Building Hoist SC200/200 with 50m Height

Building Hoist SC200/200 with 50m Height

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Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: 1 unit

Supply Capability:: 66666666 unit/month

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Updated CMAX building hoist configuration

Building Hoist SC200/200 with 50m Height

Good news that CMAX hoist technology makes great progresses in the last period, which have received warm welcome by the end-users and it is updated CMAX configuration hoist. In order to specially support our long-term potential partners

Following advantage for you kind review.

1. Hoist complete cabin and enclosure frame adopt hot dip galvanized process to provide high level rust protection and corrosion protection.

(Note: process of acid pickling before hot galvanizing)

Before, only the building hoist mast sections are adopted as hot galvanized procession; Updated configuration, not only the mast section, but also the complete cabin and enclosure frame are adopted as hot galvanized procession.

Main advantage: improve the outlook and enlarge the complete steel structures usage life by 5~10% increase.

2. Cabin exit door adopts ramping type

Main advantage: the ramping door likes a bridge between the building hoist and construction building, which normally increases around USD800 for this improvement.

3. Large anchorage frame is supplied.

吊笼规格

Cage size

Update

2500×1500

2900～3600

1285

1450

Normal

2500×1500

1800～2100

Main advantage: the updated configuration increase the tie-in adjustable distance from 1800~2100mm to 2900~3600mm, which normally increases around USD200/piece for this improvement.

4. The side cage produced with aluminum board with increased thickness to 3MM.

Main advantage: normally it is 2mm, updated CMAX configuration make the side wall thickness as 3mm to enhance the strengthens and wear resistance of the cabin side wall, moreover, plywood with 6mm thickness and 500mm height is add to the inside wall of the cabin to prevent the damage of the cabin side wall.

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

Main advantage: normally there is steel board only, updated CMAX configuration adds one wooden board under the steel board that decrease the noise by at least 50% compared before.

6. Integrated electric control box

Main advantage: normally the electric box is big and the cable has to go into the electric box for connection purpose; the updated configuration makes the electric box size decrease by 10%.

7. For the main mechanic parts, bending plate structure (steel material: Q345B) is adopted, instead of angle steel or channel steel in order to improve the main steel structure’s intensity and the nice appearance.

( Note: process of steel board bending)

Main advantage: instead of angle or channel steel for main mechanic structure, bending plate steel structure not only makes the steel structure intensity increases by around 20%, but also makes the whole appearance more attractive after painting.

Thanks for choosing CMAX updated configuration building hoist. It is believed that your esteemed company will be more competitive with our qualified products and after-service.

Q: This question asks for the method to determine the maximum weight that a building hoist can safely lift.: To calculate the lifting capacity of a building hoist, you need to consider several factors. First, identify the hoist's rated capacity, which is usually specified by the manufacturer. This is the maximum weight the hoist is designed to lift. Next, assess the condition of the hoist, including any wear and tear that might affect its performance. Check the hoist's mechanical components, such as cables, pulleys, and motors, to ensure they are in good working order. Additionally, consider the weight of the load you intend to lift and any additional factors like the frequency of lifts or the height of the lift. Always operate within the hoist's rated capacity and follow safety guidelines to prevent accidents.

Q: Explain how a lifting platform, specifically a building hoist, operates.: A building hoist, also known as a construction hoist, is a temporary lifting platform used in construction to lift materials and personnel vertically within a building under construction. It operates by using a motor-driven pulley system that runs on guide rails or tracks. The hoist is attached to the building structure and as the building grows, the hoist is extended upwards. The platform is loaded with materials or workers, and the operator controls the ascent or descent through an electrical switch or remote control. Safety features include limit switches to prevent over-travel, safety catches to stop the platform in case of a cable failure, and interlocks to ensure the platform cannot be operated when the doors are open.

Q: Explain the key differences between electric and hydraulic lifting equipment, including their power sources, efficiency, and applications.: Electric lifting equipment is powered by electric motors and typically operates through cables or batteries, making them quieter and more environmentally friendly. They are often used in indoor settings where noise and emissions are a concern. Hydraulic lifting equipment, on the other hand, uses hydraulic fluid and pistons to generate force, providing high power and torque. They are commonly used in heavy-duty applications and outdoors. Electric systems are generally more energy-efficient and have lower maintenance costs, while hydraulic systems offer greater power density and can handle heavier loads.

Q: Is it possible to replace a building hoist with an electric winch for the purpose of lifting materials or individuals?: While theoretically possible, using an electric winch instead of a building hoist for lifting materials or people is not recommended due to safety concerns and differences in design. Electric winches are typically designed for pulling or towing loads and may not have the necessary safety features, load capacity, or stability required for lifting operations in a construction setting. Building hoists are specifically engineered to lift heavy materials and personnel safely in vertical shafts or on the facade of a building. They are equipped with safety devices and are regulated for construction use, making them the appropriate choice for such tasks.

Q: Is it feasible to repair or replace a building hoist with ease?: The ease of repairing or replacing a building hoist depends on several factors. For minor issues, repairs can often be done relatively easily by trained technicians. However, for major malfunctions or when a hoist is outdated, replacement might be necessary. This process can be complex and requires expertise to ensure safety and compliance with building codes. Factors such as the hoist's age, the complexity of the system, and the availability of replacement parts play a significant role in determining the ease of repair or replacement. In some cases, it might be more cost-effective to replace rather than repair, especially if the hoist is old or if repair costs are high.

Q: How to adjust the weight limit of the construction elevator: It's very simple, there's a couple of buttons down here, okay

Q: This question asks about the precautions and safety protocols that should be followed when using lifting equipment in construction projects.: Safety measures for using lifting equipment in construction work include regular inspections and maintenance of the equipment, ensuring all safety features are in place and functioning correctly. Operators must be trained and certified for the specific type of lifting equipment they are using. Load limits should never be exceeded, and all loads must be secured properly. Safe operating procedures should be followed, such as not lifting loads over people and maintaining a safe distance from power lines. Personal protective equipment (PPE) must be worn by operators and workers in the vicinity. Emergency procedures should be established and communicated to all workers. Regular safety briefings and training sessions should be conducted to keep safety at the forefront of all operations.

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: What are the necessary steps and checks required to maintain a building hoist to ensure its safe and efficient operation?: Building hoists require regular maintenance to ensure safety and efficiency. This includes daily inspections of the hoist's mechanical and electrical components for any signs of wear or damage. Monthly, a thorough inspection should be conducted by a qualified technician, including checking the hoist's cables, brakes, and safety devices. Lubrication of moving parts and replacement of worn components are also crucial. Annually, a comprehensive inspection and certification by a professional is necessary to comply with safety regulations. Adherence to the manufacturer's guidelines is essential, and any malfunctions should be addressed immediately to prevent accidents.

Q: This question asks if building hoists can be utilized in both commercial and residential structures.: Yes, building hoists can be used for both commercial and residential buildings. They are essential in construction projects to efficiently transport materials and personnel vertically within the building structure. In commercial buildings, they aid in the construction of offices, retail spaces, and other similar structures. In residential buildings, they are used for constructing apartments, condominiums, and single-family homes. The choice of hoist type and capacity depends on the specific requirements of the project, such as the height of the building, the weight of materials to be transported, and the number of workers needing to be moved.

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