Electric Only Aeon Collection Zenith 105
Product Features
- 100% Stainless Steel Electric Heated Towel Warmer
- 560mm High X 380mm Wide
- Output Delta T 50k = 147 watts (502 BTU's)
- This Product Includes an electric element
- Wall brackets & fixings
- Plug and air-vent
-
Thermal transfer fluid
Example Element Fixing CP element caps are supplied
Supplied with one Electric Element and filled with thermal transfer fluid.
When you order a rail and element together the correct sized element is supplied.
(same as oil filling)
Product Specifications
| ZENITH TOWEL RADIATOR STAINLESS STEEL |
|
|
|
DIMENSIONS |
PIPE
CENTRES |
# OF
TUBES |
HEAT OUTPUTS
DELTA T : 50C |
|
|
PRODUCT |
HEIGHT (mm) |
LENGTH (mm) |
DEPTH (mm) |
(mm) |
|
BTU |
WATTS |
|
|
ZENITH 64 |
560 |
380 |
|
340 |
9 |
502 |
147 |
|
|
ZENITH 105 |
1000 |
480 |
|
440 |
15 |
1,018 |
298 |
|
Product Characteristics
- Do not corrode or flake
- There are pressure tested with air to 10 bars under water
- Radiator Depth of 40mm
- Has a brushed stainless steel finish
- Valves are not supplied
- These rails are of highest quality finish and attention to little details demand an attention in admiration.
- Gentle and generous are unusual qualities to blow you away but after a few moments in its presence you'll soon discover why.
- Perfection has reached new heights because of its delicate delivery of warmth to the body and to the soul.
- Quality and performance are not compromised in this new range, in which all the products are manufactured out of 100% stainless steel - ensuring that they will keep their good looks.
- Every radiator is supplied with brackets, blanking plugs, air vents, fixing screws.
- Each model can be used in direct or indirect systems. All models carry a 20 year manufacturers' warranty.
When you order a rail and element together the correct sized element is supplied.
Another good product from www.tradeplumbing.co.uk
Model Selection Reckoner
To identify the model with the most suitable heat output for your bathroom (linear measurements in feet)
Step 1: Multiply room length x room width x room height = room volume (cu ft)
Step 2: Multiply room volume as calculated in Step 1 by 5. This figure gives a rule of thumb guide to the heat output (in BTU's) required for the bathroom. |
