Evolution Technologies 225c Guide de dépannage télécharger pdf (Page 2)

450 ° F

Network systems are rapidly automating more and more of today’s factories and plants, controlling

tasks such as data gathering, process control, and production automation. This is because systems are

migrating from analog to digital networked standards such as:

ASI, MODBus, RS-485 or RS-232 derivatives•

DeviceNet, a CAN bus derivative•

Fieldbus Foundation, TCP/IP based•

ProﬁBus, TCP/IP based•

Ethernet, TCP/IP based•

The increasing integration of these technologies onto the plant ﬂoor is creating a new set of

challenges as 4 to 20 mA analog control, serial digital control, and industrial networks are all found

on the same plant ﬂoor. Each technology plays a role in the operation of a plant with the networked

devices controlling:

Managed and unmanaged switches, PCs, routers •

PLC’s, remote IO, variable frequency drives, motion controllers, sensors, transducers, encoders, •

actuators, robot controllers

These changes mean a convergence between what had formerly been only thought of as IT issues as

ones that need to be dealt with by people in job functions such as:

Industrial networks are found in virtually every industry:

All of this means that minimizing downtime has gotten more complicated. New tools are needed to

identify, troubleshoot, and resolve industrial network problems. Industrial networks can present many

symptoms, but by asking the right questions and using the right tools, troubleshooting can be made

easy. It is invaluable to be able to see into your network and assess where the problem is. Often, time

is spent calling an “expert” to troubleshoot problems that could be solved quickly by the ﬁrst

responder. Fluke and Fluke Network tools are intuitive and easy-to-use and allow industrial techni-

cians to solve a broad range of industrial network problems with little or no training.

Industrial Networks

What are they? How do they affect you?

Plant Operations •

Industrial Maintenance•

Process Control•

Industrial Automation•

Field Service•

Control Engineer•

Control Room with

Application Server or DCS

NETWORKSUPERVISION

Cabling Infrastructure (Copper) Tools Comparison

DTX CableIQ MicroScanner

Continuity and wiremap testing

3 3 3

Measures distance to a break or short

3 3 3

Measures distance to connection fault

3 3

Measures distance to performance defect (NEXT, RL), identiﬁes corrective actions and

graphically displays crosstalk and impedance behavior

Veriﬁes whether existing cable can support network speed (e.g., 10BASE-T, 100BASE-TX, GBE)

Identiﬁes whether or not your new cabling complies with performance requirements of TIA/ISO standards

(e.g., category 5e, 6, Class E)?

Provides pass/fail results compliant to TIA/ISO standards

Documents and prints full reports with measurement data (Pass/Fail, MHz, dB measurements, etc)

Required to receive warranty from connector and cabling OEMs

DTX CableAnalyzer

™

A cable testing platform for harsh environments

DTX CableAnalyzer is the only cable tester that can completely certify

copper across datacenter and industrial cabling. Only the DTX platform

offers optional on-board M12 modules for testing industrial-strength

components. The DTX can be used for certiﬁcation and troubleshooting

and provides unparalleled ease of use, installer-friendly features, and

an intuitive user interface. The DTX is the industry-leading certiﬁcation

tool for network owners and maintenance engineers alike and is well

suited for use in an industrial setting.

The DTX is used to:

Test cable three times faster •

than exiting testers with the

9-second Cat 6 auto-test feature

Analyze test results and create •

professional test reports using LinkWare

reporting software for documentation

Verify the availability of network and IP services using the •

Network Service Module

CableIQ

™

Qualiﬁcation Tester

Your vision into cabling bandwidth

CableIQ is a front-line cable troubleshooting tool that gives even the

most novice tech the vision to see what speeds existing cabling can

support, quickly isolate cabling from network problems, and discover

what is at the far end of any cable, reducing escalated problems by as

much as 30%. Is the port active? Are the duplex settings matched? Is

it a network problem or a cable problem? Can the cable support the

required network bandwidth? CableIQ is the only tool that can answer

all these questions before, solving issues immediately and minimizing

production downtime.

The CableIQ is used to:

Qualify whether or not your existing •

cabling has the bandwidth to support

10/100 or Gigabit Ethernet

Troubleshoot why existing cabling •

cannot support the network’s bandwidth

requirement (e.g. crosstalk at 11 meters)

Discover what is at the end of any cable and display device •

conﬁguration (speed/duplex/pairing)

Identify unused switch ports that can be reallocated •

Graphically map wiring conﬁguration and show •

distance-to-faults with Intelligent Wiremap feature

MicroScanner

Cable Veriﬁer

Streamline veriﬁcation testing and rule out

service problems fast

The MicroScanner

Cable Veriﬁer can rule out a whole host of potential

cable and service issues before determining the cause of a connection

problem. MicroScanner

gives you high-power vision to verify today’s

most common voice, data, and video services, translating into faster,

more comprehensive troubleshooting.

This cable veriﬁcation tool starts by taking results from what was four

different test modes and displays them all at once – graphic wiremap,

pair lengths, distance to fault, cable ID, and far-end devices. The end

result is reduced troubleshooting time and fewer errors.

The MicroScanner

is used to:

Test all common media types, including RJ11, •

RJ-45, and coax with no need for adapters

Graphically display wiremap, length, •

cable ID, and distance to fault

Cabling Infrastructure Tools - Copper

SimpliFiber

Pro Optical Power Meter

and Fiber Test Kits

Measure end-to-end loss with a Power Meter

and source

Your industrial networks depend on a reliable ﬁber optic infrastructure.

Proper installation and maintenance of ﬁber cabling is imperative for

minimizing network – and subsequently production - downtime. Wheth-

er you require basic ﬁber veriﬁcation capabilities, advanced trouble-

shooting and inspection, or documented loss and power measurements,

Fluke Networks’ SimpliFiber® Pro Optical Power Meter and Fiber Test

Kits are the best ﬁrst-line ﬁber instruments to meet your needs.

With new advanced capabilities that make testing simple, SimpliFiber

Pro is ideal for anyone involved in ﬁrst-line optical ﬁber cabling instal-

lation and troubleshooting. Many industry-leading features to help you

reduce testing time and manpower, including simultaneous dual-wave-

length testing and measurement recording, CheckActive™, FindFiber™,

and Min/Max function.

The SimpliFiber Pro Kits are used to:

Verify optical loss and •

power levels

Ensure smooth, clean ﬁber •

connections for maximum

performance

Verify and locate faults•

OptiFiber

™

OTDR

Fiber troubleshooting solution for your most

critical network cabling.

Unlike a Power Meter and light source, an OTDR sees the performance

of individual connectors and splices on a ﬁber link. It also is the most

powerful troubleshooting tool for ﬁber optics because 1) it is single

ended; you don’t need a far-end device or another technician working

with you, and 2) it shows distance to faults and characterizes every

event within the link. An OTDR tells you loss and reﬂectance at every

event. Without an OTDR you would not even know there is an event

there.

OptiFiber enables users of all experience levels to certify ﬁber to

customer speciﬁcations and new industry standards, troubleshoot

connection-rich links, and thoroughly document results – therefore,

improving the health of your ﬁber network. Your ﬁber cabling will be

ready and capable to perform for high-bandwidth applications.

The OptiFiber is used to:

Perform inspection, veriﬁcation, •

certiﬁcation, troubleshooting,

and documentation of ﬁber

cabling in a single, easy-to-

use tool

Save time and money when •

diagnosing ﬁber cabling

problems that are causing

network performance issues

Easily locate and eliminate •

ﬁber problems

Cabling Infrastructure Tools - Fiber

Cabling Infrastructure Tools - Fiber Comparison

OptiFiber SimpliFiber Pro

Fiber types supported Multimode, Singlemode Multimode, Singlemode

Fiber end-face inspection

3 3

Indentiﬁes faults/breaks

3 3

Finds location of faults/breaks

Veriﬁes optical power/ﬁber link loss

3 3

Dual-wavelength testing

3 3

Basic (Tier 1) loss test

3 3

Dual ﬁber-loss testing

Extended (Tier 2) OTDR test

Source type LED, FP, laser LED, FP, laser

Pass/fail results

Documents test results

3 3

Single-ended test

1 2 3 4 5 6 7 ... 13 14

Commentaires sur ces manuels

Pas de commentaire

Evolution Technologies 225c Guide de dépannage Page 2

Commentaires sur ces manuels