Building Lifter SCD300/300 0~60m/min Middle Speed

Building Lifter SCD300/300 0~60m/min Middle Speed System 1

Building Lifter SCD300/300 0~60m/min Middle Speed System 2

Building Lifter SCD300/300 0~60m/min Middle Speed System 3

Building Lifter SCD300/300 0~60m/min Middle Speed System 4

Building Lifter SCD300/300 0~60m/min Middle Speed

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 100 unit/month

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Structure of SCD300/300 Building Lifter Description

To serve the increasing demand for highrise construction, we developed the high speed VF hoist, with a max.lifting speed of 96 m/min.

It has the following structure:

1. Adopts the most advanced VF speed control device and microcomputer programmable logic controller.

2. Stepless speed control helps eliminate the concussion during start up and braking, steady the operation process, and ensures automated leveling.

3. Adopts open loop V/F control: the speed control precision can reach ±2~3%. Realizes accurate low speed positioning of the hoist and avoids slipping during downward stopping of hoist.

4. The VF system has current-restriction function, ensuring a small current when motor start up and reducing the concussion to power supply. It reduces the energy consumption and mitigates effects to on site electric equipments.

5. The steadiness during running mitigates concussion to mechanical parts, reduces wears of rack,pinion and the brake and prolongs the spare parts'life.

6. The VF system also has the over voltage protection, low voltage protection, overcurrent, overload and anti-stalling protection functions.

7. The System applies the special software for hoists developed by our company, making the operation more safe and reliable.

Main Features of SCD300/300 Building Lifter

1. The recomended cage dimension(L*W*H)(m): 2.0*1.0*2.5, 2.5*1.0*2.5, 2.5*1.3*2.5, 3.0*1.5*2,5, 3.2*1.5*2.5, 3.8*1.5*2.5, 4.0*1.5*2.5, 4.2*1.5*2.5 etc. We can also manufacture cages of other size according to the user.
2. The cage and the door material can be aluminum molded board, punched-plate, figured aluminum board or other type according to yout requirements.
3. The mast section and the tie-in surface can adopt paint-spray, or hot galvanizing processing.

4. Both domestic and imported driving systems are available.

SCD300/300 Building Lifter Specification

SC series product also has special design, such as reinforced guide rail with cross-section of 800mm, inclined type, special for cooling tower, etc. All the double cage building hoist can be changed into single cage type,

		Type	Payload(kg)	Lifting Speed (m/min)	Motor Power(kw)	Safety Device
Twin Cage Hoist	No Counterweight	SC100/100	2*1000	0~60	2311	2*SAJ30-1.4
		SC120/120	2*1200	0~60	2311	2*SAJ30-1.4
		SC160/160	2*1600	0~60	2315	2*SAJ30-1.4
		SC200/200	2*2000	0~60	2315	2*SAJ40-1.4
		SC250/250	2*2500	0~60	2318.5	2*SAJ50-1.4
		SC270/270	2*2700	0~60	2318.5	2*SAJ50-1.4
		SC300/300	2*3000	0~60	2322	2*SAJ50-1.4
		SC320/320	2*3200	0~60	2322	2*SAJ50-1.4
	With Counterweight	SCD200/200	2*2000	0~60	2215	2*SAJ40-1.4
		SCD250/250	2*2500	0~60	2218.5	2*SAJ50-1.4
		SCD270/270	2*2700	0~60	2218.5	2*SAJ50-1.4
		SCD300/300	2*3000	0~60	2315	2*SAJ50-1.4
		SCD320/320	2*3200	0~60	2315	2*SAJ50-1.2

Images of SCD300/300 Building Lifter

Building Lifter SCD300/300 0~60m/min Middle Speed

FAQ of SCD300/300 Building Lifter

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 lifting materials during demolition projects?: While a building hoist is typically designed for construction purposes to lift materials and personnel, it is not advisable to use it for demolition work. Demolition involves hazardous conditions with falling debris and unstable structures, which can compromise the safety and integrity of the hoist. Instead, specialized equipment like wrecking balls, hydraulic shears, and cranes are more suitable for demolition tasks. These are engineered to handle the heavy loads and unpredictable conditions associated with breaking down structures safely.

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: Is it possible to use a building hoist to lift multiple items simultaneously?: Yes, a building hoist can be used for lifting multiple objects at once, provided that the combined weight of the objects does not exceed the hoist's load capacity. It's important to ensure that the hoist is designed for such use and that safety precautions are strictly followed to prevent accidents. The objects should be secured properly to avoid any shifting during the lift, and the operation should be conducted by trained personnel to maintain safety standards.

Q: This question asks for a description of the process of operating a building hoist using a remote control system.: To use a remote control system for a building hoist, first ensure that the hoist is properly installed and inspected for safety. Turn on the hoist's power supply and ensure the remote control is synced with the hoist. Familiarize yourself with the control panel, which typically includes buttons for up, down, stop, and emergency stop. Operate the hoist by pressing the up or down buttons to lift or lower the load. Always monitor the load's movement and communicate with workers on site. Use the stop button to halt the hoist if needed, and the emergency stop button in case of an immediate hazard. Regularly check the hoist's operation and maintain the remote control system to ensure smooth and safe operation.

Q: Is it safe to use an electric lifting device indoors if it is not certified for indoor use?: It is not advisable to use an electric lifting device indoors if it is not certified for such use. Non-certified devices may not meet safety standards for indoor environments, including electrical safety, structural integrity, and risk of fire. Using uncertified equipment can lead to accidents, injuries, or property damage. Always ensure that any lifting equipment complies with local regulations and is suitable for the intended environment to maintain safety.

Q: What are the financial expenses associated with buying and keeping a building hoist in good condition?: The costs of purchasing and maintaining a building hoist include the initial purchase price, which can range from $10,000 to $50,000 depending on the hoist's capacity and features. Maintenance costs involve regular inspections, lubrication, and part replacements, averaging around $1,000 to $3,000 per year. Operating costs include labor for hoist operation and potential rental fees if the hoist is not owned. Additionally, there may be costs for safety training and compliance with regulations. These costs can vary widely based on the specific hoist model, usage frequency, and local regulations.

Q: What specific regulations or conditions must be met when utilizing lifting equipment in construction or factory environments?: Yes, there are special requirements for using lifting equipment in construction sites and factories. These include adherence to safety regulations, regular maintenance and inspection, proper operator training, and ensuring the equipment is suitable for the task. Compliance with local and national laws such as OSHA in the U.S. or CE marking in the EU is crucial. Equipment must be certified safe for use, and operators must be licensed and follow safety protocols. Additionally, load capacities must be respected, and lifting operations must be planned and supervised to prevent accidents.

Q: How large a leakage protector is used for the construction elevator: A leakage switch with a rated current of 100-160a. The rated action current of the second class is 50-75hm. The rated action current is 30-45hm. The action time is less than or equal to 0.1 s. Comply with safety specification according to this construction.

Q: Is it possible to utilize a building hoist for the transportation of heavy objects?: Yes, building hoists are specifically designed to move heavy objects vertically within a construction site. They are used to lift and lower materials such as concrete, bricks, and other construction supplies. Building hoists are equipped with strong cables and a robust mechanism to handle significant weight, making them ideal for heavy-duty lifting tasks in construction projects. However, it's crucial to ensure that the hoist is operated within its weight capacity and safety guidelines are strictly followed to prevent accidents.

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.

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