Construction Lifting Hoist 2 Ton Capacity Double Cage for Sale

Construction Lifting Hoist 2 Ton Capacity Double Cage for Sale System 1

Construction Lifting Hoist 2 Ton Capacity Double Cage for 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:

4000

Maximum Lifting Height（M）:

200

Lift Speed:

Construction Lifting Hoist 2 Ton Capacity Double Cage for 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

Construction Lifting Hoist 2 Ton Capacity Double Cage for 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 for steps to ensure that lifting equipment is safe and reliable before it is used.: To ensure your lifting equipment is safe and reliable before use, follow these steps: Inspect the equipment for any visible damage or wear. Check all safety features such as hooks, cables, and brakes. Ensure that the equipment is properly maintained and serviced according to the manufacturer's guidelines. Verify that all safety certifications and inspection records are up to date. Conduct a thorough pre-use check, including testing the equipment's lifting capacity and stability. Ensure that all operators are trained and certified to use the equipment. Never use equipment that has not been inspected or is showing signs of damage. Always follow the manufacturer's guidelines and safety protocols.

Q: Is it possible to use a lifting device to assist in lifting an individual who is too tall for one person to lift safely?: Yes, you can use a lifting device to assist in lifting someone who is too tall for you to lift alone. These devices are designed to help in safely moving individuals who are heavier or taller than can be managed without assistance. It's important to ensure that the lifting device is appropriate for the person's weight and height, and that it is used correctly to avoid injury. Always follow the manufacturer's instructions and safety guidelines when using such equipment.

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: Where is the location of the elevator in the project: Hard to answer, I think should combine the construction plan, adjacent to roadway facilitate material transport, and combining with the construction progress, do not put in sample area, in addition to combined with the construction interface classification and so on into consideration, to say.

Q: Is it possible to use two lifting devices simultaneously to lift an object that is heavier than the maximum weight each device can handle individually?: Yes, two lifting devices can be used together to lift a heavier object than either one can handle alone, provided that both devices are capable of supporting the combined weight and are properly synchronized. This requires careful planning and coordination to ensure the safety of the operation and the integrity of the lifting devices. The total weight capacity of the combined system should be greater than the weight of the object being lifted, and the devices must be designed to work in tandem without overloading or causing damage.

Q: This question asks for a comparison of the pros and cons associated with the use of building hoists in construction projects.: Building hoists offer several advantages, including increased efficiency in material transportation, reduced labor costs, and improved safety by minimizing the need for manual handling at height. They can also be used for personnel transport, enhancing site accessibility. However, there are disadvantages such as high initial costs, the need for regular maintenance and inspection, and potential downtime due to mechanical issues. Additionally, they require space for installation and can obstruct views or access during operation. Safety concerns also arise if not properly managed, as accidents can occur due to operator error or mechanical failure.

Q: What is the need for the sc200/200 construction elevator cable?: General is 3 times 16 + 2 * 6, want to know can seek professional construction lift machine cable market manufacturer ask

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: Explain the distinctions between electric and electric-motorized building hoists.: Electric building hoists are powered by electricity and typically use a motor to lift and lower loads. They are designed for vertical transport of materials in construction settings. Electric-motorized hoists, on the other hand, are a specific type of electric hoist that emphasizes the use of an electric motor for operation. The primary difference lies in the level of automation and control. Electric-motorized hoists often have more advanced features like variable speed control and may be integrated into larger systems for automated material handling. Both are efficient, but electric-motorized hoists offer higher precision and control, making them suitable for more complex applications.

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