Overhead Stirrer OS20-Pro LCD Digital Dlab

Overhead Stirrer OS20-Pro LCD Digital Dlab

The OS20-Pro overhead stirrer is designed with a “top-cross” stirring paddle for easy replacement of containers. It features an LCD display that shows both the set and actual speed as well as the torque, ensuring precise control over the stirring process. The device is equipped with spillage and overload protection circuits, offering enhanced safety during operation. The brushless DC motor guarantees long-lasting performance with no need for maintenance.

Key Features:

• Stirring Paddle: “Top-cross” design, facilitating easy container replacement.
• LCD Display: Shows set and actual speed, torque, and overload protection status.
• Spillage and Overload Protection: Built-in safety circuits to prevent accidents.
• Brushless DC Motor: Long-lasting and maintenance-free motor for consistent performance.
• Self-Locking Drill Chuck: Tool-free operation for convenience.
• Smooth Start/Run: Prevents sample splatter and overflow during operation.
• Constant Speed: Maintains a steady speed even when the sample’s viscosity changes.
• Protective Silicone Cover: The drill chuck is protected from erosive vapor, extending its lifespan.

Product Specifications:

• Catalog Number: 8033100100
• Maximum Stirring Capacity (H2O): 20L
• Speed Range: 50-2200 RPM
• Speed Display Accuracy: ±3 RPM
• Maximum Torque: 40 N·cm
• Maximum Viscosity: 10,000 mPa·s
• Motor Type: Brushless DC motor
• Speed Display: LCD
• Torque Display: LCD
• Overload Protection Display: LCD
• Data Interface: RS232
• Chuck Clamp Range Diameter: 0.5-10mm
• Protection Class: IP21
• Motor Input Power: 60W
• Motor Output Power: 50W
• Power Consumption: 70W
• Voltage/Frequency: 100-240V, 50/60Hz
• Dimensions (WxHxD): 83 x 220 x 186 mm
• Weight: 2.8 kg
• Permissible Ambient Temperature: 5-40°C
• Permissible Ambient Humidity: 80% RH

The OS20-Pro is ideal for laboratory applications requiring precise control of stirring speed and torque, making it a versatile and reliable choice for mixing samples with varying viscosities.