Mira Advance ATL Thermostatic Shower Manual

This comprehensive manual provides detailed instructions for the installation, operation, troubleshooting, and maintenance of the Mira Advance ATL Thermostatic Shower․ This guide covers all models of the Mira Advance ATL Thermostatic Shower, including the 9․0 kW and 9․8 kW variants․ It is essential to read and understand all instructions before installing or using the shower․

Introduction

The Mira Advance ATL Thermostatic Shower is a high-performance electric shower designed to provide a safe, reliable, and comfortable showering experience․ This manual provides comprehensive instructions for installing, operating, troubleshooting, and maintaining your Mira Advance ATL Thermostatic Shower; It covers all models of the Mira Advance ATL Thermostatic Shower, including the 9․0 kW and 9․8 kW variants․

The Mira Advance ATL Thermostatic Shower is equipped with a thermostatic valve that automatically adjusts water temperature to maintain a constant, safe, and comfortable showering experience․ The shower also features a range of safety features, including a maximum temperature setting, a built-in safety cut-out, and a low-flow detection system․

This manual is designed to help you get the most out of your Mira Advance ATL Thermostatic Shower․ By following the instructions carefully, you can ensure that your shower is installed correctly, operates efficiently, and provides many years of safe and enjoyable use․

Key Features

The Mira Advance ATL Thermostatic Shower is packed with features designed to enhance your showering experience and ensure safety․ Here are some of its key features⁚

• Thermostatic Control⁚ The shower features a thermostatic valve that automatically adjusts the water temperature to maintain a constant, safe, and comfortable showering experience․ This prevents sudden temperature changes, ensuring a consistent shower flow․
• Adjustable Temperature Limit⁚ This feature allows you to set a maximum temperature limit, preventing scalding, especially beneficial for families with children․
• Memory Push Button⁚ This feature allows you to easily recall your preferred shower temperature setting, making it easy to achieve the desired shower experience every time․
• Extended Lever Control⁚ The shower features an extended lever control, making it easier to adjust the water flow and temperature․
• Drain Pump Compatible⁚ The Mira Advance ATL is compatible with a drain pump, allowing it to be installed in locations where gravity drainage is not possible․
• Mira Clearscale Technology⁚ This feature helps to prevent limescale build-up, ensuring the shower continues to operate efficiently and effectively․
• Safety Cut-Out⁚ The shower features a built-in safety cut-out, which automatically shuts off the shower if the water temperature reaches a dangerous level․
• Low-Flow Detection⁚ The shower features a low-flow detection system that will alert you if the water flow is too low, preventing the shower from overheating․

Models Covered

This manual covers a range of Mira Advance ATL Thermostatic Shower models, designed to cater to various needs and preferences․ The models covered in this guide are distinguished by their power output, features, and model numbers․ Here’s a breakdown of the models included⁚

• Mira Advance ATL 9․0 kW⁚ This model is a powerful electric shower, capable of delivering a high flow rate and a comfortable showering experience․ It is available in both standard and flex versions, with model numbers J97I and J97K respectively․
• Mira Advance ATL 9․8 kW⁚ This model is even more powerful than the 9․0 kW variant, offering an even higher flow rate for a more invigorating shower․ It is also available in both standard and flex versions․
• Mira Advance ATL Low Pressure Models⁚ This range of models is specifically designed for installations with low water pressure․ They offer the same features as the standard models, but with adjustments to ensure optimal performance in low-pressure environments․

Regardless of the specific model you own, this manual provides detailed information on installation, operation, troubleshooting, and maintenance, ensuring you can effectively utilize and maintain your Mira Advance ATL Thermostatic Shower․

Installation

Installing the Mira Advance ATL Thermostatic Shower requires careful attention to safety and proper procedures․ This section outlines the key steps involved in the installation process, ensuring a safe and efficient setup․ It is crucial to follow these instructions meticulously to guarantee the shower’s optimal performance and safety․

Before commencing installation, ensure you have gathered all necessary tools and materials, including a suitable screwdriver, a level, and appropriate electrical connectors․ It is also essential to have a thorough understanding of your electrical system and water supply․

The installation process involves several steps, including determining the unit position, securing the shower to the wall, connecting the electrical supply, and attaching the inlet connector․ Detailed instructions are provided in the manual, covering each stage with illustrations and clear explanations․

Remember, if you are unsure about any aspect of the installation process, it is advisable to consult a qualified electrician or plumber for assistance․ They can ensure that the installation meets safety standards and complies with local regulations․

Safety Information

The Mira Advance ATL Thermostatic Shower is designed to provide a safe and enjoyable showering experience․ However, it is crucial to follow all safety instructions outlined in this manual to prevent potential hazards․ This section highlights key safety considerations that must be adhered to throughout the installation and operation of the shower․

Before installing or using the shower, ensure that you have read and understood all safety instructions, warnings, and cautions provided in this guide․ This information is essential for ensuring a safe and trouble-free operation of the shower․ It is also important to store this manual for future reference․

The Mira Advance ATL is a high-power unit, so it is crucial to contact your electricity supply company to confirm that your supply is adequate for the shower’s operation․ You must ensure that the shower is installed and maintained in accordance with the instructions provided in this guide․

Always isolate the electrical and water supplies before carrying out any maintenance or repair work on the shower․ Failure to do so could result in serious injury or death․

Electrical Supply

The Mira Advance ATL Thermostatic Shower requires a dedicated electrical supply, and ensuring proper installation and adherence to safety regulations is crucial․ This section provides essential information on the electrical supply requirements for the Mira Advance ATL․

The shower’s electrical supply must be isolated from the mains before carrying out any installation, maintenance, or repair work․ This is essential for preventing electrical shocks and ensuring a safe working environment․ The electrical supply should be turned off at the mains switch, and the isolation should be confirmed using a voltage tester․

A separate, permanently connected supply must be taken from the distribution board to the shower․ The electrical wiring should be installed by a qualified electrician, ensuring it complies with all applicable electrical codes and regulations․ The correct fuse rating for the shower is specified in this manual, and using the wrong fuse rating could cause damage to the shower or even lead to a fire․

The Mira Advance ATL is fitted with a 1/2 BSP male outlet thread, which is compatible with Mira shower hoses․ Ensure that the shower hose is securely connected to the shower outlet to prevent leaks and ensure safe operation․

Unit Position

The placement of the Mira Advance ATL Thermostatic Shower is crucial for both functionality and safety․ This section details the recommended positioning and considerations for installing the shower․

Before deciding on the shower’s position, ensure the electrical supply is turned off at the mains․ This ensures safety and prevents any accidental electric shock during the installation process․

When choosing the position of the shower on the wall, allow a minimum clearance of 100 mm to the right-hand side of the case․ This clearance provides unrestricted access to the inlet connector, making installation and maintenance easier․

The shower should be positioned in a location that provides easy access for both operation and maintenance․ Consider factors like proximity to the showerhead, ease of reaching controls, and sufficient space for regular cleaning․

Avoid placing the shower in areas with extreme temperatures or direct sunlight․ The shower should be installed in a well-ventilated location to prevent moisture buildup and ensure optimal performance․

Inlet Connector

The inlet connector is a vital component of the Mira Advance ATL Thermostatic Shower, responsible for connecting the shower unit to the water supply․ This section provides a step-by-step guide on how to access and manage the inlet connector for installation and maintenance purposes․

To access the inlet connector, begin by removing the inlet shield, located over the inlet connector assembly․ The inlet shield is typically secured with a screw, which can be easily removed using a screwdriver․ Once the inlet shield is removed, the inlet connector will be exposed․

The inlet connector features a 1/2 BSP male outlet thread, designed to accept a Mira shower hose․ This ensures a secure and compatible connection between the shower unit and the water supply․

When connecting the shower hose, ensure a tight and secure fit to prevent leaks․ Avoid over-tightening, as this could damage the connector․

For maintenance purposes, ensure that the inlet connector is regularly inspected for any signs of wear, damage, or leaks․ If any issues are detected, contact a qualified plumber or service technician for repair or replacement․

Operation

This section guides you through the operation of your Mira Advance ATL Thermostatic Shower, covering essential steps like priming the unit, adjusting temperature and flow, and ensuring optimal performance․

Priming the shower is crucial for its initial setup․ Connect the shower hose to the Mira Advance ATL and position the hose to discharge into the shower tray or bath waste outlet․ Locate the air bleed button, situated on top of the flow valve, and press it several times․ This process will allow the shower to fill with water, expelling any entrapped air, ensuring a smooth water flow․

Temperature adjustment is effortless with the Mira Advance ATL’s thermostatic control․ The shower automatically adjusts to maintain a constant temperature, ensuring a comfortable and safe showering experience․ Simply turn the temperature control knob to your desired setting, and the shower will maintain that temperature even if water pressure fluctuates․

Flow adjustment is equally straightforward․ Turn the outer ring clockwise or anticlockwise to regulate the flow rate․ The shower flow level is indicated on the display using white bars, allowing you to visually adjust the flow to your preference․

For a consistently enjoyable showering experience, refer to this section for detailed instructions on how to operate your Mira Advance ATL Thermostatic Shower․

Priming

Priming the Mira Advance ATL is an essential step before using the shower for the first time․ This process ensures the shower is filled with water and any trapped air is expelled, guaranteeing a smooth and consistent water flow․ To prime the shower, follow these simple steps⁚

Connect the Shower Hose⁚ Connect the shower hose to the Mira Advance ATL outlet․ The outlet is located on the front of the shower unit and has a 1/2 BSP male thread․

Position the Hose⁚ Position the shower hose so that the water flow is directed into the shower tray or bath waste outlet․ This prevents water from splashing around during the priming process․

Locate the Air Bleed Button⁚ The air bleed button is situated on top of the flow valve, which is usually located near the temperature control knob․

Press the Air Bleed Button⁚ Press the air bleed button several times․ This will allow water to enter the shower and expel any trapped air․ You will hear a gurgling sound as the air is released․

Repeat until Water Flows⁚ Continue pressing the air bleed button until a steady stream of water flows from the showerhead․

Once the shower is primed, you can adjust the temperature and flow to your liking․ Ensure that the shower is fully primed before each use to avoid issues with water flow or temperature inconsistencies․

Temperature Adjustment

The Mira Advance ATL features a thermostatic valve that automatically adjusts the water temperature to maintain a constant setting, regardless of fluctuations in water pressure․ This ensures a safe and comfortable showering experience․ To adjust the water temperature, follow these simple steps⁚

Locate the Temperature Control Knob⁚ The temperature control knob is typically located on the front of the shower unit․ It may be a circular knob or a lever, depending on the model․

Turn the Knob⁚ Turn the temperature control knob clockwise to increase the water temperature or counter-clockwise to decrease it․ The temperature will be indicated on the display, if your model includes one․

Adjust to Desired Temperature⁚ Continue adjusting the temperature knob until you reach your desired water temperature․ It is recommended to start with a lower temperature setting and gradually increase it until you reach a comfortable level․ Never adjust the temperature knob to its maximum setting without first testing the water temperature․

Test the Temperature⁚ Once you have adjusted the temperature, test the water temperature by running a small amount of water․ Adjust the knob further if necessary to achieve the desired temperature․

The Mira Advance ATL is designed to maintain a consistent temperature, even if the water pressure fluctuates․ However, it is always advisable to test the water temperature before showering to ensure it is safe and comfortable․

Flow Adjustment

The Mira Advance ATL allows you to adjust the water flow rate to your preference․ The flow control mechanism may vary depending on the model, but here’s a general guide⁚

Locate the Flow Control Knob⁚ The flow control knob is typically located on the front of the shower unit, often adjacent to the temperature control knob․ It may be a separate knob or part of the same control mechanism․

Turn the Knob⁚ Turn the flow control knob clockwise to increase the water flow rate or counter-clockwise to decrease it․ Some models may have a display indicating the flow level in bars or a similar representation․

Adjust to Desired Flow⁚ Continue adjusting the flow control knob until you reach your desired flow rate․ Start with a lower flow setting and gradually increase it until you achieve a comfortable showering experience․

Test the Flow⁚ After adjusting the flow control knob, test the water flow by turning on the shower․ Adjust the knob further if necessary to achieve the desired flow rate․ Remember that the maximum flow rate may be limited by the water pressure available․

The Mira Advance ATL is designed to deliver a consistent flow rate, even if the water pressure fluctuates․ However, if you experience a significant drop in water pressure, you may need to adjust the flow control knob again to maintain a comfortable showering experience․

Troubleshooting

While the Mira Advance ATL is designed for reliability, occasional issues may arise․ This section provides guidance on common troubleshooting steps for resolving potential problems․

No Water Flow⁚ If there’s no water flow from the shower, first check that the water supply is turned on and that the shower is properly connected․ If the water supply is on and the connections are secure, check for any blockages in the showerhead or the inlet hose․

Inconsistent Temperature⁚ If the temperature fluctuates during showering, ensure the shower is properly primed․ Also, check for any leaks or air pockets in the water supply lines․ If the problem persists, it may be necessary to contact a qualified technician for assistance․

Low Water Pressure⁚ If the water pressure is low, check that the water supply valve is fully open․ If the pressure remains low, there may be a blockage in the water supply line or a problem with the water pressure itself․

Shower Not Turning On⁚ If the shower is not turning on, ensure that the electrical supply is properly connected and that the circuit breaker is not tripped․ Check for loose connections or faulty wiring․ If these steps don’t resolve the issue, contact a qualified electrician․

Unusual Noises⁚ If the shower makes unusual noises, such as rattling or grinding, check for any loose parts or debris in the shower unit․ If the noises persist, contact a qualified technician for inspection and repair․

Remember that attempting to repair the shower yourself may void the warranty and could pose safety risks․ If you’re unsure about any troubleshooting steps or suspect a serious problem, it’s best to contact a qualified technician for professional assistance․