Construction Hoist SC270/270 heavy Machinery

Construction Hoist SC270/270 heavy Machinery System 1

Construction Hoist SC270/270 heavy Machinery System 2

Construction Hoist SC270/270 heavy Machinery

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Loading Port:: China main port

Payment Terms:: TT or LC

Min Order Qty:: 1 unit

Supply Capability:: 30 unit/month

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Structure of Construction Hoist Description

1.Feature: Construction Hoist

2.Payload(kg):2*2700

3.Lifting Speed(m/min):33

4.Motor Power(kw): 2*3*15

5.Safety Device: 2*SAJ50-1.2

6.Cage: Twin

7.Counterweight: No

8.Certification: CE,ISO

9.Place of Origin: China(Mainland)

10.Model Number: Type:SC270/270

Packaging & Delivery of Construction Hoist

Packaging Detail: Nude package Delivery Detail: 25-30days

Main Parts of Construction Hoist

● The gearing adopts imported bearing, enameled cable, and oil seal.

● The electric parts adopt products from world renowned manufactures such as Schneider, Siemens, and LG.

● The racks and pinion adopts special material and heat-treatment technique, which prolong the life of these parts.

● The steel structure uses quality steel from famous domestic manufactures.

● The surface of the structure can apply paint-spray, parkerozing baking finish or hot galvanizing processing according

to users requirements,

● The cage can be produced and decorated by aluminum molded board, punched-plate or figured aluminm board.

Construction Hoist Specifiction

Single cage High speed

Model	Speed(m/min)	Deadweight(kg)	Motor(KW)	Counterweight	Specification(L×W×H)(m)
SC100G	96	1000	3×22	No	2.5×1.3×2.5
SC120G	96	1200	3×22	NO	3.0×1.3×2.5
SCD200G	96	2000	3×15	Have	3.2×1.5×2.5
SC200G	96	2250	3×22	No	3.2×1.5×2.5
SC270GS	96	2700	3×22	No	3.8×1.5×2.5
SCD270G	96	2700	3×18.5	Have	3.8×1.5×2.5
SCD300G	96	3000	3×22	Have	4.0×1.5×2.5
SCD320GS	96	3200	3×22	Have	4.2×1.5×2.5

Single cage Medium speed

SC100GZ	63	1000	3×15	No	2.5×1.3×2.5
SC120GZ	63	1200	3×15	No	3.0×1.3×2.5
SCD200GZ	63	2000	2×15	Have	3.0×1.3×2.5
SC200GZ	63	2000	3×18.5	No	3.0×1.3×2.5
SC225GZ	63	2250	2×18.5	No	3.2×1.5×2.5
SC225GZ	63	2250	3×18.5	Have	3.6×1.5×2.5
SCD250GZ	63	2500	2×18.5	Have	3.6×1.5×2.5
SC250GZ	63	2500	3×18.5	Have	3.8×1.5×2.5
SCD270GZ	63	2700	2×18.5	Have	3.8×1.5×2.5
SC270GZ	63	2700	3×22	NO	4.0×1.5×2.5
SCD300GZ	63	3000	3×15	Have	4.0×1.5×2.5
SCD320GZ	63	3200	3×15	Have	4.2×1.5×2.5

Single cage standard speed

SC100TD	36	1000	2×11	NO	2.5×1.3×2.5
SC120TD	36	1200	2×11	NO	3.0×1.3×2.5
SC200TD	36	2000	3×11	NO	3.0×1.3×2.5
SCD200TD	36	2000	2×11	Have	3.2×1.5×2.5
SC270TD	36	2700	3×15	NO	3.6×1.5×2.5
SCD270TD	36	2700	2×11	Have	3.8×1.5×2.5
SC320TD	36	3200	3×18.5	NO	4.0×1.5×2.5
SCD320TD	36	3200	2×11	Have	4.2×1.5×2.5

Construction Hoist SC270/270 Heavy Machinery

FAQ of Construction 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: Is it possible to utilize a building hoist for elevating construction materials?: Yes, building hoists are commonly used in construction to lift materials. They are designed to transport heavy materials, such as bricks, cement, and steel, vertically between floors. These hoists are crucial for efficient construction, especially in high-rise buildings, as they reduce manual labor and increase safety by minimizing the need for workers to carry heavy loads up ladders or stairs.

Q: This question asks for the methods used to maintain and care for a building hoist, which is a type of lifting equipment used in construction.: Regular maintenance of a building hoist is crucial for safety and efficiency. Key methods include daily inspections of cables, hooks, and safety devices for any signs of wear or damage. Lubricate moving parts as per the manufacturer's guidelines to reduce friction and prevent rust. Ensure that all electrical components are clean and dry, and check for any loose connections or damaged wires. Perform load tests periodically to confirm the hoist's lifting capacity and safety. Keep the control panel and all operational areas clean and free from debris. Regularly check the hoist's anchorage to ensure it is secure. Adhere to all manufacturer's recommendations for maintenance intervals and procedures. Proper maintenance can extend the life of the hoist and 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 for measures to protect lifting equipment from damage during its operation.: To prevent damage to lifting equipment during operation, ensure regular maintenance and inspection are conducted to check for wear and tear. Adhere to the equipment's load limits and never exceed them. Use appropriate lifting techniques and ensure the load is balanced. Keep the equipment clean and free from debris. Train operators thoroughly on safe operating procedures. Avoid sudden starts or stops, and ensure all safety features and guards are in place and functioning correctly. Regularly check cables, hooks, and other critical components for any signs of damage. Always follow the manufacturer's guidelines and industry safety standards.

Q: What are the specific safety mechanisms and controls that are typically incorporated into the design of a building hoist to ensure its safe operation?: Building hoists, also known as construction hoists, are equipped with several safety devices and controls to ensure safe operation. These include limit switches to prevent overtravel, safety locks that engage if the hoist sways excessively, emergency stop buttons for immediate cessation of movement, overload protection to prevent the hoist from lifting more than its capacity, and interlock systems that ensure the hoist cannot operate if a safety gate is open. Additionally, there are guardrails, toe boards, and anti-fall devices to protect workers from falling. Regular inspections and maintenance are also crucial for the safe operation of building hoists.

Q: This question asks for the method to determine the maximum weight an electric-hydraulic lifting system can handle.: To calculate the maximum load capacity of an electric-hydraulic lifting system, you need to consider several factors: the hydraulic cylinder's piston area, the pressure rating of the hydraulic system, and the mechanical strength of the system components. The formula to calculate the maximum load (P) is P = A * P, where A is the area of the piston in square inches or square meters, and P is the pressure in pounds per square inch (psi) or Pascals (Pa). Ensure to convert units if necessary. Additionally, account for safety factors and the mechanical limits of the system to determine the practical maximum load that the system can safely lift without risk of failure.

Q: Is it possible to replace a building hoist with an electric winch for the purpose of lifting materials or individuals?: While theoretically possible, using an electric winch instead of a building hoist for lifting materials or people is not recommended due to safety concerns and differences in design. Electric winches are typically designed for pulling or towing loads and may not have the necessary safety features, load capacity, or stability required for lifting operations in a construction setting. Building hoists are specifically engineered to lift heavy materials and personnel safely in vertical shafts or on the facade of a building. They are equipped with safety devices and are regulated for construction use, making them the appropriate choice for such tasks.

Q: How to adjust the weight limit of the construction elevator: You're not going to be without a master You still look at the instructions

Q: Is it possible to use a building hoist to lift multiple objects simultaneously?: Yes, it is possible to use a building hoist to lift multiple objects at once, provided the total weight of the objects does not exceed the hoist's load capacity. It's important to ensure that the objects are securely fastened to prevent any from falling. Additionally, safety protocols should be followed to avoid overloading the hoist, which can lead to mechanical failure or accidents. Always consult the hoist's specifications and safety guidelines before lifting multiple objects.

Q: What is the purpose of a building hoist and can it be utilized for lifting heavy objects that cannot be manually lifted?: Yes, building hoists are specifically designed to lift heavy objects that are beyond the capacity of manual lifting. They are essential in construction sites for moving materials such as bricks, cement, and steel beams to various levels of a building. Building hoists are engineered to handle significant weight and ensure the safe and efficient transport of materials, reducing the risk of injury and improving productivity on construction sites.

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