Stove 2 gas burners, open cupboard

1,940.84 incl. BTW
1,604.00 excl. BTW

mm (W x D x H) : 400 x 900 x 850/920 – kcal/h (gas) : 15480

Beschikbaar via nabestelling

SKU: G9/2BA4-N Categorie:

Snelle levering

Duizenden producten

Gratis Offerte

Afmetingen 400 × 900 × 850920 cm
Leveringsvertraging leverancier

35

Breedte (mm)

400

Lengte (mm)

900

Hoogte (mm)

850/920

Volume (M3)

0.5

Kcal Power

15480

Heeft accessoires

1

Merk

02-Diamond Silver

Verzendkosten

Verzendkosten binnen België:

Verzendkosten

Verzendkosten buiten België (Duitsland, Frankrijk, Nederland, Luxemburg):

productbeschrijving

  • 2 burners (1x 7kW ,1x 11kW) High Efficiency & Flexibility.
  • Open cabinet (GN 1/1) (360x740xh360 mm).

 

  • Made of AISI 304 stainless steel, adjustable stainless steel feet.
  • Deep-drawn top (20/10 mm), liquid collection basin in deep-drawn, watertight AISI 304 stainless steel.
  • Watertight to IPX5.
  • Rear chimney in AISI 304 stainless steel.
  • Double-walled oven enclosure and door with thermal insulation, spring-hinged door, stainless steel handle.
  • Sealed cast-iron burners with brass crowns (very high efficiency). Burners from 1.5 to 7 kW and from 2 to 11 kW regulated by gas valve, pilot ignition and thermocouple safety device, front access for easy maintenance. Enamelled cast iron grids, 390×380 mm (dishwasher safe).

ADVANTAGE :
Combining power, efficiency and flexibility, our H.E.F. (high efficiency & flexibility) burners will easily adapt to all types of professional cookware. Very high output burners (7 kW), interchangeable as required, brass crown, automatic ignition by pilot light (100% protected) and safety by thermocouple.

PLUS:
Possibility of 900+900 “BACK to BACK” or in combination with the new OPTIMA 700 EVO 900+700 range. Top in 20/10 mm thick AISI 304 stainless steel, front edge with drip stop, deep-drawn, watertight worktops, rounded corners inside the tanks, ‘high technology’ quality components. A perfect finish, with attention to detail, superb design and an easy alignment of the modules by the “HEAD to HEAD” connection.