GFDD Series Photovoltaic Ground Nail Drilling Rig 1 в Алматы

Introduction to GFDD Series Photovoltaic Ground Nail Drilling Rig
The GFDD series photovoltaic ground nail drill is a mechanical equipment specially used for ground nail installation and drilling operations in the construction of photovoltaic power stations. It adopts a crawler design and can move flexibly on various terrains. It is particularly suitable for construction in complex terrains such as mountains and slopes.‌
2. Features of GFDD Series Photovoltaic Ground Nail Drilling Rig
2.1 Equipped with a powerful power system and efficient hydraulic transmission device, it can quickly and accurately drive the ground nails into the ground, significantly improving construction efficiency.
2.2 Equipped with hydraulic radiator to ensure the drilling rig can work safely for a long time.‌‌
2.3 Equipped with crawler walking chassis, no manual movement is required, making the machine more convenient to move.
2.4 The drilling rig is propelled and lifted by hydraulic cylinders, which makes the work more efficient.
2.5 The operation is simple and centrally controlled through the operating console, making it convenient for users to control and adjust.
3. Parameters of GFDD Series Photovoltaic Ground Nail Drilling Rig
Specifications and Models GFDD-25 GFDD-32
Operating parameters Hydraulic working pressure 20Mpa 20Mpa
Cooling System Hydraulic Radiator Hydraulic Radiator
Pressurization method Oil cylinder chain booster Oil cylinder chain booster
Slide travel 2800mm/customizable 2800mm/customizable
Ground nail driving height 2500mm/customizable 2500mm/customizable
Ground nail pile diameter 76/89/114/160mm 76/89/114/160mm
Auger drilling diameter 200~350mm 200~350mm
Auger drilling depth 0~3000mm 0~3000mm
Machine parameters Engine 25 HP single cylinder diesel engine 32 HP single cylinder diesel engine
Chassis Heavy-duty engineering rubber track chassis Heavy-duty engineering rubber track chassis
Walking style Gearbox travel Hydraulic travel
Walking speed 7~15Km/h 7~15Km/h