• YHX LSF  Safety Lock System 1
  • YHX LSF  Safety Lock System 2
YHX LSF  Safety Lock

YHX LSF Safety Lock

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Loading Port:
Guangzhou
Payment Terms:
TT OR LC
Min Order Qty:
-
Supply Capability:
30 unit/month

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Guangdong Yuhuaxing Construction Machinery Manufacture Co., Ltd., established in March 1997, is a private enterprise specializing in R&D, designing, manufacturing, selling and leasing of construction machinery. Headquartered in Baiyun District of Guangzhou, it is the council unit of Decoration and Aerial Work Machinery Branch of China Engineering Machinery Industry Association and a member of Guangdong Standardization Association, mainly producing builder hoist, mast climbing work platform, superdeck loading platform, temporary suspended platform, building maintenance unit etc.

Description of Safety Lock

1. It is a kind of basic component of Suspended Access Platform. Based upon the working principle, it can be divided into LSB30 anti-tilt ones and LSL30 fall arrest ones.

2. When the steel wire is broken or the platform tilts up to 3 - 8 degrees, the safety lock can automatically and securely lock the steel wire and prevent any person from falling. Even the platform falls down, the safety lock is able to lock the wire within 100mm before it is late. Additionally, it can be powered manually when the hoister or motor goes wrong

Key Features and applications of Safety Lock

well-designed structure, made by superb materials

easy to manipulate

ideal for protection against any falls during work in places of high altitude

- manufactured to the latest GB19155-2003 National Safety Standard

Technical Parameters of Safety Lock

Model Pattern Load capacity permitted Wallop permitted Fall distance permitted Tilt angle permitted Required speed

LSB30 Swinging arm lock >800kg 30 kN <100mm 3°~8°

LSL30 centrifugal lock >800kg 30 kN <100mm 22mm/min















Q: This question asks about the typical issues encountered with lifting devices and seeks advice on how to prevent these problems.
<p>Common problems with lifting devices include mechanical failure, overloading, improper use, and lack of maintenance. To avoid these issues, ensure regular inspections and maintenance, follow the manufacturer's guidelines for weight limits, and train operators on proper use. Additionally, implement safety protocols, such as load testing and visual inspections before each use, and consider using lifting devices with safety features like overload protection and limit switches.</p>
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.
<p>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.</p>
Q: This question asks for the method to determine the maximum weight that a building hoist can safely lift.
<p>To calculate the lifting capacity of a building hoist, you need to consider several factors. First, identify the hoist's rated capacity, which is usually specified by the manufacturer. This is the maximum weight the hoist is designed to lift. Next, assess the condition of the hoist, including any wear and tear that might affect its performance. Check the hoist's mechanical components, such as cables, pulleys, and motors, to ensure they are in good working order. Additionally, consider the weight of the load you intend to lift and any additional factors like the frequency of lifts or the height of the lift. Always operate within the hoist's rated capacity and follow safety guidelines to prevent accidents.</p>
Q: Is it possible to utilize a building hoist for construction purposes?
<p>Yes, a building hoist is specifically designed for use in construction work. It is a type of lifting equipment used to transport materials and personnel vertically within a building under construction. Building hoists are essential for efficient material handling, reducing manual labor, and ensuring the safety of workers by providing a stable and controlled method of vertical transportation. They are commonly used in high-rise construction projects and are an integral part of the construction process.</p>
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 for measures to avoid accidents that may occur due to the misuse of a building hoist.
<p>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.</p>
Q: Describe the process of utilizing a computer control system for operating a building hoist.
<p>To use a computer control system for a building hoist, first ensure the system is properly installed and integrated with the hoist's mechanical and electrical components. Begin by powering on the control system and checking for any error messages that might indicate a problem. Once the system is ready, input the desired parameters such as load weight, lifting height, and speed settings. Use the control panel to initiate the hoist's movement, monitoring the progress on the system's display. Adjust the hoist's operation in real-time as needed, ensuring safety protocols are followed. Regularly check system diagnostics for maintenance alerts and address any issues promptly to maintain optimal performance.</p>
Q: Is it permissible to use a building hoist for lifting people or animals?
<p>No, building hoists are not designed for lifting people or animals. They are specifically engineered for the transportation of materials and construction equipment. Using a building hoist for this purpose is dangerous and can lead to accidents. It is essential to adhere to safety regulations and use appropriate equipment for lifting people or animals to ensure their safety and comply with legal standards.</p>
Q: Is it possible to utilize a hydraulic cylinder in the construction of a building hoist?
<p>Yes, hydraulic cylinders can be used in building hoists. They are often employed in lifting systems due to their ability to generate large forces in a controlled manner. Hydraulic cylinders provide smooth and precise control over heavy loads, which is crucial for the safe and efficient operation of a building hoist. They can handle the vertical movement of materials and personnel in construction settings, ensuring a stable and reliable lifting mechanism.</p>
Q: This question asks for a comparison of the benefits and drawbacks associated with the use of hydraulic lifting equipment.
<p>Hydraulic lifting equipment offers several advantages, including high force generation, compact design, and precise control. It is energy-efficient and can handle heavy loads with ease. The systems are also known for their durability and low maintenance requirements. However, there are disadvantages such as sensitivity to leaks and the need for regular fluid checks. They can be complex to install and maintain, and the equipment can be costly. Additionally, hydraulic systems are sensitive to temperature changes, which can affect performance.</p>

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