Seasonal Pick Thermo Scientific Tf25 D A 230/50 P2 2.8kw Ipr+ - 1224120502200400 Get 45% Off Today [LecatW15]

Thermo Scientific TF25 D A 230/50 P2 2.8KW IPR+ Chillers

The Thermo Scientific TF25 D A 230/50 P2 2.8KW IPR+ Chillers are designed to deliver precision temperature control in demanding applications. With its advanced features and robust construction, this chiller is ideal for research, development, and manufacturing environments. Key features include a 2.8KW power output, a cooling capacity of 25 liters per hour, and the innovative IPR+ technology for enhanced performance. This chiller is a reliable solution for maintaining optimal temperatures in your laboratory or industrial setup.

• High cooling capacity of 25 liters per hour
• 2.8KW power output for efficient performance
• Innovative IPR+ technology for improved cooling efficiency

Technical Specifications and Properties

The TF25 D A 230/50 P2 2.8KW IPR+ Chillers are engineered with precision and durability in mind. With a power supply of 230/50Hz and a net weight of 44kg, this unit is designed for easy installation and reliable operation. The chiller boasts a temperature range of -30°C to 10°C, ensuring precise control over your cooling requirements. Additional technical specifications include a flow rate of 6.5L/min and a sound level of 58dB(A), making it suitable for both laboratory and industrial settings.

• Power supply: 230/50Hz
• Net weight: 44kg
• Temperature range: -30°C to 10°C

Applications and Benefits

The Thermo Scientific TF25 D A 230/50 P2 2.8KW IPR+ Chillers are versatile tools for a wide range of applications. Whether you are conducting research in life sciences, processing materials, or running industrial processes, this chiller offers the necessary precision and reliability. Its compact design and user-friendly interface make it an ideal choice for daily operations, while its durable construction ensures long-lasting performance. Targeted for professionals in research, development, and manufacturing, this chiller offers the following benefits:

• Enhanced temperature control for precise experiments
• Improved efficiency in industrial processes
• Easy to use and maintain