High-Torque Overhead Stirrer – Brushless DC Motor, 30–2000rpm, 300N·cm Torque, Digital Speed Control | PM400W-H Laboratory Mixer
Drive type: Brushless DC motor
Output torque of mixing shaft: 100N.cm
Outputpeak torque of mixing shaft: 300N.cm
Timing control range: 1~6000min
Speed regulation range-no load: 30-2000rpm
Stirring viscosity: 0~80000mPa.s
Treatment capacity (H2O)/Impeller material: 60/SS316L stainlesssteel
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PM400W-H
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TOP
It is suitable for mixing liquid from low viscosity to high viscosity. The mixer has reasonable and compact structure, ultra-low noise and maintenance free. The stirring speed is controlled by microprocessor, which can timely and effectively compensate the speed change caused by load change and power supplyvoltage fluctuation. The constant speed is reliable. Built in automatic overload protection device to ensure the safety of long-term and high-load continuous operation of the experiment; the rotary control of the running state makes the operation of the experiment easier, and the mixing speed can be adjusted steplessly to meet the requirements of adjusting the mixing speed at any time in the experiment;the digital display setting and the actual output mixing speed ensure the intuitive acquisition of experimental data.
It is suitable for mixing liquid from low viscosity to high viscosity. The mixer has reasonable and compact structure, ultra-low noise and maintenance free. The stirring speed is controlled by microprocessor, which can timely and effectively compensate the speed change caused by load change and power supplyvoltage fluctuation. The constant speed is reliable. Built in automatic overload protection device to ensure the safety of long-term and high-load continuous operation of the experiment; the rotary control of the running state makes the operation of the experiment easier, and the mixing speed can be adjusted steplessly to meet the requirements of adjusting the mixing speed at any time in the experiment;the digital display setting and the actual output mixing speed ensure the intuitive acquisition of experimental data.
