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Ethernet products
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Bulkhead Pass-ThruReceptacle Page 127 DIN Rail Mount Switch Pages 140-141 > Bulkhead Pass-Thru Page 127 Machine Mount Switch Page 139 Overmolded Cordsets Pages 122-123 Field Attachable Connector Page 129 > Network Interface Gateways The scanner resides in a controller whether it is a PLC or PC, and provides a network connection. The scanner exchanges a data table, which is loaded with the various values of the inputs and outputs, with the logic controller to solve the various logical expressions. Simultaneously the operation of the master and/or slave protocols is completed. The logical expressions are then re-exchanged with the data table for communication out to the various nodes and I/O residing on the network. The scanner generally supports all standard baud rates of the network. Seamlessly transfer data in real time between dissimilar network protocols. Active I/O Modules Control Engine Active blocks serve as a gateway to enable non network input and output devices to send and receive data over the network. The actual I/O send a standard electrical signal via a BradConnectivity quick disconnect cordset, which is then converted to the appropriate Ethernet protocol for network transmission. Active I/O Devices PC soft controllersӔ or PLCs can act as the main control engines, taking the current I/O status off the network and solving these operations through the main control program. The new status of the I/O is then updated via the network interface to the actuators, starters and interface panels. Many times a central control engine acts as the DeviceNet masterӔ which initiates and controls many of the messaging sequences of the network. These are devices which incorporate their own Ethernet transceiver and physical network connections. Detailed information can be received back from the I/O devices with a sensor being able to report back such information as distance measurements, power status, last-time to maintenance, etc. >

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Page 124 Direct PCB Mount Receptacle (embedded in transmitter) Page 125 > Ү BradConnectivity Micro Cordset > Ethernet I/O Module Page 120 > TM Media Switcing Hu Cordsets Ethernet systems are predominately designed in a star topology using twisted pair copper cable and/or fiber optic cable. Twisted pair cables either field terminate, usually to a punchdown block, or utilie an - or a Micro-Change M connector. A variety of connectors exist forfiber optic cabling including SC, ST and MT- versions. Ethernet uses a star topology, requiring a message to be sent through a central device. A...

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Enanced inforation flow etween te anufacturing rocess and te enterrise couting syste Numerous manufacturing entitieshave recently invested large amounts of money in installing Enterprise esource Planning EP software, and implementing ust in Time IT, cellularproduction systems. One key to realiing a return on these types of initiatives is extracting real time data from the factory floor. aving to traversemultiple networks to get this data to the point it can be utilied adds a great deal of complexity to the endeavor. aving a single network simplifiesthe process, and in the case of Ethernet,...

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Deterinis Ethernet networks regulate how devices gain access to the channel for message transmission through a concept known as Carrier Sense MultipleAccess Collision Detect CSMA/CD. All devices listen to the network, and may try to send a message if they do not sense any other traffic on the chan-nel. owever, if more than one device tries to access the channel at the same time, a collision occurs. All of the devices backoff and will try again arandom amount of time later. This is different than many other industrial networks which use arbitration schemes so critical messages receive...

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E - A E T B - - T - B A - - - ated IP for harshenvironments Designed for direct machine mount applications Standard threaded Mconnectors Supports PNP input devices isible LEDs provide maintenance personnel with the ability to easilydetermine I/O, module and network status Supports the EtherNet/IP applica-tion layer Static or dynamic IP address configuration / Mbps auto-sensing capability Built-in web server for remote monitoring and configuration > PART NMERDESCRIPTION PORT M INPTS PNP / SORCING OTPTS Note NPN and PNP references refer to the input device connecting to the I/O module.

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inuts ututs I E MICO-CANE -POLE M FEMALE E Indiatrsuiliar er E E E -LN IP INDSTIAL FEMALE ECEPTACLE E E POE IN MALE MINI-CANE -POLEPOE OT FEMALE MINI-CANE -POLE reen auxiliary power presented reverse polarityOff auxiliary power not connected EE E EIEE dc etr tatus E II E / MbpsATO-SENSIN, ATO-DETECTIN, FLL DPLE reen CIP connectionsFlash reen no connection Flash ed connection time-outed duplicate IP addressFlash ed/reen self test Off no power, no IP address E IIIE BOOTP DEFALT, DCP, STATIC I E COMPATIBLE IT D CONTACT AND PNP -IE SITCES. ELECTONIC SOT CICIT POTECTION I dule tatus reen...

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A - - B-T AB - R- R - - plug, combinedwith industrially proven form factor provides asecure robust connection that protectsagainst the effects ofvibration and accidental disconnection Category e compliant Several cable options available Achieves IEC IP ratedseal when mated withan -Lnxxreceptacle Eale ENSM cordset wit A wiring sealed industrial R- on one end coercial R- on te oter end eters in lengt E E I E E SIELDED SOLID P . . . . . . .SNSIELDED STANDED PC . . . . . . . . . . . . . . . . . . . SIELDED STANDED PPOPLE MALE INDSTIAL . . . MALE STANDAD . . . . METE . . . . . . . . . . . . METE...

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EEI > REF REF CABLESTANDEDCAPACITANCE pF/FTELOCIT OF POPAATION NOMINALCONDCTO DC ESISTANCE. / METE MAIMPEDENCE OMSDELA SE nS/ METE TPICAL, nS/ METE MATIA/EIA ATINCATEO E > LENGTH REF

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