Engine Disassembly And Operation Training

Cut Of Saw Machine

We are wholesaler and supplier of petrol engine cut of saw machine
it is operating with petrol engine
it is an application for construction work, railways , out site work

Specification

Specifications - Professional Use
Displacement = 66.7 Cc (4.07 Cu. In.)
Engine Power = 3.2 Kw (4.4 Bhp)
Weight = 9.6 Kg (21.2 Lbs.)
Fuel Tank Capacity = 710 Cc (24 Oz.)
Engine Speed = 9,000 Rpm (Elec. Gov.)
Maximum Spindle Speed = 5,350 Rpm
Arbor Size =20 Mm
Maximum Wheel Size = 350 Mm (14")
Maximum Cutting Depth = 125 Mm (4.9")
Power Source Gas

Our general purpose heavy-duty vector Variable Frequency Drive (VFD) provides sensorless vector control in machining tools, ceramic machinery, hoisting cranes, air compressors, and other tools in petroleum and chemical, textile, and engineering industries. Sustainability, flexibility, and ease of use are all designed into the drive, helping you make complicated tasks simple.

With high torque and failure-free operation, the VFD is efficient and flexible in its application and features overload and current-limiting safety features. You can count on our drive series for constant, high quality performance.

What is Mill Ball?

Grinding mill balls or Alumina balls are used in processing equipment to improve bearing performance. Alumina oxide balls are lighter, stiffer, smoother, harder, corrosion resistant, require less lubrication and have a lower thermal than others.

What are the properties of Alumina Mill Ball?

Alumina oxide is a top choice of ceramic balls due to its corrosion resistance and high operating temperature capabilities. They have a low water absorption rate and stable chemical features. They can resist high pressure and high temperatures and also can withstand the corrosion of alkali, acid and many organic solvents. It has high density and almost perfect roundness with smooth surface for higher grinding efficiency. The excellent wear resistance, higher impact strength to save your running cost and less contamination.

What are the specifications?



Specifications of Mill Ball
Serial No Characteristics Result
1 Alumina Content (%) 92
2 Density (g/cm3) 3.65
3 Equivalent Wear loss (%) 0.10
4 Hardness/Mohs 9
5 Color white
6 Available Size (Diameter) (10,15,20,25,30,35,40,50, 60,70,80,90) mm
What are the purposes of using Mill Ball?

The primary role of inert alumina mill balls is to boost the spots of gas and liquid distribution. They also offer support and protection to the activating catalyst with low strength. Additionally, during the manufacturing process, temperatures change to higher temperatures. Inert alumina ceramic balls can resist those harsh temperatures.

What are the applications of Mil Ball?

It is widely used a process of grinding, mixing and dispersion. It is also used in engineering ceramics, ceramics capacitor, Tiles, Sanitary ware, Porcelain, Pigments, Enamels, Cement, Abrasive compounds etc. It is also used in other fields like paints, chemicals, electronics and plastics. Because of their durability, alumina oxide balls have a variety of heavy-duty and industrial uses. For example, the use of alumina oxide balls allows industrial bearings to run at higher speeds and higher temperatures

DLPLC-X1 programming logic controller training system is a professional training platform developed for vocational and advanced education, which is designed for some curricula in various schools and colleges such as programming logic controller technology, programming logic controller principle and application, PLC application technology, PLC principle and application, and so on.

Accomplish experiment contentsï
1.Basic electric control
a) Lights on control
b) Lights out control
c) And logic control
d) Or logic control
e) Logic combination contro
f) Relay self-lock control
g) The usage of proximity sensor
2. Hydraulic control circuit
a) manual shuttle valve reversing circuit
b) solenoid valve reversing circuit
c) lock circuit
3. Pressure control circuit
a)Single grade pressure regulating circuit
b) Secondary level pressure regulating
c) Single pressure reducing circuit
d) Level 2 pressure circuit
e) The unloading circuit using manual shuttle valves
f) The unloading circuit using pilot relief valve
g) The balance circuit using the sequence valve
h) Liquid control one-way valve pressure maintenance.
i) The one-way back pressure circuit using using relief valve
3. The flow speed circuit using throttle valve
4. Speed regulator circuit using speed regulator valve
a) Enter oil-way throttle speed regulation
b) Back oil-way throttle speed regulation
c) Side oil-way throttle speed regulation
d) Speed synchronous circuit of the speed regulation valve
e) Parallel circuit of the speed regulation valve
f) Series circuit of the speed regulation valve
5. fast moving circuit of hydraulic cylinder connection
6. Sequence action circuit using sequence valve
7. Sequence action circuit use stroke switch control
8. Sequence action circuit use pressure relay control
9. One-way atresia circuit use hydraulic control one-way valve
10. Double-way atresia circuit use hydraulic control one-way valve
11. Locking circuit use o type manual shuttle valve
12. Relay control hydraulic basic circuit
13. The other circuit design by themselves

This Training set adopt Germany teaching training mode including all technology of safety using electricity. It is very convenient to experiment.
It is going to be the ideal teaching tools of all vocational schools
II. Feature
This set is according to DIN standard (equal to GB/T 13869-92)
This Training set adopt Germany teaching training mode including all technology of safety using electricity. It is very convenient to experiment.
This set is modular structure which composed by 22 independent modular. Including power box, body resistance modular, body electric shock modular, step voltage modular, safety ground modular, direct electric shock modular, Indirect electric shock modular. This set include various protective measures such as leakage protection modular, short-circuit protection modular and insulator monitor modular.