In Stock Revco Ult7150-9-d17n Chest Collection [80xJbe3M]

Revco ULT7150-9-D17N Cryogenic Chest Freezer

The In Stock Revco Ult7150-9-d17n Chest Collection [80xJbe3M] freezer is a cutting-edge cryogenic storage solution designed for precision and efficiency. This freezer offers a 6.8 cubic foot interior, making it ideal for a wide range of applications, from scientific research to medical storage. Its -150°C low temperature range ensures that even the most delicate samples are kept at the optimal conditions. The ULT7150-9-D17N features a microprocessor temperature controller for precise and consistent performance.

• High-performance design with -150°C temperature range.
• 6.8 cubic foot interior for ample storage capacity.

Product Specifications and Features

The Revco ULT7150-9-D17N cryogenic chest freezer is built to meet the most stringent requirements. Its exterior dimensions are 58” x 43” x 29”, while the interior space is 23.5” x 26.5” x 19”. It weighs approximately 850 lbs and operates on 208/230V, 60Hz, 20 amp power. The freezer is equipped with a patented Orbital refrigeration system, ensuring optimal cooling efficiency with a CFC-free refrigerant. The IntrLogic microprocessor control system provides a user-friendly interface with a touchpad data entry and digital display of all functions.

• Powerful Orbital refrigeration system for high efficiency.
• IntrLogic microprocessor control system for precise temperature control.

Practical Applications and Benefits

The Revco ULT7150-9-D17N cryogenic chest freezer is a versatile solution for various industries, including pharmaceuticals, biotechnology, and scientific research. Its exceptional temperature uniformity ensures that samples remain stable and undamaged. The freezer's independent operating temperature and high/low limit alarm functions add an extra layer of safety. With a 90-day warranty, you can trust in the quality and reliability of this product.

• Perfect for pharmaceuticals, biotechnology, and scientific research.
• Exceptional temperature uniformity for sample stability.