Standard Floor-mounted LST Convector
- Energy classes
- A
- B
- C
- D
- E
- F
- G
Standard
Floor-mounted LST Convector
- Classic design
- Sizes and selections that suits to purpose
- Compliant with PN-EN 442 Standard
Selection software
Downloads
Basic sizes
Height: 100, 160, 230, 300 mm
Width: 159, 222, 284 mm
Length: 880÷2580 mm
Non standard heater length available on request.
Verano floor-mounted heaters with STANDARD type casing are characterized by a simple, classic form, behind which hides innovative heating technology. Smooth heater casing available in many colors, gives the possibility of any interior design. Radiators can be made with bottom connection (type V) or side connection (type C).
The heater casing is painted in white RAL9003 as standard. Other colors and grill types are available upon request. Non-standard execution also allows the possibility of building an actuator or wireless head inside the radiator housing.
STANDARD EQUIPMENT:
• Smooth casing made of zinc-magnesium galvanized steel, powder coated in white RAL 9003
• Copper-aluminium heat exchanger with air vent
• Built-in thermostatic valve (only for V type connection heaters)
• Assembly kit
• ¾” female threaded connectors in C type (side connection) heaters
• ¾” male threaded connectors in V type (bottom connection) heaters
• Heater brackets/legs 100 mm high
ADDITIONAL EQUIPMENT:
• Casing in any RAL colour
• Non standard grille type
• Thermal actuator or wireless TRV head (installed inside the casing)
VERANO wall-mounted heaters are available as two connection types:
type V – bottom connection
type C – side connection
• Fire safety class: Class A1
• Harmful substances release: none
• Water tightness under the high pressure: no leakage at pressure 1,3 times higher than maximum acceptable operating pressure
• Resistance to pressure: No cracks at pressure 1,69 times higher than maximum acceptable operating pressure
• Surface temperature: maximum 95°C
• Corrosion resistance: No corrosion after 100 hours in humid environment
• Resistance to weak impacts: Class 0