Lightweight Polyscience Model 210 Heated Recirculator Gadget [vYibmfTU]

Lightweight Polyscience Model 210 Heated Recirculator Gadget [vYibmfTU]: A Versatile Solution for Precision Temperature Control

The Lightweight Polyscience Model 210 Heated Recirculator Gadget [vYibmfTU] is a reliable and cost-effective tool designed for a wide range of applications requiring precise temperature control. This heated recirculator offers a unique combination of performance and affordability, making it an ideal choice for laboratories and research facilities. With its advanced features and user-friendly design, the Model 210 ensures consistent and accurate temperature control, enhancing the efficiency of your experiments and processes.

Key Features and Specifications of the Model 210

The Model 210 is equipped with a centrifugal pump, providing efficient and continuous fluid circulation. It operates within a temperature range of ambient to 70°C (158°F), ensuring flexibility for various applications. The temperature stability of ±0.2°C (±0.4°F) guarantees precise control, while the single pump speed option offers simplicity in operation. The process connections are made via a 1/2" barb fitting, allowing easy integration into existing systems. Additionally, the Model 210 features over-temperature protection and failsafe heater control, ensuring safety and reliability. With a maximum ambient temperature of 95°F (35°C), it is suitable for use in most laboratory environments.

Applications and Benefits of the Model 210

The Lightweight Polyscience Model 210 Heated Recirculator Gadget [vYibmfTU] is highly versatile and finds applications in various fields. It is perfect for thawing plasma, tempering photographic solutions, and circulating fluids to external devices. The precise temperature control ensures consistent results, making it ideal for critical experiments and processes. Its low-cost operation and user-friendly design make it accessible to researchers, educators, and professionals alike. With the Model 210, you can achieve accurate temperature control, saving time and resources, and ultimately improving the quality of your work.