IIoT&M2M Solution

Farmland irrigation is the top priority in agricultural production, but traditional farmland irrigation management has major drawbacks, such as serious waste of water resources in irrigation areas, large area of irrigation areas, low efficiency, insufficient personnel, difficult to control the irrigation time, and inability to timely and accurate control   i ssues such as flow and rainfall information in irrigation areas ,which is  a very unreasonable agricultural irrigation method. Therefore, it is very important to solve the problem of agricultural irrigation water, save water resources and improve the utilization rate of agricultural irrigation water. In response to this situation, Xiamen Caim ore  uses the  remote measurement and control terminal RTU  to build an intelligent water-saving irrigation monitoring system solution, realizes the modernization and informatization of irrigation water management methods, and achieves timely and appropriate water supply, which can not only im

Tunnel HD monitoring system is mainly used for the center attendant to monitor the whole range of traffic operating conditions on the entire tunnels, approach roads, ramps and crossings, and assist attendant to direct traffic. It provides comprehensive, intuitive monitoring tools for tunnel traffic management. In the event of any emergency, it provides intuitive and effective help for keeping abreast of the situation on-site disaster and evacuation of passengers and conductor to ensure that personnel, vehicles and safety of the tunnel. This system has real-time, visual observation effect, provides an intuitive real-time data for the tunnel operations management, it is very obvious effect to confirm traffic accidents and fires, to guide and direct relief operations management , which is necessary for long tunnel system. System Introduction System consists of front-end device which produces an image signal, megapixels HD cameras, rotate 360 degrees HD PTZ cameras, 5G/4G video recorder (M

In recent years, as one of the core energy-saving environmental protection industry, new energy automotive industry has been a concern, while domestic and abroad demand in the dual role of the market and favorable government policies, and its potential is huge. Building and managing charging pile facility as essential facilities, to a large extent it influence the development of new energy vehicles. System Introduction To support unattended and spread broad range electric vehicle charging infrastructure, networking technology will become an essential enabling technology. Xiamen Caimore M2M 5G/4G industrial wireless router provides a simple and flexible way for charging station communications and data collection, to allow each charging station and control center connection.No matter single charging station deployed in a restaurant, or many charging stations deployed in the mall or parking lot,between all charging stations and the control center, there will have a lot of important inform

1.Solution Design: The system mainly uses the   wireless RTU   to integrate data acquisition, remote control and wireless communication to realize data collection and transmission. This series integrates analog signal acquisition,digital input, digital output, pulse counting, Ethernet communication, serial communication,   RS485 communication and 4G/3G/2G wireless data communication . It can be directly connected. The analog signals, level signals, dry contacts, pulse signals, etc. outputted into various sensors, standard transmitter signals, meters, etc. are the best choice for implementing wireless measurement and control. The core of the wireless RTU is the monitor, which is composed of a microprocessor, a micro power wireless transceiver module, a wireless communication module, a clock circuit, a storage circuit, an interface circuit, and is integrated on the circuit board by an SMT surface mount process. It has the functions of collecting analog quantity, digital quantity, command

T he   wireless data acquisition system   is an integrated system integrating computer technology, communication technology and data acquisition technology. Through the data collector, the data of the terminal is acquired, and the communication interface and the transmission device are used to transmit the data to the data service center to realize the terminal. The all-round monitoring has solved the increasing labor management fee of property management, timely recovered the cost of water and electricity consumption, and satisfies the functions of building intelligent management and played a very good guarantee role. The wireless data transmission system based on 2G/3G/4G network is mainly composed of three parts: 1) Terminal data acquisition device and  wireless data terminal DTU ; 2) Transmission network: 2G/3G/4G three major operators wireless network; 3) Data service center:  real-time data transceiver server , real-time database server and user control operation interface. Syste

I. Overview PLC = Programmable Logic Controller, a programmable logic controller, an electronic system for digital computing operations designed for industrial environments. It uses a class of programmable memory for its internal memory program, performing user-oriented instructions such as logic operations, sequence control, timing, counting and arithmetic operations, and controlling various types of machinery through digital or analog input/output or the production process. II. Changes in the development trend of PLC communication methods: PLC communication methods mainly include  RS232, RS485,  PPI/MPI, PROFIBUS DP/PA/FMS field bus, Ethernet bus, DEVICEnet bus, and wireless network. With the limitations of local communication control, remote control of networked communication, slowly adopting wired and wireless methods to enter the mainstream. Ethernet port communication and wireless network communication slowly replaced the original local serial port or bus mode control in  PLC rem

I. System Structure The   storage tank monitoring system  based on industrial wireless network technology is mainly composed of on-site oil storage tank and control room. Each on-site storage tank body is equipped with a wireless differential pressure level transmitter, a wireless float level switch and a wireless temperature transmitter. The control room consists of a wireless host, a computer, a GPRS wireless data transmitter, a UPS, and a printer. The wireless host receives the signal of the field instrument. On the computer of the control room, the computer is equipped with the upper computer configuration software, which can view the topology view, network performance view, device data record and network parameter configuration of the entire network, and GPRS wireless data transmission. The machine is responsible for transmitting the data information of the wireless net work to the mobile phone of other staff members through the wireless mobile phone base station. The entire wirel