SH Scientific Overhead Stirrer SH-OSDV-60-Set

SH Scientific Overhead Stirrer SH-OSDV-60-Set

The SH-OSDV-60-Set overhead stirrer is designed to deliver powerful and stable mixing performance for laboratory and pilot-scale applications involving high-viscosity materials. Equipped with a reliable motor and advanced digital PID feedback control, the unit ensures precise speed regulation and consistent torque during operation. The touch color LCD display allows users to easily monitor mixing parameters, while intelligent functions such as real-time torque measurement and viscosity calculation provide better process control. With durable ABS and aluminum construction, integrated motor protection, and USB monitoring capability, this overhead stirrer provides both reliability and efficiency for demanding laboratory mixing tasks.

• Stirring Capacity: Max. 60 Liters (H₂O)

• Maximum Viscosity: 150,000 mPas

• Maximum Torque: 293 Ncm

• Gear Ratio: 4.5 : 1

• Speed Range: 15 to 800 rpm

• Motor Rating: 200 W (Input) / 160 W (Output)

• Timer: Up to 99 hr 59 min

• Display: Touch Color LCD

• Controller: Digital PID Feedback Control with High Performance MCU

• Viscosity Measurement Range: 10,000 to 100,000 mPas (±15% deviation)

• Maximum Impeller Shaft Diameter: 10 mm

• Special Functions: Real-time torque measuring, viscosity calculation, target viscosity operation, and USB monitoring

• Permissible Temperature & Humidity: 0–40°C, <80% RH

• Safety Features: Overload and heat protector for motor with error code display

• Housing Material: ABS and Aluminum

• Power Consumption: 280 W

• Dimensions (W × D × H): 80 × 194 × 245 mm

• Net Weight: 4.6 kg

• Packing Size (W × D × H): 310 × 365 × 135 mm

• Gross Weight: 4.68 kg

• Power Supply: AC 120 V 60 Hz or AC 230 V 50/60 Hz, Single Phase

• Accessories: SH-OSSR030, SH-OSHC010, SH-OSIP030

The SH-OSDV-60-Set provides high torque capability, advanced viscosity monitoring, and dependable safety protection, making it suitable for laboratories that require precise mixing of high-viscosity liquids and complex formulations.