Reliable control system building hoist SC200/200BP

Reliable control system building hoist SC200/200BP System 1

Reliable control system building hoist SC200/200BP

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Loading Port:: Qingdao

Payment Terms:: TT or LC

Min Order Qty:: 1 unit

Supply Capability:: 10 unit/month

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The construction hoist product produced by CMAX has achieved internationally advanced level in terms of industrial design, control and the drive performance, as well as the operation safety and comfortableness. And CMAX is also making efforts to keep improving the product, as what the construction hoist lifts is not only people and material, but also a kind of social responsibility and service concept…
The new generation SC series of construction hoists adopt modular structure, ergonomic design and advanced manufacturing technology, thus the adaptability and reliability of the product is greatly improved, e.g. the max. lifting height can reach 300 meters. The product adopts multiple patented technologies, reaches advanced level in China, and the market share in domestic market is increasing year by year. The product has also been exported to overseas countries like Russia, Turkmenstan, Vietnam, etc. winning the confidence of customers of both home and abroad

1. The cage drive system is equipped with buffering device, so the cage moves more stable.
2. The ergonomically designed cage interior improves comfortableness.
3. The unique structural design has applied for patent.
4. The typical technologies ensure the malposition difference of the guide rail.
5. The excellent parts in the industry ensures reliable quality of the machine.
6. Precise assembly and accurate drive.
7. Professional solutions for special projects.
8. The complete safety devices ensures reliable control system.　

Construction Hoists

SC series product also has special design, such as reinforced guide rail with cross-section of 800mm, inclined type, special for cooling tower, etc. All the double cage construction elevator can be changed into single cage type, such as SCD200.

Model			SC200/200	SC200/200BP	SCD200/200	SC200/200B
Configuration			Standard type	Frequency conversion	Counterweight type	Export type
Rated load		kg	2000/2000	2000/2000	2000/2000	2000/2000
Cage size L×W×H		m	3×1.3×2.2	3×1.3×2.2	3×1.3×2.2	3×1.3×2.2
Passengers			16/16	16/16	16/16	16/16
Max.lifting height		m	150	300	150	150
Max.height of free end		m	9	9	9	9
Lifting speed		m/min	33	0~60	33	33
Capacity of small hoist		kg	200	200	200	200
Std.section L×W×H		mm	650×650×1508
Electric motor	Type		Disc brake electic motor
Electric motor	Power	kW	11×3/11×3	11×3/11×3	11×2/11×2	11×3/11×3
Speed limiter	Action speed	m/s	1.2	1.45	1.2	1.2
Speed limiter	Rated brake load	kN	40	40	30	40

Model			SCD200/200B	SC100/100	SCD200
Configuration			Counterweight type	No counterweight	Counterweight type
Rated load		kg	2000/2000	1000/1000	2000
Cage size L×W×H		m	3×1.3×2.2	3×1.3×2.2	3×1.3×2.2
Passengers			16/16	12/12	16
Max.lifting height		m	150	150	150
Max.height of free end		m	9	9	9
Lifting speed		m/min	33	33	33
Capacity of small hoist		kg	200	200	200
Std.section L×W×H		mm	650×650×1508
Electric motor	Type		Disc brake electic motor
Electric motor	Power	kW	11×2/11×2	11×2/11×2	11×2
Speed limiter	Action speed	m/s	1.2	1.2	1.2
Speed limiter	Rated brake load	kN	30	30	30

The above parameters are subject to change without prior notice, please refer to the actual product.

Note: Both cage size of 3×1.3×2.2 and 3.2×1.5×2.4 are available for of each model (Excl. export type).

Q: What is the typical maintenance requirement for a building hoist?: The maintenance requirement for a building hoist can vary depending on the specific model and usage frequency. Generally, daily checks are needed to ensure safety, including inspecting cables, brakes, and the hoist mechanism. Monthly inspections should be conducted to check for wear and tear, and to lubricate moving parts. Annual inspections by a certified professional are often required to ensure compliance with safety standards and to perform more in-depth maintenance. Regular maintenance is crucial to prevent accidents and extend the lifespan of the hoist.

Q: Is it possible to utilize a building hoist for the purpose of lifting heavy equipment or machinery?: Yes, a building hoist can be used for lifting heavy equipment or machinery, provided it has the necessary capacity and safety features. These hoists are designed to handle substantial loads and are commonly used in construction for moving materials and equipment. However, it's crucial to ensure that the hoist is rated for the weight of the equipment, and all safety protocols are followed to prevent accidents. Regular maintenance and inspection are also essential to ensure the hoist's reliability and safety during heavy lifting operations.

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: This question asks for an explanation of the working mechanism of a building hoist, which is a device used in construction to lift materials and workers.: A building hoist, also known as a construction hoist or personnel/material hoist, is a temporary lifting device used in construction projects to transport workers and materials vertically within a building. It typically consists of a tower, a cage, a drive mechanism, and a control system. The tower is attached to the building's structure, and the cage is where people or materials are loaded. The drive mechanism, often powered by an electric motor, raises and lowers the cage along the tower. The control system manages the movement, ensuring safety features like speed control and emergency stops are in place. The hoist operates within a guide rail system, which keeps it aligned as it moves up and down the building's height.

Q: Can a building hoist be utilized to lift more than one object simultaneously?: Yes, a building hoist can be used to lift multiple objects at once, provided that the combined weight of the objects does not exceed the hoist's maximum load capacity. This is often done by securing all objects to a single lifting point or using a pallet or platform to hold the objects together. It's crucial to ensure that the hoist is rated for the total weight and that the objects are evenly distributed to maintain balance during lifting. Always follow safety guidelines and manufacturer's instructions to prevent accidents.

Q: This question asks about the different types of hydraulic cylinders that are utilized in lifting equipment.: Hydraulic cylinders used in lifting equipment can be categorized into several types based on their design and application. The main types include: single-acting cylinders, which have one port for fluid and rely on the load or a spring to return; double-acting cylinders, which have ports on both ends and can extend and retract through fluid pressure; telescopic cylinders, which consist of multiple stages that can extend sequentially for greater reach; and rotary hydraulic cylinders, which provide a combination of linear and rotary motion. Each type is chosen based on the specific requirements of the lifting task, such as the need for speed, force, and control.

Q: This question asks for the different categories of hoists used in construction.: Building hoists are essential for the construction industry and come in various types. The main types include: 1. Material Hoists, which are used for lifting building materials; 2. Personnel Hoists, designed for transporting workers; 3. Goods and Passenger Hoists, which can carry both materials and people; 4. Temporary Hoists, used during the construction phase; and 5. Permanent Hoists, installed in buildings for long-term use. Each type has specific features and safety considerations tailored to their intended use.

Q: This question asks for methods to prevent leakage in hydraulic cylinders used in building hoists.: To prevent hydraulic cylinder leaks in a building hoist, follow these steps: Regularly inspect and maintain the hydraulic system to ensure all seals and gaskets are in good condition. Replace any worn or damaged components promptly. Ensure the hydraulic oil is clean and at the correct level to avoid air bubbles or cavitation which can cause leaks. Check the cylinder rods for scratches or damage and polish or replace them if necessary. Maintain the correct operating pressure and avoid overloading the hoist. Regularly lubricate moving parts to reduce friction and wear. Implement a routine maintenance schedule to catch and address potential issues before they lead to leaks.

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: This question asks for a comparison of the benefits and drawbacks associated with the use of hydraulic lifting equipment.: Hydraulic lifting equipment offers several advantages, including high force generation, compact design, and precise control. It is energy-efficient and can handle heavy loads with ease. The systems are also known for their durability and low maintenance requirements. However, there are disadvantages such as sensitivity to leaks and the need for regular fluid checks. They can be complex to install and maintain, and the equipment can be costly. Additionally, hydraulic systems are sensitive to temperature changes, which can affect performance.

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