Construction Lifting Hoist 2016 China Construction Elevator

Construction Lifting Hoist 2016 China Construction Elevator System 1

Construction Lifting Hoist 2016 China Construction Elevator

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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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Portable Lifting Hoist with CE and ISO Certification

Specification

Power Source:

Electric

Maximum Lifting Weight:

2000

Maximum Lifting Height（M）:

200

Lift Speed:

Construction Lifting Hoist 2016 China Construction Elevator

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 2016 China Construction Elevator

Q: This question asks for a comparison of the pros and cons associated with the use of electric building hoists in construction.: Electric building hoists offer several advantages such as ease of operation, reduced manual labor, and increased efficiency in lifting and transporting materials. They are also safer compared to manual hoists, reducing the risk of accidents. Additionally, they can handle heavier loads and operate in various weather conditions. However, they have some disadvantages too. For instance, they require a power source and can be less reliable during power outages. They also involve higher initial costs and maintenance expenses. Electric hoists can be noisy, which may lead to noise pollution, and they can be complex to install and operate, requiring skilled personnel.

Q: This question asks for a description of the process of using an electric motor in the context of a building hoist, which is a device used for lifting and lowering materials in construction.: To use an electric motor with a building hoist, first ensure the hoist is properly installed and secured. Connect the hoist to a power source and check that all safety features are operational. Turn on the motor and test the hoist's movement in both directions to confirm functionality. When lifting materials, ensure they are evenly distributed and securely attached to the hoist. Operate the motor to lift or lower the load, maintaining a steady speed and monitoring for any signs of strain or malfunction. Always follow the manufacturer's guidelines and safety precautions to prevent accidents.

Q: What are the safety measures to be taken to avoid accidents involving lifting equipment on construction sites?: To prevent accidents related to lifting equipment in construction work, several key safety measures should be implemented. These include regular inspections and maintenance of lifting equipment to ensure it is in good working order. Operators must be trained and certified for the specific equipment they are using. Safe lifting practices should be followed, such as using proper lifting techniques, not overloading equipment, and ensuring the load is balanced. A thorough risk assessment should be conducted before each lift, and a competent person should supervise the operation. Additionally, clear communication protocols should be established, and all workers should be trained in recognizing and avoiding hazards associated with lifting equipment.

Q: Is it permissible to use a building hoist for lifting people?: Building hoists are not designed for lifting people and doing so can be extremely dangerous. They are specifically engineered for the transportation of materials and equipment in construction settings. Using a building hoist to lift people violates safety regulations and can result in severe accidents. Always adhere to the manufacturer's guidelines and local safety laws, which prohibit the use of building hoists for carrying personnel.

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: What's going on with the decline in construction lift: Check to see if there is any problem with holding the brake. There is no problem with the contactless contactor, which is the most common cause of the vehicle. Normal contactor will rebound at the moment of you to stop operation, adhesion would be stuck there for a few seconds and then bounce back, in a few seconds the brake coil is charged, the brake is still in open state, but the motor has stopped working, so will decline, it's adhesion change the same contactor change.

Q: This question asks for the steps or process involved in installing a building hoist, which is a type of crane used in construction to lift materials.: Installing a building hoist involves several steps: 1) Site preparation, ensuring the ground is level and strong enough to support the hoist. 2) Assembling the hoist tower, starting from the base and working upwards. 3) Installing the motor and drive system. 4) Attaching the cable and counterweight. 5) Rigging the hoist with safety devices and load limiters. 6) Conducting a thorough inspection and testing the hoist for safety and functionality. 7) Obtaining any necessary permits and approvals. It's crucial to follow the manufacturer's instructions and local regulations, and often requires a professional team for safe and proper installation.

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: Safety device for construction elevator: When the cage is in an emergency for various reasons during the operation, the driver can press the stop switch at any time, making the cage stop running. The fast stop must be a non-self-restoring safety device, usually installed in the top of the cageConstruction lifter lifting door, protective enclosure door are equipped with electric interlock switch, which can effectively prevent because of hoisting cage or protective enclosure door open it up and running and materials caused by falling, only when the hoisting cage door and protective enclosure fully closed to start running.

Q: This question asks whether a building hoist can be utilized to lift various objects with differing weights and dimensions.: Yes, building hoists are designed to lift a variety of objects with different weights and sizes. They are versatile and adjustable, allowing for the transportation of materials such as bricks, concrete, and equipment. However, each hoist has a specific weight capacity that must not be exceeded. It's crucial to ensure that the objects being lifted are within the hoist's capacity and that the hoist is properly configured for the size and shape of the objects to ensure safety and efficiency.

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