Product introduction:
BZCYF150CWY mobile rotary water borehole drilling machine is reverse circulation drilling rig. The rig uses SINOTRUK 6x4 chassis, equipped with 132KW / 2200rpm independent diesel engine, 4 hydraulic,jacks, 30KW generator.
Product parameters:
Parameter | ||
Drill depth | 150 ( m) | |
Drill rod | 168mm (6”) | |
Winch capacity | Main hook lifting capacity kN | 240 |
kN | 20 | |
Max- rope speed of main winch（m/min） | 60 | |
Max- rope speed of tool winch （m/min） | 30 | |
Hydraulic cylinder | Lifting capacity（20Mpa）（kN） | 201 |
Feeding capacity（10Mpa）（kN） | 53 | |
Rotary table | Inner diameter （mm） | 500 |
Rotate speed （rpm） | 96；76；44；24；12 | |
Max-torque（kN.m） | 25 | |
Mast | Height（mm） | 9500 |
Rated load（t） | 28 | |
Drill tool | Kelly（mm） | 182*182*4500 |
Drill rod（mm） | 168*3000 | |
Mud pump | 6BS 6BS gravel pump+6” centrifugal pump | |
Diesel engine | Cummins 6BT5.9-C180 | 132KW/2200rpm |
Transportation size | L*W*H （mm） | 11000×2500×4200 |
1. The structure is simple, there is circulation washing system, and It can be on a truck directly when the four legs up and transport .
2. Rotary drilling rig relies on the rotary movement of the drilling tool to break the rock formation
3. Measures for the use of the water well rig during the running-in period:
Reduce load, pay attention to inspection, and strengthen lubrication. As long as the maintenance and maintenance of the construction machinery running-in period are emphasized and implemented as required, it will reduce the occurrence of early failures, prolong the service life, improve the operation efficiency, and bring you more economic benefits.
Adaptation:
Geological prospecting and exploration, basic exploration for roads and high-rise buildings, and several inspection hole concrete structure, dams, roadbed grouting hole drilling and grouting directly, water well and geothermal central air conditioning.
Drilling system
1. Power system, equipment that provides energy for a complete set of rigs;
2. Working system, equipment that works according to the requirements of the process;
3. Transmission system, equipment for transmitting, conveying and distributing energy to the working unit;
4. Control system, control each system and equipment, coordinate and accurately work according to the requirements of the process;
5. Auxiliary system, equipment that assists the main system to work.
