Tension Machine is a kind of feedthrough pre-tensioing. It is also called Spun Pile tension jack machine, Pole Tension Machine, prestressed tension machine etc. It is the neccesary equipment to produce Pre-stressed Concrete Spun Pile and prestressed concrete pole products. As the end of the tension rod is connected to the anchor with thread, it can be applied to various forged anchors, chilled iron anchor used for stayed-cable bridge and other similar anchors, as well as pre-tension pulling for pipes. In accordance with actual requirement.
Tension jigs are normal 7parts or 5 parts for re-pretress pole and pile, including tension nut, tension rod, support plate, tension plate, connect plate, joint ring, fixed plate etc. we can customize for you. It meet the wire and pc bar's requirement.
If you have any questions, please contact with us. Welcome you can visit our Factory.For inqury,Please send mail directly to us.
Tension Machine,Tension Jig,Pile Tension Jig ,Pole Tension Machine Jiangsu Haiheng Building-Materials Machinery Co.,Ltd , https://www.jshaiheng.com
When more and more sensors and devices are connected to the cloud, industrial IoT has great potential in providing services. Because IoT and machine-to-machine (M2M) connectivity are different, you must not confuse the two. Traditionally, M2M is based on proprietary technology in a closed environment, while IoT provides an open environment and takes full advantage of standard Internet accessibility and services—in this regard, it is similar to everyone's use of the Internet. This degree of openness allows the gas sensor to leave messages or messages to the operator in the event of a problem. For industrial terminal equipment, an ordinary public database can be used to view the performance of the terminal device relative to the industry benchmark. How these are implemented in a proprietary M2M system will not be as simple and straightforward.
At a higher level, IoT is improving efficiency (such as energy, manufacturing, maintenance, etc.) and provides higher security and security performance, better user experience, new business services, and more for a variety of industries. Multi-functional, these industries include:
Smart City: Use smart cities to connect components to IoT, and use electronic instruments to improve energy-saving and environmental protection work to help improve the efficiency of water and electricity use. Networked, smart streetlights, and cloud-connected surveillance and traffic control monitors can make the entire city run smoothly and smoothly. Finally, sensors throughout the city detect leaks in gas and water pipes to ensure citizens’ safety and ensure operation.
Building automation: Similar to factory automation, building automation can be connected to sensors, turn off lights and turn on lights based on whether or not people are in the house, and can automatically control heating, ventilation, and air conditioning (HVAC) systems for energy optimization purposes. . Predictive maintenance is also one of the advantages, which can ensure the timely completion of services, thereby reducing costs.
Smart Manufacturing: To improve the manufacturing process, manufacturers are adding wired and wireless connectivity to their products or production lines. With integrated connectivity, manufacturers can better pass information from the shop floor to their cloud systems so that any problems can be quickly identified and resolved before the product is far from the factory. Manufacturers also want to use connectivity to collect device information in the field. This information helps them find the problem, monitor the device, and enable wireless upgrades of software and firmware—which was previously impossible.
Retail Stores: Networked retail environments can better track inventory and dynamically change digital shelf labels. When used in combination with the loyalty bonus program, the IoT Internet beacon in the store can send coupons and promotional messages directly to their smartphones based on customer preferences when shopping.
Healthcare: IoT outside the workplace provides other opportunities to improve employee health and safety. Networked wearable devices and health care monitoring can improve overall physical and mental health.
Automotive Applications: Connected vehicles provide infotainment services for streaming entertainment and provide navigation and other networking services. Replacing wired connections with wireless connectivity is spawning lighter, less fuel-efficient cars that have sensor-driven, predictive maintenance and repair capabilities to save maintenance costs.
Many of the examples mentioned above have also developed rapidly in the consumer market. However, industrial IoT is different from consumer applications. Due to differences in external conditions and application areas, industrial applications require different interfaces and communication protocols to cope with noise and environmental changes. In addition, the delays of these interfaces and protocols are controllable and highly secure.
In addition, the pace of development of the industrial market is far slower than that of the consumer market, so it will take time to fully realize industrial IoT interconnection. The benefits of predictive maintenance, surveillance, and big data analytics in improving output or working conditions, along with the availability of suitable hardware and software solutions, will provide funding for the migration of IoT interconnected systems in the near future—the only problem is How fast will it be achieved?
Industrial Internet of Things is Increasing Efficiency Smarter Human Life
[Chinese Instrument Network Encyclopedia Knowledge] The Internet of Things, or IoT, is a technology that can provide new use cases and services in a variety of markets and application areas. When people think of IoT, it is often home or personal applications that come to their minds, but in reality, IoT connected products will also play a role in smart manufacturing, smart cities, building automation, and health care.