Schneider 140CRP93200

Input and output representation: 64 I/64 O. It means the capacity of in- and output in the configuration is increased in terms of development and geared toward more complicated systems regarding industrial automation controlling jobs.

The type of cables : 75 Ω coaxial cable, which is known to conduct better transmission of signals and also considerably reduce signal loss and shielding interference while promoting stability and accuracy in data transmission.

Transmission speed: 1544 Mbit/s. The higher speed of data transfer was assured from Schneider 140CRP93200, allowing the transmission of huge amounts of data within the shortest time possible. Really high real-time data interaction was assured for industrial fields including speedy cabinet monitoring and control orders.

Isolation voltage: 500 V DC coaxial center and grounding, higher isolation voltage can effectively prevent interference between different signals and the spread of electrical faults, improve the safety and reliability of the system, and ensure the safety of equipment and personnel.

Dynamic range: 35 dB, which can guarantee the quality and stability of the signal to a certain extent, so that it can adapt to input signals of different strengths and accurately collect and process data.

Power consumption: 3 W/2 channels. The low rate of power consumption works toward reducing the energy cost of the unit's entire system, thus helping greatly in enhancing module stability, performance, and life span.

Bus current: 750 mA/2 channels. It represents the clear conception for bus current requirements, aiding the system designer well in energizing the circuit configurations, thereby attaining normal power supply and secured operation of the device.

Features

I/O extension function: Schneider 140CRP93200 is capable of extending some more to other 27 modules, hence designed to further increase the input and output points of the system.

The diagnostic function: Schneider 140CRP93200 is merely exercising the monitoring functions throughout checksum and at the quitting process. Diagnostic operations cause the module to observe itself and combine various statuses of one another: the equipment and communication links at emergency. As soon as some kind of faulty condition or condition similar to that occurs, a signal for alarm can feature in a timely manner while extending adequate material about fault analysis to a user to allow quick resolution of the problem faced therein in the system, which in turn reduces maintenance difficulty and cost.

Multiple topology support: Schneider 140CRP93200 supports different kinds of networks, like linear or tree topologies, among others. In the industrial applications at site with which work is usually done, a good configuration is allowed through the factoring, thus opting from either linear to tree topology based on utilities existing for the factory placement, equipment distribution, and ensuing processes.

Application

Logistics and warehousing industry: In logistics facilities such as automated warehouses and material conveying systems, Schneider 140CRP93200 can be used to connect conveyors, stackers, sorting equipment amongst others to achieve automated management in material handling and storage processes. For example, in the automated warehouse of a large logistics distribution center, it can transmit control signals and status signals for stackers, conveyors, shelves and other equipment through the Schneider 140CRP93200 module aimed at rapid storage and retrieval of goods so as to enhance logistics efficiency and accuracy.

Energy industry: In power stations, substations and similarly related places, Schneider 140CRP93200 can be used to connect monitoring and control equipment such as generator sets, transformers, and switchgear to accomplish remote monitoring and automated control of energy production and transmission processes.

Manufacturing: In the automobile manufacturing, mechanical processing and other industries, Schneider 140CRP93200 can be used in connecting various automation equipment, robots, sensors, etc. Within the production line and the PLC system, realize distributed control and centralized management of the production line.