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Portland 1600 x 850 x 440mm Right Hand (RH) P-Shaped 5mm Shower Bath - White

SKU: 42.0234

Portland 1600 x 850 x 440mm Right Hand (RH) P-Shaped 5mm Shower Bath - White

Item No: 42.0234

Portland 1600 x 850 x 440mm Right Hand (RH) P-Shaped 5mm Shower Bath - White

Featuring a modern angular design with straight sides and a sloping back, the Portland is surprisingly deep, providing a generous, warm, and relaxing bath.

The Portland L-Shape is available in a wide range of bath sizes and in a choice of thickness - 5mm acrylic or ultra-strong Beauforté, which significantly extends the life of the bath.

Also Available In:

1600 x 850 RH Portland - Beauforté

Features

task_alt	440mm depth.
task_alt	5mm acrylic.
task_alt	Wider space at one end for showering.
task_alt	White.
task_alt	Can be fitted with a bath screen for showering. (Sold separately - click to see more)
task_alt	Supplied without pre-drilled tap holes or waste fittings.
task_alt	239 litres water capacity.

Not-Included

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Bath only: bath panels, waste & additional items sold separately (Please see 'Bought With' section above.)

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Package Contents

£534.00 Excl VAT

£640.80 Inc VAT

In stock

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Free Standard Delivery *

No minimum order value required

SKU	Name	Qty
42.0234A		1
42.1000		1

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FAQ's

BTU or British Thermal Unit - is the amount of heat needed to increase the temperature of 1lb (one pound) of water by one degree Fahrenheit. This is the imperial measurement, your Installer may work using metric values for this calculation; Watts. Either can be used to choose your radiator.

With radiators, the BTU measurement refers to how much energy is required to heat a room. The higher the BTU is, the greater the radiator’s heat output will be. How effective the radiator will be though, depends on factors such as the size of the room and how well insulated it is. A radiator’s ability to transfer heat will depend on its material, size and surface area as well as the water temperature within the system.

Delta T, or ∆T, specifically relates to the difference in temperature between the water circulating in the central heating system and that of the room or ambient temperature.

Flow in 75°C ,Flow out 65°C = Average water temperature inside radiator is 70°C.

If the room or ambient temperature is 20°C and the average water temperature inside the radiator is 70°C, the Delta T or ∆T value is calculated as 70°C - 20°C = 50°.

A Delta T correction factor allows end users and professionals to find out the actual output of a radiator or towel rail in the range of Delta T variations.

Eastbrook provides Delta T 30° & Delta T 50° outputs. You can use the listed correction factors below to find the actual output at Delta T 60° and other Delta T’s listed below:

ΔT	Correction Factors
70°	1.548
65°	1.406
60°	1.268
50°	1
45°	0.871
40°	0.747
35°	0.627
30°	0.513
25°	0.404

Example: Assuming a radiator or towel rail has a heat output of 750 Watts at ΔT (delta T) = 50°. At ΔT (Delta T) = 60°, the output would be 750 x 1.268 (from the table above) equating to 951 Watts.

Calculator

* = Mandatory field.

Please input all measurements in metres.

Room Type*

Height(M)*
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Length(M)*
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Window Area (m2)*
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Results

Required BTU @ΔT50°C:

Required Watts:

You may need more than one radiator to meet the required BTU output.

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warning Disclaimer: Our calculations are only estimated and are based on information you provide. Our BTU Calculator can only process the most common factors that affect heat loss and may not take into account all factors relating to your particular requirements. Any results provided by our BTU Calculator should not be considered 100% accurate and we accept no liability for any errors resulting from the estimates given.

For completely accurate BTU requirements, we recommend you to refer back to your heating engineer.

All towel rail/radiator outputs are based on Delta T 50°C (ΔT50°C).

warning Please Note: this is a guide only. A radiator with insufficient output may never raise the surface temperature of the radiator to the required level. Outdoor temperatures, external walls, insulation, heated adjacent rooms (i.e. above, below, and to the side) all have a contributing effect. The boiler should have sufficient capacity to supply all connected radiators to the sum of their maximum demand. Larger rooms such as living rooms may require more than one radiator, positioned evenly throughout the room. If this is the case, simply divide the required output between the number of radiators needed.

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