Detailed introduction to the performance and characteristics of container spreader equipment
Container spreader is a key component of container cranes. The quality and reliability of the spreader directly affect the efficiency of the crane loading and unloading containers. When purchasing a crane, it is also crucial to understand the performance and characteristics of the container spreader. Next, we invite the manufacturer to introduce it to you:
1. Fully enclosed steel structure
1. Container spreader consists of a rotary hanging frame, a fixing frame and a telescopic beam. The rotary hanger is connected to the fixing frame, and the telescopic beam slides in the cross beam of the fixing frame. Installation and maintenance holes are provided on the inner and outer sides of the end beam, and are covered with transparent plastic plates, which are waterproof and dust-proof, making it easy to inspect and maintain.
The telescope uses steel structure, which has the advantages of reasonable structure, strong load-bearing capacity and light weight.
2. Telescopic mechanism
The telescopicity of the telescopic device is driven by the chain transmission of the gear motor. There is a set of tensioning devices and buffering devices on both sides of the telescopic chain. When the telescopic beam reaches 6 meters or 12 meters, the limit switch sends a signal to cut off the power supply of the gear motor and stop telescopic movement.
3. Rotating mechanism
When the sling is rotated, the reducer motor drives the pinion to drive the rotary support to complete the rotation. Each sling is equipped with two sets of driving mechanisms to rotate the sling. If any of the driving mechanisms fails, the other driving mechanism can rotate the sling to ensure the normal operation of the equipment.
4. The opening and closing latching buckle adopts floating rotary pin.
The four rotating pins of the container spreader are floating rotating pins. The spherical surface of the locking pin acts on the bearing surface of the concave ball, so that it swings within a certain range, which is to realize the so-called "floating". This allows the pin to be accurately inserted into the hoisting hole in the container.
The end beam of the spreader is installed. Each mechanism drives two pins at an angle of 90°. The opening and closing switch and the telescopic switch detect the opening and closing status of the device through the two positions of the sensor block on the linkage.
5. Offset device
Container spreader is equipped with anti-bias sensors at four corners. The actual lifting weight of the container is measured through the four hanging points of the sensor, and then the container spreader is installed on the four corners of the container. On the data transmission meter, the offset of the container center of gravity is calculated to make it easier to understand the loading of the container.
6. Drainage plate device
The sling guide plate adopts a fixed guide plate and an automatic flip plate structure, so that the loading position of the sling and container is accurate, and the lock pin can be inserted well. The container lifting hole is used to complete the lifting operation.
7. Electrical control
The wiring of all spreaders and electrical equipment and controlled components is connected through a junction box, and a special multi-core plug is connected to vertical cable. To facilitate replacement of the spreader, the junction box shell on the spreader is made of stainless steel.
8. Safety interlock
When all four latches are in the locking position, the green light is on, allowing the spreader mechanism to move.
When all four pins leave the insertion hole, the red light is on and the spreader leaves the container smoothly.
The design of each wire device is easy to assemble, inspect, maintain and replace.
Container spreader is a key component of container cranes. The quality and reliability of the spreader directly affect the efficiency of the crane loading and unloading containers. When purchasing a crane, it is also crucial to understand the performance and characteristics of the container spreader. Next, we invite the manufacturer to introduce it to you:
1. Fully enclosed steel structure
1. Container spreader consists of a rotary hanging frame, a fixing frame and a telescopic beam. The rotary hanger is connected to the fixing frame, and the telescopic beam slides in the cross beam of the fixing frame. Installation and maintenance holes are provided on the inner and outer sides of the end beam, and are covered with transparent plastic plates, which are waterproof and dust-proof, making it easy to inspect and maintain.
The telescope uses steel structure, which has the advantages of reasonable structure, strong load-bearing capacity and light weight.
2. Telescopic mechanism
The telescopicity of the telescopic device is driven by the chain transmission of the gear motor. There is a set of tensioning devices and buffering devices on both sides of the telescopic chain. When the telescopic beam reaches 6 meters or 12 meters, the limit switch sends a signal to cut off the power supply of the gear motor and stop telescopic movement.
3. Rotating mechanism
When the sling is rotated, the reducer motor drives the pinion to drive the rotary support to complete the rotation. Each sling is equipped with two sets of driving mechanisms to rotate the sling. If any of the driving mechanisms fails, the other driving mechanism can rotate the sling to ensure the normal operation of the equipment.
4. The opening and closing latching buckle adopts floating rotary pin.
The four rotating pins of the container spreader are floating rotating pins. The spherical surface of the locking pin acts on the bearing surface of the concave ball, so that it swings within a certain range, which is to realize the so-called "floating". This allows the pin to be accurately inserted into the hoisting hole in the container.
The end beam of the spreader is installed. Each mechanism drives two pins at an angle of 90°. The opening and closing switch and the telescopic switch detect the opening and closing status of the device through the two positions of the sensor block on the linkage.
5. Offset device
Container spreader is equipped with anti-bias sensors at four corners. The actual lifting weight of the container is measured through the four hanging points of the sensor, and then the container spreader is installed on the four corners of the container. On the data transmission meter, the offset of the container center of gravity is calculated to make it easier to understand the loading of the container.
6. Drainage plate device
The sling guide plate adopts a fixed guide plate and an automatic flip plate structure, so that the loading position of the sling and container is accurate, and the lock pin can be inserted well. The container lifting hole is used to complete the lifting operation.
7. Electrical control
The wiring of all spreaders and electrical equipment and controlled components is connected through a junction box, and a special multi-core plug is connected to vertical cable. To facilitate replacement of the spreader, the junction box shell on the spreader is made of stainless steel.
8. Safety interlock
When all four latches are in the locking position, the green light is on, allowing the spreader mechanism to move.
When all four pins leave the insertion hole, the red light is on and the spreader leaves the container smoothly.
The design of each wire device is easy to assemble, inspect, maintain and replace.
Container spreader is a key component of container cranes. The quality and reliability of the spreader directly affect the efficiency of the crane loading and unloading containers. When purchasing a crane, it is also crucial to understand the performance and characteristics of the container spreader. Next, we invite the manufacturer to introduce it to you:
1. Fully enclosed steel structure
1. Container spreader consists of a rotary hanging frame, a fixing frame and a telescopic beam. The rotary hanger is connected to the fixing frame, and the telescopic beam slides in the cross beam of the fixing frame. Installation and maintenance holes are provided on the inner and outer sides of the end beam, and are covered with transparent plastic plates, which are waterproof and dust-proof, making it easy to inspect and maintain.
The telescope uses steel structure, which has the advantages of reasonable structure, strong load-bearing capacity and light weight.
2. Telescopic mechanism
The telescopicity of the telescopic device is driven by the chain transmission of the gear motor. There is a set of tensioning devices and buffering devices on both sides of the telescopic chain. When the telescopic beam reaches 6 meters or 12 meters, the limit switch sends a signal to cut off the power supply of the gear motor and stop telescopic movement.
3. Rotating mechanism
When the sling is rotated, the reducer motor drives the pinion to drive the rotary support to complete the rotation. Each sling is equipped with two sets of driving mechanisms to rotate the sling. If any of the driving mechanisms fails, the other driving mechanism can rotate the sling to ensure the normal operation of the equipment.
4. The opening and closing latching buckle adopts floating rotary pin.
The four rotating pins of the container spreader are floating rotating pins. The spherical surface of the locking pin acts on the bearing surface of the concave ball, so that it swings within a certain range, which is to realize the so-called "floating". This allows the pin to be accurately inserted into the hoisting hole in the container.
The end beam of the spreader is installed. Each mechanism drives two pins at an angle of 90°. The opening and closing switch and the telescopic switch detect the opening and closing status of the device through the two positions of the sensor block on the linkage.
5. Offset device
Container spreader is equipped with anti-bias sensors at four corners. The actual lifting weight of the container is measured through the four hanging points of the sensor, and then the container spreader is installed on the four corners of the container. On the data transmission meter, the offset of the container center of gravity is calculated to make it easier to understand the loading of the container.
6. Drainage plate device
The sling guide plate adopts a fixed guide plate and an automatic flip plate structure, so that the loading position of the sling and container is accurate, and the lock pin can be inserted well. The container lifting hole is used to complete the lifting operation.
7. Electrical control
The wiring of all spreaders and electrical equipment and controlled components is connected through a junction box, and a special multi-core plug is connected to vertical cable. To facilitate replacement of the spreader, the junction box shell on the spreader is made of stainless steel.
8. Safety interlock
When all four latches are in the locking position, the green light is on, allowing the spreader mechanism to move.
When all four pins leave the insertion hole, the red light is on and the spreader leaves the container smoothly.
The design of each wire device is easy to assemble, inspect, maintain and replace.
Inquiry
Please leave us your requirements, we will contact you soon.