Rytons DVKIT100WH 100mm Direct Ventilation Kit - White Grille

Rytons DVKIT100WH 100mm Direct Ventilation Kit
  • Rytons DVKIT100WH 100mm Direct Ventilation Kit
Need help Deciding

call us on NI 028 3755 1260 ROI 048 3755 1260

Out of stock
£65.00
Within 7 Days

Rytons DVKIT100WH 100mm Direct Ventilation Kit - White Grille

Model Number : DVKIT100WH

Highlights

Dimensions 0 mm x 0 mm x 0 mm

Product Summary

The Rytons DVKIT100WH is a direct ventilation kit for stoves with a 100mm diameter outlet and comes with a 6×6 Louvre Grille.  Available with a White Grille, the Rytons DVKIT100WH ducting attaches to the back of the stove via the manufacturer’s outlet allowing combustion air direct from the outside.

Read more

The Rytons DVKIT100WH is a direct ventilation kit for stoves with a 100mm diameter outlet and comes with a 6×6 Louvre Grille.  Available with a Terracotta Grille, the Rytons DVKIT100TC ducting attaches to the back of the stove via the manufacturer’s outlet allowing combustion air direct from the outside.

Key features of the Rytons DVKIT100WH ventilation kit include:

  • Direct ventilation kit for stoves with 100mm diameter outlets
  • Ducting attaches to the back of the stove via the manufacturer’s outlet allowing combustion air direct from the outside
  • Does not introduce light and draughts into the room
  • Aluminium duct is made from a non-combustible material to DIN 4102 Class A1 and is suitable for temperatures up to 250°C
  • External grille U.V. stabilised to slow down the effects of sunlight.

The DVKIT100WH kit includes:

  • x1 Rytons 6×6 Louvre Ventilator (LV103)
  • x1 Rytons 6×6 Louvre Backplate with 97mm Dia. Spigot (LV4BACKWH)
  • x1 Rytons Semi Rigid Aluminium RytHose (FSRA41.5M)
  • x2 Jubilee Clips (JCLP100).

Size:

Louvre grille: 166mm L x 160mm H
Ducting: 102mm Dia. x 1.5m L

Specific Details

Additional Info:
  • Louvre grille: 
    U.V. stabilised high impact polystyrene
  • Backplate: 
    High impact polystyrene
  • Ducting: 
    One layer aluminium
  • Jubilee clips: 
    Metal

Performance

Energy Efficiency