Material
Steel offers the lowest price tag compared to other materials, but it also offers the most diversity in terms of colour and style. Steel is malleable which allows towel rails to be efficient because they can be physically designed to better pass heat from the water inside to the space around them (this is a radiator's job after all, despite some thinking that its job is to store heat). The heat output is also good, the proof is in the pudding with this one - would steel be the most common radiator material if the heat output was rubbish? Steel is a highly durable material which is important as towel rails are going to be the victims of some knocks and bangs over time and you want them to withstand that.

Style
The Round tube style is slightly more modern option than Flat or Elliptical style tubes, with smooth seamless 22mm thick tubes. The powder painting gives the metal a perfectly even finish. Its easy to maintain and clean and delivers a good level of heat distribution. With these you get 1 row of protruding round tubes, making these perfect for drying and warming those large fluffy bath towels.

Heat Source
This dual fuel towel radiator works both as part of your central heating and independently using electricity. This enables you to keep your bathroom warm over the winter by relying just on the central heating system while also being able to use the electric element to dry your towels during the warmer summer months while the rest of your heating is turned off.

Accessories
This towel rail is provided with everything required to hang the rail on the wall - brackets & masonry fixings, chrome bleed valve and blanking plug, as well as all the accessories needed for the dual fuel functionality - electric element, 2 x t-pieces, a pair of angled manual valves. The t-piece acts as an extension which allows you to insert the electric element into the towel rail as well as attach the valves. The use of 2nd t-piece provided is optional, for those who want to create symmetry with the valves on both sides of the rail. The element can be installed on either the left or right hand side of the towel rail - whichever is better for your set up.

The Element
The INOW+ Digital WIFI element gives you enhanced control over your radiator or towel rail. Offering manual control directly on the user friendly touch screen element or via WIFI using th INOW App. You can have full control over your radiator or towel rail in the winter and summer months - with or without your central heating, all from your smartphone or tablet whether your at home or out and about!

INOW App
The INOW app enables you to control the element via mobile devices such as smartphones or tablets. The app is available for both iOS and Android operating systems. Set up is easy - simply download the app on your device, register and sign up, follow the provided instructions to pair the element to the app, and away you go.

Inow Buttons
Radiator/Ambient Heating
This element has the functionality to heat the internal temperature of the radiator or the ambient (room) temperature to your desired temperature.
To use both of these functions, the INOW+ must be installed vertically into the bottom of the towel rail or radiator. If installed horizontally, it can only use the ambient heating mode.
Home Broadband with WiFi and Android or iOS smart phone or tablet are required to acess the ambient heating functions.

Operation Modes:
On/Off & Regular Temperature
Comfort
Eco
24 Hour and Weekly Programs (WiFi/App required)
Boost - 2 hours and 4 hours
Antifreezing at 15°C
On/Off and Regular temperature setting
Manually: Switch on the element using the power button and select a temperature between 30°C and 70°C but pressing the arrow (adjusted in increments of 5°C).
Using the App: Navigate to your INOW element in your devices, Select the "Switch" icon, use the + and - buttons to adjust the temperature between 30°C and 70°C.

Comfort
Manually: Press the modes button when a sun and house icons display on the screen you are in comfort mode.
Using the App: Navigate to your INOW element in your devices, Select the "mode" icon, select "comfort" mode and use the sliding dial to adjust the set room temperature.

Eco
Manually: Press the modes button when only the house icon displays on the screen you are in Eco mode.
Using the App: Navigate to your INOW element in your devices, Select the "mode" icon, select "ECO" mode and use the sliding dial to adjust the set room temperature.

24 Hour and Weekly Programs
Manually: Only available with the App.
Using the App: Navigate to your INOW element in your devices, Select the "Program" icon. Either select "Auto" to set the program to the default timings or create your own programme using the toggle button.

Boost - 2 hours and 4 hours
Manually: Press the "mode" icon, when 2HR or 4HR display on the screen you are in boost mode for that time. The element will then operate at the max temperature (70°C) for this duration. After this time the element will revert back to the previous working mode automatically.
Using the App: Navigate to your INOW element in your devices, tap the "Timer OFF" under the dail and chose eith 2hrs or 4hrs. After this time the element will revert back to the previous working mode automatically.

Anti-freezing at 15°C
Manually: Press the "mode" icon, when a snowflake appears, you are in anti-freezing mode. If the radiator internal temperature falls below 7°C, it will switch on and heat the liquid in the radiator to 15°C to prefect freezing, then switch off again.
Using the App: Navigate to your INOW element in your devices, Select the "Mode" icon, and chose "Antifreezing" from the list.

Automatic Settings
LST setting
There are Five options for LST settings: OFF, 40 °C, 45 °C, 50 °C, 60 °C. LST setting is enabled by default. LST setting data is only working under ambient heating ways,which is targeting to control the lower surface temperature, when the radiator internal temperature hit the selected temperature, it will stop working and it will work again once the internal temperature lower than the selected temperature, by working in this way, when the ambient temperature hits the set temperature, the device will stop working as well.

Temperature Compensation
You can adjust the temperature compensation in steps of 1 °C, from -10 °C to 10 °C. The default temperature compensation is O 0 C. This setting allows users to adjust for any discrepancy between the average room temperature and the temperature sensed by the element thermostat. For instance, if the temperature in the room is 18 °C, but the thermostat senses 16 °C, a compensation factor of+2 °C will offset the difference. The accuracy of the element's temperature reading can be affected if the unit is mounted such that the sensor is positioned in a hot or cold spot - e.g., nearhot water pipes or in a draughty doorway. The sensor is the short probe on the reverse of the control dial.

Open Window/Door Detection
There are Five options for the open window detection function: OFF, 60 minutes and 120 minutes. Open window detection is enabled by default. Open window detection is an energy-saving feature designed to cut power to the unit if a window is opened. If the thermostat detects a sudden drop in temperature (2 °C or more within 5 minutes), the element will switch to an anti-freeze state where it only heats if the temperature drops below 7 °C. This helps prevent loss of energy as heat escapes through the window. The element remains in this state until the time set (60 or 120 minutes) has elapsed, whereupon it will resume heating according to its previous settings. If the temperature drops again, the cycle begins again. The control dial will display "OP" when the open window function is triggered

Child Lock
Use the toggle switch to lock or unlock the element display. LC displays on the screen when the device is locked.
INSTRUCTIONS & GUIDES
INOW+ Manual

*The electric heating element supplied with this electric towel rail must be installed by a registered competent electrician. Any faults developed due to incorrect installation will not be covered under the product warranty. The suggested fuse size is calculated based on a 230V supply and whilst 230V is the nominal voltage given to homes in the UK, the actual voltage supply can vary. The registered competent electrician carrying out the installation will determine the appropriate size of fuse to use for the installation.