Advanced Design Hydropower Station Overhead Crane

Advanced Design Hydropower Station Overhead Crane System 1

Advanced Design Hydropower Station Overhead Crane System 2

Advanced Design Hydropower Station Overhead Crane

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 30 unit/month

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We can complete the supply of Bridge Crane for Project (river bank left side, right side and underground powerhouses). Currently, 2 sets of 1200 Bridge Crane and 4 sets of 1000t Bridge Crane are under construction for other clients.

This kind of crane have the following advantages:
1.Reasonable structure and configuration
2. Favorable performance
3. Low noise
4. Commodious cabin with good view
5. Convenient maintenance and dismantle
6. Excellent exchangeability for parts and components
7. Electricity saves
8. High safety and Precision
9. Starting and stopping smoothly

Detail Parts:
a. Walkway: Walkway and hand rails on one side of the bridge including maintenance platform are to be provided.
b. Limit Switches:
1. Limit switches for electric hoist trolley cross travel and long travels are to be supplied.
2. Upper and lower hoisting are cut off limit switches are to be supplied.
c. Bumpers: High energy absorbing bumpers for cab and crane travel end carriages are to be provided.
d. Safety Catches: Safety catches for signals load hooks (Hoist hook) are to be provided.
e. Main isolator switch: Crane main isolator switches complete with indication light and pad lockable in OFF position and PVC cabling up to crane power conducting system.
f. Alarm: Alarm and rotating blinkers, when crane is in longitudinal and cross traveling are to be provided.
g. Overload safety: Overload alarm and safety stop is to be provided.
h. Emergency stop: Emergency stop mechanism is to be provided.

Features:

All the cranes are equipped with overload protection device, Top quality long time bearing polyurethane materials buffer, Crane traveling limit switch, Voltage lower protection function, Emergency stop system and so on.

Q: Does the misuse or incorrect use of lifting equipment pose a risk of injury to workers?: Yes, improper or incorrect use of lifting equipment can cause serious injury to workers. This can include accidents such as dropping loads, which can lead to crushing injuries or being struck by falling objects. Additionally, improper lifting techniques can lead to musculoskeletal injuries, such as back strains or sprains. It's crucial for workers to be trained in the safe operation of lifting equipment and to follow all safety protocols to minimize the risk of injury.

Q: Explain the distinctions between electric and manual building hoists, focusing on their operation, efficiency, and use cases.: Electric building hoists are powered by electricity and offer faster operation, greater efficiency, and the ability to lift heavier loads. They are ideal for large-scale construction projects where rapid movement of materials is necessary. In contrast, manual hoists are operated by hand and are typically smaller, more portable, and require human effort to lift materials. They are suitable for smaller projects or where power supply is limited. Electric hoists are more automated and can be controlled remotely, while manual hoists require constant physical effort and are less efficient in terms of speed and load capacity.

Q: Explain the benefits and drawbacks of using an electric winch compared to a building hoist.: Advantages of using an electric winch include ease of operation, lower noise levels, and the ability to be used in various environments. They are also more portable and can be easily moved between different locations. Disadvantages include higher initial costs compared to some building hoists, potential electrical hazards, and the need for regular maintenance to ensure safety. Additionally, electric winches may have lower lifting capacities compared to some building hoists, which could be a limitation for heavy construction tasks.

Q: This question asks for a description of the process of operating a building hoist using a remote control system.: To use a remote control system for a building hoist, first ensure that the hoist is properly installed and inspected for safety. Turn on the hoist's power supply and ensure the remote control is synced with the hoist. Familiarize yourself with the control panel, which typically includes buttons for up, down, stop, and emergency stop. Operate the hoist by pressing the up or down buttons to lift or lower the load. Always monitor the load's movement and communicate with workers on site. Use the stop button to halt the hoist if needed, and the emergency stop button in case of an immediate hazard. Regularly check the hoist's operation and maintain the remote control system to ensure smooth and safe operation.

Q: Does the building height not exceed 40 meters must install the construction elevator?: There is no hard and fast rules, but the construction unit according to the time limit for a project, the delivery of materials, construction personnel and management personnel, including supervision, need to install the vertical transportation machinery (including goods dual-purpose ladder).

Q: Is it possible to utilize a building hoist for construction purposes?: Yes, a building hoist is specifically designed for use in construction work. It is a type of lifting equipment used to transport materials and personnel vertically within a building under construction. Building hoists are essential for efficient material handling, reducing manual labor, and ensuring the safety of workers by providing a stable and controlled method of vertical transportation. They are commonly used in high-rise construction projects and are an integral part of the construction process.

Q: What specific regulations or conditions must be met when utilizing lifting equipment in construction or factory environments?: Yes, there are special requirements for using lifting equipment in construction sites and factories. These include adherence to safety regulations, regular maintenance and inspection, proper operator training, and ensuring the equipment is suitable for the task. Compliance with local and national laws such as OSHA in the U.S. or CE marking in the EU is crucial. Equipment must be certified safe for use, and operators must be licensed and follow safety protocols. Additionally, load capacities must be respected, and lifting operations must be planned and supervised to prevent accidents.

Q: Is it possible to use a lifting device to lift objects that are heavier than its specified maximum load?: No, a lifting device should never be used to lift objects that exceed its rated load capacity. Doing so can lead to catastrophic failure of the device, potentially causing serious injury or death. Always adhere to the manufacturer's specifications to ensure safety and prevent accidents. Overloading a lifting device can result in structural damage, compromised safety mechanisms, and increased risk of collapse or dropping the load. It is crucial to respect the load limits to maintain the integrity and reliability of the lifting equipment.

Q: This question asks for the cost of a building hoist, which is a type of construction equipment used for lifting materials.: The cost of a building hoist can vary significantly depending on factors such as the hoist's capacity, type, and features. On average, a basic building hoist can cost anywhere from $10,000 to $50,000. However, for more advanced models with higher capacities or additional safety features, the price can range from $100,000 to $200,000 or even more. It's important to consider the specific needs of your construction project and consult with equipment suppliers for accurate pricing.

Q: What is the capability of a building hoist in terms of lifting large objects?: Yes, building hoists are designed to lift and transport large objects in construction settings. They have a high load capacity, often ranging from several hundred to several thousand kilograms, depending on the model and specifications. Building hoists are equipped with safety features to ensure secure lifting and are commonly used for moving materials such as cement, bricks, and heavy equipment within multi-story buildings under construction. However, it's crucial to adhere to the manufacturer's guidelines regarding weight limits and safety protocols to prevent accidents.

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