Overhead Stirrer OS70-Pro LCD Digital Dlab

Overhead Stirrer OS70-Pro LCD Digital Dlab

Dlab OS70-Pro LCD Digital Overhead Stirrer: Powerful and Precise Mixing

The Dlab OS70-Pro LCD Digital Overhead Stirrer is a versatile and high-performance overhead stirrer designed for demanding laboratory applications. Here’s a breakdown of its key features and specifications:

Features:

• “Top-Cross” Stirring Paddle Design: Ensures efficient mixing and easy container replacement.  
• Informative LCD Display: Provides real-time monitoring of set and actual speed, torque, and time.  
• Safety Features: Includes spillage and overload protection circuits for peace of mind.  
• Brushless DC Motor: Offers long life, quiet operation, and requires minimal maintenance.  
• Self-Locking Drill Chuck: Offers tool-free chuck changes and a secure hold on stirring shafts.  
• Smooth Start/Run: Prevents sample splatter or overflow during mixing.  
• Constant Speed Control: Maintains consistent speed even with changes in sample viscosity.  
• Protective Silicone Cover: Protects the drill chuck from corrosive vapors.  

Specifications:

• Catalog No.: 8033300100
• Maximum Stirring Capacity: 70 liters (H₂O)  
• Speed Range: 50-1100 RPM
• Speed Display Accuracy: ±10 RPM
• Time Setting Range: 0-99 hours 59 minutes
• Maximum Torque: 300 N·cm  
• Maximum Viscosity: 100,000 mPa·s
• Motor Type: Brushless DC Motor
• Displays: LCD for speed, torque, and overload protection  
• Data Interface: RS232
• Chuck Clamp Range Diameter: 0.5-10 mm
• Protection Class: IP21
• Motor Input Power: 180 W
• Motor Output Power: 160 W
• Power: 200 W
• Voltage/Frequency: 100-240V, 50/60Hz
• Dimensions (WxDxH): 83 x 220 x 186 mm
• Weight: 3.2 kg
• Permissible Ambient Temperature: 5-40°C
• Permissible Ambient Humidity: 80% RH

Conclusion:

The Dlab OS70-Pro LCD Digital Overhead Stirrer is a powerful and reliable option for laboratories requiring efficient and precise mixing of various liquids. It provides a user-friendly experience with its informative LCD display, intuitive controls, and robust safety features.