Audited Supplier
| Model | HWF460 |
| Engine Rated power | 179 /2200kW/r/min |
| maximum push and pull force | 450/550KN |
| maximum push and pull speed | 55m/min |
| Rotation Type | Plunger motor+Reducer |
| Maximum torquet | 19000N.m |
| Maximum speed | 185r/min |
| Maximum Flow | standard configuration 450L/min(Optional 600L/min) |
| overall machine weight | 12500kg |
| Dimensions | 6500*2250*2610mm |
| Diameter*length | 83mm*3000mm |
Main Feature of the HWF460 Horizontal Drilling Machine
1. Unmatched Power and Performance:
- Engine rated at 179/2200 kW/rpm delivers exceptional strength for demanding drilling tasks.
- Maximum push and pull force of 450/550 KN ensures efficient handling of tough underground conditions.
2. Precision and Efficiency:
- Advanced plunger motor and reducer system provide a maximum torque of 19000 N.m, ensuring precise control and maneuverability.
- Maximum speed of 185 rpm and flow rate up to 600L/min enable swift and efficient operations, increasing overall productivity.
3. Versatility in Application:
- Ideal for a wide range of industries including telecommunications, gas, water, and electric installations.
- Capable of navigating diverse terrains and obstacles, making it suitable for both urban and rural projects.
4. Robust and Compact Design:
- Compact dimensions (6500*2250*2610mm) and a manageable weight (12500kg) ensure easy transportation and site maneuverability.
- The 83mm*3000mm diameter*length configuration allows for adaptability to various project requirements.
Application Scope of Horizontal Directional Drilling (HDD)
Horizontal Directional Drilling (HDD) is a versatile and efficient method used across various industries for installing underground utilities and pipelines without significant surface disruption. Here are some key areas where HDD is widely applied:
1. Telecommunications:
- Laying fiber optic cables and other communication lines underground to ensure uninterrupted connectivity.
- Installing cables beneath roads, rivers, and other obstacles without disrupting surface activities.
2. Gas and Oil Pipelines:
- Installing gas and oil pipelines underground, particularly in environmentally sensitive areas.
- Running pipelines beneath water bodies, highways, and urban areas to avoid surface disruptions and minimize environmental impact.
3. Water and Sewer Systems:
- Installing water supply lines and sewer systems without extensive excavation.
- Ensuring reliable water and sewage services in densely populated urban areas by navigating beneath existing infrastructure.
5. Renewable Energy Projects:
- Facilitating the underground installation of cables for wind farms and solar power projects.
- Running cables from offshore wind turbines to onshore facilities without disturbing marine ecosystems.
6. Road and Railway Crossings:
- Installing utilities beneath roads, railways, and highways without interrupting traffic flow.
- Providing a cost-effective and minimally invasive solution for crossing busy transportation corridors.
