Overview

Overhead Stirrer LMOHS-A202 offers 60-liter capacity. It features compact body that saves space while delivering reliable performance in limited lab environments. Equipped with digital display, it allows monitoring and setting of stirring speed, temperature, torque, and timer. Incorporates an external PT100 sensor to monitor material temperature instantly during chemical or biological reactions. Our Stirrer enables efficient stirring in clinical setups and laboratory research.

Features :

Corrosion-resistant build

Secure rod grip

Quick rod change

Safe long runtime

Clean internal layout

Low noise operation

Specifications :

Maximum Capacity	60L
Stirring Speed Range	50 to 1200rpm
Display	Large color screen
Timer	0 to 99h59min
Chuck Diameter Range	0.5 to 10mm
Speed Accuracy	±1 rpm
Rated Torque	132N.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	160W
Power Supply	110 to 240V, 50/60Hz
Weight	40 Kg

Applications :

Overhead Stirrer LMOHS-A202 ensures consistent and efficient stirring in chemical synthesis, pharmaceutical development, clinical setups, academic institutions, and laboratory research.

Selection Guide :

Overhead Stirrer LMOHS-A202 is an ideal choice for laboratories involved in high-viscosity mixing, suspension, and dispersion tasks. It is widely used in chemical synthesis, pharmaceutical formulation, biological experiments, and materials research due to its robust design and high torque performance. The device supports a wide stirring speed range, allowing accurate control for both gentle mixing and intense agitation. Its compatibility with standard laboratory vessels and stirrer shafts ensures ease of integration into existing setups. Certified with CE and ISO standards, this model ensures quality, reliability, and safety for research and industrial environments. This makes it suitable for applications requiring consistent, repeatable results under varying load conditions.