Overhead Stirrer LOSR-T2017

Introduction

Overhead Stirrer is well-suited for thicker solutions with a viscosity of up to 16000 mPas. It supports a maximum mixing volume of 20 liters and features a rated torque of 30 N.cm. The stirrer is equipped with advanced a brushless motor and offers digital display control along with a knob. Additionally, it supports various types of stirring paddles, enhancing its versatility. Our stirrer is designed for high-capacity and high-viscosity applications.

This magnetic stirrers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Overhead Stirrer is suitable for large-scale industrial mixing in chemical manufacturing, material science, and pharmaceutical production. It is perfect for high-viscosity solutions like pastes, resins, and thick emulsions.

Specifications

Max. Viscosity	16000 mPas
Max. Torque	30 N.cm
Max. Capacity	20 L
Speed	50 to 1200 rpm
Speed Stepping	10 rpm
Timing Range	0 to 24 h
Motor	Brushless motor
Operation Mode	Digital display + knob
Clamping Diameter	1 to 10 mm
Paddle Compatibility	8 Types
Current	2.5 A
Power Consumption	60 W
Dimensions (W×D×H)	145 × 70 × 195 mm

Features

High viscosity

Stirring rod penetration

Speed stepping

Timing function

Low power consumption

Compact and sturdy structure

FAQs

1. What are the key specifications of the It Overhead Stirrer?

Overhead Stirrer is designed for mixing high-viscosity solutions up to 16,000 mPas. It has a maximum torque of 30 N•cm and can handle a mixing volume of up to 20 liters. The speed range is adjustable from 50 to 1,200 rpm in 10 rpm increments. It features a brushless motor for durability and low maintenance, along with a digital display and knob for precise control. Additionally, it supports eight different stirring paddles for various applications.

2. What safety features are included in this Overhead Stirrer?

Overhead Stirrer is equipped with overload protection, which prevents motor damage by adjusting or shutting down operation if excessive load is detected. Its stable construction minimizes vibrations to reduce spills and ensure consistent performance. The brushless motor eliminates sparking risks, making it safer for handling volatile substances.

3. How does this Overhead Stirrer accommodate different mixing applications?

Overhead Stirrer offers an adjustable speed range of 50 to 1,200 rpm, allowing precise control for different substances. It also includes a timer function that can be set from 0 to 24 hours, enabling extended, unattended operation. The compatibility with stainless steel and paddles allows it to mix various materials effectively, while the digital interface ensures ease of use.

4. What accessories are included, and what optional accessories are available?

The standard accessories include the host machine, power cord, plate stand, bosshead clamp, wrench, spanner, support bracket, and a centrifugal stirrer. Optional accessories include container fixators and different types of stirring paddles in stainless steel and , which can be selected based on the specific mixing requirements.

5. In which industries and applications is this Overhead Stirrer used?

Overhead Stirrer is commonly used in chemical manufacturing, material science, pharmaceuticals, and food production. It is suitable for blending reagents, preparing composite materials, mixing pharmaceutical formulations, and processing thick food products like sauces and pastes.

6. How does the brushless motor improve performance and lifespan?

The brushless motor reduces maintenance requirements, operates more efficiently by minimizing heat generation, and has a longer lifespan due to less mechanical wear. It also runs quieter, making it an excellent choice for laboratory environments.

7. What factors should be considered when choosing a stirring paddle?

Paddle selection depends on material compatibility, with paddles ideal for corrosive chemicals and stainless steel paddles suitable for general applications. The paddle design affects mixing efficiency, with different shapes providing varying levels of agitation. The size and shape should also match the container to ensure even mixing.