Description
Designed for busy professional kitchens, the Arktic Blast Chiller 7 x GN 1/1 helps you rapidly bring cooked food down to safe holding temperatures or blast freeze for longer storage—supporting HACCP-oriented workflows, better mise en place planning, and consistent product quality. With dedicated cycles for ice cream freezing and deep surface freezing, it’s a versatile choice for restaurants, catering operations, and production kitchens working with GN 1/1 pans or 600x400 mm trays.
- Capacity for 7 x GN 1/1 containers or 7 x 600x400 mm trays
- Chilling performance: up to 23 kg to +3°C
- Freezing performance: up to 18 kg to -18°C
- Separate programs for ice cream freezing cycle (-20°C) and deep surface freezing (-40°C)
- Forced cooling with manual defrosting
- Digital thermostat for controlled operation
- Stainless steel housing and chamber (AISI 201)
- Inner LED lighting for clear visibility
- Sound and visual open-door alarm plus micro-switch that stops the unit when the door is open
- Adjustable door opening direction
- Condensate tray positioned under the unit
- Climate class 5: suitable for ambient temperatures up to +40°C
- Refrigerant: R290
- Chamber internal dimensions: 640 x 452 x (H) 730 mm
- 7 sets of rails spaced 70 mm apart
- Overall dimensions: 870 x 790 x (H) 1390 mm
- Input power: 1180 W
- Net weight: 114.255 kg
- Adjustable-height stainless steel feet
Use this blast chiller to quickly cool down cooked items for safe storage, portioning, and later regeneration, or to blast freeze prepared meals, semi-finished products, sauces, and desserts without compromising freshness. Rapid chilling to low temperatures also supports smoother service by allowing prep work to be shifted away from peak hours.
The chamber is built to accommodate GN 1/1 formats as well as 600x400 mm trays, making it easy to integrate into mixed kitchen workflows. Stainless steel construction and integrated lighting support hygienic handling and day-to-day usability, while the open-door alarm and safety micro-switch help reduce temperature loss during loading and unloading.
