One Ton Capacity Building Hoist

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Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: -

Supply Capability:: 40 units unit/month

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Building hoist
1, Two cage
2, maximum capacity:1Ton/cage
3, Middle speed:0-60m/min
4, Main part welded by robot

The Construction Hoist is set up with frequency conversion and twin cages. Every cage has two suits of independent driving mechanism.With the technology of frequency conversion the construction hoist driven by rack and pinion can speed up and slow down steadily. It has features such as:
1. Starting and braking are steady with no impact.
2. The lifting speed can be controlled.
3. Starting current is lower than rated current.
4. The mechanical wear and tear is reduced evidently.
5. Power saves efficiently.

The main technical parameters of SC100/100 construction hoist ate listed as follows:

1. Lifting capacity: 2x1000kg

2. Lifting Speed: 33m/min or 60m/min with frequency inverter(Toshiba)

3. Rated Power: 2-2x11kw or 2-2x15kw

4. Mast Section Size: 650x650x1508mm, double rack, Painted or Galvanized optional

5. Delivery time: 20-25 days.

We can provide tailored design, backing on the strong technical strength of China Academy of Building Research.

Construction lift with Interver:

Characteristics		Model	Rated Loading	Lifting Speed	Motor Power
Double Cabin	Low-speed	SC200/200D	2 × 2000kg	0-36m/min	2 × (3 × 11kw) 2 × (2 × 13kw) 2 ×(2 × 15kw)
	Low-speed	SC100/100D	2 × 1000kg	0-36m/min	2 × (2 × 11kw)
	Mid-speed	SC200/200Z	2 × 2000kg	0-60m/min	2 × (3 × 15kw)
	Mid-speed	SC100/100Z	2 × 1000kg	0-60m/min	2 × (2 × 15kw)
Single Cabin	Low-speed	SC200D	2000kg	0-36m/min	3 × 11kw 2× 13kw 2× 15kw
	Low-speed	SC100D	1000kg	0-36m/min	2 × 11kw
	Mid-speed	SC200Z	2000kg	0-60m/min	3× 15kw
	Mid-speed	SC100Z	1000kg	0-60m/min	2 × 15kw

One Ton Capacity Building Hoist

Q: This question asks for a comparison between electric and pneumatic building hoists, highlighting their distinct features and operational differences.: Electric building hoists are powered by electricity and are known for their high lifting capacity, speed, and efficiency. They are suitable for heavy-duty applications and can be automated for continuous operation. Pneumatic hoists, on the other hand, use compressed air to generate lifting force. They are quieter, require less maintenance, and are safer in environments where electrical sparks could be hazardous. However, they have lower lifting capacities and are generally slower compared to electric hoists. Pneumatic hoists are also more suitable for applications requiring precise control over the load.

Q: What are the primary parts that make up a building hoist system?: The main components of a building hoist include the hoist machine, which is the driving mechanism; the hoist shaft, a vertical structure that houses the hoist; the lifting platform or cage, which carries materials and personnel; the mast or tower, providing support and stability; the counterweight, which balances the load; safety devices such as limit switches and brakes; the control system for operation; and the electrical system that powers the hoist. Additionally, there are guide rails, cables, and buffers that ensure smooth and safe operation.

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: What are the necessary conditions and safety measures to be met when using a building hoist to lift heavy objects?: Lifting heavy objects with a building hoist requires adherence to several key requirements for safety and efficiency. These include ensuring the hoist is properly installed and inspected, the load is secured correctly, and the weight does not exceed the hoist's capacity. Operators must be trained and certified, and they should follow all safety protocols. The area around the hoist should be clear of obstructions and bystanders. Regular maintenance and checks are crucial to prevent accidents. Additionally, weather conditions, such as high winds, can affect the safety of hoist operations and may require postponing lifts until conditions improve.

Q: This question asks for criteria or factors to consider when selecting the appropriate type of building hoist for a specific construction project.: Choosing a suitable type of building hoist involves considering several factors: the weight and size of materials to be lifted, the frequency of hoisting, the height of the building, and safety requirements. Assess the load capacity needed, as hoists vary in their lifting capabilities. Consider the hoist's speed and efficiency to ensure it meets the project's timeline. The hoist's size and maneuverability are crucial for fitting within the construction space. Safety features and certifications should be verified to ensure compliance with industry standards. Consulting with hoist manufacturers or rental companies can provide insights into the most suitable hoist for your specific application.

Q: This question asks if building hoists are capable of moving large or heavy objects.: Yes, building hoists are specifically designed to move large and heavy objects vertically in construction settings. They are used to lift materials such as bricks, concrete, and steel beams to various levels of a building under construction. Building hoists are engineered to handle significant weight and are an essential tool for efficient material transport in tall structures where cranes may not be practical or safe for frequent use.

Q: Is it possible for a building hoist to lift more than one object simultaneously?: Yes, a building hoist can lift multiple objects at once, provided the combined weight does not exceed the hoist's maximum load capacity. The hoist's design and specifications will dictate how many and what types of objects can be lifted simultaneously. It's crucial to follow the manufacturer's guidelines to ensure safety and prevent damage to the hoist or the objects being lifted.

Q: What are the necessary maintenance tasks and considerations for ensuring the safe and efficient operation of a building hoist?: The maintenance requirements for a building hoist include regular inspections, lubrication, and checks on all mechanical components. It is crucial to inspect the hoist's cables, pulleys, and brackets for wear and tear. The drive mechanism and safety devices should be tested for proper functioning. Lubrication of moving parts is essential to reduce friction and prevent overheating. Additionally, the electrical system should be checked for any faults or damage. It's important to keep the hoist clean and free of debris to prevent any operational issues. Following the manufacturer's guidelines for maintenance intervals and procedures is vital to ensure the hoist remains safe and efficient.

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: Is it possible to use a building hoist for lifting heavy materials that cannot be manually lifted?: Yes, a building hoist is specifically designed for lifting heavy materials that are too heavy or cumbersome to lift manually. These hoists are engineered to handle significant weight loads and are commonly used in construction settings to move materials such as bricks, cement, and steel beams to various levels of a building. They are an essential tool for safe and efficient material handling in construction projects.

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