AN ICON.
Sigma is an incredibly stylish towel dryer, sharp and unconventional in form and expression, with rectangular tubes that combine a distinct front with a sleek appearance.
There is plenty of room for your towels, and the wide tubes provide an excellent drying effect.
It is available in two sizes and in matte black lacquered steel (RAL9005) or matte white lacquered steel (RAL 9010).
The dimensions of the tubes are 60 mm x 20 mm.
Bathroom culture today reflects more personal style and emotional demands for function and design.
CHRIS DESIGN.
Unique, innovative design with flat, rectangular tubes that give a distinct and completely new look.
DIMENSIONS [HXL]: 1320 x 600 mm
DIMENSIONS [HXL]: 1500 x 600 mm
This towel dryer can be used wherever you have either a water-carrying system or the option to connect to standard 220 Volt electricity, and of course, you can also use a combination of water heating and electric heating. You must be aware that there are different rules and laws that determine where and how you can install certain electrical and plumbing items - We always recommend that you consult your local professional!
Water-carrying system: Yes.
Can be used wherever you have water-carrying closed systems – i.e. district heating or central heating. For this type of installation, you must purchase a valve set.
Maximum operating pressure: 8 Bar.
This is the maximum pressure that must be on your system to avoid leaks.
Maximum operating temperature: 90°C.
This is the maximum temperature that must be in your system to avoid leaks.
Number of ½" holes for water supply and outlet: 2 pcs.
This indicates how many "holes" there are in the towel dryer that can be used for connection. The hole dimension is ½", which is the standard for valve sets and electric heating elements. The number does not necessarily say anything about the placement, but typically there are always 2 taps in the vertical pipes at the bottom.
Wiring diagram: H1.
The diagrams/charts show how the water flow direction in the radiator must be to ensure optimal operation.
