Thermo Scientific PR505755R Refrigerated Incubator - Precision Laboratory Equipment

Product Information

Welcome to the fascinating world of precision refrigerated incubators! We're delighted to present the Thermo Scientific PR505755R, featuring microprocessor controls and forced air circulation. This masterpiece is perfect for applications requiring temperatures at or below ambient, from -15°C to 50°C, ensuring excellent temperature control and stability. The precision refrigerated incubator boasts tantalizing qualities like superior temperature uniformity, easy-to-read microprocessor control display accurate within 0.1°C, user-friendly push-button controls for temperature set-point selection, and CFC-free, foamed polyurethane insulation preventing heat loss. Even the RTD temperature probe and protected setpoint mode to prevent accidental temperature change stand testament to its unparalleled excellence. This beauty is a perfect tool in a laboratory setting, particularly in applications like cell culture, microbiology, and protein crystallization. What's more, it's also well-suited for hybridization, germination, and seedling cultivation.

• Forced air circulation for excellent temperature stability
• Microprocessor control with push-button set-point selection
• CFC-free, foamed polyurethane insulation to prevent heat loss
• RTD temperature probe and protected setpoint mode

• Type: Refrigerated Incubator
• Capacity (English): 20.0 cu. ft.
• Certifications/Compliance: cCSAus
• Amperage: 6.2 A
• Capacity (Metric): 566 L
• Dimensions (D x W x H) Interior: 20 x 26.5 x 57 in. (50.8 x 67.3 x 144.8 cm)
• Temperature Range (Metric): -10C to +50C
• Door Style: Solid
• Insulation: CFC-free, foamed polyurethane
• No. of Shelves: 4 supplied/6 max.
• Plug Type: Nema 5-15P
• Temperature Uniformity: 0.5/0.9C @ 37C/20C

Metric: 113.398 kg
Imperial: 250 lbs

Metric: 78.7 cm x 86.4 cm x 144.8 cm
Imperial: 31 in x 34 in x 57 in

84198995

Refrigerated Incubator designed for laboratory use, featuring temperature control and stability, with forced air circulation and microprocessor control. The equipment is intended to provide precise environmental conditions for scientific and industrial applications to ensure optimal results and data consistency.