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提示信息| 产品用途：太阳能光伏电站建设 地桩安装 | 名称：螺旋桩机 太阳能桩机 |
KQDM液压钻机综述
Overview of KQDM Hydraulic Rig
KQDM液压钻机，设计新颖，结构合理。钻机行走、钻具回转、轴压推进等均采用液压传动机构。操作简单，维修方便，耗能低，效率高，是国内最新型高性能经济型液压钻机。
KQDM hydraulic rig has novel design and reasonable structure. The hydraulic drive mechanism is adopted in rig movement, drilling tool slewing and axial load propulsion, etc. It is characterized by simple operation, easy maintenance, low energy consumption and high efficiency, and is the latest economical hydraulic rig with high performance at home.
该钻机适用于螺旋地桩的安装固定工程以及中、小型露天矿山工程钻凿爆破孔，也适用于高速公路、水电、建材、化工矿山、铁路等有电源和无电源地区的穿孔爆破观察施工。
This rig is applicable to drill blast holes for spiral pile mounting and fixing works and small and medium-sized opencast mines, and also to the drilling-blasting observation construction for highway, water and electricity, building materials, chemical mines, railway, etc. in areas with and without power supply.
钻机可根据用户的需要，配有不同型式的冲击器，适用于低气压、中气压潜孔作业。
As required by the clients, other types of the impacters can be equipped to this rig, which is applicable to down-the-hole operations of low and medium air pressures.
钻机主要技术参数
Main Technical Parameters of the Drilling Rig
| 型号参数 | KQ D M2400 | KQDM4400 | KQDM5400 |
| 钻孔直径 | 90-130 mm | 90-130 mm | 90-130 mm |
| 钻孔深度 | 25 m | 25 m | 25m |
| 一次推进长度 | 2-3 m | 2-3 m | 2-3 m |
| 钻孔角度 | 与地面0--90° | 与地面0--90° | 与地面0--90° |
| 爬坡能力 | 25° | 25° | 25° |
| 适应岩种(普式系数f) | 6--18 | 6--18 | 6--18 |
| 工作气压 | 0.5--1.2 MPa | 0.5--1.2 MPa | 0.5--1.2 MPa |
| 耗气量 | 10-12 m3/min | 10-12 m3/min | 10-12 m3/min |
| 钻具转速 | 0--70 r/min | 0--50 r/min | 0--50 r/min |
| 回转扭距 | 2400 N.m | 4760 N.m | 5400 N.m |
| 推进轴压力 | 10000 N | 10000 N | 10000 N |
| 钻具提升力 | 10000 N | 10000 N | 10000 N |
| 滑架补偿长度 | 800 mm | 800 mm | 800 mm |
| 行走速度 | 0.8 km/h | 0.8 km/h | 0.8 km/h |
| 行走方式 | 液压马达 | 液压马达 | 液压马达 |
| 液压泵站压力 | 10 MPa | 10 MPa | 10 MPa |
| 泵站动力内燃 | 柴油机 | 柴油机 | 柴油机 |
| 泵站功率 | 26Kw | 56Kw | 56Kw |
| 整机质量 | 3500 kg | 4000 kg | 4000 kg |
| 外型尺寸(运输) | 3750×1830×2360 mm | 4100×2180×2600 mm | 4100×2180×2600 mm |
| Model Parameter | KQ D M2400 | KQDM4400 | KQDM5400 |
| Hole diameter | 90-130 mm | 90-130 mm | 90-130 mm |
| Drilling depth | 25 m | 25 m | 25m |
| Primary propulsion length | 2-3 m | 2-3 m | 2-3 m |
| Drilling angle | 0° to 90° from ground | 0° to 90° from ground | 0° to 90° from ground |
| Climbing capacity | 25° | 25° | 25° |
| Adaptive rock type (protodyakonov coefficient) | 6--18 | 6--18 | 6--18 |
| Working air pressure | 0.5--1.2 MPa | 0.5--1.2 MPa | 0.5--1.2 MPa |
| Gas consumption | 10-12 m3/min | 10-12 m3/min | 10-12 m3/min |
| Drill speed | 0--70 r/min | 0--50 r/min | 0--50 r/min |
| Rotary torque | 2400 N.m | 4760 N.m | 5400 N.m |
| Propulsion axial load | 10000 N | 10000 N | 10000 N |
| Drilling tool lifting power | 10000 N | 10000 N | 10000 N |
| Carriage compensation length | 800 mm | 800 mm | 800 mm |
| Travel speed | 0.8 km/h | 0.8 km/h | 0.8 km/h |
| Travel mode | Hydraulic motor | Hydraulic motor | Hydraulic motor |
| Pressure of the hydraulic pump station | 10 MPa | 10 MPa | 10 MPa |
| Internal combustion engine for pump station | Diesel engine | Diesel engine | Diesel engine |
| Power of pump station | 26Kw | 56Kw | 56Kw |
| Whole machine mass | 3500 kg | 4000 kg | 4000 kg |
| Overall dimension (transport) | 3750×1830×2360 mm | 4100×2180×2600 mm | 4100×2180×2600 mm |
钻机的调试及工作要求
Rig Debugging and Job Requirements
钻机安装好后，调试是非常重要的，是保证钻机工作性能良好的。钻机在公司内试车时，已将各系统压力调整好，在现场一般不需要重新调试。
After rig is installed, debugging is very important in ensuring that it works properly. When an in-house trial run is conducted for the rig, each system pressure must have been adjusted, and generally require no further adjustment on the spot.
调试工作要求
Debugging Requirements
1. 调试时油温应在20-40之间进行，最佳温度为40-50C。
For the debugging purpose, the oil temperature should be between 20℃and 40℃, and the optimum temperature is 40-50℃.
2. 在调试压力时，必须要加负载(阻力)。注意：不要误将空载阻力当做负载，否则数据不准，易发生机械和安全事故。
For the purpose of pressure debugging, load (resistance) must be applied. Note: Do not misuse no-load resistance as load, or inaccurate data will be obtained, which is prone to mechanical and safety accidents.
3. 按一般常规调试某一个液压阀的溢流阀压力时应按下列程序进行：
The pressure of the overflow valve on a hydraulic valve should be debugged conventionally in accordance with the following procedure:
3.1 松开溢流阀上的固定螺母；
Loosen the fixed nut of the overflow valve;
3.2 将调整螺栓松开退回几圈；
Loosen the adjustable bolt by several threads;
3.3 在测试压力的管路中建立一个液压负载(阻力)：例如：将液压油缸达到行程终点，或将液压马达管路用一个适当的螺塞堵上受压力的管路。
Build a hydraulic load (resistance) in the pressure testing pipeline: for example: bring the hydraulic cylinder to an end of stoke, or fill the pressurized pipeline of hydraulic motor with a suitable screw plug.
3.4 缓慢拧紧阀上的溢流阀，观察压力表数值，压力逐渐升高，达到规定数值。
Tighten the overflow valve slowly, and observe the pressure gauge reading. The pressure will rise gradually to a specified value.
3.5 拧紧调整螺栓上螺母紧固好，观察压力表有无变化。
Tighten the nut on adjustable bolt securely, and observe the change of pressure gauge.
