Overhead Stirrer OS20520

Introduction

Overhead Stirrer is a robust device engineered for high-performance stirring. Integrated with a speed range of 100 to 2000rpm, it ensures efficient operation. Built-in digital display enables clear monitoring of speed and time. Incorporated with knob and button controls, it offers accurate adjustments. Our Overhead Stirrer is designed for mixing paint, dyes, reagents, and other liquids.

Applications

Overhead Stirrer is widely applicable in laboratories for mixing paints, dyes, reagents, and other liquids.

Specifications

Speed Range	100 to 2000rpm
Maximum Mixing Volume	50L
Stepping	10rpm
Operation Mode	Digital Display + Knob + Button
Maximum Torque	50N.cm
Maximum Viscosity	35000MPas
Timing Range	0 to 24h
Drill Clamp Diameter	1 to 10mm
Motor	Brushless Motor
External Temperature Sensor	Acceptability
Temperature Display	Yes
Stirring Rod Penetration	Yes
Power Consumption	80W
Power Supply	DC24V/4A
Dimension	195×80×235mm

Features

Non-slip base.

Height adjustable mixing paddle.

Locking key.

Tripping detection program.

Optional external temperature probe.

FAQs

1. What are Overhead Stirrers used for?

Overhead Stirrers are used for mixing, homogenizing, and recirculating large volumes or high-viscosity substances.

2. What stirring capacity is supported by Overhead Stirrers?

Overhead Stirrers support maximum stirring capacities ranging from 10 L to 70 L for versatile laboratory applications.

3. How do Overhead Stirrers ensure safe operation?

Overhead Stirrers are equipped with overload protection to prevent damage and ensure safe, reliable operation.

4. How do Overhead Stirrers maintain consistent performance?

Overhead Stirrers maintain constant stirring speed even when sample viscosity changes during operation.

5. What happens if there is a power interruption during stirring?

Overhead Stirrers automatically restart after power loss, ensuring uninterrupted and consistent workflows.

6. Where are Overhead Stirrers commonly used?

Overhead Stirrers are commonly used in research laboratories, chemical processing, and industrial mixing applications.