Seasonal Pick Ohaus 30500610 G71hs10c Guardian 7000 Hotplate Stirrer 10in X 10in Plate (60 Rpm – 1,600 Rpm / Ambient + 5°c – 500°c) Apparel [gqkW5cV6]

Introducing the Ohaus 30500610 G71HS10C Guardian 7000 Hotplate Stirrer

The Ohaus 30500610 G71HS10C Guardian 7000 Hotplate Stirrer is a versatile and durable tool designed for precise heating and stirring applications. This advanced hotplate stirrer combines cutting-edge technology with robust safety features, making it an ideal choice for laboratories and research facilities. With a wide temperature range of Ambient + 5°C – 500°C and a speed range of 60 rpm to 1,600 rpm, the Guardian 7000 offers unparalleled flexibility for a variety of experiments and processes.

Key Features and Specifications

The Guardian 7000 Hotplate Stirrer is equipped with several innovative features that set it apart from other models. Its SmartPresence™ and SmartLink™ technologies provide enhanced safety by automatically shutting off the heater if no one is detected after a predefined "time out" period. Additionally, the SafetyHeat™ system ensures an early detection of overtemperature conditions, preventing damage to your lab equipment. The powerful motor, strong magnet, and software-controlled ramp rate guarantee precise stirring for viscous applications. Key specifications include a ceramic plate size of 10 inches by 10 inches, a capacity of 18 liters, and a temperature stability of +/-1% plate, below 100°C, and +/-1°C probe, below 100°C.

Practical Applications and Benefits

The Ohaus 30500610 G71HS10C Guardian 7000 Hotplate Stirrer is a valuable asset for a wide range of applications. Whether you are conducting chemical reactions, mixing solutions, or performing other heating and stirring tasks, this hotplate stirrer offers the precision and reliability you need. Its compact design and easy-to-use digital controls make it a perfect tool for daily laboratory use. Ideal for researchers, scientists, and lab technicians, the Guardian 7000 provides the benefits of safety, efficiency, and accuracy, ensuring optimal performance in your lab environment.