Industrial Networks Topic 11

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Reading Evidence Topic 11

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Felipe Rivera Cazares

Mexico

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Industrial Networks Topics 11 & 12

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Industrial Networks Topic 11


Industrial Networks Topic 11Version en ligne Reading Evidence Topic 11 par Felipe Rivera Cazares 1 The possibility to build a viable network based on the inclusion of components from different suppliers. a Interoperability b Interconnectivity c Inter-changeability 2 It is efficient and fast, but more expensive than the master/slave configuration. a Token Passing b Token Ring c Token Bus 3 It is specified for scenarios that needs speed, high reliability, and functionality a 4-20mA b Profibus FMS c ASI 4 The possibility to interchange similar devices of other manufacturers. a Inter-changeability b Interconnectivity c Interoperability 5 This tecnology was created in 1990 a ASI b BITBUS c PA standard DIN E 19245 T4 6 This technology is designed for the communication between I/O and control automated systems distributed at a field level a DP standard DIN E 19245 T3 b PA standard DIN E 19245 T4 c BITBUS 7 An open network: a Has the required elements: active – passive nodes and repeaters. b Represents ease of installation and less maintenance time c Has the option to purchase at a reasonable cost 8 It was created to get rid of cabling between binary actuators and sensors a DP standard DIN E 19245 T3 b Profibus FMS c ASI 9 It is mainly used in low-cost applications to transfer short messages at a high speed: a ASI b BITBUS c DP standard DIN E 19245 T3, 10 A network can be open if it fulfills the following criteria: a Reduction of costs and cables b Fast response time and reliable communication c Availability of a minimum number of spare parts of some independent suppliers 11 It is used in the lowest part of the automation pyramid a PA standard DIN E 19245 T4 b ASI c DP standard DIN E 19245 T3 12 It uses a synchronous transmission at 31.2 kbit/sec: a PA standard DIN E 19245 T4, b BITBUS c Profibus FMS 13 A network can be open if it fulfills the following criteria: a Have the required elements: active – passive nodes and repeaters. b Reduction of costs and cables c Organization of a well-defined process for the ratification of possible additions to the standards and specifications 14 It allows a master to communicate up to 249 slaves: a BITBUS b DP standard DIN E 19245 T3 c ASI 15 The installation and maintenance is expensive because it was necessary to connect a cable to every device. a ASI b BITBUS c 4-20mA 16 The easiest way of communication through Fieldbus is: a Master/Slave Link b Token Bus c Token Passing 17 It is composed of basic elements called nodes: a Profibus FMS b BITBUS c ASI 18 The data is transferred with analog standards: a 4-20mA b DP standard DIN E 19245 T3 c Profibus FMS 19 It is a linear bus transfering information to other parts of the system a Token Passing b Token Ring c Token Bus 20 It was designed for the management of automated systems in industrial companies a DP standard DIN E 19245 T3 b BITBUS c Profibus FMS 21 If one device fails or the cable gets broken, then the entire net does not work a Token passing b Token Bus c Token Ring 22 It was designed for communication between operator stations and programmable logic controllers a ASI b Profibus FMS c PA standard DIN E 19245 T4 23 The possibility for the physical inclusion of devices of different manufacturers in a network. a Interconnectivity b Interoperability b) c Inter-changeability 24 Every intelligent slave can become the master at any time a Token Passing b Token Bus c Token Ring

Industrial Networks Topic 11

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Industrial Networks Topic 11Version en ligne

par Felipe Rivera Cazares

The possibility to build a viable network based on the inclusion of components from different suppliers.

It is efficient and fast, but more expensive than the master/slave configuration.

It is specified for scenarios that needs speed, high reliability, and functionality

The possibility to interchange similar devices of other manufacturers.

This tecnology was created in 1990

This technology is designed for the communication between I/O and control automated systems distributed at a field level

An open network:

It was created to get rid of cabling between binary actuators and sensors

It is mainly used in low-cost applications to transfer short messages at a high speed:

A network can be open if it fulfills the following criteria:

It is used in the lowest part of the automation pyramid

It uses a synchronous transmission at 31.2 kbit/sec:

A network can be open if it fulfills the following criteria:

It allows a master to communicate up to 249 slaves:

The installation and maintenance is expensive because it was necessary to connect a cable to every device.

The easiest way of communication through Fieldbus is:

It is composed of basic elements called nodes:

The data is transferred with analog standards:

It is a linear bus transfering information to other parts of the system

It was designed for the management of automated systems in industrial companies

If one device fails or the cable gets broken, then the entire net does not work

It was designed for communication between operator stations and programmable logic controllers

The possibility for the physical inclusion of devices of different manufacturers in a network.

Every intelligent slave can become the master at any time