Overview

Overhead Stirrer LMOHS-A204 is designed with stirring speed of 50 to 2200 rpm. It features self-locking chuck that ensures secure rod alignment during fast operations. Equipped with RS232 data port for seamless PC connectivity, enabling digital speed and torque recording or control. Incorporates continuous operation for extended stirring sessions without performance drops or overheating risks. Our Stirrer is ideal for mixing liquids and semi-solids in laboratories.

Features :

Real-time monitoring

Corrosion-resistant build

Quick rod change

No head lifting

Safe long runtime

Efficient heat dissipation

Temperature feedback system

Specifications :

Maximum Capacity	40L
Stirring Speed Range	50 to 2200rpm
Display	Small monochrome screen
Timer	0 to 99h59min
Chuck Diameter Range	0.5 to 10mm
Speed Accuracy	±3 rpm
Rated Torque	44N.cm
Communication Interface	RS232
Overload Protection	Automatic stop
Motor Protection	Automatic stop
Protection Grade	IP42
Ambient Temperature Range	5 to 40℃
Relative Humidity	80%
Power Consumption	100W
Power Supply	110 to 240V, 50/60Hz
Weight	40 Kg

Applications :

Overhead Stirrer LMOHS-A204 ensures uniform mixing of liquids and semi-solids in laboratories, for chemical synthesis, sample preparation, emulsification, dispersion etc.

Selection Guide :

Overhead Stirrer LMOHS-A204 is a high-performance stirring device ideal for advanced research and industrial laboratories. It is suitable for applications that require accurate and consistent mixing of high-viscosity samples, such as polymer synthesis, chemical reaction studies, emulsification, and dispersion experiments. This model is frequently used in pharmaceutical research, material science, and petrochemical studies where intensive agitation is required. Certified with CE and ISO standards, the model ensures safety, reliability, and compliance with international laboratory regulations. Its robust construction, adjustable speed control, and overload protection make it a dependable choice for customers seeking performance under demanding conditions.