How to control the safety of container spreaders
According to the tracking and analysis of the use of container slings over the past few years, there are some shortcomings in the mechanical and electrical structure of lifting tools; for this reason, certain technical improvements are needed to be made in terms of its electric opening and locking structure, the on-mount structure, the easy loosening and falling off of electrical components, and the anti-shaking working reliability of torque motors.
When using a special lifting tool, if the workload reaches a bearable range, the rated capacity varies with its angle, and the number of special lifting tools can be used to increase the effectiveness of the sling. For example, a dedicated lifting tool from 5.5 mm may be rated at 2100 pounds. In a 90-degree posture, the double 5.5mm special lifting tool may be rated for 60 adult weights, and the load can reach 8100 pounds in a 30-degree posture.
Taking electronic components as an example, we will tell you how to reduce or reduce the safety and reliability of lifting tools during use.
In order to reduce the control circuit of lifting tools to control the control, contactors and other electrical components are installed on the special lifting tools. Due to unforeseen impact during loading and unloading operations, electrical components are prone to loosening and breaking and falling off at fixed locations under frequent shock vibrations.
So, in the case of similar situations mentioned above, in order to reduce or control the safety of the use of special lifting tools, when selecting and using electronic components, it is necessary to use electrical components with shock-resistant performance numbers and home decoration buffer pads to reduce hard impact.
To sum up, the knowledge shared by the container spreader manufacturer and everyone, and I hope it can help you.
According to the tracking and analysis of the use of container slings over the past few years, there are some shortcomings in the mechanical and electrical structure of lifting tools; for this reason, certain technical improvements are needed to be made in terms of its electric opening and locking structure, the on-mount structure, the easy loosening and falling off of electrical components, and the anti-shaking working reliability of torque motors.
When using a special lifting tool, if the workload reaches a bearable range, the rated capacity varies with its angle, and the number of special lifting tools can be used to increase the effectiveness of the sling. For example, a dedicated lifting tool from 5.5 mm may be rated at 2100 pounds. In a 90-degree posture, the double 5.5mm special lifting tool may be rated for 60 adult weights, and the load can reach 8100 pounds in a 30-degree posture.
Taking electronic components as an example, we will tell you how to reduce or reduce the safety and reliability of lifting tools during use.
In order to reduce the control circuit of lifting tools to control the control, contactors and other electrical components are installed on the special lifting tools. Due to unforeseen impact during loading and unloading operations, electrical components are prone to loosening and breaking and falling off at fixed locations under frequent shock vibrations.
So, in the case of similar situations mentioned above, in order to reduce or control the safety of the use of special lifting tools, when selecting and using electronic components, it is necessary to use electrical components with shock-resistant performance numbers and home decoration buffer pads to reduce hard impact.
To sum up, the knowledge shared by the container spreader manufacturer and everyone, and I hope it can help you.
According to the tracking and analysis of the use of container slings over the past few years, there are some shortcomings in the mechanical and electrical structure of lifting tools; for this reason, certain technical improvements are needed to be made in terms of its electric opening and locking structure, the on-mount structure, the easy loosening and falling off of electrical components, and the anti-shaking working reliability of torque motors.
When using a special lifting tool, if the workload reaches a bearable range, the rated capacity varies with its angle, and the number of special lifting tools can be used to increase the effectiveness of the sling. For example, a dedicated lifting tool from 5.5 mm may be rated at 2100 pounds. In a 90-degree posture, the double 5.5mm special lifting tool may be rated for 60 adult weights, and the load can reach 8100 pounds in a 30-degree posture.
Taking electronic components as an example, we will tell you how to reduce or reduce the safety and reliability of lifting tools during use.
In order to reduce the control circuit of lifting tools to control the control, contactors and other electrical components are installed on the special lifting tools. Due to unforeseen impact during loading and unloading operations, electrical components are prone to loosening and breaking and falling off at fixed locations under frequent shock vibrations.
So, in the case of similar situations mentioned above, in order to reduce or control the safety of the use of special lifting tools, when selecting and using electronic components, it is necessary to use electrical components with shock-resistant performance numbers and home decoration buffer pads to reduce hard impact.
To sum up, the knowledge shared by the container spreader manufacturer and everyone, and I hope it can help you.
Inquiry
Please leave us your requirements, we will contact you soon.