Product introduction:
The high-efficiency sawing machine is mainly used for the mining of non-coal mines such as gypsum mine, stone coal mine, phosphate mine, potassium mine, etc., creating a new mining technology. Before the ore body is mined, this equipment is used to saw the ore body to form saw gaps, and the ore body is divided into several split blocks, and then the ore body is broken and dropped by crushing equipment such as a breaker. It can greatly improve the mining efficiency, reduce the number of workers, reduce the amount of explosives used, and improve the safety of mining.
Technical features:
innovative structure
The power part is sawed down along the vertical guide rail, which is safe and stable.
Plenty of power
Power adopts high-power engine, free from cable constraints, economical and reliable.
Efficient production
Double saw blade, cutting depth 500mm, higher productivity.
Smart upgrade
Equipment spread, retraction, vertical adjustment, sawing, etc. are all controlled by the program, which is more intelligent.
Simplified operation
Get rid of complicated manual operations, one-click sawing, easy to learn.
Reasonable layout
The whole machine has a reasonable layout, modular design, separate downhole, and easy maintenance.
Safety and environmental protection
Negative pressure dust removal, spray dust removal, two-pronged approach, to eliminate dust pollution.
Parameters:
Technical parameters |
||
Item |
Parameters |
|
Complete machine |
Dimensions in walking and transporting state (m) |
L8.5×W2.8×H4 |
Working state size (m) |
L10×W2.8×H7.5 |
|
Engine power (KW) |
240 (325 hp) |
|
Transfer method |
Fully hydraulic |
|
Rail route (mm) |
7000 (optional) |
|
Machine weight (Kg) |
27000 |
|
sawing power head |
Power type |
Hydraulic motor |
Motor working flow (L/min) |
600 |
|
Saw blade diameter (mm) |
1600 |
|
Saw blade rated speed (r/min) |
550 |
|
Max. working pressure (Mpa) |
25 |
|
Number of saw blades |
2 |
|
Saw blade spacing (mm) |
1200 |
|
Saw blade thickness (mm) |
7/10 |
|
Theoretical cutting depth (mm) |
500 |
|
Retract blade method |
Raised gradually retracted blade |
|
Shield form |
Active avoidance |
|
Hydraulic system |
System max. flow (L/min) |
600 |
Main pump rate (ml/r) |
180+180 |
|
The max. working pressure of the main pump (Mpa) |
31.5 |
|
Main valve form |
Hydraulic load sensitive proportional control valve |
|
Pilot pump rate (ml /r) |
16 |
|
Auxiliary pump rate ml/r |
30 |
|
Working pressure of auxiliary pump (MPa) |
20 |
|
dust collector |
Rated load of dust collector (Kg) |
2000 |
Power form of dust collector |
electric |
|
Dust collector fan power (KW) |
11 |
|
Dust collector processing air volume (m³/h) |
10000 |
|
Dust collector discharge method |
Drawer type ash removal |
|
Spray pump flow (L/min) |
20 |
|
Spray pump power (Kw) |
1 |
|
Tank volume (L) |
500 |
|
Air compressor power (Kw) |
3.3 |
|
Air compressor air volume (L/min) |
300 |
|
Electrical parts |
Total input voltage (V) |
380 |
Battery voltage (V) |
24 |
|
Air compressor voltage (V) |
220 |
|
Spray pump voltage (V) |
220 |
|
Electric control box input voltage (V) |
380V |
|
Control loop voltage (V) |
24 |
|
