Premium Quality Huber 1030.0008.01 , Petite Fleur W Dynamic Temperature Control System Series [Lhg8en2W]

Introducing the Huber 1030.0008.01 Petite Fleur with Dynamic Temperature Control System

The Huber 1030.0008.01 Petite Fleur is a compact yet powerful dynamic temperature control system designed for precision and efficiency. As the smallest model in the Unistat range, it offers the highest temperature control speed and precision, making it ideal for a wide array of applications. With its space-saving design and user-friendly operation, the Petite Fleur is a versatile solution for laboratories and research facilities seeking reliable temperature control.

Key Features and Specifications

The Petite Fleur boasts a temperature range of -40 to 200°C, ensuring flexibility for various experiments. Its ±0.01°C temperature stability guarantees precise control, while the True Adaptive Control (TAC) system optimizes performance for consistent results. The system is equipped with a high-capacity circulation pump that provides optimal delivery and protects delicate glass reactors with a soft start-up feature. Additional features include a Pilot ONE controller with a TFT color display, offering a programmer, calendar/clock function, user menus, and many other useful tools. The use of environmentally friendly natural refrigerants as standard further enhances its eco-friendliness.

Applications and Benefits

The Huber 1030.0008.01 Petite Fleur is suitable for a multitude of applications, including chemical synthesis, material processing, and biological research. Its precise temperature control and user-friendly interface make it an invaluable tool for researchers and scientists. The system's compact size and efficient cooling capacity of 480 W at full pump speed, with an additional 50 W available at reduced speed, ensure optimal performance for a wide range of experiments. With its robust construction and reliable performance, the Petite Fleur is a must-have for any laboratory seeking a high-quality temperature control solution.