Building Hoist with GOST CNBM CMAX MADE IN CHINA

Building Hoist with GOST CNBM CMAX MADE IN CHINA

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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 Hoist with GOST CNBM CMAX MADE IN CHINA

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 Hoist with GOST CNBM CMAX MADE IN CHINA

Q: This question asks for the proper usage guidelines for a building hoist, a mechanical device used in construction to lift materials.: To use a building hoist correctly, follow these steps: Ensure the hoist is inspected and certified for safe operation. Check all safety devices, including limit switches and emergency stops, are functioning. Securely attach the load to the hoist's hook, ensuring it's balanced and within weight limits. Never exceed the hoist's capacity. Operate the hoist with caution, avoiding sudden starts or stops. Keep the hoist area clear of people and obstacles. Use a tag line to guide the load if necessary. Always lower the hoist when not in use and secure it against wind or other forces. Regular maintenance and inspections are crucial to prevent accidents.

Q: This question asks for a comparison of the pros and cons of utilizing hydraulic cylinders in the context of building hoists.: Hydraulic cylinders in building hoists offer several advantages, including high force output, compact size, and precise control. They provide smooth and controlled lifting, which is crucial for heavy construction materials. Additionally, hydraulic systems can generate large amounts of force with relatively small cylinders, making them space-efficient. The disadvantages include potential leaks, which can be hazardous, and the need for regular maintenance to ensure the system's reliability. Hydraulic systems can also be more complex to install and repair compared to electric or manual systems. Furthermore, they require a constant power source, which might not always be readily available on construction sites.

Q: This question asks about the steps or measures to ensure the safe installation of a building hoist, which is a device used in construction for lifting materials and personnel.: To install a building hoist safely, follow these steps: 1. Ensure the site is clear and secure, with proper access and no obstructions. 2. Check that the hoist is suitable for the load and building structure. 3. Assemble the hoist according to the manufacturer's instructions. 4. Install the hoist on a stable and level base, ensuring it is securely anchored to the building. 5. Conduct a thorough inspection of all components for any defects or damage. 6. Test the hoist with a trial run to ensure all functions work correctly. 7. Train operators on the safe use and operation of the hoist. 8. Obtain any necessary permits and inspections from local authorities. 9. Regularly inspect and maintain the hoist to ensure ongoing safety.

Q: This question asks about the typical issues encountered with building hoists and the methods to address these problems.: Common faults in building hoists include mechanical failures such as worn gears or chains, electrical issues like short circuits or malfunctioning controls, and structural problems such as misaligned guides or damaged safety devices. To deal with these issues, regular maintenance and inspection are crucial. Mechanical faults can often be resolved by replacing worn parts or lubricating moving components. Electrical problems may require a thorough check of wiring and control systems, possibly involving a qualified electrician. Structural issues might necessitate adjustments or repairs to ensure the hoist operates safely. In all cases, following the manufacturer's guidelines and safety protocols is essential to prevent accidents and ensure the hoist's reliable operation.

Q: Do the elevator need to be installed when the main project is in construction: The top brass usually need to install the construction elevator.

Q: This question asks if a building hoist can be set up either inside or outside a building.: Yes, a building hoist can be installed both indoors and outdoors. The choice between indoor and outdoor installation depends on the specific requirements of the construction project, the available space, and the building's design. Outdoor hoists are often used for high-rise construction, while indoor hoists are more common in multi-story buildings or where external space is limited. Both types require careful planning and adherence to safety regulations to ensure the safe and efficient movement of materials and personnel.

Q: This question asks for safety precautions that should be taken when using a building hoist, which is a type of lifting equipment used in construction.: Safety measures for using a building hoist include regular inspections and maintenance, ensuring all safety devices are in good working order, securing all loads properly, and not overloading the hoist. Operators must be trained and certified. Protective barriers should be in place to prevent unauthorized access. Emergency stop switches should be readily accessible. Workers should wear appropriate personal protective equipment, and communication between the hoist operator and those on the ground should be clear and effective. Adhering to these measures helps prevent accidents and ensures the safe operation of the building hoist.

Q: This question asks for a comparison between two types of building hoists: those that are electric and those that use electric motors. It seeks to understand the key distinctions between these two systems.: Electric building hoists are powered directly by electricity and typically use simpler electric motors for lifting and lowering loads. They are generally easier to install and operate, with direct control over the motor speed and direction. On the other hand, electric-motor building hoists are more complex, often incorporating advanced motor technologies and control systems. These hoists may offer features like variable speed control, energy efficiency, and smoother operation. The main differences lie in the sophistication of the motor and control systems, with electric-motor hoists often providing more precise control and better performance for heavy-duty applications.

Q: Is it possible to utilize a building hoist for the transportation of objects?: Yes, a building hoist is specifically designed for moving objects, particularly in construction settings. It is used to lift and lower materials and equipment vertically, making it ideal for moving heavy objects between different floors of a building under construction. Building hoists are engineered to handle the weight and size of various construction materials, ensuring efficient and safe transportation.

Q: What precautions should be taken on construction sites when operating a building hoist?: Safety measures for using a building hoist in construction sites include regular inspections and maintenance to ensure the hoist is in good working condition. Operators must be trained and certified to use the hoist. Safety barriers or gates should be installed to prevent unauthorized access. Load limits must be strictly adhered to, and overloading is prohibited. Emergency stop buttons should be easily accessible. Workers should wear appropriate personal protective equipment (PPE). Regular safety briefings and training sessions should be conducted to keep workers informed about safe hoist operation procedures.

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