Precision Refrigerated / Plant Growth Incubators
from Thermo Fisher Scientific
Broad Temperature Range.
- Featuring microprocessor controls and forced air circulation, our Precision refrigerated incubators are ideal for applications that require temperatures ranging from -15°C to 60°C with excellent stability.
Efficient, Dependable Design.
- Easy-to-clean, corrosion resistant construction.
- Compressor relay conserves energy.
- 2A outlet easily supports apparatus inside the unit.
Excellent Temperature Uniformity.
- Microprocessor control with easy-to-read display shows actual temperature within 0.1°C.
- Push-button controls feature temperature set-point selection.
- Forced air circulation delivers excellent temperature stability.
- CFC-free, foamed polyurethane insulation prevents heat loss.
- RTD temperature probe and protected setpoint mode prevent accidental temperature change.
- Door key lock protects samples from unauthorized access.
6.1 cu. ft. Model:
- Economical under-counter design.
- High/low safety thermostat backups.
- Three cooling modes simplify operation: high precision with cooling; high precision without cooling; and frost-free with variable cooling.
- Four adjustable leveling feet for stable setup.
- 2A outlet easily supports apparatus inside the unit.
17.8 cu. ft. Model 818 Plant Growth Chamber:
- Ideal for applications requiring night/day simulation, precise temperature control and uniformity over a broad temperature range.
- Dual-lamp fluorescent lighting provides 300 foot candles for uniform illumination.
- Programmable heating and lighting cycles: 7-day program with 2 light cycles per day.
20 cu. ft.Model 815 Refrigerated Incubator:
- Ideal for BOD applications and temperature settings at or below ambient.
- Advanced microprocessor controlled with easy-to-use push buttons and set-points.
- Connection for external chart recorder and RS-232 interface for data logging.
- Holds up to 333 BOD bottles (300 ml).
Application Information.
- Various models designed to provide stable conditions for the following applications.
- BOD determination.
- Sample storage - below and above ambient temperature.
- Bacterial research.
- Mycology studies.
- Fish or insect breeding.
- Seed germination.
- Plant growth.