Building Hoist 3000kg Single Cage New Design

Building Hoist 3000kg Single Cage New Design System 1

Building Hoist 3000kg Single Cage New Design System 2

Building Hoist 3000kg Single Cage New Design System 3

Building Hoist 3000kg Single Cage New Design System 4

Building Hoist 3000kg Single Cage New Design

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 100 unit/month

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Structure of Building Hoist Description

The general building hoist manufactured by our company have the features as good quality, long life, wide application range and convenient for maintenance. The gearing adopted bearing,enameled cable, and oil seal. The racks and pinion adopts specal material and heat-treatment technique, which prolong the life of these parts. The steel structure uses quality steel from famous domestic manufacturers. The surface of the structure can apply paint-spray, parkerizing baking finish or hot galvanizing processing according to users requirments. The cage can be produced and decorated by aluminum molded board, punched-plate or figured aluminum board.

Main Features of Building Hoist

1. The recomended cage dimension(L*W*H)(m): 2.0*1.0*2.5, 2.5*1.0*2.5, 2.5*1.3*2.5, 3.0*1.5*2,5, 3.2*1.5*2.5, 3.8*1.5*2.5, 4.0*1.5*2.5, 4.2*1.5*2.5 etc. We can also manufacture cages of other size according to the user.
2. The cage and the door material can be aluminum molded board, punched-plate, figured aluminum board or other type according to yout requirements.
3. The mast section and the tie-in surface can adopt paint-spray, or hot galvanizing processing..

Building Hoist Specifiction

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 building hoist can be changed into single cage type,

		Type	Payload(kg)	Lifting Speed (m/min)	Motor Power(kw)	Safety Device
Single Cage Hoist	No Counterweight	SC100	1000	33	2*11	SAJ30-1.2
		SC120	1200	33	2*11	SAJ30-1.2
		SC160	1600	33	2*11	SAJ30-1.2
		SC200	2000	33	3*11	SAJ40-1.2
		SC250	2500	33	3*11	SAJ50-1.2
		SC270	2700	33	3*15	SAJ50-1.2
		SC300	3000	33	3*15	SAJ50-1.2
		SC320	3200	33	3*15	SAJ50-1.2
	With Counterweight	SCD200	2000	33	2*11	SAJ40-1.2
		SCD250	2500	33	2*11	SAJ50-1.2
		SCD270	2700	33	2*15	SAJ50-1.2
		SCD300	3000	33	2*15	SAJ50-1.2
		SCD320	3200	33	2*15	SAJ50-1.2

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Building Hoist 3000kg Single Cage New Design

FAQ of Building Hoist

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: What is the dimension of the cage?

A: Normally the cage dimension is 3X1.5X2.5M (L/W/H) for 2t type hoist. Details should be checked according to our quotation sheet. Also, the size can be customized according to the factual site condition. There are two doors (entrance& exit doors) for each cage, It can be produced as up & down sliding or ramping model for safety and convenience.

Q: What fundamental specifications or conditions must be met to operate a building hoist with a hydraulic pump?: To use a hydraulic pump to power a building hoist, several basic requirements must be met: a reliable power source, a suitable hydraulic pump with the correct pressure and flow rate, a robust and leak-free hydraulic system, safety mechanisms such as pressure relief valves and emergency stop features, proper installation and maintenance procedures, and adherence to safety standards and regulations. Additionally, the pump should be compatible with the hoist's design and capable of providing the necessary force and speed for lifting operations. Regular inspections and maintenance are crucial to ensure the hoist operates safely and efficiently.

Q: This question asks for a description of the process of using an electric motor in the context of a building hoist, which is a device used for lifting and lowering materials in construction.: To use an electric motor with a building hoist, first ensure the hoist is properly installed and secured. Connect the hoist to a power source and check that all safety features are operational. Turn on the motor and test the hoist's movement in both directions to confirm functionality. When lifting materials, ensure they are evenly distributed and securely attached to the hoist. Operate the motor to lift or lower the load, maintaining a steady speed and monitoring for any signs of strain or malfunction. Always follow the manufacturer's guidelines and safety precautions to prevent accidents.

Q: The construction elevator always jumps: The construction elevator of our construction site always jump at the start of the building, always can't find the reason, the reason that can be so, have a person encounter this thing But it used to be normal, and sometimes it's jump, start, jump, start, and sometimes you can do it over and over again,

Q: What factors should be considered when selecting an appropriate building hoist for a specific construction project?: Choosing a suitable building hoist involves assessing several factors: the weight capacity required, the frequency of use, the height and number of floors in the building, the size and shape of materials to be lifted, and safety features. Consider the hoist's speed and efficiency, as well as its ease of installation and maintenance. Consult with hoist manufacturers or experts to ensure the hoist meets local safety regulations and fits the project's specific needs. Always prioritize safety, reliability, and compatibility with the construction workflow.

Q: What are the pros and cons of utilizing hydraulic fluid within the system of a building hoist?: The advantages of using hydraulic fluid in a building hoist include smooth and controlled lifting, which reduces the risk of accidents. It also offers a compact design due to the high power-to-weight ratio of hydraulic systems. Additionally, hydraulic systems are known for their durability and low maintenance requirements. However, there are disadvantages such as the potential for leaks, which can be hazardous and costly to repair. The systems can also be sensitive to temperature changes, which might affect performance. Lastly, hydraulic fluids can be environmentally harmful if not properly managed, posing disposal challenges.

Q: This question asks for the method to determine the maximum weight an object can safely be lifted by a lifting device.: To calculate the weight of an object that can be safely lifted by a lifting device, you must consider several factors. First, determine the lifting capacity of the device, which is the maximum weight it is designed to handle. This information is typically provided by the manufacturer. Next, account for the weight of any additional equipment, such as slings or cables, that will be used in the lift. Subtract this from the lifting capacity to find the maximum weight the object can be. Ensure all safety margins and regulations are observed, as these can affect the safe weight limit. Always err on the side of caution to prevent overloading the lifting device.

Q: This question asks for guidance on selecting an appropriate building hoist for specific requirements.: Choosing a suitable building hoist involves several considerations. First, assess the load capacity needed based on the weight of materials to be lifted. Consider the hoist's lifting height to ensure it covers the building's full height. Evaluate the frequency of use and the speed required for efficient material movement. Safety features are crucial; look for hoists with certifications and safety mechanisms like overload protection. Check the hoist's durability and maintenance requirements. Finally, consider the cost, including purchase price, operation, and maintenance expenses. Consulting with hoist manufacturers or rental companies can provide personalized advice tailored to your project's specific needs.

Q: This question asks if building hoists can be utilized for extended periods of time in construction projects.: Building hoists are generally designed for temporary use in construction projects, facilitating the movement of materials and personnel. They are not intended for long-term operations. Their design and safety features cater to the specific needs of construction phases, which are temporary by nature. For permanent installations or long-term material handling, other types of elevators or lifts are more suitable. It is crucial to adhere to the manufacturer's guidelines and local regulations regarding the use and duration of operation for building hoists to ensure safety and compliance.

Q: This question asks if improper functioning or lack of maintenance in hydraulic cylinders can lead to damage.: Yes, hydraulic cylinders can cause significant damage if they malfunction or are not properly maintained. Malfunctions can lead to leaks, component failure, or even structural damage due to pressure surges. Lack of maintenance can cause wear and tear, leading to reduced efficiency and potential failure. Regular maintenance, including checking for leaks, ensuring proper lubrication, and replacing worn parts, is crucial to prevent damage and ensure the safe operation of hydraulic systems.

Q: Is it possible to substitute a hydraulic cylinder for an electric motor in a building hoist system?: A hydraulic cylinder can indeed be used as a replacement for a motor in a building hoist, but it requires a different system design. Hydraulic systems use fluid pressure to generate linear motion, which can be harnessed to lift and lower loads. They offer high power-to-weight ratios and can handle heavy loads, making them suitable for hoisting applications. However, they require a power source for the hydraulic pump, and the system must be designed to manage fluid flow, pressure, and safety features. Unlike electric motors, hydraulic systems also need regular maintenance and can be less energy-efficient. Despite these differences, with proper design and engineering, a hydraulic cylinder can effectively replace an electric motor in a hoist system.

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