Gas grills
MAINTENANCE CHAMBER REFRIGERATOR WITH TWO DOORS
€2,349.00
Made of stainless steel inside and out
Insulation with ecological polyurethane 7 cm thick on the body and 8 cm on the bottom
Bottom with sanitary corners
Laminated racks adjustable in height
Inox guides for GN bowls
Adjustable stainless steel legs
Terminal switch that stops the operation of the element when the door is opened
Freon ecological
Placing a pipe for clamps
Air duct for even distribution of cooling
Description
Dimensions 137 × 82 × 207 cm
Capacity (Lt.) 1232
Temperature (℃) -1 to +10
Doors 2
Door dimensions (LxH) cm 67 x 167.5
Racks white (Unit./Dimensions (LxW) cm.) 6/60.5×60.5
Inox legs (Units/Dimensions (H) cm.) 4 / 10 -13
Electric voltage / Frequency (V/Hz) 220 – 240 / 50
Power (W) 650
Compressor (HP) 1/2
Type of cooling Rushed
Defrosting Automatic
Digital thermostat
Coolant R 290
LED interior lighting
Net volume (m3) 2.32
Weight 185 kg
Additional information
| Weight | 200 kg |
|---|
Brand
Brand
Bambas
Related products
Catering equipment
External dimensions 600x530x835(h))mm Internal dimensions 520x415x685(h)mm Capacity 129 lt Temperature +1ºC / +10ºC Power 160 Watt, 230V / 50Hz Cooling Rushed Defrosting Automatic Refrigerant R600a Shelves 2 (600x352mm) LED lighting Climate class 4 (30°C & 55% RH) Energy class D Net Weight 37 Kg
€1,860.00
External dimensions (LxWxH) cm 139 x 70 x 85 / 95 155 x 70 x 85 / 95 Temperature (℃) 0 to +10 0 to +10 Doors 2 2 Door dimensions (LxH) cm 45 x 67 52 x 67 Inox legs (Units/Dimensions (H) cm.) 4 / 10 -13 4 / 10 -13 Electrical voltage / [...]
Catering equipment
€1,540.00
Made of stainless steel inside and out Insulation with ecological polyurethane 7 cm thick on the body and 8 cm on the bottom Bottom with sanitary corners Possibility of placing adjustable drawers of GN1/1 capacity inside the chamber Laminated racks adjustable in height Inox guides for GN bowls Adjustable stainless steel legs Terminal switch that stops the operation of the element when the door is opened Freon ecological Air duct for even distribution of cooling