Bismuth telluride, carbon fiber, polyester resin, ABS plastic, nanotubes, collagen, rubber, jute, PAN fiber, fabric, cotton, rubber, silicone, wax, bark, chicory, dried mushrooms, tea
|Average product particle size when installing a grate with minimum openings, mm||0,4-1,0|
|Product particle size when installing a grate with minimum openings, mm||90%<2,0|
|Maximum initial material grain size, mm*||150|
|Mill loading door dimensions, mm||250х280|
|Size of discharge grate openings, mm||2-50|
|50 Hz supply voltage, V||380|
|Electric motor power, kW||7,5|
|Rotor speed, rpm||1000|
|Gross/usable capacity of the collecting container, l||53/35|
|Overall dimensions (Length x Width x Height), mm||1525х585х1465|
|Weight/weight with control panel, kg||460/465|
|Blades material – tool steel||105WCr6, 90CrSi|
|Blades hardness, HRC||40-45|
|Compatible control panel||MCP3-11|
* It is possible to batch load materials of an elongated shape, the size of which in one of the dimensions significantly exceeds the specified
** Depends on the physical properties of the material and the size of discharge grate openings
The accuracy of setting the gap between the casing blades and the rotor blades provides shear deformation during grinding.
PRODUCT PARTICLE SIZE AJUSTMENT
There are 4 ways to adjust the particle size of the product:
Hinged loading hopper provides quick access to the milling chamber for inspection and replacement of blades and grates, and cleaning of the chamber. Easy adjustment of V-belt drive.
VARIOUS UNLOADING MODES
Design of CM 250 cutting mill allows 2 modes of material unloading:
COMPATIBLE WITH DUST СOLLECTOR
Ability to connect to dust collector to:
The end switch excludes start-up with loading hopper removed. The size and configuration of the loading hopper preclude access to the milling chamber. Bumpers in the hopper exclude the material ejection from the milling chamber. All rotating parts and assemblies are covered by the casing.
QUALITY SPARE PARTS
Knives are made of hardened tool steel. Increased service life of the blades due to the possibility of sharpening. Discharge grates are made of 5 mm steel. CM 250 is equipped with blades template and puller.
DESCRIPTION OF THE DEVICE
In a cutting mill, comminution occurs due to cutting — shear deformations. The structure of CM 250 cutting mill includes: a frame, a housing, a loading hopper, a rotor, a folding support, a discharge grate, a collecting container and an electric motor.
The mill with loading hopper is mounted on the frame. The main working body of the mill is the rotor, which has a three-beam shape. It has three moving blades. On the casing two fixed blades are mounted. In the lower part of the body there is a folding support with discharge grate. The size of grate openings determines the size of the product particles. Torque from the electric motor is transmitted through a belt drive. In the lower part of the frame the collecting container is installed.
CM 250 cutting mill can be equipped for two unloading modes:
The material fed through the loading funnel into the milling chamber. Milling (cutting) of the material occurs when particles enter between the casing blades and the rotor blades. The milled material passes through the openings of the discharge grate into collecting container.
When cyclone dust collector is connected, small particles of the comminuted material are captured by the air flow. The air flow passes through the shutter into dust collector, where material is precipitated in the cyclone and air is filtered in the bag filter.
CM 250 crushing chamber
CM 250 collecting container
V-belt drive adjusting device
MCP3 control panel
Loading scoops, V=1,2 L