Huxi HR-750JBF round tube type (frequency conversion speed regulation) Disperser
SE
The HR-750JBF round tube type Disperser adopts frequency conversion motor, stable operation, low noise, and can operate for a long time. The HR-750JBF round tube type Disperser has a processing capacity of 10L, a power of 750W, a speed of 0-8000r/min, Viscosity 20000cp, lifting method The tube spring lifts and lowers, and the lifting stroke is 260mm.
HuXi HR-750JBF Circular Tube DisperserPacking list
SKU
NB033645
Motor type
Brushless motor
Bracket type
Round tube small bracket
Voltage
220V
construction throughput
10L
power
750W
Speed regulation range
0~8000rpm
Viscosity
20000cp
Lifting method
Round tube spring lift
Lifting stroke
260mm
Dimensions
740*450*420mm
Bottom length and width
275*330mm
Spindle length
210mm
Spindle diameter
16mm
Spindle distance from bracket
135mm
Dispersion sheet off the ground
30mm
HR-750JBF
Circular Tube Disperser
Applications
Dexterity and convenience. The frequency conversion motor is selected, the operation is more stable, and the noise is low. Easily meet a variety of high-demand dispersion and stirring experimental requirements.
Features
The inverter motor is selected, the operation is stable, the noise is small, it can run for a long time, and the design is safe and reliable.
The dispersion disc is made of good stainless steel and has good corrosion resistance.
The dispersion disc is connected to the dispersion shaft by hexagon socket screws, which is easy and flexible to disassemble and assemble.
Frequency conversion stepless speed regulation, brushless motor, maintenance-free, no sparks, no dust, higher safety performance, ordinary bracket, spring lifting.
Packing list:complete-built unit X1, manual X1, certificate of conformity X1, warranty card X1
[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
QExcuse me, this laboratory high-speed grinding Disperser 0.3L sample can't be stirred, right?