Building Hoist European Standard With 4ton Electric Parts

Building Hoist European Standard With 4ton Electric Parts System 1

Building Hoist European Standard With 4ton Electric Parts System 2

Building Hoist European Standard With 4ton Electric Parts

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 10 set/month

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Specification

Power Source:

Electric

Maximum Lifting Weight:

1.5ton

Maximum Lifting Height（M）:

100m

Lift Speed:

36m/min

Structure of Building Hoist Description

1.The gearing select perfect bearing,strong cables and oil seal.

2.The electrical parts select products from famous world manufacturers for example Schneider,Siemens and LG.

3.The racks and pinion select advanced material and advanced technique,which enhance the life of all parts.

4.The steel structure adopted strong steel from famous native manufacturers.

Packaging & Delivery of Building Hoist

Packaging: nude and wooded box Delivery: 25-30days

Mains Parts of Building Hoist

1.The steel structure for example the mast, tie in and cabin ,could be all spay-painted and hot galvanized. Mast section is made with high quality Q345B which is the top standared in China.

2.Electrical parts are all adopted with Schneider , Siemens and other famous brands.

3.The electrical system can be selected with the normal control method and VVVF+PLC control way. Inverter we selected is from Schneider. Yaskawa or other world renowned brand.

4.Cabin exit door select ramping type. The ramping door looks like a bridge between the construction hoist and construction building.

5.The cabin floor is made from 3MM thickness steel riffled board（Hot dip galvanized）, and 15MM thickness wooden board which can reduce the vibration and deformation a lot.

Building Hoist Images

Building Hoist European Standard Electric Parts with 3.2ton Capacity

Building Hoist Specification

Building Hoist European Standard Electric Parts with 3.2ton Capacity

FAQ of Building Hosit

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: This question asks about the process of installing a building hoist, a piece of equipment used in construction to lift materials and personnel.: Installing a building hoist involves several steps: 1) Site preparation, ensuring the area is level and stable. 2) Unpacking and inspection of the hoist components. 3) Assembling the hoist tower, starting with the base and working upwards. 4) Installing the drive mechanism and control panel. 5) Rigging the hoist cables and safety devices. 6) Conducting a thorough inspection and testing the hoist to ensure it operates safely. 7) Obtaining any necessary permits and approvals. 8) Training operators on the safe use of the hoist. Always follow the manufacturer's instructions and local regulations when installing a building hoist.

Q: Can a building hoist be utilized for the transportation of objects within and between buildings?: Yes, building hoists are specifically designed to move objects vertically within buildings. They are commonly used in construction to lift materials and equipment to different floors. Additionally, they can be employed to transport objects into and out of buildings, especially when access is limited or when heavy loads need to be moved over short vertical distances. However, it's important to adhere to safety guidelines and regulations when operating a building hoist to ensure the secure and efficient movement of objects.

Q: This question asks for an explanation on how to operate a winch, specifically in the context of a building hoist.: To use a winch, particularly a building hoist, follow these steps: Ensure the winch is securely anchored and the cable is in good condition. Attach the load to the hook, ensuring it's balanced. Turn the winch handle clockwise to lift the load; counterclockwise to lower it. Always keep tension on the cable to prevent it from slacking. Use a tag line to guide the load horizontally. Never exceed the winch's load limit. Regularly inspect the winch and cable for wear and tear. Always have a spotter to assist and communicate during the operation. Safety is paramount, so never leave the winch unattended while the load is in the air.

Q: Is it possible to integrate a single-rope lifting mechanism into an electric-hydraulic lifting system?: Yes, a single-rope lifting system can be used in an electric-hydraulic lifting system. The electric-hydraulic system provides the power to lift and lower the load, while the single-rope system manages the vertical movement of the load. This combination allows for precise control and can be advantageous in applications requiring both the lifting capacity of hydraulics and the simplicity of a single-rope system. However, the design must ensure compatibility between the mechanical and hydraulic components to function effectively and safely.

Q: This question asks about the procedures and practices for regularly maintaining and inspecting a building hoist to ensure its safe and efficient operation.: Regular maintenance and inspection of a building hoist are crucial for safety and efficiency. It involves daily checks before use, including visual inspections for any visible damage, proper functioning of safety devices, and ensuring the hoist is clean and free of debris. Weekly inspections should focus on the mechanical components, such as gears, cables, and brakes, and checking for any unusual noises or vibrations. Monthly inspections may include more in-depth checks of the electrical systems and the structural integrity of the hoist. Annual inspections typically involve a thorough examination by a certified professional, who will assess the overall condition and safety of the hoist, ensuring it complies with all relevant safety standards. Always follow the manufacturer's guidelines and local regulations for maintenance and inspection schedules.

Q: This question asks for methods to protect lifting equipment from damage while it is being transported or stored.: To prevent damage to lifting equipment during transportation or storage, follow these guidelines: 1. Use protective covers or wraps to shield equipment from environmental elements. 2. Securely fasten equipment to prevent movement during transit. 3. Store equipment in a dry, clean area to avoid rust and dirt accumulation. 4. Regularly inspect equipment for signs of wear or damage before and after use. 5. Follow the manufacturer's guidelines for weight limits and proper handling. 6. Use padding or cushioning materials to protect equipment from impacts. 7. Ensure that all parts are properly lubricated to prevent rust and facilitate smooth operation. By adhering to these practices, you can significantly reduce the risk of damage to lifting equipment.

Q: This question asks for the steps or methods to fix a building hoist that is not working properly.: To repair a malfunctioning building hoist, first, ensure the hoist is powered off and disconnected from any power source to ensure safety. Inspect the hoist for visible damage or loose parts. Check the motor, cables, and control panel for any signs of wear or damage. If the issue is mechanical, such as a stuck cable or a jammed pulley, disassemble the affected parts and clean or replace them as necessary. For electrical issues, inspect the wiring and connections for any shorts or breaks. Consult the hoist's manual for troubleshooting guides specific to the model. If the problem persists or if you're unsure about any steps, it's best to contact a professional technician for repair to avoid further damage or safety hazards.

Q: This question asks for criteria to differentiate between electric and hydraulic building hoists for selection based on specific needs.: When choosing between electric and hydraulic building hoists, consider the following: 1) Power Source: Electric hoists require a reliable electricity supply while hydraulic hoists need a power source for the hydraulic pump. 2) Lifting Capacity: Electric hoists often have higher lifting capacities. 3) Speed: Electric hoists generally offer faster lifting and lowering speeds. 4) Maintenance: Hydraulic hoists may require more frequent maintenance due to fluid changes and potential leaks. 5) Noise: Electric hoists are quieter. 6) Cost: Initial costs and operating expenses should be compared. 7) Safety: Both types have safety features, but electric hoists might offer more advanced safety options. 8) Environmental Factors: Consider weather conditions; electric hoists are less affected by rain and cold. Your choice should align with the project's specific requirements, such as the weight of materials to be lifted, frequency of use, and environmental conditions.

Q: This question asks for the procedure or steps to operate a building hoist, which is a machine used to lift materials in construction.: To use a building hoist, first ensure it's properly installed and inspected. Familiarize yourself with its controls and safety features. Load materials evenly onto the platform, ensuring not to exceed weight limits. Activate the hoist by pressing the 'up' button to lift the materials. Maintain a safe distance while the hoist is in motion. Once at the desired floor, press the 'stop' button, then unload the materials. Always follow the manufacturer's guidelines and safety protocols to prevent accidents.

Q: How many meters is the wall of the construction elevator?: It seems that there is no, just the local code, you search for the construction elevator acceptance specification look, I have searched this aspect before, now forget.

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