Share this
Map

Ultra-low temperature freezer ULUF 450

Upright freezer with unique single stage compressor refrigeration system

Ultra-low temperature freezer ULUF 450

Contacts and Location

Contact 1 Mārtiņš Borodušķis
Enquire about this equipment
Organisational Unit University of Latvia
    Faculty of Biology
        Chair of Microbiology and Biotechnology - Latvia, Rīga
Building Rīga, Jelgavas 1

Description

Upright freezer with unique single stage compressor refrigeration system

Specification

• Capacity: ULUF 450 - 413 litre; • Temperature range: -40°C to -86°C • Maximum ambient temperature: 25ºC • Stainless steel interior and white exterior (optional stainless steel exterior) • Heated door frame • Insulated inner doors • Insulation: 120 mm • Castors and door key lock • Manual defrost • Ergonomic loading • Extremely quiet running single compressor (< 55 dBA) • Low energy consumption (14.9 kWh / 24h) and heat output • Microprocessor controller with digital display • Halogen lights above door activate when door is opened • Integrated data logger (software included) • RS 485 / RS232 interface • Alarms: Visual and acoustic alarm; power failure alarm; adjustable high/low temperature alarm; open door alarm and probe failure alarm; instrument (Eprom) failure alarm. Alarm display as text, not codes • Exterior contact for remote alarm • Prepared for GSM alarm • USB upload / download • Approx. 72 hours battery back up for alarms and temperature display in the event of power cut • Heated vacuum valve (makes door easy to open soon after closing) • 100 % HCFC/CFC free • Porthole for installation of PT100 / CO2 back up • 5 compartments with 4 individually freezing, fixed position shelves Frequency (Hz): 50/60 Power consumption (KWH/24H): 12,0 Power (Watt): 800 Horse Power (HP): 3/4 Current (A): 4,2 Dimensions: 720x885x2089 mm Weight: 193 Kg Electrical supply: 230V / 50-60 Hz / 3.8 Amp Refrigerant: EP88

Services

The Arctiko ULUF 450 use a cooling technology with standard single Danfoss compressor which provides low noise, low energy consumption (and therefore low heat output) with focus on the correct ergonomics for the user

Funding Source

National Research Centers (VNPC) -
Back to all
0 items in cart
Total: 0
You have no items in a cart
Go to checkout
Go Enquire