• Construction Hoist SC250/250 Building Equipment System 1
  • Construction Hoist SC250/250 Building Equipment System 2
  • Construction Hoist SC250/250 Building Equipment System 3
  • Construction Hoist SC250/250 Building Equipment System 4
Construction Hoist SC250/250 Building Equipment

Construction Hoist SC250/250 Building Equipment

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Loading Port:
China main port
Payment Terms:
TT or LC
Min Order Qty:
1 unit
Supply Capability:
30 unit/month

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Structure of Construction Hoist Description

 

1. Quality raw material, strict production management and career responsibility to make the hoist with the highest safety control, and the advanced design make it with good vision to enhance the safety.

2. Simple structure and low cost

3. Convenient in installation, disassembly and maintenance.

4. Energy-saving, starting current is lower than the rated current.

5. Adjustable speed, the maximum speed could reach 96m/min.

6. Frequency conversion control system, stable starting and breaking and low mechanical wear

 

Packaging & Delivery of Construction Hoist 


Packaging Detail: Nude package          Delivery Detail: 25-30days

 

Main Parts of Construction Hoist


● The gearing adopts imported bearing, enameled cable, and oil seal.

 

● The electric parts adopt products from world renowned manufactures such as Schneider, Siemens, and LG.

 

● The racks and pinion adopts special material and heat-treatment technique, which prolong the life of these parts.

 

● The steel structure uses quality steel from famous domestic manufactures.

 

● The surface of the structure can apply paint-spray, parkerozing baking finish or hot galvanizing processing according

    to users requirements,

 

● The cage can be produced and decorated by aluminum molded board, punched-plate or figured aluminm board.


 

Construction Hoist Specifiction


Construction Hoist SC250/250 Building Equipment

Construction Hoist SC250/250 Building Equipment

 

FAQ of Construction Hoist


Q: What is the building hoist main purpose? 

A: Building hoist equipped with double or single cabin to transport the materials and labors up and down. It's the ideal 

construction equipment for vertical transportation in the field of construction.  

 

Q: What is the main structure of building hoist? 

A: The P/M construction hoist mainly contains metal structure, driving system, electrical control system, cable guide & 

protection system, electrical top crane and safety device.  

  

Q: What is the meaning of the building hoist’s code?

 A: Take SC200/200 for example: “SC” stands for rack and pinion hoist, “200/200” stands for double cage and capacity 

is 2 tons per cage. “SC200” stands for single cage and capacity is 2 tons. 

 

Q: What is the dimension of the cage? 

A: Normally the cage dimension is 3X1.5X2.5M (L/W/H) for 2t type hoist. Details should be checked according to our 

quotation sheet. Also, the size can be customized according to the factual site condition.  There are two doors (entrance

 & exit doors) for each cage, It can be produced as up & down sliding or ramping model for safety and convenience.  

Q: This question asks for an explanation of how to use an overload protection device specifically in the context of a building hoist.
<p>An overload protection device is crucial for a building hoist to prevent accidents caused by excessive weight. First, ensure the device is correctly installed and calibrated according to the manufacturer's instructions. Before operating the hoist, set the overload limit based on the hoist's capacity. During operation, if the load exceeds the set limit, the device should automatically shut down the hoist, preventing further operation. Regularly inspect and test the device to ensure it functions properly. Always follow safety protocols and never attempt to bypass or disable the overload protection system.</p>
Q: This question asks about the procedures and methods for maintaining and repairing a building hoist, which is a type of lifting equipment used in construction.
<p>To maintain and repair a building hoist, follow these steps: Regularly inspect the hoist for any signs of wear and tear or malfunction. Lubricate moving parts as per the manufacturer's recommendations to reduce friction and prevent rust. Check and replace worn cables, pulleys, and other components. Ensure that safety devices like limit switches and emergency stops are functioning correctly. For repairs, address any mechanical failures, replace broken parts, and make sure the electrical system is in good condition. Always follow the manufacturer's guidelines and consult with a professional if the issue is complex or beyond your expertise. Regular maintenance and prompt repairs can extend the life of the hoist and ensure safe operation.</p>
Q: This question asks for guidance on selecting an appropriate building hoist, which is a type of lifting equipment used in construction.
<p>Choosing a suitable building hoist involves considering several factors. First, assess the lifting capacity needed based on the weight of materials to be moved. Consider the hoist's speed and lifting height to ensure it meets project requirements. Evaluate the safety features, such as overload protection and emergency stop mechanisms. Check the hoist's durability and maintenance needs, as well as its compatibility with the building's structure. Consult with hoist manufacturers or rental companies for recommendations tailored to your specific project. Always prioritize safety and ensure the hoist complies with local regulations and standards.</p>
Q: Explain the differences between electric and electric-hydraulic lifting equipment, highlighting their mechanisms and applications.
<p>Electric lifting equipment operates on electric motors that directly drive the lifting mechanism, such as in electric hoists or cranes. This type of equipment is known for its simplicity, low maintenance, and precision control. On the other hand, electric-hydraulic lifting equipment uses an electric motor to power a hydraulic pump, which in turn moves hydraulic fluid to operate the lifting mechanism. This type is characterized by high lifting capacity, smooth operation, and the ability to handle heavy loads. Electric-hydraulic systems are often used in applications requiring significant force, such as in heavy machinery and construction equipment.</p>
Q: Is it possible to utilize a building hoist to lift objects with varying dimensions and weights?
<p>Yes, building hoists are designed to lift a variety of objects with different sizes and weights. However, each hoist has specific weight and size limitations that must be adhered to for safety and operational reasons. It's crucial to ensure that the objects being lifted are within the hoist's capacity to prevent accidents and damage. Always consult the manufacturer's specifications and safety guidelines before using a hoist for lifting operations.</p>
Q: This question asks for a comparison between electric and electric-hydraulic building hoists, highlighting their distinct features and how they differ from each other.
<p>Electric building hoists are powered solely by electric motors, which provide direct and precise control over the lifting and lowering of loads. They are quieter, require less maintenance, and are more energy-efficient compared to their hydraulic counterparts. On the other hand, electric-hydraulic building hoists combine the power of an electric motor with the force amplification capabilities of hydraulic systems. These hoists offer greater lifting capacity and can handle heavier loads but are generally more complex, requiring regular maintenance of hydraulic components. They are also louder and may consume more energy. The choice between the two often depends on the specific requirements of the lifting task, such as load capacity, precision, and environmental considerations.</p>
Q: This question asks whether a building hoist can be utilized both indoors and outdoors and seeks an explanation for its suitability in both environments.
<p>A building hoist can be used both indoors and outdoors, depending on the specific design and construction. Outdoor hoists are typically built to withstand weather conditions and are more robust, while indoor hoists are designed for controlled environments. The choice between indoor and outdoor use is determined by factors such as the building's structure, the materials being lifted, and the environmental conditions. Outdoor hoists may require additional features like weatherproofing and corrosion resistance, whereas indoor hoists focus on efficiency and ease of use within a protected setting.</p>
Q: Is it permissible to use a building hoist for lifting people or animals?
<p>No, building hoists are not designed for lifting people or animals. They are specifically engineered for the transportation of materials and construction equipment. Using a building hoist for this purpose is dangerous and can lead to accidents. It is essential to adhere to safety regulations and use appropriate equipment for lifting people or animals to ensure their safety and comply with legal standards.</p>
Q: Is it possible to fix or replace a building hoist once it has stopped functioning?
<p>Yes, a building hoist can be repaired or replaced after it has failed. Repairs are often possible if the hoist has mechanical or electrical issues that can be diagnosed and fixed by a qualified technician. If the hoist is beyond repair or if it's more cost-effective, a replacement may be necessary. It's crucial to have a maintenance plan and regular inspections to prevent failures and ensure the hoist's safe operation. In case of a failure, immediate action should be taken to either repair the existing hoist or install a new one, adhering to safety standards and regulations.</p>
Q: What is the purpose of a building hoist and can it be utilized for lifting heavy objects that cannot be manually lifted?
<p>Yes, building hoists are specifically designed to lift heavy objects that are beyond the capacity of manual lifting. They are essential in construction sites for moving materials such as bricks, cement, and steel beams to various levels of a building. Building hoists are engineered to handle significant weight and ensure the safe and efficient transport of materials, reducing the risk of injury and improving productivity on construction sites.</p>

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