The Secret Of Ohaus Shhd1619al Shaker Heavy Duty Dual Speed Sensors Lab Equipment Web Only Deal [NoXEQbUZ]

Robust Lab Equipment for Diverse Applications

The Ohaus SHHD1619AL Shaker is a heavy-duty lab equipment designed to handle a wide range of applications with ease. This powerful and convenient shaker provides consistent orbital shaking action, making it an ideal choice for demanding tasks in various laboratory settings. With a capacity of 16 kg and a speed range of 25 rpm to 500 rpm, it offers flexibility and precision for your experiments.

Key Features and Specifications

The SHHD1619AL shaker boasts an impressive list of features and specifications that enhance its performance and usability. It features an orbital motion with a 19 mm amplitude, ensuring effective mixing and shaking. The detachable 3-wire cord and plug provide convenience and flexibility, while the built-in tray with non-slip rubber mat ensures that your samples stay securely in place during operation. Other notable features include an independent LED display for speed and time control, RS232 interface for data logging and unit control, and a triple eccentric brushless DC motor drive system for smooth and efficient operation.

• 19 mm amplitude for effective mixing
• 16 kg capacity to accommodate larger samples
• 25 rpm to 500 rpm speed range for versatile applications

Maximize Efficiency and Throughput

The Ohaus SHHD1619AL Shaker is designed to maximize efficiency and throughput in your laboratory. With eight models available with load capacities ranging from 16 to 68 kg, you can find the perfect shaker to meet your specific needs. The shaker's analog control system allows for accurate speed control, ensuring repeatable results for your experiments. Its safety certification from TUV provides peace of mind, knowing that your laboratory equipment meets the highest safety standards. The working environment range of 32°F to 104°F (0°C to 40°C) and a relative humidity of up to 80%RH (non-condensing) ensures reliable performance in various laboratory conditions.