Building Lifting Hoist with Double CageCE Hot Sale

Building Lifting Hoist with Double CageCE Hot Sale

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 1000 unit/month

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Specification

Power Source:

Electric

Maximum Lifting Weight:

2000

Maximum Lifting Height（M）:

200

Lift Speed:

Construction Building Lifting Hoist with Double CageCE Hot Sale

We are special supplier of building hoist in China, our building hoist have been Widely exported to all over the world and won good reputation, whose payload capacity is as much as 10000kg, lifting speed can reach up to 96m/min, and the erection height reaches up to 550m., our products have been widely used for transportation for both men and cargo in field of general buildings, but also industry, electric power, mining well, oil, chemical industry etc.
SC270TD, SC270/270TD building hoist:
1). Each cage load capacity: 2700kg
2). Lifting speed: 36m/min, or 0&SIM; 63m/min, or 0&SIM; 96m/min
3). Mast section: Paint or hot dipping zinc
4). Cage: Single cage or twin cage
5). Recommended cage inner dimension(LxWxH)(m): 2.5x1.3 x2.5; 3.0x1.3x2.5; 3.2x1.5x2.5; 3.6x1.5x2.5; 3.8x1.5x2.5; 4.0x1.5x2.5; 4.2x1.5x2.5, cage dimension is according to requirement of customer and special project.
6). Motor and reducing device: Made in China, can be SEW Germany according to requirements.
7). Counterweight: With counterweight or without counterweight
8). The colors of cage: Yellow, or red, or blue
9). Other each cage load capacity for your to choose: 1000kg, 2000kg, 2700kg, or 3200kg

		Type	Payload kg	Lifting speed m/min	Motor power kW	Inverter power kW	Counter Weight kg
Low speed	Single cage no counterweight	SC200GD	2000	0~46	3×15	45	0
		SC270GD	2700	0~46	3×18.5	55	0
		SC320GD	3200	0~46	3×22	75	0
	Twin cage no counterweight	SC200/200GD	2×2000	0~46	2×3×15	2×45	0
		SC270/270GD	2×2700	0~46	2×3×18.5	2×55	0
		SC320/320GD	2×3200	0~46	2×3×22	2×75	0
Middle speed	Single cage no counterweight	SC120GZ	1200	0~63	3×15	45	0
	Single cage no counterweight	SC200GZ	2000	0~63	3×18.5	55	0
	Single cage with counterweight	SCD200GZ	2000	0~63	2×15	30	2000
		SCD270GZ	2700	0~63	2×18.5	37	2000
		SCD320GZ	3200	0~63	3×15	45	2000
	Twin cage no counterweight	SC120/120GZ	2×1200	0~63	2×3×15	2×45	0
	Twin cage no counterweight	SC200/200GZ	2×2000	0~63	2×3×18.5	2×55	0
	Twin cage with counterweight	SCD200/200GZ	2×2000	0~63	2×15	2×30	2×2000
		SCD270/270GZ	2×2700	0~63	2×18.5	2×37	2×2000
		SCD320/320GZ	2×3200	0~63	2×3×15	2×45	2×2000
High speed	Single cage no counterweight	SC100GS	1000	0~96	3×22	75	0
		SC120GS	1200	0~96	3×22	75	0
		SC200G	2000	0~96	3×22	90	0
		SC200GS	2000	0~96	3×22	90	0
	Single cage with counterweight	SCD200G	2000	0~96	3×15	45	2000
		SCD200GS	2000	0~96	2×22	45	2000
		SCD270G	2700	0~96	3×18.5	55	2000
		SCD320GS	3200	0~96	3×22	75	2000
	Twin cage no counterweight	SC100/100GS	2×1000	0~96	2×3×22	2×75	0
		SC120/120GS/	2×1200	0~96	2×3×22	2×75	0
		SC200/200G	2×2000	0~96	2×3×22	2×90	0
		SC200/200GS	2×2000	0~96	2×3×22	2×90	0
	Twin cage with counterweight	SCD200/200G	2×2000	0~96	2×3×15	2×45	2×2000
		SCD200/200GS	2×2000	0~96	2×2×22	2×45	2×2000
		SCD270/270G	2×2700	0~96	2×3×18.5	2×55	2×2000
		SCD320/320G	2×3200	0~96	2×3×22	2×75	2×2000
		SCD320/320GS	2×3200	0~96	2×3×22	2×75	2×2000

Building Lifting Hoist with Double CageCE Hot Sale

Q: This question asks about the criteria for determining when a building hoist has reached the end of its useful life and should be replaced.: The lifespan of a building hoist is determined by several factors including its design, materials, usage, maintenance, and compliance with safety standards. Regular inspections and maintenance are crucial to assess the hoist's condition. A hoist should be replaced when it shows significant wear, has been in service beyond the manufacturer's recommended lifespan, or fails to meet safety standards. Additionally, any hoist that has been involved in an accident or has undergone major repairs may need to be replaced to ensure safety. Consulting the manufacturer's guidelines and local regulations can provide specific information on when a hoist should be retired.

Q: This question asks about the typical issues encountered with lifting devices and seeks advice on how to prevent these problems.: Common problems with lifting devices include mechanical failure, overloading, improper use, and lack of maintenance. To avoid these issues, ensure regular inspections and maintenance, follow the manufacturer's guidelines for weight limits, and train operators on proper use. Additionally, implement safety protocols, such as load testing and visual inspections before each use, and consider using lifting devices with safety features like overload protection and limit switches.

Q: How does the construction lift fall without electricity: Pull the manual release (or pedal release) to loosen the electric motor to loosen the brake, the lift will fall, and the speed localizer will die. It's not that professionals don't try "very dangerous"

Q: Explain the differences between electric and electric-motor-driven building hoists in a few sentences.: Electric hoists are powered directly by electricity and use electric motors to lift and lower loads. They are typically smaller and more portable, suitable for lighter loads and indoor use. Electric-motor-driven hoists, on the other hand, use an electric motor to power a separate mechanism, often a winch or pulley system, to move loads. These are generally more robust, capable of handling heavier loads, and are often used in construction and industrial settings. The main differences lie in their power transmission methods, load capacity, and the environments in which they are used.

Q: Is it possible to utilize building hoists in environments with high altitudes?: Yes, building hoists can be used in high-altitude environments, but their performance may be affected. At high altitudes, reduced air density can lead to decreased efficiency in hoist operations, particularly those powered by combustion engines. It's crucial to select hoists designed for high-altitude use, which may include features such as high-altitude ignition systems and special lubricants. Additionally, regular maintenance and adjustments to the hoist's operation parameters are necessary to ensure safety and optimal performance.

Q: Does the building height not exceed 40 meters must install the construction elevator?: There is an elevator quota in the budget quota, but how many floors can be priced?

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: Safety device for construction elevator: Many 1, 2, upper and lower limit for safety device 3 TDD, extreme limit 4, buffer spring 5, has threshold position switch, single threshold position switch 7, 6 top and limit switch 8 TDD, enclosure door lock 9, lock line 10, has locks There are a lot of electrical safety protection

Q: Identify the elements that influence the durability and operational lifespan of lifting machinery, specifically focusing on Building Hoists.: The lifespan of lifting equipment, including Building Hoists, is influenced by several factors: 1) Material Quality: The type and quality of materials used in construction directly affect durability and resistance to wear and tear. 2) Design and Engineering: Proper design ensures optimal performance and reduces stress on components. 3) Frequency of Use: More frequent use can lead to faster wear and tear. 4) Maintenance and Repair: Regular maintenance can extend the lifespan, while neglect can shorten it. 5) Operating Conditions: Environmental factors such as temperature, humidity, and exposure to corrosive substances can impact longevity. 6) Load Capacity: Overloading can cause premature failure. 7) Compliance with Safety Standards: Adhering to safety guidelines can prevent accidents and damage. 8) Technological Advancements: Newer models may have improved features that extend lifespan.

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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