MODE |
KF-WS-YC75 |
TOTAL POWER |
78.75KW |
MAIN MOTOR POWER |
75KW |
FLYWHEEL DIAMETER |
800mm |
WIRE SAW SPEED |
0-40m/s |
MAXIMUM CLIMBING ANGLE |
15° |
ROTATION ANGLE(ELECTRIC) |
360° |
WALKING SPEED OF MACHINE |
0-150m/h |
ALLOWED WORKING TEMPERATURE |
-15~+40ºC |
DIMENSION |
L*W*H 2500*1500*1550mm |
NET WEIGHT |
3.2T |
High yield, low energy consumption, better mine benefits
The product utilizes a first-class energy-efficient permanent magnet motor from CATL, with an energy conversion rate of up to 99%, which increases mining efficiency by 30% and reduces energy consumption by approximately 10%, thereby increasing production and improving the operational efficiency of customers' mines
Equipped with the Internet of Things,remote control can be achieved
The product is equipped with an Internet of Things system, which enables real-time remote access to device cutting data through computer and mobile devices, and facilitates remote after-sales service. When the device is running, the program will collect data on running current, speed, walking speed, cutting duration, etc. at regular intervals, providing a basis for fine management of the mine.
Two operating modes and optional wireless remote control, flexible to
use
The wire saw machine console is equipped with two operation modes: touch screen operation mode and physical button operation mode, which can be selected. Users can flexibly use them according to their actual situation. At the same time, wireless remote control can be optionally selected according to customer needs to operate and control the wire saw machine, thereby reducing faults caused by poor contact of data cables.
The control system is more intelligent, cutting is efficient and stable.
Based on years of tracking and analysis of diamond wire saws in mine cutting sites, Changsha Kaiyuewei independently developed the intelligent operating system for mine wire saws (certificate number:Software
Copyright Registration No. 14057681). After the machine is started, the program can automatically control the cutting process. By continuously adjusting the travel speed through algorithms, the optimal tension of the bead wire is maintained during cutting, making the cutting process more efficient. Compared with wire saws of the same power, its cutting efficiency can be increased by more than 10%.




