Features of ND electric rope hoist: (Email: weihua@craneweihua.com) Hook: Germany DIN standard; Reducer: Germany hard tooth surface; Wire rope: high strength wire; Designed and manufactured with FEM/DIN standard.
Rope guide is also called wire rope arranging device used to make crane steel wire rope neatly arranged around the drum to avoidwire ropecircles in a mess or overlaps causing malfunction to Electric Hoist, or even destroy the hoist. Crane rope guide can guarantee the normal working of electric hoist, and extend the service life of wire rope and drum.
1. Application: Rope guide for electric hoist wire rope guide.
2. Rope guide is also called rope arranging device.
3. Its function is to make wire rope neatly arranged around the drum, in case wire rope circles in a mess or overlaps cause malfunction to electric hoist, even destroy the hoist.
4. when rope guide is running, it gets a large lateral force. That causes brakes. Wire rope guide is the most easily damaged part of electric hoist.
1. Application: Crane brake is for the moving parts deceleration.
2. There are 2 types: friction brake and non-friction brake.
3. Crane brake is mainly constituted by brake pad, brake arm, brake wheel and brake releaser.
4. To reduce the braking torque and the size of brake frame, the brake is usually installed on the high-speed shaft. To meet the needs of high safety for large machinery, like mine hoist and elevator, the brake should be installed on the low-speed shaft which next to the working parts the large machinery.
Crane control handles can be a wire pendant, wireless remote control or radio control, etc. It can be used to controlelectric hoist,trolley crab, open winch hoist, etc. on theoverhead craneorgantry crane. The wire pendant is usually with rated voltage below 500V, rated current below 15A, which can work in the rain and snow, dusty environment. The wireless remote control handle are different in size. It can be a handle piece or a control panel with joystick (This kind is for large cranes).
10. Electric life: Emergency stop self-locking button: press 50,000 times.
11. Protection: IP65.
Joystick remote control is usually used for the control of Double Girder Overhead Crane and Gantry Crane. Different from a crane pendant control, this joystick control is U-frequency mainly with 1 or 2 joysticks to control the inverter cranes.
Features of Joystick Remote Control:
1. Anti-interference, large crystal oscillator above 100;
2. Programmable output settings, up to 16 output points;
3. Nylon-reinforced reinforced plastic case to prevent damage caused by falling and strong collision;
4. Operating distance can be 100 meters;
5. Receiver with output cable for easy and fast installation;
6. Transmitter three-stage power indicator;
7. Acceleration delay setting can be planned (making the crane run smoother);
Weihua announced it opens a new era of intelligent Crane Age of 5G + artificial intelligence + industrial Internet and make the crane a real crane robot!
Unmanned Crane
Weihua AICrane series products adopt 5G communication, artificial intelligence, digital twin, big data, industrial Internet and other technologies, and adopt advanced software design concepts of modularity, openness, and generalization. They can be applied to rolls, square boxes, and bulk materials and other various heavy material handling works.
Weihua AICrane are not only equipped with high-precision anti-sway, positioning, laser scanning and other hardware systems, also with a powerful, information-rich, and smooth-running control system, which can easily respond to various needs of intelligent material handling.
Intelligent Scheduling and Deep Learning
Combining artificial intelligence and deep learning technology, Weihua AICrane develop a variety of dynamic path planning strategies for typical application scenarios of unmanned cranes, and can be configured according to the actual needs of the site to achieve intelligent scheduling of various tasks to achieve maximum work efficiency.
Weihua AICrane combine AR/VR technology with artificial intelligence vision construction and 5G Internet and low-latency communication, and will give users an immersive experience in terms of intelligent crane information interaction, virtual training, and remote operation and maintenance.
Digital Twin Immersive Feeling
Weihua AICrane can simulate factory scenes through sensor technology, data acquisition technology, 5G communication technology, and computer simulation technology, track equipment operating status in real time, and master order information.
Based on the integrated interface of digital twin technology, the scene situation and the screen are proportionally corresponding;
Information integration, one interface for basic daily use;
The status of equipment, storage locations, and goods are refreshed in real time, and detailed information can be viewed online, screening according to needs, and warehousing information at any time.
Video System is not Just Monitoring
Weihua AICrane video system is no longer just a monitoring of on-site equipment, but also an excellent display platform for system comprehensive information:
1. Realize multi-camera on-site monitoring, freely switch and combine the pictures of the cameras;
2. Based on 5G's high-speed, high-bandwidth, high-reliability, and low-latency characteristics, high-speed transmission of operating data, greater data throughput, and avoiding data packet loss;
3. Task management, report statistics, fault records, equipment information overview display, All information is visible easily;
4. Based on ultra-high-definition video capture technology, through AI analysis, it can realize character recognition, face recognition, visual positioning, behavior analysis, object recognition, object measurement, and object sorting.
Full System Development, Turnkey Project
Weihua AICrane have pioneered and successfully applied the world's leading front and rear separation technology to the field of heavy material handling, with more friendly interaction and richer matching elements:
1. It can adapt to more complex needs and achieve smarter scheduling;
2. It runs faster and process larger amount of data;
3. It is easier to interface with other systems, and the interface is simple to implement;
4. The programming framework has a rich class library to achieve more powerful functions;
5. Modular design, plug and unplug modules according to project requirements, efficient development and fast handover;
6. Full system development of front-end, back-end, and hardware can realize turnkey projects and have the ability to solve problems quickly;
7. It can be used across system platforms and device platforms.
.jpg)
.jpg)
.jpg)
.jpg)
