Light Duty 180 Degree Wall Mounted Jib Crane

Light Duty 180 Degree Wall Mounted Jib Crane System 1

Light Duty 180 Degree Wall Mounted Jib Crane System 2

Light Duty 180 Degree Wall Mounted Jib Crane

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 20 unit/month

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Light duty 180 degree wall mounted jib crane

BZ model column style jib crane is recently developed mid-light lifting equipment, its unique mechanism, reliable safety is featured high performance, energy and time saving, flexible characters. It could be operated in 3-D space, esp short distance, densely lifting situations to show its advantages compared with common lifting equipment, widely used in workshop, warehouse, yard and other fixed situations.

Features:

No ground standing column.
Rotation: 180 degrees.
Save more space on the ground.
Simple installation
Easy operation
High efficiency
Nice appearance

Technical Data:

Type		BZ0.5	BZ1	BZ2	BZ3	BZ5
Lift Capacity (t)		0.5	1	2	3	5
Max. Lift Height(m)		3	3	3	4	4
Slew Angle(0)		360	360	360	360	360
Lift Speed (m/min)	Normal	8	8	8	8	8
Lift Speed (m/min)	Slow	0.8	0.8	0.8	0.8	0.8
Level Travel Speed (m/min)		20	20	20	20	20
Slew Angular Speed (r/min)		1	0.75	0.7	0.9	0.6

Q: This question asks whether building hoists can be used in both indoor and outdoor environments.: Building hoists can be used both indoors and outdoors, but their usage depends on the specific type and design of the hoist. Material hoists, for instance, are often used outdoors in construction sites to lift materials vertically. On the other hand, dumbwaiters are hoists designed for indoor use, typically to transport goods between floors in buildings. It's important to ensure that the hoist is suitable for the environment in which it will be used, considering factors such as weather conditions, building structure, and safety regulations.

Q: This question asks whether a building hoist can be utilized in both indoor and outdoor environments for lifting objects.: Yes, a building hoist can be used both indoors and outdoors for lifting objects. These hoists are designed to handle heavy materials and are often used in construction settings. However, their use is subject to specific conditions and safety requirements. Outdoor use may require additional considerations such as weatherproofing and stability in various weather conditions, while indoor use must adhere to space limitations and structural integrity of the building. Always ensure that the hoist is suitable for the environment and that all safety protocols are followed to prevent accidents.

Q: Safe use of construction elevator: 1. Construction enterprises must establish and improve the construction lifter of all kinds of management system, the implementation of the professional institutions and management personnel, clear the safe use and management responsibility system at various levels. The driver of the elevator should be trained by the competent department of the relevant administrative department for the training of qualified personnel. The driver should do the routine inspection, namely, when the elevator is first run, each class should be free and full of trial operation. 4. Establish and implement the system of regular inspection and maintenance, each week or each ten-day of elevator to conduct a comprehensive inspection, to find out the hidden dangers in accordance with the "armed" principle to carry out the rectification. After the rectification must be checked and confirmed by the relevant personnel, the safety requirement will be used.

Q: This question asks for the method to determine the maximum weight a building hoist can safely lift.: To calculate the load capacity of a building hoist, you must consider several factors. First, refer to the manufacturer's specifications for the hoist model in question, as they will provide the maximum load capacity. Check the hoist's mechanical components, such as the motor, cables, and pulleys, to ensure they are in good condition and can support the intended load. Factor in the weight of the materials to be lifted, including any containers or attachments. Consider the hoist's speed and lifting height, as these can affect stability and safety. Always adhere to safety regulations and never exceed the manufacturer's specified load capacity to prevent accidents and equipment damage.

Q: Is it possible to operate a building hoist without undergoing professional training?: No, it is not advisable to use a building hoist without professional training. Operating a building hoist requires specific skills and knowledge to ensure safety and prevent accidents. Training programs teach the proper use of controls, safety procedures, and how to handle emergencies. Non-compliance with this can lead to severe injuries or fatalities. Always ensure you are adequately trained and certified before operating any hoisting equipment.

Q: This question asks about the typical issues that can arise with building hoists, which are mechanical devices used in construction to lift materials and workers.: Common problems with building hoists include mechanical failures such as broken cables or chains, malfunctioning brakes, and worn-out gears. Electrical issues like short circuits or damaged control panels can also occur. Safety hazards may arise from improper installation or maintenance, leading to accidents. Overloading the hoist can cause structural damage and failure. Environmental factors like extreme weather conditions can affect performance and longevity. Regular inspections and maintenance are crucial to prevent these problems and ensure the safe operation of building hoists.

Q: Is it possible to replace an electric control panel with a manual lever in a lifting system?: While it is theoretically possible to use a manual lever as a substitute for an electric control panel in a lifting system, it is not advisable. Manual levers lack the precision, safety features, and control capabilities of electric control panels. They also cannot provide the same level of feedback or automation. Electric control panels are designed to ensure safe and efficient operation, with features like emergency stop buttons, overload protection, and remote monitoring. Manual levers can pose safety risks and may not meet the operational requirements of modern lifting systems.

Q: This question asks for an explanation on how to operate an automatic control system for a building hoist.: To use an automatic control system for a building hoist, first ensure the system is properly installed and inspected. Familiarize yourself with the control panel, which typically includes buttons for up, down, stop, and emergency stop. Ensure all safety protocols are in place. Turn on the system and select the desired hoist. Use the up and down buttons to control the hoist's movement. Monitor the load and adjust the speed as needed. Always be aware of the hoist's limits and never exceed them. Regularly check the system for any faults or irregularities and address them promptly. Remember, safety is paramount when operating a building hoist.

Q: Explain the distinctions between electric and electric-motorized building hoists.: Electric building hoists are powered by electricity and typically use a motor to lift and lower loads. They are designed for vertical transport of materials in construction settings. Electric-motorized hoists, on the other hand, are a specific type of electric hoist that emphasizes the use of an electric motor for operation. The primary difference lies in the level of automation and control. Electric-motorized hoists often have more advanced features like variable speed control and may be integrated into larger systems for automated material handling. Both are efficient, but electric-motorized hoists offer higher precision and control, making them suitable for more complex applications.

Q: Helped wall bar how to set up, and several layers of set a, two width, wall rod need a few meters long, what shape is the embedded parts, how much of a steel bar, Angle and wall vertical or have?: According to drawings, find the embedded at the scene near the level of architectural axis positioning and high elevation line (50 wire or 1 m wire) location and double-check, axis dividing levels as much as possible in accordance with the size distribution. Find out after each axis, measuring building contour, and map measure the buildings, and building construction drawing contrast, timely transfer measurement results to the designer, designer analyze the error and make changes

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