Product Description
1 Ton Mini Crawler Excavator with Spare Parts XN12
Specification
Mini excavator xn12, bigger model than xn08,weighs 1100kg, with 3 cylinder Japanese CHINAMFG engine. Its compact structure combined with its strength, enables it to work in small spaces. Designed according to European standards, can equipped with Euro 5 engine. its reliability enables it to adapt to professionals and individuals.
Optional accessories:
· Auger, Wood Grab, Roof, Ripper, Rake, 200mm Narrow Bucket, 380mm Standard Bucket, 500mm Leveling Bucket
· Beautiful appearance,high configuration,superior performance,low fuel consumption,wide operating range.
Multipurpose:
· losingsoil of vegetable greenhouse,campus greening of municipal departments,digging the hole for tree planting of Fruit-land Nurseries concrete pavement crushing,sand-gravel material mixing, construction work in the narrow place etc…
· It can reduce maintenance and operating costs liberate the workforce. Improve the mechanization, Iow investment,high return.
Parameters
| Model | XN12 |
| Brand | RHINOCEROS |
| Operating Weight | 1040kg |
| Digging bucket capacity | 0.571cbm/120kg |
| Digging bucket width | 380mm |
| Engine | YANMAR(3TNV70) |
| Rated power | 10kw/2200/r/min |
| Displacement | 0.854L |
| Bore stroke | three cylinder, water cool |
| Main pump | XIHU (WEST LAKE) DIS.NG |
| Pump flow | 16L/min |
| Working perssure | 16Mpa |
| Hydraulic oil tank capacity | 16.5L |
| Engine oil tank capacity | 2.8(1.3)L |
| Diesel tank capacity | 7 L |
| Valve | BEIFANG |
| Swing motor | KEERSEN |
| Traveling motor | USA EATON |
| Hydraulic oil tank | 16.5L |
| Diesel oil tank | 7L |
| Arm CHINAMFG force | 5.0Kn |
| Bucket CHINAMFG force | 9.5Kn |
| Electric pressure | 12V |
| Electrick power | 5W |
| MAIN DEMENSIONS | |
| Overall dimension( LxWxH) | 2770x896x1490 mm |
| Wheelbase | 910 mm |
| Total length of track on land | 1230mm |
| Platform ground clearance | 380 mm |
| Platform back turning radius | 784 mm |
| Chassis width | 896 mm |
| Track width | 180 mm |
| Chassis ground clearance | 132 mm |
| Track height | 320 mm |
| OPERATING RANGE | |
| Max. CHINAMFG depth | 1650 mm |
| Max. Vertical CHINAMFG depth | 1375 mm |
| Max. CHINAMFG height | 2610 mm |
| Max. Dumping height | 1850 mm |
| Max. CHINAMFG radius on ground | 2850 mm |
| Min. Rotation radius | 1330 mm |
| Max. Upgrade height of bulldozer blade | 345 mm |
| Max. CHINAMFG depth of bulldozer blade | 255 mm |
Product pictures
Company information
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| After-sales Service: | Free Spare Parts |
|---|---|
| Warranty: | 1 Year |
| Type: | Crawler Excavator |
| Usage: | Special Excavator, Marine Excavator, Mining Excavator, GM Excavator |
| Bucket: | Shovel |
| Transmission: | Hydraulic Transmission |
| Customization: |
Available
| Customized Request |
|---|
How does a post hole digger ensure precise and consistent hole depths?
A post hole digger incorporates various features and techniques to ensure precise and consistent hole depths. These elements help operators achieve the desired depth for each hole in a reliable and efficient manner. Here are some ways in which a post hole digger accomplishes this:
- Depth Markings: Many post hole diggers have depth markings on the auger or handles. These markings indicate the depth of the hole as the digger penetrates the ground. Operators can visually reference these markings to monitor the depth and ensure consistency across multiple holes.
- Adjustable Depth Settings: Some post hole diggers offer adjustable depth settings, allowing operators to pre-set the desired depth before digging. These settings can be easily adjusted using mechanisms such as locking pins or height-adjustable handles. By setting the depth beforehand, operators can ensure that each hole reaches the desired depth consistently.
- Stabilizing Mechanisms: Post hole diggers often feature stabilizing mechanisms or components to maintain stability and prevent excessive digging beyond the desired depth. These mechanisms can include stabilizer bars, braces, or flanges. They help control the downward movement of the digger and ensure that the hole depth remains consistent throughout the digging process.
- Operator Control and Technique: The operator plays a crucial role in achieving precise and consistent hole depths. With experience, operators learn to control the digger’s downward pressure, speed, and angle to maintain a consistent digging depth. They can adjust the technique based on the soil conditions, resistance encountered, and the depth markings or settings on the digger.
- Monitoring and Adjustments: Throughout the digging process, operators closely monitor the depth and make necessary adjustments as required. If a hole is not reaching the desired depth, the operator can apply more downward pressure or adjust the angle of the digger. By actively monitoring and making adjustments, operators ensure that each hole achieves the intended depth.
- Consistent Auger Design: The design of the auger itself contributes to achieving consistent hole depths. Augers are typically manufactured with uniform blade lengths and spacing. This uniformity helps ensure that the digger cuts through the soil consistently, resulting in holes with consistent depths.
By incorporating depth markings, adjustable depth settings, stabilizing mechanisms, operator control and technique, monitoring, and consistent auger design, a post hole digger facilitates precise and consistent hole depths. These features and techniques work together to ensure that each hole meets the desired depth requirements, whether it’s for installing fence posts, structural supports, or other applications.
Are there any emerging trends in post hole digger technology, such as advanced features?
Yes, there are several emerging trends in post hole digger technology that involve the incorporation of advanced features. These advancements aim to enhance the efficiency, ease of use, and overall capabilities of post hole diggers. Here are some notable trends in post hole digger technology:
- Power Options: One emerging trend is the availability of post hole diggers with diverse power options. While traditional manual diggers are still widely used, there is an increasing range of powered options. Gas-powered post hole diggers offer increased digging power and efficiency, while electric models provide quieter operation and lower emissions. Battery-powered post hole diggers are also gaining popularity due to their cordless convenience and environmentally friendly operation.
- Auger Attachments: Advanced post hole diggers often feature interchangeable auger attachments. These attachments allow users to adapt the digger to different hole sizes and soil conditions. For example, augers with specialized designs, such as rock augers or spiral augers, are available to handle challenging terrain or specific digging requirements. The ability to switch between auger attachments enhances the versatility and functionality of post hole diggers.
- Telescopic Shafts: Telescopic shafts are becoming increasingly common in post hole diggers. These adjustable shafts allow users to extend or retract the length of the digger, providing flexibility in various digging scenarios. Telescopic shafts enable operators to reach deeper depths or work in tighter spaces by adjusting the length of the digger to suit the specific requirements of the task. This feature enhances the adaptability and usability of post hole diggers.
- Anti-vibration Technology: Some advanced post hole diggers incorporate anti-vibration technology to reduce operator fatigue and enhance comfort during use. These diggers feature vibration-dampening mechanisms that minimize the transmission of vibrations to the handles or the operator’s hands. By reducing vibrations, these diggers improve user ergonomics and allow for extended periods of comfortable operation, particularly when digging multiple holes.
- Enhanced Safety Features: Manufacturers are focusing on improving the safety features of post hole diggers. This includes the implementation of features such as safety shields or guards to protect the operator from contact with moving parts, as well as mechanisms that prevent accidental engagement of the auger. Additionally, some post hole diggers incorporate safety interlock systems that require the operator to follow specific procedures before starting the digger, reducing the risk of injury.
- Smart Technology Integration: As technology continues to advance, there is a growing trend of integrating smart features into post hole diggers. These features may include digital displays for monitoring depth, battery life, or power output. Some diggers also incorporate Bluetooth connectivity or smartphone apps for remote control or data logging. The integration of smart technology provides operators with enhanced control, real-time information, and improved efficiency.
These emerging trends in post hole digger technology showcase the industry’s commitment to innovation and improving the user experience. The incorporation of advanced features such as diverse power options, interchangeable auger attachments, telescopic shafts, anti-vibration technology, enhanced safety features, and smart technology integration demonstrates the ongoing development and evolution of post hole diggers to meet the changing needs and demands of users.
How do motorized post hole diggers compare to manual ones in terms of efficiency?
Motorized post hole diggers, such as gas-powered or electric-powered augers, offer several advantages over manual post hole diggers in terms of efficiency. Here are some key points of comparison:
- Digging Speed: Motorized post hole diggers are generally much faster than manual ones. The power source, whether it be a gas engine or an electric motor, provides rotational force to the auger blades, allowing them to penetrate the ground quickly. This increased speed can significantly reduce the time and effort required to dig a hole, especially in challenging soil conditions.
- Physical Effort: Manual post hole diggers require significant physical exertion from the operator. The operator needs to apply downward force and twist the digger to dig into the ground. In contrast, motorized diggers eliminate or greatly reduce the need for physical effort. The power source does the work of driving the auger into the ground, requiring minimal physical exertion from the operator.
- Consistency: Motorized post hole diggers tend to provide more consistent digging results compared to manual ones. The power-driven rotation of the auger blades ensures a steady and uniform digging motion. This consistency helps in achieving consistent hole diameter and depth, which is particularly important when installing posts or other structures that require precise measurements.
- Handling Challenging Soils: Motorized post hole diggers are often better equipped to handle challenging soil conditions. They can tackle compacted soil, rocky terrain, or dense clay with greater ease than manual diggers. The power-driven auger blades can exert more force and overcome resistance, making it possible to dig in soils that may be difficult or impossible to dig with a manual digger.
- Large-Scale Projects: Motorized post hole diggers are especially advantageous for large-scale projects that involve digging multiple holes or digging deep holes. The efficiency and speed of motorized diggers allow operators to complete the work more quickly and effectively, saving time and labor costs compared to using manual diggers.
While motorized post hole diggers offer greater efficiency and convenience, it’s important to note that they may come with higher costs and maintenance requirements compared to manual diggers. Additionally, manual diggers can be more suitable for smaller projects or situations where physical effort is not a concern.
In summary, motorized post hole diggers outperform manual ones in terms of speed, physical effort, consistency, handling challenging soils, and large-scale projects. However, the choice between the two depends on the specific needs, project scale, and budget constraints.
editor by CX 2024-02-09