Construction Hoist SCD320 Counterweight Elevator

Construction Hoist SCD320 Counterweight Elevator System 1

Construction Hoist SCD320 Counterweight Elevator System 2

Construction Hoist SCD320 Counterweight Elevator System 3

Construction Hoist SCD320 Counterweight Elevator

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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):3200

3.Lifting Speed(m/min):33

4.Motor Power(kw): 2*15

5.Safety Device: SAJ50-1.2

6.Cage: Single

7.Counterweight: Yes

8.Certification: CE,ISO

9.Place of Origin: China(Mainland)

10.Model Number: Type:SCD320

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 SCD320 Counterweight Elevator

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 for one operator to manage several lifting devices, including a Building Hoist, at the same time?: Yes, it is possible for a single operator to handle the operation of multiple lifting devices, including Building Hoists, depending on the specific equipment and safety regulations. Modern building hoists are often designed with advanced controls that allow for efficient management of multiple units. However, this must be done in compliance with local laws and safety standards, which may require additional training or certifications for the operator. It's crucial to ensure that the operator has the necessary skills and that the operation does not compromise safety.

Q: This question asks for the method to determine the maximum load that a single-rope lift can handle.: To calculate the load capacity of a single-rope lift, you need to consider several factors including the strength of the rope, the diameter of the rope, the angle of the lift, and the safety factor. The basic formula involves determining the maximum load the rope can bear based on its material properties and construction, which is then adjusted by the safety factor to account for dynamic loads and potential wear. The formula might look something like this: Load Capacity = (Tensile Strength of Rope 脳 Area of Rope Cross-Section 脳 Safety Factor) / (Cosine of Angle of Incline). It's important to consult with engineering standards and the lift manufacturer's specifications for precise calculations.

Q: Excuse me: what is the meaning of heavy weight in the construction elevator?: That's what it means to be heavyReally, I hope to have more good posts

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 criteria or factors to consider when selecting a building hoist for a particular construction task.: Choosing a suitable building hoist involves considering several factors: the weight capacity required for the materials you need to lift, the height of the building or structure, the frequency of use, and the available space for installation. Ensure the hoist complies with safety standards and regulations. Consider the hoist's speed and efficiency, as well as the ease of maintenance and operation. Consult with hoist manufacturers or experts to assess your specific needs and select the most appropriate model for your construction project.

Q: Is it possible to use a building hoist for the transportation of goods or materials?: Yes, building hoists are commonly used to transport goods and materials in construction projects. They are designed to lift and lower heavy materials such as bricks, cement, and tools, making the construction process more efficient and reducing the need for manual labor. Building hoists are equipped with safety features to ensure the secure transportation of materials, and they are an essential tool in many construction sites.

Q: This question asks for measures to avoid accidents that may occur due to the misuse of a building hoist.: To prevent accidents caused by improper use of a building hoist, it's crucial to follow safety protocols strictly. Ensure all hoist operators are trained and certified. Regularly inspect and maintain the hoist equipment to check for any defects or wear. Never overload the hoist, and always secure the load properly. Implement clear communication procedures among workers, especially when the hoist is in operation. Set up barriers or warning signs to keep unauthorized personnel away from the hoist area. Finally, conduct regular safety drills to prepare for emergencies and reinforce safety practices among the workforce.

Q: This question asks about frequent issues related to building hoists and seeks solutions for these problems.: Common problems with building hoists include mechanical failures, electrical issues, overloading, and safety malfunctions. Mechanical failures can be fixed by regular maintenance, lubrication, and replacement of worn parts. Electrical problems may require checking wiring, connections, and replacing faulty components. Overloading can be prevented by strictly adhering to the hoist's weight limit and using load indicators. Safety malfunctions, such as brake failure, require immediate attention and may involve replacing brake pads or overhauling the braking system. Always ensure that hoists are used according to the manufacturer's guidelines and are regularly inspected by qualified personnel to prevent accidents and ensure safe operation.

Q: This question asks about the precautions and safety protocols that should be followed when using lifting equipment in construction projects.: Safety measures for using lifting equipment in construction work include regular inspections and maintenance of the equipment, ensuring all safety features are in place and functioning correctly. Operators must be trained and certified for the specific type of lifting equipment they are using. Load limits should never be exceeded, and all loads must be secured properly. Safe operating procedures should be followed, such as not lifting loads over people and maintaining a safe distance from power lines. Personal protective equipment (PPE) must be worn by operators and workers in the vicinity. Emergency procedures should be established and communicated to all workers. Regular safety briefings and training sessions should be conducted to keep safety at the forefront of all operations.

Q: What are the necessary safety rules and regulations that must be followed when operating a building hoist?: Safety regulations for using a building hoist include ensuring that the hoist is regularly inspected and maintained by qualified personnel. Operators must be trained and certified. The hoist should be equipped with safety devices such as limit switches, overload protection, and emergency stop buttons. Loads should never exceed the hoist's capacity, and the hoist should not be used in adverse weather conditions. Proper communication procedures must be followed, and a safety zone should be established around the hoist to prevent unauthorized access. Workers must wear appropriate personal protective equipment, and all safety guards and barriers must be in place and functioning correctly. Compliance with local and national regulations is also mandatory.

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