POKOLE

• With 330 horsepower under the hood, this crane has the strength to perform various tasks efficiently. The high horsepower enables it to move not only itself but also to handle the additional load during lifting operations.
• The 6X4 drive configuration provides excellent traction and mobility. It allows the crane to navigate different terrains, including rough construction sites and unpaved areas. This mobility is crucial for reaching the desired work location without much hassle.

• Boasting a 25 – tona hiki ke hapai, this crane can handle relatively heavy loads. It is suitable for a wide range of applications in construction, ʻOihana Kahuna, and infrastructure projects. ʻo kahi laʻana, it can lift large steel beams, mua – nā mea hoʻoheheʻe ʻia, and heavy machinery components.

• I ke kukulu ana, it can be used for erecting multi – story buildings, where it can hoist building materials to great heights. Ma nā hoʻonohonoho ʻoihana, it is useful for loading and unloading heavy equipment onto trucks or for relocating large – scale production line components. In infrastructure projects like bridge construction, it can play a vital role in lifting and placing bridge segments.

• Hoʻolālā ʻia ke ʻano o ka crane e hōʻoia i ka paʻa i ka wā hāpai. It likely has a sturdy chassis and outriggers that can be extended to provide a stable base when lifting heavy loads. The boom of the crane is engineered to reach appropriate heights and distances, enabling it to access different areas on the job site.

• The operator’s cab is probably designed for comfort, with ergonomic seating and controls. This allows the operator to work for extended periods without excessive fatigue. The controls are likely intuitive, e maʻalahi i ka mea hoʻohana ke hana pololei, e luli ana, a boom – extending or – retracting operations.

HI'O

• Powerful Engine: Me a 330 – ʻenekini horsepower, this crane has a significant amount of power at its disposal. This high horsepower is essential for two main aspects. ʻO ka mua, it provides the necessary force to move the crane itself, which is a heavy vehicle. Secondly, it enables the crane to handle the additional stress during lifting operations, ensuring smooth and efficient hoisting of loads.
• 6X4 Drive Configuration: The 6X4 drive configuration offers enhanced traction and mobility. The multiple axles and wheels distribute the weight of the crane more evenly, reducing the ground pressure. This allows the crane to traverse a variety of terrains, including rough construction sites, muddy areas, and uneven surfaces. It also provides better stability during movement, especially when transporting the crane to different job sites.

• 25 – Ton Lifting Capacity: The crane’s 25 – ton lifting capacity is a standout feature. It is capable of hoisting a substantial amount of weight, making it suitable for a wide range of applications. Ma nā hana kūkulu, it can lift large – scale building materials such as steel girders, mua – cast concrete panels, and heavy machinery. Ma nā hoʻonohonoho ʻoihana, it can be used to load and unload heavy equipment onto trucks or move large components within a factory or warehouse.
• Precision Lifting: The crane is designed for precision in lifting operations. He luawai paha kona – calibrated winch system and a responsive boom mechanism. The winch can control the speed and smoothness of the lifting process, while the boom can be extended or retracted with accuracy to place the load at the desired height and location.

• Sturdy Chassis: The crane is built on a sturdy chassis that serves as the foundation for all its operations. The chassis is designed to withstand the heavy loads and forces exerted during lifting and movement. It is likely made of high – strength materials and engineered to provide a stable base for the crane.
• Outriggers: To further enhance stability during lifting, the Senyuan crane is equipped with outriggers. These outriggers can be extended to increase the footprint of the crane on the ground, reducing the risk of tipping. They are adjustable in length and angle, allowing the operator to customize the stability setup according to the terrain and the nature of the lifting task.

• Boom Construction: The crane’s boom is a key component. It is likely constructed with high – quality, durable materials to ensure it can bear the 25 – ton load. The boom may have a telescopic or lattice structure, which provides flexibility in terms of reach.
• Variable Reach: The boom’s design allows for variable reach, enabling the crane to access different heights and distances. It can be extended to reach upper floors of a building during construction or retracted for more compact storage or transportation. This adaptability makes the crane suitable for various job site layouts and lifting requirements.

• Haawe – Monitoring System: E hōʻoia i ka hana palekana, the crane is likely equipped with a load – monitoring system. This system constantly measures the weight of the load being lifted, the boom’s angle, and the crane’s position. It alerts the operator if the crane is approaching its safe working limits, ka pale ʻana i ka hoʻouka ʻana a me nā pōʻino.
• Safety Locks and Alarms: There may be safety locks on the boom and other critical components to prevent unexpected movement. Eia hou, alarms may be in place to warn the operator of any abnormal conditions, such as excessive wind speed or improper equipment setup.

• Comfortable Cab: The operator’s cab is designed with operator comfort in mind. Hiki ke loaʻa kahi noho ergonomic, which provides support during long – hola hana. The cab is also likely to have good visibility, with large windows and well – placed mirrors, allowing the operator to have a clear view of the lifting area and the surrounding environment.
• Intuitive Controls: The controls inside the cab are designed to be intuitive. The operator can easily manipulate the crane’s functions, e like me ka hāpai ʻana, e luli ana, and boom adjustment, using a set of well – arranged levers, nā wāwae wāwae, or buttons. This ease of control reduces operator fatigue and enhances the overall efficiency of the crane’s operation.

OLELO HOOLAHA

ʻIke Kumu
ʻO nā ana mīkini holoʻokoʻa	Length × Width × Height
Huila huila	4,600 + 1,350 mm
Huina kaulike	33.495 mau tona
Ka māmā holo kiʻekiʻe	80 km/h
Maximum gradeability	40%
Approach angle / Departure angle	10 / 13 degere
Nā ʻāpana ʻenekini
kŘkohu mīkini	Yuchai YC6L330-50
Ka mana puka kiʻekiʻe	243 kW
Ua helu ʻia ka wikiwiki hoʻololi	2,200 rpm
Nā Kūlana Chassis
Ke kumu hoʻohālike Chassis	SMQ5335JQZ
Laina Chassis	Senyuan Heavy Industry
Hiki ke hāpai
Hiki ke hāpai ʻia	25 mau tona
Hoʻolālā ʻia ka manawa hāpai	1,132 KN.m
Maximum lifting height – Basic boom	43.5 mika
Maximum lifting height – Basic boom + Jib	52 mika
Length of lifting boom – Basic boom	10.8 mika
Length of lifting boom – Fully extended boom	42 mika
Length of lifting boom – Basic boom + Jib	19.8 mika
Operation Parameters
Maximum lifting speed of main winch	132 m/min
Maximum lifting speed of auxiliary winch	132 m/min
Outrigger span	Longitudinal × Transverse