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New! fluke 125 industrial scopemeter, Scopemeter, 120 series: as simple as one-two-three – Atec Fluke-199C User Manual

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ScopeMeter

®

120 Series:

As simple as one-two-three

The compact ScopeMeter 120 Series is the rugged solution for industrial trou-

bleshooting and installation applications. It’s a truly integrated test tool, with

oscilloscope, multimeter and “paperless” recorder in one affordable, easy-to-

use instrument. Find answers fast to problems in machinery, instrumentation,

control and power systems.

Dual-input 40 MHz or 20 MHz

digital oscilloscope

Two 5,000-count true-rms digital

multimeters

Automatic measurements

A dual-input TrendPlot™ recorder

Connect-and-View

trigger

simplicity for hands-off operation

Shielded test leads for oscillo-

scope, resistance and continuity

measurements

10:1 Voltage Probe included with

Fluke 124 and 125 for reduced

circuit loading

Up to seven hours battery operation

600 V CAT III safety certified

Optically isolated interface

Rugged compact case

New Fluke 125 gives bus health and

power measurements

New! Fluke 125

Industrial ScopeMeter

®

In today’s complex systems, a meter

measurement just doesn’t give enough

detail to determine the cause of a fault.

Signal anomalies, dropouts and glitches

that might cause a machine to go down

are best captured with an oscilloscope.

The ScopeMeter 120 Series meets

today’s need of simultaneously measur-

ing and checking waveforms. The

unique Connect-and-View

triggering

automatically displays stable wave-

forms of virtually any signal. It really

is as easy as one-two-three!

Dual-input measurement shows both meter

reading and waveform at the same time.

Scope mode

With bandwidth of 20 MHz (Fluke 123)

or 40 MHz (Fluke 124, 125) the

Fluke 120 Series will capture and

display almost any waveform found

in today’s state-of-the-art industrial

electronic or electro-mechanical

applications. Even complex signals

like variable frequency motor drives.

With Connect-and-View, it is as

simple as connecting to the test point

and letting the scope do the rest.

Meter mode

You don’t need to reach for another

test tool to make a simple resistance

measurement. The ScopeMeter 120

Series includes a multimeter on each

input. Measure volts (ac or dc), resis-

tance, capacitance, current via external

clamp or shunt, temperature using

an adapter or common time related

measurements like frequency, duty

cycle and more.

Working under time pressure and in

cramped or difficult-to-reach locations

means you want to focus on the job at

hand, not on the test tool in your hand.

That’s why the ScopeMeter 120 Series

has Connect-and-View automatic trig-

gering. You don’t have to worry about

triggering and instrument settings and

you have all the information on screen

to do the job right.

Battery powered mobility

Up to seven hours of battery operation

frees you from mains outlets for true

on-the-move working. The handheld

format and the weight of just 1.2 kg

(2.64 lbs) make the instrument easy

to carry and to fit comfortably in your

hand. The rugged and drip proof case

assures long life and reliable operation

in the harshest industrial environ-

ments. (See technical specifications for

details on battery life.)

Floating measurements,
safety certified

While conventional oscilloscopes can

only make measurements referenced to

power line ground, the Fluke 120 Series

makes floating measurements so there’s

no risk of an accidental ground short

circuit when making a connection.

The Fluke ScopeMeter 120 Series

test tools and the included shielded test

leads are safety certified for measure-

ments on 600 V CAT III industrial

power systems. Using the VPS40 probe,

measurements up to 1000 V CAT II are

fully supported. Via the optically isolated

interface, the ScopeMeter 120 can be

safely connected to a printer for direct

print-out or to a PC for later analysis

and documentation using FlukeView

®

Software (for additional details about

FlukeView software see page 5).

Built to stand up to
harsh environments

The 120 Series Scopemeter is built to

hold up to every day use in the harsh-

est of industrial environments. The

case has been designed to withstand

extreme shock of vibration levels

tested to MIL-T-28800E Standards. The

ScopeMeter is also rated IP51, dust and

drip proof according to IEC 529.

Fluke 1 is the ScopeMeter of

choice for the maintenance engineer

who deals with industrial machinery

and the industrial network connect-

ing his plant processing equipment

and machinery.

The Fluke 125 has all the functionality

of the 124, plus it comes with the

following extensions:

Bus Health mode gives a clear

“Good” / “Bad” indication for the

electrical signals on industrial buses

and networks, such as Foundation

Fieldbus CAN-bus, Profibus, Ether-

net, RS-232 and many more. The

Fluke 125 validates the quality of

the electrical signals on a network

segment. It checks the signal levels

and speed, transition times and

distortion, and compares these to

the appropriate standards to help

you find errors like improper cable

connections and terminators. It helps

you find the source of error in case

communication comes to a halt.

All the commonly found industrial

network types are supported!

Power measurements for single

phase and balanced three-phase

systems. The Fluke 125 can display

the Total Power (Watts), Apparent

Power (VA), Reactive Power (VAR)

and the Power Factor (PF), over a

wide range of applied frequencies,

including those seen with motor

drives and inverters. As a result, you

are able to easily see the effects on

the various power measurements

during start-up or under changing

operational conditions. A current

clamp is included as a standard.

Harmonics mode graphically

displays harmonics up to the 33rd

harmonic to assist in fault-finding,

e.g. with large non-linear loads.

See the technical datasheet at http://

us.fluke.com/usen/products/Fluke+120.

htm for more details on the Fluke 125.

Bus Health mode

allows for an

analysis of the

signal quality

on industrial

network,

comparing

measured

signals to the

standards’

signal

requirements.