Concrete Electric Pole Making Machine is a kind of mould equipment, which used for making a variety of different diameter and length of reinforced concrete poles and other cement products.
Concrete Electric Pole Making Machine is operated by remote-controlled continuously variable motor. It runs smoothly and has a variable-speed range. So the production of concrete pipes and piles are good at quality.
The base of the machine is welded in box-type structure, sturdiness and durability. The bearings are sealed and reliable, long life. Random electric control equipment is complete and easy to use.
Specifications of concrete steel mould
Ø130-Ø160 Series Concrete Cement Poles( Y STANDS FOR Complete Prestressed, BY stands for the partial prestressed ,G for Non Prestressed.
Mode | Type | Weight(KG) | Barycenter Highness (m) | Mode | Type | Weight(KG) | Barycenter Highness (m) |
Ø190*8m | BY | 626 | 3.65 | Ø190*12m | G | 1273 | 5.27 |
Ø190*9m | BY | 694 | 4.07 | Ø190*12m | G | 1286 | 5.27 |
Ø190*9m | BY | 702 | 4.07 | Ø190*13m | G | 1432 | 5.67 |
Ø190*10m | BY | 705 | 4.49 | Ø190*13m | G | 1370 | 5.67 |
Ø190*10m | BY | 784 | 4.49 | Ø190*13m | G | 1366 | 5.67 |
Ø190*11m | BY | 897 | 4.9 | Ø190*13m | G | 1416 | 5.67 |
Ø190*11m | BY | 926 | 4.9 | Ø190*15m | G | 1784 | 6.46 |
Ø190*12m | BY | 955 | 5.3 | Ø190*15m | G | 1654 | 6.46 |
Ø190*12m | BY | 955 | 5.3 | Ø190*15m | G | 1607 | 6.46 |
Ø190*13m | BY | 1129 | 5.69 | Ø230*8m | G | 819 | 3.7 |
Ø190*13m | BY | 1118 | 5.69 | Ø230*9m | G | 965 | 4.13 |
Ø190*15m | BY | 1470 | 6.48 | Ø230*10m | G | 1232 | 4.55 |
Ø190*15m | BY | 1298 | 6.48 | Ø230*12m | G | 1712 | 5.38 |
Ø190*8m | G | 652 | 3.64 | Ø230*13m | G | 1817 | 5.8 |
Ø190*9m | G | 726 | 4.06 | Ø230*15m | G | 2256 | 6.61 |
Ø190*10m | G | 831 | 4.48 | Ø270*9m | G | 1145 | 4.17 |
Ø190*10m | G | 1001 | 4.48 | Ø230*10m | G | 1338 | 4.6 |
Ø190*11m | G | 1013 | 4.88 | Ø300*13m | G | 2640 | 5.93 |
Ø190*12m | G | 1083 | 5.27 | Ø300*15m | G | 2960 | 6.76 |
Features of steel moulds for concrete electric pole making/ concrete poles maker machine
1, Saving a great deal of steel, about 30~70% (employ cold-drawn steel wire can save 30~60%; employ high stress steel wire can save 40%~69%).
2, Crack resistance can increase by about 3~5 times.
3, Rigidity increases 1~3 times.
4,Reducing the cost (using cold drawn steel wire can reduce 25~40%; using high stress steel wire can reduce 12%~21%).
5, Good durability, can delay the existence and expansion of cracks.
6,Protect the environment on which human beings depend on for existence, and reduce the deforestation.
Photos show of steel moulds for concrete electric pole making/ concrete poles maker machine
concrete pole steel mould
Steel type : Q235
Mould inside steel thickness: 10mm
Mould vertical steel bar: 12mmx100mm
Mould cycle steel bar: 10x100mm
Mould top steel plate:30mm
mould wheels thickness:30mm
Concrete pole spinning machine(concrete pole making machine)
spinning machine wheel diameter:600mm
Spinning machine Foundation: cast steel
Diameter of spinning machine axle:130mm
Center distance:950mm
Wheel distance:2000mm
Finished concrete electric poles
Will help with the whole pole production line building: 1,Engineers will come and help with the machine installation & debuging.(one month free) 2,Help with workshop building,providing the factory layout and equipment foundation drawing.
3,Provide worker training & operation demonstration service. 4,Provide fixing service in case of failure during usage. 5,Provide maintenance service when maintenance time arrives.
Working Principle of Concrete Spun Pole Spinning Machine
1 Adding the slurry into the steel mold for concrete pole, it is driven quickly and rotating at the same speed of the machine. Each component is separated and released under the centrifugal force. Usually the higher the slurry rotate speed, the better the slurry separating effect.
2 Centrifugal sedimentation is the use of different density of each component in the slurry, which is rotated under the centrifugal force. To realize the liquid - solid (or liquid - liquid) separation.
3 The speed of separation is slow when the viscosity of slurry is high.
4 It is good for centrifugal sedimentation when the slurry density is different in each component