background image

 

MN62

en

GB_V1.1

   

12/15

 

3

Safety

 

The

 

MN62

 

is

 

designed

 

in

 

compliance

 

with

 

standards

 

such

 

as

 

IEC/EN61010

1,

 

pollution

 

grade

 

II,

 

overvoltage

 

CAT

 

III

 

600V

 

and

 

double

 

insulation

 

standards.

 

Please

 

comply

 

with

 

the

 

instructions

 

provided

 

in

 

this

 

guide

 

otherwise

 

the

 

protection

 

provided

 

by

 

the

 

instrument

 

may

 

be

 

affected.

 

This

 

symbol

 

adjacent

 

to

 

another

 

symbol,

 

terminal

 

or

 

operating

 

device

 

indicates

 

that

 

the

 

operator

 

must

 

refer

 

to

 

an

 

explanation

 

in

 

the

 

Operating

 

Instructions

 

to

 

avoid

 

personal

 

injury

 

or

 

damage

 

to

 

the

 

meter.

 

This

 

WARNING

 

symbol

 

indicates

 

a

 

potentially

 

hazardous

 

situation,

 

which

 

if

 

not

 

avoided,

 

could

 

result

 

in

 

death

 

or

 

serious

 

injury.

 

This

 

CAUTION

 

symbol

 

indicates

 

a

 

potentially

 

hazardous

 

situation,

 

which

 

if

 

not

 

avoided,

 

may

 

result

 

damage

 

to

 

the

 

product.

 

This

 

symbol

 

advises

 

the

 

user

 

that

 

the

 

terminal(s)

 

so

 

marked

 

must

 

not

 

be

 

connected

 

to

 

a

 

circuit

 

point

 

at

 

which

 

the

 

voltage

 

with

 

respect

 

to

 

earth

 

ground

 

exceeds

 

(in

 

this

 

case)

 

600V

 

AC

 

rms

 

or

 

DC

.

 

This

 

symbol

 

adjacent

 

to

 

one

 

or

 

more

 

terminals

 

identifies

 

them

 

as

 

being

 

associated

 

with

 

ranges

 

that

 

may,

 

in

 

normal

 

use,

 

be

 

subjected

 

to

 

particularly

 

hazardous

 

voltages.

 

For

 

maximum

 

safety,

 

the

 

meter

 

and

 

its

 

test

 

leads

 

should

 

not

 

be

 

handled

 

when

 

these

 

terminals

 

are

 

energized.

 

This

 

symbol

 

indicates

 

that

 

a

 

device

 

is

 

protected

 

throughout

 

by

 

double

 

insulation

 

or

 

reinforced

 

insulation.

 

 

PER

 

IEC1010

 

OVERVOLTAGE

 

INSTALLATION

 

CATEGORY

 

OVERVOLTAGE

 

CATEGORY

 

I

 

Equipment

 

of

 

OVERVOLTAGE

 

CATEGORY

 

I

 

is

 

equipment

 

for

 

connection

 

to

 

circuits

 

in

 

which

 

measures

 

are

 

taken

 

to

 

limit

 

the

 

transient

 

overvoltages

 

to

 

an

 

appropriate

 

low

 

level.

 

 

Note

 

 

Examples

 

include

 

protected

 

electronic

 

circuits.

 

OVERVOLTAGE

 

CATEGORY

 

II

 

Equipment

 

of

 

OVERVOLTAGE

 

CATEGORY

 

II

 

is

 

energy

consuming

 

equipment

 

to

 

be

 

supplied

 

from

 

the

 

fixed

 

installation.

 

 

Note

 

 

Examples

 

include

 

household,

 

office,

 

and

 

laboratory

 

appliances.

 

OVERVOLTAGE

 

CATEGORY

 

III

 

Equipment

 

of

 

OVERVOLTAGE

 

CATEGORY

 

III

 

is

 

equipment

 

in

 

fixed

 

installations.

 

 

Note

 

 

Examples

 

include

 

switches

 

in

 

the

 

fixed

 

installation

 

and

 

some

 

equipment

 

for

 

industrial

 

use

 

with

 

permanent

 

connection

 

to

 

the

 

fixed

 

installation.

 

OVERVOLTAGE

 

CATEGORY

 

IV

 

Equipment

 

of

 

OVERVOLTAGE

 

CATEGORY

 

IV

 

is

 

for

 

use

 

at

 

the

 

origin

 

of

 

the

 

installation.

 

Note

 

 

Examples

 

include

 

electricity

 

meters

 

and

 

primary

 

over

current

 

protection

 

equipment

 

WARNING 

CAUTION 

MAX 
600V

 

www.

.com

[email protected]

1.800.561.8187

Summary of Contents for MN62

Page 1: ...USER GUIDE True RMS Digital Multimeter With Non Contact Voltage Detector and Low Pass Filter Model MN62 www com information itm com 800 561 8187...

Page 2: ...alibrated and with proper use will provide years of reliable service Please visit our website www extech com to check for the latest version of this User Guide Product Updates Product Registration and...

Page 3: ...se be subjected to particularly hazardous voltages For maximum safety the meter and its test leads should not be handled when these terminals are energized This symbol indicates that a device is prote...

Page 4: ...the skin Use protective gloves when handling Do not short circuit the batteries Do not throw batteries into a fire This meter has been designed for safe use but must be operated with caution The rules...

Page 5: ...d the maximum reading Press again MIN will appear The meter will display and hold the minimum reading To exit press and hold MAX MIN for 2 seconds REL Relative button The displayed value at the time o...

Page 6: ...us icon 12 APO Auto Power OFF active 13 Measurement reading digits 14 Non contact voltage detector displays EF in reading area 15 Auto Range is shown in Auto Range mode 16 MAX MIN memory active 17 Dat...

Page 7: ...erform the following 1 Press the RANGE button The AUTO RANGE display indicator will turn off 2 Press the RANGE button to step through the available ranges 3 To exit the Manual Ranging mode and return...

Page 8: ...return to Auto Range Mode Read the voltage in the display AC VOLTAGE MEASUREMENTS WARNING Risk of Electrocution The probe tips may not be long enough to contact the live parts inside some 240V outlet...

Page 9: ...t lead banana plug into the negative COM jack Insert red test lead banana plug into the positive V jack 3 Press and hold the VFC button until the meter beeps and VFC is briefly displayed The meter is...

Page 10: ...current measurements for longer than 30 seconds Allow 15 minutes between tests Exceeding 30 seconds may cause damage to the meter and or the test leads 1 Insert black test lead banana plug into the ne...

Page 11: ...ments up to 600mA AC set the function switch to the mA position and insert the red test lead banana plug into the A mA jack 4 For current measurements up to 10A AC set the function switch to the A pos...

Page 12: ...use the Relative mode to null the test lead error Check the test leads for loosening or other breakage and verify that the lead resistance is 0 5 or less by shorting the leads and viewing the displaye...

Page 13: ...e batteries and unplug the line cords 1 Set the rotary function switch to the Capacitance symbol position 2 Insert the black test lead banana plug into the negative COM jack Insert the red test lead b...

Page 14: ...in the Non Contact Voltage Detector mode if the meter does not power up when the function dial is set to the NCV position 1 Set the rotary function switch to the NCV position 2 Hold the meter top near...

Page 15: ...oved to prevent damage to the unit BATTERY INSTALLATION WARNING To avoid electric shock disconnect the test leads from any source of voltage before removing the battery cover 1 Turn power off and disc...

Page 16: ...low the battery compartment replace fuse F1 FF0 5A H 600V CE 6x32mm 6 Remove the remaining two Phillips head screws located on the back of the meter near the bottom 7 Open the meter housing by pulling...

Page 17: ...e 600Vrms Frequency response 45 1kHz for VFC 45 400Hz True RMS All AC voltage ranges are specified from 5 of range to 100 of range Crest Factor 3 at full scale up to 400V decreasing linearly to 1 5 at...

Page 18: ...nt accuracy Frequency electronic 9 999Hz 9 999MHz 0 001Hz 0 001MHz 0 1 reading 4 digits Duty Cycle 1 99 0 1 Not defined Frequency and Duty Cycle notes Overload protection 600V Input range sensitivity...

Page 19: ...2 fuse 6x25mm F 10A H 600V CE Operating Temperature 0 o C to 40 o C 32 o F to 104 o F Storage Temperature 10o C to 50 o C 14 o F to 122 o F Operating Humidity 75 RH for 0 30 o C 32 86 o F 50 RH for 30...

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