

This allows the system to supply hot water through suitable household plumbing to connected outlets.

Multiple taps may be supplied, subject to the property's pipework, available pressure, flow rates and hot water demand.

Mains pressure operation does not mean the system provides unlimited hot water.

The available stored hot water and recovery performance remain important.

Correct pressure limiting, isolation, temperature control and safety valve arrangements must be provided where required.

What Is Required to Install the Rheem LoLine 325L?

Suitable Roof Structure

The roof must support the twin solar collectors and their mounting arrangement.

Solar Exposure

Collector positioning should provide suitable access to sunlight while limiting avoidable shading.

Tank Installation Space

The storage cylinder requires an approved location with suitable support, clearances and access.

Solar Pipework

Pipework must connect the collectors and storage system in accordance with the approved design.

Electrical Supply

The electric booster and any required solar controls must have a suitable electrical supply.

Plumbing and Safety Valves

The system requires appropriate water connections, pressure controls, temperature controls and discharge arrangements.

What's Involved in Rheem LoLine 325L Installation?

1. Property Assessment

Assess hot water demand, roof suitability, collector location, tank space, plumbing, electrical supply and existing system condition.

2. System Installation

Install the approved tank and collector arrangement, connect solar pipework, plumbing, safety components and required electrical services.

3. Testing and Handover

Test the installation, check relevant safety devices, verify heating and boosting operation, and provide operating guidance.

The installation process may differ depending on whether the work involves a complete new system, a like-for-like replacement or replacement of selected components.

Additional work may be required where existing collectors, mounting hardware, plumbing, electrical services or the storage tank location are unsuitable.

How Much Does Rheem LoLine 325L Installation Cost?

Rheem LoLine 325L supply and installation pricing in Brisbane and the Gold Coast depends on the selected system configuration and work required at the property.

A complete twin panel solar hot water installation involves more components and site considerations than a conventional electric storage tank replacement.

Installation cost factors include:

Supply of the Rheem LoLine 325L storage tank
Supply of the compatible twin solar collectors
Solar collector mounting hardware
Roof pitch and roof covering
Roof access and working-at-height requirements
Structural or mounting modifications
Collector-to-tank pipework
Tank installation position
Removal of the existing hot water system
Condition of existing solar collectors
Electrical booster connection
Solar circulation and control components
Pressure limiting and safety valves
Tempering valve requirements
Drainage and discharge pipework
Additional plumbing or electrical upgrades

Current supply and installation pricing, where available, should be checked in the product options above.

JR Gas & Water can assess the installation and explain any additional work required.

Are Solar Hot Water Rebates Available for the Rheem LoLine 325L?

Solar hot water systems may qualify for incentives under applicable Australian energy programs where the exact system configuration meets the relevant eligibility requirements.

Eligibility depends on the model, approved collector and tank combination, installation details, program rules and installation date.

Not every solar hot water system automatically qualifies for the same incentive.

Any applicable Small-scale Technology Certificates or other incentives must be assessed using the current approved system listing and program conditions.

No rebate amount or eligibility has been assumed for the Rheem LoLine 325L 511325.

JR Gas & Water can clarify whether any current incentive is applicable to the selected installation.

Rheem LoLine 270L vs 325L vs 400L

The supplied product information identifies 270L, 325L and 400L capacities within the Rheem LoLine range.

Selecting the appropriate capacity depends on household size, peak hot water demand, available installation space and the approved collector configuration.

Consideration 270L 325L 400L
Nominal Storage 270 litres 325 litres 400 litres
Relative Capacity Smaller Mid-range Larger
Household Suitability Confirm based on usage Approximately six to seven people as described Confirm based on usage
Collector Configuration Confirm approved combination Twin panel described Confirm approved combination
Installation Space Confirm dimensions 1640mm high × 640mm wide as supplied Confirm dimensions

Current availability, exact model specifications and approved solar collector combinations should be confirmed with Rheem before selecting a capacity.

Rheem LoLine Split Solar vs Close-Coupled Solar Hot Water

Split and close-coupled solar hot water systems both use roof-mounted collectors to capture solar energy.

The main difference is where the storage cylinder is positioned.

Consideration Rheem LoLine Split Solar Close-Coupled Solar
Storage Tank Location Separate from roof collectors Typically roof-mounted with collectors
Roof Loading Roof supports collectors and mounting components Roof also supports the storage tank and stored water
Tank Access May be easier depending on tank location May require roof access
Installation Considerations Collector-to-tank pipework and circulation arrangement Roof structure, tank support and roof access
Best Choice Depends on property layout and installation requirements Depends on roof suitability and preferred configuration

Rheem LoLine 325L Solar vs Conventional Electric Storage

The Rheem LoLine 325L uses solar energy to contribute to heating water, with electric boosting available when required.

A conventional electric storage system relies on electricity as its primary heating source.

Solar hot water may reduce purchased electricity consumption under suitable conditions, but it requires solar collectors and additional installation infrastructure.

Conventional electric storage may involve a simpler installation where an existing electric tank is being replaced.

The best option depends on available roof space, household demand, installation cost, energy tariffs and long-term ownership priorities.

Rheem LoLine 325L Solar vs Heat Pump Hot Water

Solar thermal and heat pump hot water systems use different methods to reduce reliance on conventional electric resistance heating.

The Rheem LoLine uses roof-mounted solar collectors to capture energy from sunlight.

A heat pump uses a refrigeration cycle to transfer heat from surrounding air into stored water.

Solar thermal systems depend on suitable collector positioning and sunlight.

Heat pumps depend on suitable airflow, ambient operating conditions and electrical supply.

Both technologies require correct sizing and installation.

JR Gas & Water can assess which approach better suits the property's roof, available space, electrical supply and hot water requirements.

Can the Rheem LoLine 325L Replace My Existing Solar Hot Water System?

The Rheem LoLine 325L may be considered when replacing an ageing or failed split solar hot water system.

However, a replacement is not automatically a direct changeover.

The existing storage tank, solar collectors, circulation components, pipework, electrical supply and mounting arrangement must be assessed.

Existing collectors should not be assumed compatible with a new storage cylinder.

Collector model, condition, operating pressure, connection arrangement and approved system combinations may affect replacement options.

In some cases, a complete system replacement may be more appropriate than retaining older components.

JR Gas & Water assesses the existing installation before recommending the replacement scope.

Signs Your Existing Solar Hot Water System May Need Replacement

Persistent water leakage from the storage cylinder
Corrosion or visible deterioration around tank connections
Repeated loss of hot water
Frequent reliance on electric boosting
Damaged or leaking solar collector components
Recurring circulation or control faults
High repair costs relative to replacement
Existing system capacity no longer suits household demand

These symptoms do not always mean the complete system needs replacement.

Some faults may be repairable, while others may indicate significant deterioration or incompatibility with replacement components.

A professional assessment can help determine whether repair or replacement is the more practical option.

BRISBANE INSTALLATION

Rheem LoLine 325L Solar Hot Water Installation Brisbane

JR Gas & Water provides Rheem LoLine 325L solar hot water installation in Brisbane for suitable residential properties.

The twin panel split solar design may suit larger Brisbane households wanting substantial hot water storage with solar energy contribution.

Installation planning considers roof orientation, shading, collector mounting, tank positioning, plumbing and electrical boosting requirements.

Existing solar hot water systems may require additional assessment to determine whether components can be retained or should be replaced.

JR Gas & Water also services eligible surrounding areas including Logan, Ipswich, Moreton Bay and Redlands.

GOLD COAST INSTALLATION

Rheem LoLine 325L Solar Hot Water Installation Gold Coast

JR Gas & Water provides Rheem LoLine 325L solar hot water installation on the Gold Coast for suitable homes.

The split system design may appeal to larger households wanting roof-mounted solar collectors without placing the storage cylinder on the roof.

Roof exposure, collector positioning, wind loading, tank location and plumbing access are important considerations.

Properties in coastal environments may also require attention to the suitability of exposed components and mounting materials.

JR Gas & Water assesses the property and intended hot water usage before confirming the installation scope.

Rheem LoLine 325L Warranty and Maintenance

The supplied product information identifies a five-year factory cylinder warranty for the Rheem LoLine 325L.

However, current warranty terms should be confirmed against Rheem's warranty statement for the exact model and installation configuration.

Warranty periods may differ between the storage cylinder, solar collectors, electric booster, circulation components and other parts.

Solar hot water maintenance may include inspection of the storage cylinder, safety valves, solar collectors, pipework and system controls.

Water quality, corrosion protection and any anode maintenance requirements should also be considered where applicable.

Roof-mounted collectors should remain accessible for inspection and maintenance using appropriate safety procedures.

Any JR Gas & Water installation warranty is separate from Rheem's product warranty and subject to the applicable installation terms.

COMMON QUESTIONS

Rheem LoLine 325L 511325 Solar Hot Water Installation FAQs

How much does Rheem LoLine 325L installation cost in Brisbane or the Gold Coast?

Installation cost depends on the tank and collector configuration, roof access, mounting requirements, pipework, electrical boosting, valves, drainage and whether an existing system must be removed. A site assessment is required to confirm the scope.

What is the Rheem LoLine 325L 511325?

It is a 325 litre split solar hot water system described as using two roof-mounted solar collectors and an electric backup booster.

Is the Rheem LoLine 325L suitable for six or seven people?

The supplied product information positions it for approximately six to seven people. Actual suitability depends on shower duration, outlet flow rates, peak demand and household usage patterns.

Does the Rheem LoLine 325L have two solar panels?

Yes. The supplied configuration is described as a twin panel split solar hot water system.

Does the Rheem LoLine 325L have electric boosting?

Yes. The supplied product information describes an electric backup booster element for periods when solar heating is insufficient.

Will the Rheem LoLine 325L work on cloudy days?

Solar contribution may be reduced during cloudy weather. The electric boosting arrangement provides additional heating when required, subject to the system controls and available electrical supply.

Is the Rheem LoLine 325L a split solar system?

Yes. The solar collectors and storage cylinder are installed separately rather than together as a close-coupled roof-mounted unit.

Does the Rheem LoLine 325L storage tank sit on the roof?

No. The split system design places the storage tank separately from the roof-mounted solar collectors, in an approved installation location.

What are the Rheem LoLine 325L tank dimensions?

The supplied product information states 1640mm high and 640mm wide, with a dry weight of 92kg. These measurements should be confirmed against the current Rheem specification for model 511325.

Can the Rheem LoLine 325L be installed outdoors?

The supplied product information describes internal and external installation suitability. The exact approved installation locations and requirements should be confirmed from Rheem's current instructions.

Does the Rheem LoLine 325L provide mains pressure hot water?

Yes. It is described as a mains pressure storage system, subject to correct plumbing, pressure control and safety valve arrangements.

Can the Rheem LoLine 325L supply multiple bathrooms?

It may supply multiple connected outlets where the household plumbing and hot water demand are suitable. Simultaneous usage and the available stored hot water must be considered.

Is the Rheem LoLine 325L made in Australia?

The supplied product information identifies Australian manufacturing. Current manufacturing origin should be confirmed for the exact model being supplied.

What warranty does the Rheem LoLine 325L have?

The supplied information states a five-year factory cylinder warranty. Current coverage, exclusions and separate component warranty periods should be confirmed against Rheem's warranty documentation.

Does the Rheem LoLine 325L have a COP of four?

The supplied description mentions a COP close to four, but this has not been verified as an applicable manufacturer rating. Solar thermal systems are generally assessed using solar contribution and relevant certified energy performance measures rather than assuming a heat pump-style COP figure.

Are solar hot water rebates available for the Rheem LoLine 325L?

Incentives may be available for eligible approved solar hot water system configurations. Eligibility and amounts depend on current program rules and the exact installed system.

Can the Rheem LoLine 325L replace my existing solar hot water system?

It may be suitable, but existing collectors, plumbing, controls, electrical services and mounting arrangements must be assessed for compatibility and condition.

Can existing solar collectors be reused with a new Rheem LoLine tank?

Existing collectors should not be assumed compatible. Their model, condition, pressure rating and approved system combination must be checked before reuse.

Is a 325L solar hot water system better than a 270L system?

A 325L tank provides more nominal storage capacity, but the best choice depends on household demand, installation conditions and the approved solar collector arrangement.

Can JR Gas & Water install the Rheem LoLine 325L in my area?

JR Gas & Water provides hot water installation services across Brisbane, the Gold Coast, Logan, Ipswich, Moreton Bay, Redlands and eligible surrounding areas, subject to service availability and site conditions.

Why Choose JR Gas & Water for Rheem LoLine 325L Installation?

Practical System Sizing

JR considers household size, peak demand and whether the 325 litre capacity is appropriate for the property.

Installation-Focused Assessment

Roof suitability, collector positioning, tank location, plumbing, electrical boosting and access are considered before installation.

South East Queensland Service

JR provides hot water installation services across Brisbane, the Gold Coast and eligible surrounding areas.

A successful split solar hot water installation depends on more than selecting the correct storage capacity.

The roof, collectors, tank, circulation arrangement, plumbing and electrical boosting system must work together as an approved installation.

JR Gas & Water assesses these factors before confirming the installation approach.

COMPARE YOUR OPTIONS

Compare the Rheem LoLine 325L With Other Hot Water Systems

The Rheem LoLine 325L may suit larger households wanting solar hot water with a separately positioned storage tank.

Homes with different hot water requirements may be better suited to another LoLine capacity, a close-coupled solar system, a heat pump or a conventional electric storage heater.

The best choice depends on roof suitability, household demand, installation space, available electrical supply and overall installation cost.

JR Gas & Water can assess the property and help determine which system type and capacity are appropriate.

READY TO INSTALL

Install the Rheem LoLine 325L 511325 With JR Gas & Water

The Rheem LoLine 325L 511325 is a large-capacity twin panel split solar hot water system designed for suitable households wanting solar energy contribution with electric backup heating.

With its 325 litre storage cylinder, two solar collectors, vitreous enamel lined steel tank and electric boosting arrangement, it may be a practical option for larger families where the roof and installation conditions are suitable.

JR Gas & Water can assess household demand, roof suitability, collector positioning, tank location, plumbing, electrical supply and existing solar hot water infrastructure before confirming installation suitability.

Review the available supply and installation options above or contact JR Gas & Water to discuss Rheem LoLine 325L 511325 solar hot water installation in Brisbane or the Gold Coast.

Solar hot water systems are an efficient and environmentally friendly way to heat your water, using energy from the sun to reduce electricity or gas consumption. To continue operating efficiently and reliably, they require regular maintenance and servicing.

Like any hot water system, manufacturers recommend routine maintenance to maximise system performance, protect key components and support your manufacturer's warranty.

Homeowner Maintenance – Every 6 Months

Every six months we recommend carrying out a simple visual inspection of your solar hot water system.

Homeowners should:

  • Carefully operate the Pressure & Temperature Relief (PTR) Valve.
  • Operate the Expansion Control Valve (ECV) (where fitted).
  • Check for water leaks around the storage tank and pipework.
  • Inspect visible solar pipe insulation for deterioration.
  • Ensure solar collectors are free from excessive dirt, leaves and debris where safely accessible.
  • Check for signs of corrosion or rust.
  • Listen for unusual noises from the system or circulating pump (where fitted).

Why is this important?

Regular operation of the PTR and ECV valves helps prevent mineral build-up that can cause the valves to seize or leak.

Keeping collectors and surrounding components clean allows the solar system to operate as efficiently as possible, while early detection of leaks or damaged insulation can prevent larger problems from developing.

Important: Always follow your manufacturer's instructions when operating safety valves, as hot water will discharge during testing. Do not climb onto your roof to inspect or clean collectors. If you're unsure, contact a licensed plumber.

JR 6-Month Solar Hot Water Health Check

Recommended Service – $99

Our professional inspection helps ensure your solar hot water system continues operating safely and efficiently while identifying issues before they become costly repairs.

Our technician will:

  • Inspect the complete hot water system.
  • Check for leaks and corrosion.
  • Test the PTR valve.
  • Test the ECV (where fitted).
  • Inspect exposed solar pipework and insulation.
  • Check storage tank condition.
  • Inspect booster operation (electric or gas).
  • Check circulating pump operation (where fitted).
  • Inspect controller operation (where applicable).
  • Confirm system heating performance.
  • Inspect valves, fittings and pipework.
  • Identify components showing signs of wear.

Service Price: $99

Routine inspections help maximise solar efficiency, reduce energy costs and minimise the likelihood of unexpected breakdowns.

Recommended 5-Year Major Service

Current Price: $449

Most solar storage hot water systems benefit from scheduled replacement of key components to maintain reliable performance and extend the life of the storage tank.

Our comprehensive 5-Year Service includes:

  • Replacement of the sacrificial anode (where fitted).
  • Replacement of the Pressure & Temperature Relief (PTR) Valve.
  • Replacement of the Expansion Control Valve (ECV).
  • Inspection of the solar collectors.
  • Inspection of solar pipework and insulation.
  • Inspection of circulating pump and controller (where fitted).
  • Inspection of booster operation.
  • Full operational testing.
  • Leak and corrosion inspection.

Why These Components Matter

Sacrificial Anode

Most vitreous enamel-lined solar storage tanks contain a sacrificial anode.

The anode gradually corrodes instead of the steel storage tank, protecting it from internal rust. Once the anode has been consumed, the tank itself begins to corrode, which can eventually lead to leaks and tank failure.

Replacing the anode at the recommended interval is one of the best ways to extend the life of your hot water system.

Pressure & Temperature Relief (PTR) Valve

The PTR valve protects the storage tank by safely relieving excessive pressure and temperature.

Mineral deposits and normal wear can prevent the valve from operating correctly over time, making routine testing and replacement essential.

Expansion Control Valve (ECV)

Where fitted, the ECV controls pressure created as water expands during heating.

Maintaining the ECV helps reduce stress on the storage tank and plumbing system, contributing to a longer service life.

Solar Collectors & Pipework

Solar collectors capture the sun's energy to heat water, while insulated pipework transfers that heat to the storage tank.

Keeping collectors unobstructed and ensuring pipe insulation remains in good condition helps:

  • Maximise solar efficiency.
  • Reduce reliance on electric or gas boosting.
  • Lower energy costs.
  • Improve overall system performance.

If Your Hot Water System Isn't Working

Before arranging a service, check the following:

  • Ensure power is switched on (for electric boosted systems).
  • Confirm the gas supply is on (for gas boosted systems).
  • Check circuit breakers and safety switches where applicable.
  • Verify the booster has not been turned off.
  • Inspect for visible water leaks.
  • Ensure exposed solar pipe insulation has not been damaged.
  • Check for controller fault codes (where fitted).
  • Listen for unusual noises from the circulating pump (where fitted).
  • Remember that several cloudy days may reduce solar heating, causing the booster to operate more frequently.

If your system is still not producing adequate hot water, contact JR Gas & Water for professional diagnosis and repair.

General Signs Your System May Need Attention

Arrange a service if you notice:

  • Reduced hot water availability.
  • Booster operating more frequently than usual.
  • Water leaking from the tank or pipework.
  • Constant dripping from relief valves.
  • Visible corrosion.
  • Damaged or deteriorated pipe insulation.
  • Pump noise or failure (where fitted).
  • Controller fault codes.
  • Rust-coloured or dirty water.
  • Unusual noises during operation.

Early servicing can often prevent more expensive repairs and extend the life of your solar hot water system.

Protect Your Warranty & Maximise System Life

Routine maintenance helps ensure your solar hot water system continues operating safely, efficiently and reliably.

Following the manufacturer's recommended maintenance schedule may also assist in maintaining warranty coverage.

Failure to maintain your system may result in:

  • Premature tank corrosion.
  • Reduced solar efficiency.
  • Higher electricity or gas consumption.
  • Leaking or seized safety valves.
  • Unexpected loss of hot water.
  • Shortened system lifespan.
  • Possible reduction or loss of manufacturer warranty, depending on the manufacturer's maintenance requirements.

Preventative maintenance is one of the best ways to protect your investment, reduce operating costs and maximise the life of your solar hot water system.

Please note: Maintenance requirements vary between manufacturers and models. Always refer to your owner's manual for the maintenance schedule applicable to your solar hot water system. JR Gas & Water services all major solar hot water brands in accordance with manufacturer recommendations where applicable.

If you're in Queensland and considering a heat pump hot water system, look no further than JR Gas & Water. Here's why:

Experience and Expertise: JR Gas & Water has over 10 years of experience in the gas and plumbing industry. Their team of licensed and insured professionals is highly skilled and knowledgeable about all aspects of heat pump installation, maintenance, and repair. They can provide expert advice on the best system for your needs and ensure a smooth installation process.

Quality Products: JR Gas & Water uses only high-quality products from trusted brands to ensure your heat pump hot water system is reliable and efficient. They also offer a range of options to suit different budgets and requirements.

Competitive Pricing: JR Gas & Water offers competitive pricing for their heat pump hot water systems, ensuring that you get a great value for your investment. They also provide a detailed quote upfront, so there are no surprises or hidden costs.

Customer Service: JR Gas & Water is committed to providing excellent customer service. They are always available to answer any questions or concerns you may have and are committed to ensuring your satisfaction.

Local Business: JR Gas & Water is a locally owned and operated business in Queensland. By choosing them for your heat pump hot water installation, you are supporting a local business and contributing to the local economy.

Warranty and Guarantee: JR Gas & Water provides a warranty and guarantee on all their products and services, giving you peace of mind knowing that your system is covered in case of any issues.

Sustainable and Environmentally Friendly: Heat pump hot water systems are a sustainable and environmentally friendly option for heating water. They use renewable energy sources, such as air or ground heat, to heat water, resulting in lower greenhouse gas emissions and reduced energy bills. JR Gas & Water can help you make the switch to a more sustainable and cost-effective solution for your hot water needs.

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