Mira Advance ATL Thermostatic Shower: A Comprehensive Guide
This comprehensive guide details the installation, operation, and maintenance of the Mira Advance ATL thermostatic shower, offering accessible manuals online for seamless user experience.
The Mira Advance ATL thermostatic shower represents a blend of safety, convenience, and reliable performance in the realm of electric showering. Designed with adjustable temperature limit functionality, it proactively prevents scalding, ensuring a secure showering experience for all users. This shower model, available in 9.0kW and 9.8kW power ratings, caters to diverse water pressure requirements and household needs.
Detailed installation and user manuals are readily available online, guiding users through every stage – from initial pre-installation checks and safe isolation of supplies, to the intricacies of operation and troubleshooting. These resources unlock the full potential of the Advance ATL, enabling a smooth and optimized showering experience. The two-year guarantee on the shower itself, and a one-year warranty on fittings, underscores Mira Showers’ commitment to quality and customer satisfaction.
Understanding Thermostatic Shower Technology
Thermostatic shower technology, central to the Mira Advance ATL’s functionality, ensures a consistently safe and comfortable showering experience. Unlike conventional showers prone to temperature fluctuations caused by changes in water pressure or usage elsewhere in the home, a thermostatic valve rapidly adjusts to maintain a pre-set temperature.
This is achieved through a mixing valve that blends hot and cold water, responding instantly to variations. The Advance ATL’s adjustable temperature limit adds an extra layer of security, allowing users to cap the maximum water temperature, preventing accidental scalding – particularly important for families with children or vulnerable individuals. This technology delivers peace of mind alongside a consistently enjoyable shower, regardless of external factors impacting water supply.
Installation Process
Proper installation of the Mira Advance ATL requires careful adherence to safety guidelines, beginning with isolating both water and electrical supplies before commencing work.
Pre-Installation Checks & Safety Precautions
Before beginning the installation of your Mira Advance ATL thermostatic shower, several crucial pre-installation checks and safety precautions must be observed to ensure a safe and successful setup. First and foremost, thoroughly inspect the packaging for any signs of damage during transit. Verify that all components listed in the manual are present.
Critically, isolate both the water and electrical supplies. Turn off the electricity at the mains and remove the appropriate circuit fuse. For water, shut off the incoming supply to the property or, if possible, isolate the shower’s feed directly. Always use appropriate personal protective equipment (PPE), including safety glasses and gloves. Ensure the installation area is well-lit and free from obstructions.
Confirm the existing plumbing and electrical systems are compatible with the shower’s requirements. Incorrect installation can void the warranty and pose a safety hazard. If you are unsure about any aspect of the installation, consult a qualified and certified plumber or electrician.
Isolating Water and Electrical Supplies
Prior to commencing any work on the Mira Advance ATL thermostatic shower, completely isolating both the water and electrical supplies is paramount for safety. Begin by turning off the electricity supply at the main consumer unit, ensuring the relevant circuit breaker or fuse is switched off or removed. Double-check with a voltage tester to confirm the power is disconnected at the shower’s intended connection point.
Next, isolate the water supply. Ideally, shut off the water supply to the entire property. If this isn’t feasible, locate the stop valves serving the shower area and close them securely. Open the shower valve briefly to relieve any residual water pressure within the pipes.
It’s crucial to verify that both supplies remain isolated throughout the entire installation process. Clearly label the circuit breaker and stop valves to prevent accidental reactivation during work. Failure to adhere to these precautions could result in electric shock or flooding.
Using the Installation Template for Accurate Measurements
The Mira Advance ATL installation includes a template designed to ensure precise positioning and alignment of the shower unit. Carefully position the template on the wall at the desired height, adhering to the recommended minimum and maximum height guidelines specified in the manual. Use a spirit level to guarantee the template is perfectly horizontal.
Mark the fixing hole positions accurately through the template onto the wall surface. Double-check all measurements before drilling, considering the location of any hidden pipes or cables. Utilize a suitable drill bit for the wall type and ensure the holes are drilled to the correct depth.
The template also indicates the water inlet and electrical connection points. Refer to these markings to plan the routing of pipes and cables, minimizing disruption and maintaining a neat installation. Accurate use of the template is vital for a secure and aesthetically pleasing result;
Connecting Water Supply – Hot and Cold
Before connecting the water supply to your Mira Advance ATL, ensure both hot and cold water supplies are readily accessible and comply with local water regulations. Identify the hot and cold water inlet connections on the shower unit – typically marked with red (hot) and blue (cold) indicators.
Utilize appropriate compression fittings or speedfit connectors to connect the water pipes to the shower inlets. Ensure a tight and secure connection to prevent leaks. It’s crucial to avoid over-tightening, which could damage the fittings or the shower unit itself.
Following connection, slowly turn on both the hot and cold water supplies, checking for any leaks at the connections. If leaks are detected, immediately isolate the water supply and re-tighten the fittings. Proper water connection is essential for optimal shower performance.
Electrical Connection Requirements
The Mira Advance ATL requires a dedicated electrical circuit, adhering to current IEE wiring regulations. This shower is available in 9.0kW and 9.8kW models, influencing the required cable size. A qualified electrician must perform all electrical connections.
Ensure the electricity supply is switched off at the mains before commencing any electrical work. Remove the appropriate circuit fuse to prevent accidental energization. The shower must be earthed for safety. Use a suitably rated cable (typically 6mm² or 10mm², depending on the kW rating and cable length) connected to the designated terminals within the shower unit.
Double-check all connections are secure and comply with wiring regulations before restoring power. Incorrect electrical connections can lead to dangerous situations and invalidate the warranty.
Mounting the Shower Unit
After connecting the water and electrical supplies, carefully mount the Mira Advance ATL shower unit to the wall. Utilize the installation template previously used for accurate measurements, ensuring the unit is level and securely fixed to the wall studs or appropriate fixings.
Employ the provided fixings, suitable for the wall type, to guarantee a robust and lasting installation. Double-check the unit is flush against the wall, minimizing gaps. Ensure all pipework and cables are neatly tucked away within the designated cavities, avoiding any strain or pinching.
Once mounted, re-check all connections before restoring water and electrical supplies. A secure mounting is crucial for safe and reliable operation.
User Manual & Operation
The Mira Advance ATL offers intuitive controls and adjustable temperature settings, prioritizing user safety with its adjustable temperature limit feature for a comfortable experience.
Adjusting Temperature Settings
The Mira Advance ATL thermostatic shower provides precise temperature control for a personalized showering experience. To adjust the water temperature, utilize the shower’s intuitive controls – typically a dial or buttons clearly marked for temperature adjustment. Begin by turning the shower on and allowing the water to reach a stable flow. Slowly adjust the temperature control to your desired level, monitoring the water temperature carefully.
Remember that the thermostatic valve automatically maintains the selected temperature, even if there are fluctuations in the hot or cold water supply. This ensures consistent comfort and prevents sudden temperature changes. The adjustable temperature limit feature allows you to pre-set a maximum temperature, enhancing safety, particularly for families with children or vulnerable individuals. Familiarize yourself with the control layout for optimal operation and a consistently enjoyable shower.
Understanding the Adjustable Temperature Limit
The Mira Advance ATL features an adjustable temperature limit, a crucial safety feature preventing scalding. This allows users to pre-set a maximum water temperature, overriding any potential fluctuations in the hot water supply. Typically, a dedicated control, often located discreetly on the shower unit, manages this limit. Adjusting this limit is particularly important in households with children, the elderly, or individuals with sensitive skin.
To set the limit, consult the manual for the specific procedure – it usually involves pressing a button and turning a dial to the desired maximum temperature. Always test the water temperature after adjustment to ensure it aligns with your preference and safety requirements. Regularly reviewing and adjusting this limit provides ongoing peace of mind and enhances the shower’s safety profile for all users.
Powering On and Initial Setup
After completing the electrical connection, carefully restore power to the Mira Advance ATL at the mains. Before the first use, it’s vital to flush the shower unit to remove any debris from the installation process; Turn on the shower, allowing it to run for a short period – typically a minute or two – with the showerhead directed away from anyone. This clears the system and ensures clean water flow.
During this initial flush, check for any leaks around the connections. Familiarize yourself with the shower controls and their functions, referencing the user manual for detailed explanations. The initial setup also involves confirming the adjustable temperature limit is set to a safe and comfortable level before full operation.
Operating the Shower Controls
The Mira Advance ATL features intuitive controls for effortless operation. Typically, a central thermostatic valve manages temperature, ensuring a consistent and safe water temperature throughout your shower. Separate controls adjust water flow, allowing you to customize the shower experience to your preference. Begin by turning the temperature control to your desired heat level, observing the temperature indicator for accuracy.
Next, activate the flow control to start the water. The adjustable temperature limit, pre-set during installation, prevents scalding by capping the maximum water temperature. Familiarize yourself with the precise operation of these controls, consulting the manual for detailed diagrams and explanations.
Troubleshooting Common Issues
Addressing problems like low water pressure, temperature fluctuations, or electrical faults is crucial; the manual provides guidance and safety measures for resolution.
Low Water Pressure Problems
Experiencing low water pressure with your Mira Advance ATL thermostatic shower can be frustrating, but several factors and solutions are outlined in the manual. First, verify that the water supply to your home isn’t generally low – check other taps. If the issue is isolated to the shower, inspect the inlet filters for blockages; these require periodic cleaning.
Ensure both hot and cold water supplies are fully open. The manual emphasizes checking for kinks or obstructions in the plumbing pipes leading to the shower unit. If you have hard water, scale buildup within the shower head and hose can significantly reduce flow; descaling is recommended.
Finally, confirm the shower is connected to the correct water pressure – the manual details the required minimum pressure for optimal performance. If problems persist after these checks, consult a qualified plumber.
Temperature Fluctuations & How to Resolve Them
The Mira Advance ATL thermostatic shower is designed to maintain a consistent temperature, but fluctuations can occasionally occur. The manual highlights several potential causes and resolutions. Firstly, ensure the adjustable temperature limit hasn’t been set too low, restricting the hot water flow. Check for any airlocks within the system, which can disrupt water flow and temperature stability – running other taps briefly can help resolve this.
Fluctuations can also stem from inconsistent water pressure between the hot and cold supplies. Verify both supplies are fully open and free from obstructions. Scale buildup within the shower unit, particularly around the thermostatic cartridge, can interfere with accurate temperature control; descaling is crucial.
If issues persist, the manual advises checking the thermostatic cartridge itself for faults.
Electrical Faults & Safety Measures
The Mira Advance ATL manual emphasizes strict adherence to electrical safety protocols. Any electrical faults require immediate attention and should never be attempted by unqualified individuals. Before any troubleshooting, always isolate the electrical supply at the mains and remove the appropriate circuit fuse. The manual warns against operating the shower if any electrical components appear damaged or if water is entering the unit’s electrical enclosure.
Common electrical issues include tripped circuit breakers, indicating an overload or short circuit. If this occurs repeatedly, consult a qualified electrician. The manual stresses the importance of proper grounding and adherence to current wiring regulations.
Never bypass safety features or attempt to repair internal components yourself; contact Mira’s support or a certified electrician for assistance.
Shower Head Blockages & Cleaning
The Mira Advance ATL manual details procedures for addressing shower head blockages, a common issue affecting water flow. Mineral deposits, particularly limescale, are the primary culprits. Regular cleaning, as outlined in the manual, is crucial for maintaining optimal performance. The manual recommends removing the shower head and soaking it in a descaling solution – typically white vinegar – for several hours.
After soaking, use a soft brush to gently remove any remaining debris from the spray nozzles. Avoid abrasive cleaners or tools that could damage the shower head’s finish. The manual also suggests periodically checking the shower hose for kinks or blockages.
Regular cleaning prevents build-up and ensures consistent water pressure.
Maintenance and Care
The Mira Advance ATL manual emphasizes regular cleaning, descaling, and leak checks to ensure longevity and optimal performance of your thermostatic shower system.
Regular Cleaning Procedures
Maintaining a clean Mira Advance ATL shower is crucial for optimal performance and longevity. The user manual recommends wiping down the shower unit with a soft, damp cloth after each use to prevent the build-up of soap scum and limescale. Avoid abrasive cleaners, as these can damage the surface finish.
For more thorough cleaning, a mild detergent solution can be used, ensuring it’s rinsed off completely. Pay particular attention to the showerhead and controls, where residue tends to accumulate. Regularly inspect the showerhead for any blockages and clean as needed. Consistent cleaning, as outlined in the manual, will help preserve the shower’s functionality and aesthetic appeal, ensuring a pleasant showering experience for years to come. Following these simple steps will minimize the need for more intensive maintenance procedures later on.
Descaling the Shower Head
Limescale build-up can significantly reduce the performance of your Mira Advance ATL showerhead, impacting water flow and spray pattern. The manual advises regular descaling, particularly in hard water areas. To descale, detach the showerhead (following the manual’s instructions) and soak it in a descaling solution specifically designed for showers – white vinegar is a common, effective option.
Allow the showerhead to soak for at least 30 minutes, or longer for heavy build-up. Afterwards, thoroughly rinse the showerhead with clean water to remove all traces of the descaling solution. Reattach the showerhead securely. Regular descaling, as per the manual’s guidance, will restore optimal water pressure and ensure a consistent, enjoyable shower experience. Ignoring descaling can lead to permanent damage and reduced efficiency.
Checking for Leaks
Regularly inspecting your Mira Advance ATL thermostatic shower for leaks is crucial for preventing water damage and maintaining efficient operation. The manual emphasizes checking all connections – around the shower unit itself, the hose, and the showerhead – after installation and periodically thereafter. Look for any signs of moisture, drips, or water pooling.
Pay close attention to the areas where the water supply connects to the shower unit. If any leaks are detected, immediately isolate the water supply and consult the manual’s troubleshooting section or a qualified plumber. Addressing leaks promptly prevents further damage and ensures the longevity of your shower system. The manual details safe procedures for tightening connections, but avoid over-tightening.
Warranty Information
Mira Showers provides a two-year guarantee on the Advance ATL against defects in materials or workmanship, with a one-year coverage for shower fittings.
Mira Showers Guarantee – Two Year Coverage
For domestic installations, Mira Showers confidently backs the Mira Advance ATL thermostatic shower with a comprehensive two-year guarantee. This assurance covers any defect arising from faulty materials or substandard workmanship, starting from the original date of purchase. This commitment reflects Mira’s dedication to product quality and customer satisfaction.
The guarantee provides peace of mind, knowing that should any manufacturing fault occur within the two-year period, Mira will address the issue promptly and efficiently. It’s important to retain proof of purchase to validate any warranty claims. Please note that this guarantee applies to the shower unit itself and does not extend to consequential damage or issues arising from incorrect installation or maintenance. Shower fittings are covered by a separate one-year warranty.
Shower Fittings Warranty – One Year
Alongside the two-year guarantee on the Mira Advance ATL shower unit itself, all accompanying shower fittings are protected by a dedicated one-year warranty. This coverage specifically addresses any defects in the materials or workmanship of these components, providing additional assurance of quality and durability. This includes elements like the showerhead, hose, and any included wall brackets or fixings.
The one-year warranty for fittings operates independently from the main shower unit guarantee, offering focused protection for these essential parts. As with the main unit, retaining proof of purchase is crucial for validating any warranty claims. This warranty does not cover wear and tear, damage caused by improper use, or issues stemming from incorrect installation. It reinforces Mira’s commitment to delivering a complete and reliable showering experience.
Product Specifications
The Mira Advance ATL is available in 9.0kW and 9.8kW power ratings, with specific dimensions and weight, requiring appropriate water pressure for optimal performance.
Power Ratings (9.0kW & 9.8kW)
The Mira Advance ATL thermostatic shower is offered in two distinct power ratings: 9.0kW and 9.8kW. This allows for flexibility to suit varying plumbing systems and household demands. The 9.0kW model is generally suitable for homes with standard water pressure, providing a consistent and enjoyable showering experience. However, for properties with lower water pressure, or for those desiring a more powerful and invigorating spray, the 9.8kW variant is recommended.
Selecting the appropriate power rating is crucial for optimal performance. A higher kW rating doesn’t necessarily mean a hotter shower; it indicates the shower’s ability to heat water quickly and maintain a consistent temperature, even with fluctuations in water pressure. Always consult a qualified electrician to ensure the chosen power rating is compatible with your existing electrical infrastructure and meets all relevant safety regulations before installation.
Dimensions and Weight
Understanding the physical specifications of the Mira Advance ATL thermostatic shower is vital for a smooth installation process. While precise dimensions can vary slightly depending on the specific model and any included accessories, the unit generally features a compact design suitable for a range of bathroom spaces. Typically, the shower unit measures approximately 215mm in width, 165mm in height, and projects around 250mm from the wall.
The weight of the Mira Advance ATL is approximately 3.5kg, making it manageable for a single person to handle during installation, though assistance is always recommended. These dimensions and weight are important considerations when assessing the suitability of the shower for your bathroom and ensuring adequate support is available during mounting. Accurate measurements are key to avoiding any installation complications.
Water Pressure Requirements
Ensuring adequate water pressure is crucial for optimal performance of the Mira Advance ATL thermostatic shower. This shower is designed to function effectively with both high and low-pressure water systems, offering versatility for various plumbing setups. The minimum recommended static water pressure is 1.0 bar (100kPa), while the maximum is 8.0 bar (800kPa).
If your water pressure falls outside these parameters, a suitable pressure reducing valve or booster pump may be required to ensure safe and efficient operation. Consistent water pressure is essential for maintaining a stable and enjoyable showering experience. It’s important to verify your home’s water pressure before installation to avoid potential issues. Checking this beforehand will guarantee the shower functions as intended.