Appa 606 Insulation Tester And Multimeter User Manual (+ PDF)

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606 Insulation Tester and Multimeter

606
User Manual / /
YEARS
LIMITED WARRANTY
EN Insulation Tester & Multimeter TC SC JP RU

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Introduction
This Insulation Tester is an accurate, professional industry tool for measuring ACV, DCV, Frequency, Low Pass Filter, EarthBond Resistance, Capacitor, Insulation Resistance.
Safety Information
Understand and follow operating instructions carefully.
WARNING
· If the equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.
· Always use proper terminals, switch position, and range for measurements.
· To reduce the risk of fire or electric shock, do not use this product around explosive gas or in damp locations.
· Verify the Meter operation by measuring a known voltage. If in doubt, have the Meter serviced.
· Do not apply more than the rated voltage, as marked on Meter, between terminals or between any terminal and earth ground.
· To avoid false readings that can lead to electric shock and injury, replace battery as soon as low battery indicator blinks / appears.
· Avoid working alone so that assistance can be rendered. · Do not use the Tester if the Tester is not operating properly or
if it is wet. · Individual protective device must be used if hazardous live
parts in the installation where the measurement is to be carried out could be accessible. · Disconnect the test leads from the test points before changing the position of the function rotary switch. · Never connect a source of voltage when the function rotary switch is not in voltage position.
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· When using test leads or probes, keep your fingers behind the finger guards.
· Use caution with voltages above 30Vac rms, 42 Vac peak, or 60Vdc. These voltages pose a shock hazard.
· Remove test lead from Meter before opening the battery door or Meter case.
· DO NOT USE the test leads when the internal white insulation layer is exposed.
· DO NOT USE the test leads above maximum ratings of CAT. Environment, voltage and current, that are indicated on the probe and the probe tip guard cap.
· DO NOT USE the test leads without the probe tip guard cap in CAT III and CAT IV environments.
· Probe assemblies to be used for MAINS measurements shall be RATED as appropriate for MEASUREMENT CATEGORY III OR IV according to IEC 61010-031 and shall have a voltage RATING of at least the voltage of the circuit to be measured.
· Only replace the blown fuse with the proper rating as specified in this manual.
· Do not attempt a resistance measurement when the open voltage is above the fuse protection rating. Suspected open voltage can be checked with voltage function.
· Never attempt a voltage measurement with the test lead inserted into the input terminal.
· Disconnect circuit power and discharge all high-voltage capacitors before testing resistance, continuity, or capacitance.

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Symbols as marked on the Meter and Instruction manual
Risk of electric shock See instruction manual DC measurement Equipment protected by double or reinforced insulation Battery Fuse Earth AC measurement Bluetooth Conforms to EU directives Do not discard this product or throw away. Both direct and alternating current This product CONFORMS TO UL STD 61010-1, 61010-2-034
Unsafe Voltage
To alert you to the presence of a potentially hazardous voltage, when the Tester detects a voltage 30 V in insulation test, or a voltage overload (OL), the ” ” symbol is displayed and High voltage indicator is turned on.
Maintenance
Do not attempt to repair this Meter. It contains no user service able parts. Repair or servicing should only be performed by qualified personnel.
Cleaning
Periodically wipe the case with a dry cloth and detergent. Do not use abrasives or solvents.
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The Meter Description
Front Panel Illustration

m L nk 0

1M 10M 100M LOCK TEST

AutoSense

APO

1GK 10GK MEM
A

6100GK

RENPIDAR COMPARE

MGK HzV LPF

VAC S DC 0

MGK

m FA

SETUP

5 Sec Del Last

RECALL PI/DAR/t PASS
TEST

LPF
V OFF

TRUE RMS

V >660V INSULATION COM

315mA FUSED

CAT IV 600V

Display
Function button
Pass indicator
High Voltage indicator Funtions & Power On/Off Input
V insulation Input
Common Input

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Measuring ACV/DCV : Auto sense function

0
AutoSense

6 00
Hz
VAC

0
AutoSense

6 00
VDC

30V

LPF

V
INSULATION
COM

Auto sense mode: The meter displays ACV or DCV whichever is higher (>1V). If the measured voltage is above 660Vac/dc, “> 660Vac/dc” will appear on the display.
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WARNING
When connecting the test leads to the DUT (Device Under Test) connect the common test leads before connecting the live leads; When removing the test leads, remove the test live leads before removing the common test leads. Don’t apply more than AC/DC 600V between the V-COM terminals.

Measuring Capacitance

F
COMP STORE LOCK
V
INSULATION
COM

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Wireless Link

L nk

L nk
L nk

The meter uses Bluetooth low energy (BLE) V5.0 wireless technology to download the stored data. The open-air communication range is up to 6m. Download “APPA Connect” App via the following QR Code. Turn on LINK function of the meter and open “APPA Connect” to connect the DMM. The LINK icon of the meter will freeze on LCD after the connection establishes successfully.

APPA Connect on Google Play

APPA Connect on iTune Store

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Switch Auto Voltage sense/ACV/DCV/LPF function when the rotary switch is in voltage position

0
AutoSense

6 00
Hz
VAC

SETUP
Press

6 00

Hz
VAC

SETUP
Press

Press>2Sec
SETUP

6 00

VDC

SETUP
Press

6 00

LPF
VAC

SETUP
Press

WARNING
Do not use the High Frequency Rejection (Low Pass Filter) to verify the presence of hazardous voltages. Voltages greater than what is indicated may be present. First, make a voltage measurement without the filter to detect the possible presence of hazardous voltage. Then select the filter function.
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Measuring Earth-Bond Resistance (Continuity)

100

1 K

mA 10 K 100 K

Press

TEST

hold

100 TEST

1 K

mA 10 K 100 K

0
COM

1. Before starting the test : (a) The circuit under test must be completely de-energized. (b) Check the fuse is good. See the chapter “Testing the fuse”. (c) Short the test leads before measurement, and press the Function button to zero the wire resistance of probe. If the wire resistance is <10, the resistance offset value will be saved, and the “->0<-” symbol will be displayed on LCD.
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2. Lock mode : Press the Lock button to enter the Lock Mode. Then press the TEST button to start the test. The test voltage will continue to be applied until the TEST/LOCK button is pressed again. 3. The meter displays the ” ” symbol and the maximum resistance for the range when measured resistance is higher than the maximum display range.

Measuring Insulation Resistance

10M 100M 1G

10G 100G

Press>1Sec

TEST

10M 100M 1G TEST

10G 100G

TEST
=

500V

V
INSULATION
COM

500V

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1. Before starting the test : The circuit under test must be completely de-energized. If the voltage detected is above 30V, “>30V” will appear on the display. In this condition, the test is inhibited.
2. Press the Function button to display insulation resistance or Leakage current during the test or when the test stops.
3. Lock mode: Press the Lock button to enter the Lock Mode. Then press TEST button >1sec to start the test. The test voltage will continue to be applied until the TEST/LOCK button is pressed again.
4. Stop the output test voltage before removing the test leads (to enable the tester to discharge capacitive circuits). If the screen displays volts, wait until it reaches zero.
5. The meter displays the ” ” symbol and the maximum resistance for the range when measured resistance is higher than the maximum display range.

Using the Compare function

10M 100M 1G

10G 100G

Press

10M 100M 1G

10G 100G

COMPARE

Before starting the Insulation Resistance test, select the comparative value in Setup mode: 0.5M, 10M, 20M, 50M, 100M, 200M, 500M, 1000M.
Before starting the Earth-Bond Resistance test, select the comparative value in Setup mode: 0.5, 1, 2, 3, 4, 5, 10, 20, 30, 40.
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If the measured value is better than the selected compare value, the Pass indicator will be green, otherwise it is red.

Measuring PI/DAR/Timer

10M 100M 1G

10G 100G

Press>2Sec

LOCK
PI/DAR/t

1M 0
PI

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

1M 10M 100M 1G 0
DAR

10G 100G

Press

LOCK
PI/DAR/t

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

Press>2Sec
LOCK
PI/DAR/t

Press TEST button to start/interrupt the PI/DAR test. Press Function button during the PI/DAR test to switch display the output voltage / leakage current / the time left of the test.

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PI(Polarization Index)=R10-min/R1-min DAR(Dielectric Absorption Rations)=R1-min/(R30-sec or R15-sec) Timer : Countdown timer
R10-min : the insulation resistance measured at the 10 minute after pressing the TEST button. R1-min : the insulation resistance measured at the 1 minute after pressing the TEST button. R30-sec : the insulation resistance measured at the 30 seconds after pressing the TEST button. R15-sec : the insulation resistance measured at the 15 second after pressing the TEST button.
NOTE: R30-sec or R15-sec can be set in setup mode NOTE: Countdown time interval can be set in setup mode
If the reading for DAR is bigger than 1.3 or PI is bigger than 2, it indicate a good insulation quality. When the measured resistance is higher than the maximum range, the screen will display “Err” symbol for PI/DAR value.

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Show the measured values after the PI test is completed
PI=R10-min/R1-min

1M 0
PI

10M 100M 1G

10G 100G

Press

1M 0
PI

10M 100M 1G

10G 100G

R1-min

SETUP

Press

1M 0
PI

10M 100M 1G

10G 100G

R10-min

Show the measured values after the DAR test is completed
DAR=R1-min/R30-sec

1M 10M 100M 1G 0
DARD

10G 100G

Press

10M 100M 1G

10G 100G

R30-sec

SETUP

Press

10M 100M 1G 1M 0
DAR

10G 100G

R1-min

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Show the measured values after the countdown timer test is completed

10M 100M 1G

APO
10G 100G

Press

10M 100M 1G

APO
10G 100G

SETUP

Press

10M 100M 1G

APO A 10G 100G

Using the Store function
Store/Recall button : 1. Press Store/Recall button to store the test result. The screen
will show MEM symbol and the number of stored data when the Store/Recall button is pressed. 2. In PI / DAR mode, Insulation, and Earth-bond resistance, Store / Recall button is only available when the individual test is completed. 3. Up to 1500 recordings / recording sets of each function (Voltage, Continuity, Capacitance, Insulation, PI, DAR). 4. In Insulation, PI / DAR mode, the meter saves 3 different readings at the same time (Recording Set).

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Mode
Insulation
PI mode
DAR mode Earth-bond Resistance
Voltage Capacitance

Recording Set

Output Voltage Leakage Current

PI value DAR value Resistance

R1-min
R30-Sec or R15-Sec

Voltage Capacitance

Insulation Resistance
R10-min
R1-min

Delete the last one recording set in the mode

10M 100M 1G

10G 100G

Press>5Sec until the LCD shows dEL

5 Sec Del Last

MEM

MEM
M

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Using the Recall function
Press the Store/Recall button 2 sec to enter/exit the RECALL mode. If the memory is empty, the meter will display the “nOnE ” symbol.
Search the stored value under RECALL mode

MEM
M

Press
SETUP
Press

MEM
M
MEM
M

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Read the stored value of insulation test under RECALL mode
In RECALL mode, press STORE button can show the insulation resistance, test voltage, and leakage current of the selected reading set.

10M 100M 1G

APO
10G 100G

Press>2Sec
Insulation Resistance

RECALL MEM

Leakage Current

M
Press
RECALL
MEM
VDC
Press
RECALL
MEM

Press>2Sec
RECALL
Test Voltage

A
Press
RECALL

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Read the stored value of PI test under RECALL mode
In RECALL mode, press STORE button can show insulation resistance of the selected reading set.

MEM Press

RECALL

PI
Press

MEM

R1-min

Press

MEM
M

R10-min

Read the stored value of DAR test under RECALL mode
In RECALL mode, press STORE button can show insulation resistance of the selected reading set.

MEM Press

RECALL

Press

MEM
M

R15-Sec or
R30-Sec

Press

MEM
M

R1-min

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Auto Power Off (Battery Saver)

APO

VAC

30min

LPF V
OFF
OFF

Restore power by switching rotator or by pressing any button.
Auto Backlight
The backlight is automatically turned on at dark environment.
Power-up options :
Press the following button while turning meter on from OFF position. Test button : display of the software version. Store button : Reset all stored data Lock button : Show the full display of the LCD Function button : Enter Setup Mode

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Setup Mode

Function

Options

Default

Automatic Backlight

On, Off

Continuity short current

20mA, 200mA

200mA

Pass threshold of Insulation Resistance

0.5, 10, 20, 50, 100, 200, 500, 1000M

100M

Pass threshold of Earth-bond Continuity

0.5, 1, 2, 3, 4, 5, 10, 20, 30, 40

Direction of Continuity

Single, Bi-directional Single

DAR Timer Count-down Timer APO Timer

15, 30s
1 minute to 40 minutes
Off, 10, 20, 30, 40, 50, 60 minutes

30s 1 minute 30 minutes

Delete All Recording Of Earthbond Continuity

Yes, No

Delete All Recording Of Insulation Resistor

Yes, No

Delete All Recording Of Voltage Yes, No

Delete All Recording Of Capacitance

Yes, No

Delete All Recording Of PI

Yes, No

Delete All Recording Of DAR Yes, No

Reset

Yes, No

1. Press the Test button to select the function to be adjusted. 2. Press the Function button and Comp button to adjust the
options. 3. Press the Lock button to record the option.

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Battery and Fuse Replacement
Refer to the following figure to replace fuse and the batteries :

3
1
Caution
· Use only a fuse with the amperage, interrupt, voltage, and speed rating specified.
· Fuse rating : Fast, 315mA, 1000V, at least 10kA Interrupt Rating.
· Replace battery as soon as low battery indicator blinks / appears to avoid false reading.
· When the battery is too low for reliable operation , the meter displays ” bAtt “. The meter will not operate at all until the battery is replaced.
· 1.5V x 4 alkaline batteries. 22

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Testing the fuse
TEST
TEST
0

EN
TEST

· Remove the test leads before testing the fuse. · If the display reading is FUSE, the fuse is bad and should be
replaced.

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Specifications
General Specifications Display Count : 4000 counts. Overrange display : ” >OL Reading ” or ” >-OL Reading ” Conversion Rate : 2 times / second Dimensions (W x H x D) : 96mm x207mm x 54mm with holster Weight : 630g including battery. Power requirement : AA size ALKALINE Battery * 4 Batteries Life : 1.5 AA ALKALINE battery

Resistance Measurements : Tester can perform at least 2600 earth-bond resistance measurements with new alkaline batteries at room temperature. These are standard tests of 1 with a duty cycle of 5 seconds on and 25 seconds off.

Insulation test: Tester can perform at least 1100 insulation tests with new alkaline batteries at room temperature. These are standard tests of 1 M at 1000 V with a duty cycle of 5 seconds on and 25 seconds off.

Installation Category : IEC/EN 61010-1, IEC/EN 61010-2-034 Compliance to EN 61557 : IEC/EN 61557-2:2019
IEC/EN 61557-4:2019 EMC : EN 61326-1

CAT II

Application field
It is applicable to test and measuring circuits connected directly to utilization points (socket outlets and similar points) of the low-voltage MAINS installation.

It is applicable to test and measuring circuits connected III to the distribution part of the building’s low-voltage MAINS
installation.

It is applicable to test and measuring circuits connected at the source of the building’s low-voltage MAINS installation

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Environmental Conditions
Indoor Use Pollution degree : 2 Operating altitude : 2000m (6562ft) Operating temperature : Non-condensing <5°C,
5°C ~ 30°C ( 80% RH), 30°C ~ 40°C ( 75% RH), 40°C ~ 50°C ( 45%RH) Storage temperature : -20°C to 60°C , 0 to 80% R.H. (batteries not fitted) Temperature Coefficient : 0.15 x (Specified accuracy) /°C, < 20°C or > 26°C . IP Rating : IP40 Shock vibration : Random Vibration per MIL-PRFF Class 2 Drop Protection : 4 feet drop to hardwood on concrete floor.

Electrical Specifications
Accuracy is given as ±(% of reading + counts of least significant digit) at 23°C ± 3°C, with relative humidity Less than 70% R.H., and is specified for 1 year after calibration.
ACV Function · ACV and ACA specifications are ac coupled, true RMS. · For square wave, accuracy is unspecified. · For non-sinusoidal waveforms, Additional Accuracy by Crest
Factor (C.F.): Add 1.0% for C.F. 1.0 to 2.0 Add 2.5% for C.F. 2.0 to 2.5 Add 4.0% for C.F. 2.5 to 3.0
· Max. Crest Factor of Input Signal: 3.0 @ 3000 counts 2.0 @ 4500 counts 1.5 @ 6000 counts
· Frequency Response is specified for sine waveform.
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AC Voltage

Range 600.0V

OL Reading Resolution

Accuracy

660.0V

0.1V

±(1.5%+5D)(50~60Hz) ±(2.0%+5D)(61~400Hz)

Input Impedance: 10M// less than 100pF Frequency Response: 50Hz to 400Hz Overload Protection: AC/DC 600V

DC Voltage

Range 600.0V

OL Reading Resolution

660.0V

0.1V

Input Impedance: 10M Overload Protection: AC/DC 600V

Accuracy ±(1.0%+5D)

Frequency

Range 100.0Hz 1000Hz

OL Reading Resolution

100.0Hz

0.1Hz

1100Hz

1Hz

ACV Minimum Sensitivity: > 60V Minimum Frequency: 10Hz Overload Protection: AC/DC 600V

Accuracy ±(1.0%+3D)

Low Pass Filter Available for ACV Add ±4% to specified accuracy @ 50 to 60Hz Accuracy is specified for 50 to 60Hz Cut- off Frequency(-3dB): 1kHz Overload Protection: AC/DC 600V
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Capacitor

Range 100.0nF 1000nF 10.00uF

OL Reading Resolution

100.0nF

0.1nF

1000nF

1nF

11.00uF

0.01uF

Overload Protection: AC/DC 600V

EN
Accuracy ±(3.0%+10D) ±(3.0%+5D)

Earth-bond Resistance (Continuity)

Range 40.00 400.0 4.000k 40.00k

OL Reading Resolution

40.00

0.01

400.0

0.1

4.000k

0.001k

44.00k

0.01k

Accuracy ±(1.5%+5D)*
±(1.5%+3D)

* <1.00 add 3dgt * output current mode in 20mA add 10dgt * Automatic bi-directional test mode add 0.5%+5D Output Current: >200mA @ <2 or >20mA@ <2 Output Voltage: >4V

Insulation Resistance

Range 400.0k 4.000M 40.00M 400.0M 4.000G 40.0G 200G

OL Reading Resolution

400.0k

0.1k

4.000M 0.001M

40.00M

0.01M

400.0M

0.1M

4.000G

0.001G

40.0G

0.1G

220G

Accuracy* ±(2.5%+5D) ±(20%+3D)

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* Above specifications only apply when high quality silicone leads with test clips are being used with no hands touch. Test Voltage vs. Maximum resistance range: 50V/10.0G, 100V/20.0G, 250V/40.0G, 500V/100G, 1000V/200G Test Voltage vs. Minimum resistance range: 50V/50.0k, 100V/100.0k, 250V/250.0k, 500V/0.500M, 1000V/1.000M Short Circuit Test Current: <2mA, +0%, -50% Test Voltage Accuracy: -0%, +2%+2V Auto discharge function: discharge time <1 sec for C 1uF Maximum Capacitive load: Operable with up to 1uF load Live Circuit Detection: if 30V ac/dc at inputs, test inhibited

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Limited Warranty This meter is warranted to the original purchaser against defects in material and workmanship for 3 years from the date of purchase. During this warranty period, Manufacturer will, at its option, replace or repair the defective unit, subject to verification of the defect or malfunction. This warranty does not cover fuses, disposable batteries, or damage from abuse, neglect, accident, unauthorized repair, alteration, contamination, or abnormal conditions of operation or handling. Any implied warranties arising out of the sale of this product, including but not limited to implied warranties of merchantability and fitness for a particular purpose, are limited to the above. The manufacturer shall not be liable for loss of use of the instrument or other incidental or consequential damages, expenses, or economic loss, or for any claim or claims for such damage, expense or economic loss. Some states or countries laws vary, so the above limitations or exclusions may not apply to you.

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ACV DCV

·
· ·
·
·
·
· · ·
·
· · · 30Vac rms 42 Vac 60 Vdc
· · · CAT
·CAT III CAT IV
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· IEC 61010-031
· · · ·

DC AC UL STD 61010-1 61010-2-034

30 V (OL)
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m L nk 0

1M 10M 100M LOCK TEST

AutoSense

APO

1GK 10GK MEM
A

6100GK

RENPIDAR COMPARE

MGK HzV LPF

VAC S DC 0

MGK

m FA

SETUP

5 Sec Del Last

RECALL PI/DAR/t PASS
TEST
LPF
V OFF

TRUE RMS

V >660V INSULATION COM

315mA FUSED

CAT IV 600V

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ACV DCV

0
AutoSense

6 00
Hz
VAC

0
AutoSense

6 00
VDC

30V

LPF

V
INSULATION
COM

ACV DCV>1V 660Vac/dc> 660Vac/dc
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DUT V-COM AC/DC 600V

F
COMP STORE LOCK
V
INSULATION
COM

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L nk

L nk
L nk

(BLE) V5.0 6m QR APPA Connect APPA Connect DMM LCD

Google Play APPA Connect

iTune Store APPA Connect

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ACV DCV LPF

0
AutoSense

6 00
Hz
VAC

SETUP
Press

6 00

Hz
VAC

SETUP
Press

6 00

VDC

SETUP
Press

6 00

LPF
VAC

SETUP
Press

Press>2Sec2
SETUP

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100

1 K

mA 10 K 100 K

Press &

TEST

hold

100 TEST

1 K

mA 10 K 100 K

0
COM

1. (a) (b) (c) <10 LCD ->0<-
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2. 3.

10M 100M 1G

10G 100G

Press>1S1ec

TEST

10M 100M 1G TEST

10G 100G

TEST
=

500V

V
INSULATION
COM

500V

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1. 30V>30V
2.
3. 1
4.
5.

10M 100M 1G

10G 100G

Press

10M 100M 1G

10G 100G

COMPARE

0.5M 10M20M50M100M200M500M 1000M
0.5 1234510203040
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Pass

PI DAR

10M 100M 1G

10G 100G

Press>22Sec

LOCK
PI/DAR/t

1M 0
PI

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

1M 10M 100M 1G 0
DAR

10G 100G

Press

LOCK
PI/DAR/t

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

Press>2S2ec
LOCK
PI/DAR/t

PI DAR PI DAR

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PI R10-min R1-min DAR R1-min R30-sec R15-sec
R10-min 10 R1-min 1 R30-sec 30 R15-sec 15
R30-sec R15-sec
DAR 1.3 PI 2 PI DAR Err

PI
PI R10-min R1-min

1M 0
PI

10M 100M 1G

10G 100G

Press

1M 0
PI

10M 100M 1G

10G 100G

R1-min

SETUP

Press

1M 0
PI

10M 100M 1G

10G 100G

R10-min

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DAR
DAR R1-min R30-sec

1M 10M 100M 1G 0
DARD

10G 100G

Press

10M 100M 1G

10G 100G

R30-sec

SETUP

Press

1M 10M 100M 1G 0
DAR

10G 100G

R1-min

Press 1M

10M 100M 1G

APO
10G 100G

10M 100M 1G

APO
10G 100G

SETUP

Press

10M 100M 1G

APO A 10G 100G

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1.
MEM 2. PI DAR
3. 1500
PIDAR 4. PI DAR 3

PI DAR

R1-min R30-Sec
R15-Sec

R10-min R1-min

1M 10M 100M 1G 10G

100G

Press>55Sec until thLCeDLCDshdoEwL sdEL

5 S5 ec Del Last

MEM

MEM
M

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2 nOnE

MEM

Press
SETUP

MEM
M

M Press

MEM
M

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10M 100M 1G

APO
10G 100G

Press>2S2ec
Insulation Resistance

RECALL
MEM

Leakage Current

M
Press
RECALL
MEM
VDC
Press
RECALL
MEM

Press>2S2ec

RECALL
TVeoslttage

Press

RECALL

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MEM Press

RECALL

PI
Press

MEM

R1-min

Press

MEM

R10-min

DAR

MEM Press

RECALL

Press

MEM
M

R15-Sec or
R30-Sec

Press

MEM
M

R1-min

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APO

VAC

30min

LPF V
OFF
OFF

(OFF) LCD

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DAR APO

20mA200mA

200mA

0.5102050 100200500 1000M

100M

0.512345 10203040

1530

1 40

102030 405060

DAR

1. 2. Comp 3.

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3
1

·
·315mA1000V 10kA
· · bAtt
·1.5V x 4
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TEST
TEST
0

TC
TEST

· · FUSE

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4000 >OL >-OL 2 x x 96mm x 207 mm x 54mm 630g 4 AA 1.5 AA

2600 1 5 25

1100 1000 V 1M 5 25

IEC/EN 61010-1IEC/EN 61010-2-034 EN 61557 IEC/EN 61557-2:2019
IEC/EN 61557-4:2019 EMCEN 61326-1

CAT

III

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2 2000m (6562ft) <5
5 ~ 30 ( 80% RH) 30 ~ 40 ( 75% RH) 40 ~ 50 ( 45%RH) -20 600 80% R.H. 0.15 x/< 20 > 26 IP IP40 MIL-PRFF 2 4

23° C ± 3° C 70% R.H. ±(% + )
ACV ·ACV ACA · · (C.F.)
C.F. 1.0 ~ 2.0 1.0% C.F. 2.0 ~ 2.5 2.5% C.F. 2.5 ~ 3.0 4.0% · 3000 3.0
4500 2.0 6000 1.5 ·

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600.0V

660.0V

0.1V

10M // 100pF 50Hz 400Hz AC/DC 600V

600.0V

OL 660.0V

10M AC/DC 600V

0.1V

TC
±(1.5%+5 )
(50~60Hz) ±(2.0%+5 )
(61~400Hz)
±(1.0%+5 )

100.0Hz 1000Hz

OL 100.0Hz 1100Hz

ACV > 60V 10Hz AC/DC 600V

0.1Hz 1Hz

±(1.0%+3 )

ACV 50 60Hz ±4% 50 60Hz (-3dB)1kHz AC/DC 600V
53

606

100.0nF 1000nF 10.00uF

OL 100.0nF 1000nF 11.00uF

AC/DC 600V

0.1nF 1nF 0.01uF

TC
±(3.0%+10 ) ±(3.0%+5 )

40.00 400.0 4.000k 40.00k

OL 40.00 400.0 4.000k 44.00k

0.01 0.1 0.001k 0.01k

±(1.5%+5 )*
±(1.5%+3 )

*<1.00 + 3 * 20mA 10 * 0.5%+5 >200mA @ <2 >20mA@ <2 >4V

400.0k 4.000M 40.00M 400.0M 4.000G 40.0G 200G

OL 400.0k 4.000M 40.00M 400.0M 4.000G 40.0G 220G

0.1k 0.001M 0.01M 0.1M 0.001G 0.1G 1G

* ±(2.5%+5 ) ±(20%+3 )

606

* vs. 50V/10.0G100V/20.0G250V/40.0G 500V/100G1000V/200G vs. 50V/50.0k100V/100.0k250V/250.0k 500V/0.500M1000V/1.000M <2mA+0%-50% -0%+2%+2V C 1uF <1 1uF 30V ac/dc

606

ACV DCV

·
· ·
·
·
·
· · ·
·
· · · 30Vac rms 42 Vac 60 Vdc
· · · CAT
·CAT III CAT IV
56

606

· IEC 61010-031
· · · ·

DC AC UL STD 61010-1 61010-2-034

30 V (OL)
57

606

m L nk 0

1M 10M 100M LOCK TEST

AutoSense

APO

1GK 10GK MEM
A

6100GK

RENPIDAR COMPARE

MGK HzV LPF

VAC S DC 0

MGK

m FA

SETUP

5 Sec Del Last

RECALL PI/DAR/t PASS
TEST
LPF
V OFF

TRUE RMS

V >660V INSULATION COM

315mA FUSED

CAT IV 600V

606

ACV DCV

0
AutoSense

6 00
Hz
VAC

0
AutoSense

6 00
VDC

30V

LPF

V
INSULATION
COM

ACV DCV>1V 660Vac/dc> 660Vac/dc
59

606

DUT V-COM AC/DC 600V

F
COMP STORE LOCK
V
INSULATION
COM

606

L nk

L nk
L nk

(BLE) V5.0 6m QR APPA Connect APPA Connect DMM LCD

Google Play APPA Connect

iTune Store APPA Connect

606

ACV DCV LPF

0
AutoSense

6 00
Hz
VAC

SETUP
Press

6 00

Hz
VAC

SETUP
Press

6 00

VDC

SETUP
Press

6 00

LPF
VAC

SETUP
Press

Press>2Sec2
SETUP

606

100

1 K

mA 10 K 100 K

Press &

TEST

hold

100 TEST

1 K

mA 10 K 100 K

0
COM

1. (a) (b) (c)
<10 LCD ->0<-
63

606

2. 3.

10M 100M 1G

10G 100G

Press>1S1ec

TEST

10M 100M 1G TEST

10G 100G

TEST
=

500V

V
INSULATION
COM

500V

606

1. 30V>30V
2.
3. 1
4.
5.

10M 100M 1G

10G 100G

Press

10M 100M 1G

10G 100G

COMPARE

0.5M 10M20M50M100M200M500M 1000M
0.5 1234510203040
65

606

Pass

PI DAR

10M 100M 1G

10G 100G

Press2>2Se`c

LOCK
PI/DAR/t

1M 0
PI

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

1M 10M 100M 1G 0
DAR

10G 100G

Press

LOCK
PI/DAR/t

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

Press>2S2ec
LOCK
PI/DAR/t

PI DAR PI DAR

606

PI R10-min R1-min DAR R1-min R30-sec R15-sec
R10-min 10 R1-min 1 R30-sec 30 R15-sec 15
R30-sec R15-sec
DAR 1.3 PI 2 PI DAR Err

PI
PI R10-min R1-min

1M 0
PI

10M 100M 1G

10G 100G

Press

1M 0
PI

10M 100M 1G

10G 100G

R1-min

SETUP

Press

1M 0
PI

10M 100M 1G

10G 100G

R10-min

606

DAR
DAR R1-min R30-sec

1M 10M 100M 1G 0
DARD

10G 100G

Press

10M 100M 1G

10G 100G

R30-sec

SETUP

Press

1M 10M 100M 1G 0
DAR

10G 100G

R1-min

Press 1M

10M 100M 1G

APO
10G 100G

10M 100M 1G

APO
10G 100G

SETUP

Press

10M 100M 1G

APO A 10G 100G

606

1.
MEM 2. PI DAR
3. 1500
PIDAR 4. PI DAR 3

PI DAR

R1-min R30-Sec
R15-Sec

R10-min R1-min

1M 10M 100M 1G 10G

100G

Press>55Sec until thLCeDLCDshdoEwL sdEL

5 S5 ec Del Last

MEM

MEM
M

606

2 nOnE

MEM

Press
SETUP

MEM
M

M Press

MEM
M

606

10M 100M 1G

APO
10G 100G

Press>2S2ec
Insulation Resistance

RECALL
MEM

Leakage Current

M
Press
RECALL
MEM
VDC
Press
RECALL
MEM

Press>2S2ec

RECALL
TVeoslttage

Press

RECALL

606

MEM Press

RECALL

PI
Press

MEM

R1-min

Press

MEM
M

R10-min

DAR

MEM Press

RECALL

Press

MEM
M

R15-Sec or
R30-Sec

Press

MEM
M

R1-min

606

APO

VAC

30min

LPF V
OFF
OFF

(OFF) LCD

606

DAR APO

20mA200mA

200mA

0.5102050 100200500 1000M

100M

0.512345 10203040

1530

1 40

102030 405060

DAR

1. 2. Comp 3.

606

3
1

·
·315mA1000V 10kA
· · bAtt
·1.5V x 4
75

606

TEST
TEST
0

SC
TEST

· · FUSE

606

4000 >OL >-OL 2 x x 96mm x 207 mm x 54mm 630g 4 AA 1.5 AA

2600 1 5 25

1100 1000 V 1M 5 25

IEC/EN 61010-1IEC/EN 61010-2-034 EN 61557 IEC/EN 61557-2:2019 IEC/EN 61557-4:2019 EMCEN 61326-1

CAT

III

606

2 2000m (6562ft) <5
5 ~ 30 ( 80% RH) 30 ~ 40 ( 75% RH) 40 ~ 50 ( 45%RH) -20 600 80% R.H. 0.15 x/< 20 > 26 IP IP40 MIL-PRFF 2 4

23° C ± 3° C 70% R.H. ±(% + )
ACV ·ACV ACA · · (C.F.)
C.F. 1.0 ~ 2.0 1.0% C.F. 2.0 ~ 2.5 2.5% C.F. 2.5 ~ 3.0 4.0% · 3000 3.0
4500 2.0 6000 1.5 ·

606

600.0V

660.0V

0.1V

10M // 100pF 50Hz 400Hz AC/DC 600V

600.0V

OL 660.0V

10M AC/DC 600V

0.1V

SC
±(1.5%+5 )
(50~60Hz) ±(2.0%+5 )
(61~400Hz)
±(1.0%+5 )

100.0Hz 1000Hz

OL 100.0Hz 1100Hz

ACV > 60V 10Hz AC/DC 600V

0.1Hz 1Hz

±(1.0%+3 )

ACV 50 60Hz ±4% 50 60Hz (-3dB)1kHz AC/DC 600V
79

606

100.0nF 1000nF 10.00uF

OL 100.0nF 1000nF 11.00uF

AC/DC 600V

0.1nF 1nF 0.01uF

SC
±(3.0%+10 ) ±(3.0%+5 )

40.00 400.0 4.000k 40.00k

OL 40.00 400.0 4.000k 44.00k

0.01 0.1 0.001k 0.01k

±(1.5%+5 )*
±(1.5%+3 )

*<1.00 + 3 * 20mA 10 * 0.5%+5 >200mA @ <2 >20mA@ <2 >4V

400.0k 4.000M 40.00M 400.0M 4.000G 40.0G 200G

OL 400.0k 4.000M 40.00M 400.0M 4.000G 40.0G 220G

0.1k 0.001M 0.01M 0.1M 0.001G 0.1G 1G

* ±(2.5%+5 ) ±(20%+3 )

606

* vs. 50V/10.0G100V/20.0G250V/40.0G500V/100G 1000V/200G vs. 50V/50.0k100V/100.0k250V/250.0k 500V/0.500M1000V/1.000M <2mA+0%-50% -0%+2%+2V C 1uF <1 1uF 30V ac/dc

606

ACVDCV

·
·
·
·
·
· /
· 1
·
·
·
·
·
82

606

·30Vac42 Vac60Vdc
· · · · III IV

DC AC Bluetooth EU UL 61010-161010-2-034

606

30V OL

606

m L nk 0

1M 10M 100M LOCK TEST

AutoSense

APO

1GK 10GK MEM
A

6100GK

RENPIDAR COMPARE

MGK HzV LPF

VAC S DC 0

MGK

m FA

SETUP

5 Sec Del Last

RECALL PI/DAR/t PASS
TEST

LPF
V OFF

TRUE RMS

V >660V INSULATION COM

315mA FUSED

CAT IV 600V

606

ACV/DCV

0
AutoSense

6 00
Hz
VAC

0
AutoSense

6 00
VDC

30V

LPF

V
INSULATION
COM

ACV DCV (>1V) 660Vac/dc > 660Vac/dc
86

606

DUT V-COM AC/DC 600V

F
COMP STORE LOCK

V
INSULATION
COM

606

L nk

L nk
L nk

Bluetooth Low Energy(BLE)V5.0 6m QR APPA Connect LINK APPA Connect DMM LINK LCD

Google Play APPA Connect

iTune Store APPA Connect

606

/ACV/DCV/LPF

0
AutoSense

6 00
Hz
VAC

SETUP
Press

6 00

Hz
VAC

SETUP
Press

2Press>2Sec
SETUP

6 00

VDC

SETUP
Press

6 00

LPF
VAC

SETUP
Press

606

100

1 K

mA 10 K 100 K

Press
& hold

TEST

100 TEST

1 K

mA 10 K 100 K

0
COM

1. (a) (b) (c) 10 “->0<-”
90

606

2. / 3. >

10M 100M 1G

10G 100G

1 Press>1Sec

TEST

10M 100M 1G TEST

10G 100G

TEST
=

500V

V
INSULATION
COM

500V

606

1. 30V>30V
2.
3. 1/
4.
5.>

10M 100M 1G

10G 100G

Press

10M 100M 1G

10G 100G

COMPARE

0.5M 10M 20M 50M 100M 200M 500M 1000M
0.5 1 2 3 4 5 10 20 30 40
92

606

PASS

PI/DAR

10M 100M 1G

10G 100G

2 Press>2Sec

LOCK
PI/DAR/t

1M 0
PI

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

1M 10M 100M 1G 0
DAR

10G 100G

2Press>2Sec
LOCK
PI/DAR/t

Press

LOCK
PI/DAR/t

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

PI/DAR / PI/DAR / /

606

PI( )=R10-min/R1-min DAR( )=R1-min/(R30-sec R15-sec)
R10-min 10 R1-min 1 R30-secc 30 R15-sec 15
R30-sec R15-sec
DAR 1.3 PI 2 PI/DAR Err

PI
PI=R10-min/R1-min

1M 0
PI

10M 100M 1G

10G 100G

Press

1M 0
PI

10M 100M 1G

10G 100G

R1-min

SETUP

Press

1M 0
PI

10M 100M 1G

10G 100G

R10-min

606

DAR
DAR=R1-min/R30-sec

1M 10M 100M 1G 0
DARD

10G 100G

Press

10M 100M 1G

10G 100G

R30-sec

SETUP

Press

1M 10M 100M 1G 0
DAR

10G 100G

R1-min

Press 1M

10M 100M 1G

APO
10G 100G

10M 100M 1G

APO
10G 100G

SETUP

Press

10M 100M 1G

APO A 10G 100G

606

/ 1. /
/ MEM 2. PI/DAR / 3. ( PIDAR) 1500 / 4. PI/DAR 3 ( )

PI
DAR

PI DAR

R1-min R30-Sec or R15-
Sec

R10-min R1-min

10M 100M 1G

10G 100G

LCDPredsEsL>5Sec until the5LCD showsdEL

>5 5 SDecel DLeal Lsat st

MEM

MEM
M

606

/ 2 / nOnE

MEM

Press
SETUP

MEM
M

M Press

MEM
M

606

10M 100M 1G

APO
10G 100G

2 Press>2Sec

RECALL

Insulation

Resistance

MEM

Leakage Current

M
Press
RECALL
MEM
VDC
Press
RECALL
MEM

2Press>2Sec

RECALL
TVeoslttage

Press

RECALL

606

MEM Press

RECALL

PI
Press

MEM
M

R1-min

Press

MEM
M

R10-min

DAR

MEM Press

RECALL

Press

MEM
M

RR115–SSeecc or
RR3300–SSeecc

Press

MEM
M

R1-min

606

APO

VAC

3300min

LPF V
OFF
OFF

OFF LCD

100

606

20mA 200mA

200mA

0.5 10 20 50 100 200 500 100M 1000M
0.5 1 2 3 4 5 10 20 30 2 40

DAR 15 30

1 40

APO

Off10 20 30 40 50 60

DAR

1. 2. Comp
3.

101

606

3
1

·
·315 mA1000 V10 kA
· /
· bAtt
·1.5V x 4 102

606

TEST
TEST
0

JP
TEST

· · FUSE

103

606

4000 >OL >-OL 2 x x 96mm x207mm x 54mm 630g 3 *4 1.5 3

2600 5 /25 1

1100 5 /25 1000V/1M

IEC/EN 61010-1 IEC/EN 61010-2-034 EN 61557 IEC/EN 61557-2:2019
IEC/EN 61557-4:2019 EMCEN 61326-1

AC ( )

III

104

606

2 6562ft (2000m) <5
530(80%RH) 3040(75%RH) 4050(45%RH) -2060080% RH 0.15 x () / < 20> 26 IP: IP40 MIL-PRFF2 4 ft1.2m

70% 23 ± 3 ± ( % + ) 1
ACV · ACVACAAC · · C.F.
: 1.0%C.F.1.02.0 2.5%C.F.2.02.5 4.0%C.F.2.53.0 ·3.03000
2.04500 1.56000 ·
105

606

600.0V

OL 660.0V

0.1V

±(1.5%+5 ) (50 60Hz)
±(2.0%+5 ) (61 400Hz)

10M // 100pF 50Hz400Hz AC/DC 600V

600.0V

OL 660.0V

0.1V

10M AC/DC 600V

±(1.0%+5 )

100.0Hz 1000Hz

OL 100.0Hz 1100Hz

0.1Hz 1Hz

ACV> 60V 10Hz AC/DC 600V

±(1.0%+3 )

ACV 5060Hz±4% 5060Hz (-3dB)1kHz AC/DC 600V
106

606

100.0nF 1000nF 10.00uF

OL 100.0nF 1000nF 11.00uF

0.1nF 1nF 0.01uF

AC/DC 600V

±(3.0%+10 )
±(3.0%+5 )

40.00 400.0 4.000k 40.00k

OL 40.00 400.0 4.000k 44.00k

0.01 0.1 0.001k 0.01k

±(1.5%+5 )*
±(1.5%+3 )

* <1.003 *(20 mA)10 *0.5%+5 <2 >200mA <2 >20mA > 4V

400.0k 4.000M 40.00M 400.0M 4.000G 40.0G 200G

OL 400.0k 4.000M 40.00M 400.0M 4.000G 40.0G 220G

0.1k 0.001M 0.01M 0.1M 0.001G 0.1G 1G

* ±(2.5%+5 ) ±(20%+3 )

107

606

* / 50V/10.0G, 100V/20.0G, 250V/40.0G, 500V/100G, 1000V/200G / 50V/50.0k, 100V/100.0k, 250V/250.0k, 500V/0.500M, 1000V/1.000M <2mA +0% -50% -0% +2%+2V C 1uF <1 1uF 30V AC/DC

3
108

606

/ , , , .

· , .
· , .
· , , .
· , . .
· , , .
· , , , / .
· , – . · ,
. · ,
109

606

, , . · . · , . · . · 30 . , 42 . 60 . . . · , . · , . · , , . · CAT III CAT IV. · , , , III IV IEC 61010-031
110

606

. ·
, . · , . . · , . · , .

111

606

,
. Bluetooth . , 61010-1 61010-2-034

« » , , , 30 (OL).

112

606

. , . .

. .

113

606

m L nk 0

1M 10M 100M LOCK TEST

AutoSense

APO

1GK 10GK MEM
A

6100GK

RENPIDAR COMPARE

MGK HzV LPF

VAC S DC 0

MGK

m FA

SETUP

5 Sec Del Last

RECALL PI/DAR/t PASS
TEST
LPF
V OFF

TRUE RMS

V >660V INSULATION COM

315mA FUSED

CAT IV 600V

114

606

/ :

0
AutoSense

6 00
Hz
VAC

0
AutoSense

6 00
VDC

30V

LPF

V
INSULATION
COM

: ACV DCV (> 1 ). 660 ./. , «> 660Vac/dc».
115

606

, ; , . 600 / V-COM.

F
COMP STORE LOCK

V
INSULATION
COM

116

606

L nk

L nk
L nk

Bluetooth (BLE) V5.0. — 6 . APPA Connect QR-. LINK APPA Connect DMM. LINK.

APPA Connect Google Play

APPA Connect iTune Store

117

606

/ / ,

0
AutoSense

6 00
Hz
VAC

SETUP
Press

6 00

Hz
VAC

SETUP
Press

Press>2Se2c
SETUP

6 00

VDC

SETUP
Press

6 00

LPF
VAC

Press SETUP

118

606

( ) . . , . .

()

100

1 K

mA 10 K 100 K

Press &
hold

TEST

100 TEST

1 K

mA 10 K 100 K

COM

119

606

1. : (a) . (b) . . « ». (c) , . < 10 , , – «->0<-».
2. : , . , . , /. 3. «>», , , .

120

606

10M 100M 1G

10G 100G

Press>1Se1c
TEST

10M 100M 1G TEST

10G 100G

TEST
=

500V

V
INSULATION
COM

550000V

1. : . 30 , «> 30V». .
2. , , .
3. : , .
121

606

, ( 1 ). , /. 4. , ( ). , , . 5. «>», , , .

10M 100M 1G

10G 100G

Press

10M 100M 1G

10G 100G

COMPARE

: 0,5, 10, 20, 50, 100, 200, 500, 1000 .
: 0,5, 1, 2, 3, 4, 5, 10, 20, 30, 40 .
, , ,
122

606

PI/DAR/

10M 100M 1G

10G 100G

Press>2S2ec

LOCK
PI/DAR/t

1M 0
PI

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

10M 100M 1G 1M 0
DAR

10G 100G

Press

LOCK
PI/DAR/t

10M 100M 1G

10G 100G

Press

LOCK
PI/DAR/t

Press>2Se2c
LOCK
PI/DAR/t

, / PI/ DAR. PI/DAR, / / .

123

606

PI ( ) = R10-/R1- DAR ( )=R1-/ (R30- R15-) :
R10-: , 10 . R1-: , 1 . R30-: , 30 . R15-: , 15 .
. R30- R15- .
DAR 1,3 PI 2, . , «Err» PI/DAR.

124

606

PI
PI=R10-/R1-

1M 0
PI

10M 100M 1G

10G 100G

Press

1M 0
PI

10M 100M 1G

10G 100G

R1-min

SETUP

Press

1M 0
PI

10M 100M 1G

10G 100G

R10-min

DAR
DAR=R1-/R30-

1M 10M 100M 1G 0
DARD

10G 100G

Press

10M 100M 1G

10G 100G

R30-sec

SETUP

Press

10M 100M 1G 1M 0
DAR

10G 100G

R1-min

125

606

Press 1M

10M 100M 1G

APO
10G 100G

10M 100M 1G

APO
10G 100G

SETUP

Press

APO 1M 10M 100M 1G 10G

A 100G

/: 1. /
. / MEM . 2. PI / DAR, / . 3. 1500 / (, , , , PI, DAR). 4. PI / DAR 3 ( ).

126

606

R1-

DAR DAR R30- R15-

R10-
R1-

1M 10M 100M 1G 10G

100G

Press>5Sec >un5til, theLCDshdoEwLsdEL
> 5 –5Sec DelLast

MEM

MEM
M

127

606

/ 2 , . , «nOnE».

MEM

Press
SETUP

MEM
M

M Press

MEM
M

128

606

.
, , .

10M 100M 1G

APO
10G 100G

Press>2S2ec Insulation Resistance

RECALL
MEM

Leakage Current

Press

RECALL

MEM
VDC

Press

RECALL

Press>2Se2c

RECALL
Test Voltage

MEM

Press

RECALL

129

606

PI .
,
.

MEM

Press

RECALL

PI
Press

MEM

R1-min

Press

MEM
M

R10-min

DAR .
,
.

MEM Press

RECALL

Press

MEM
M

R15-Sec or R30-Sec

Press

MEM
M

R1-min

130

606

( )

APO

VAC

30 min

LPF V
OFF
OFF

, , .

:
, . : . : : :

131

606

DAR

., .
20 , 200
0,5, 10, 20, 50, 100, 200, 500, 1000
0,5, 1, 2, 3, 4, 5, 10, 20, 30, 40
, 15, 30

140

., 10, 20, 30, 40, 50, 60 ,
, , ,

PI ,

DAR ,

. 200
100
2
30 1 30

1. , .
2. Comp .
3. .

132

606

. :

3
1

· , , .
· : , 315 , 1000 , . 10 .
· , , .
· ,
133

606

«bAtt». , . · 4 1,5 .

TEST
TEST
0

TEST

· .
· «FUSE», , .
134

606

: 4000 . : « >OL» « >-OL» : 2 ( x x ): 96 x 207 x 54 : 630 . : AA * 4 : 1,5 AA

: 2600 . 1 5 25 .

: 1100 . 1 1000 5 25 .

: IEC/EN 61010-1, IEC/EN 61010-2-034
EN 61557: IEC/EN 61557-2:2019 IEC/EN 61557-4:2019
: EN 61326-1

135

606

CAT II

, ( . .) .

III ,
.

, .

: 2 : 2000 (6562) : < 5 °C,
5 30°C (. 80 %), 30 40°C (. 75 %), 40 50°C (. 45 %) : -20 60 °C, 0 80 % R.H. ( ) : 0,15 x ( ) / °C, < 20 > 26 °C. IP: IP40 : MIL-PRFF, 2 : 4 .

± (% + ) 23 ± 3 °C, . 70 % .

136

606

ACV · ACV ACA , . · . ·
(): 1,0 % 1,0 2,0
2,5 % 2,0 2,5 4,0 % 2,5 3,0 · . : 3,0 3000 2,0 4500 1,5 6000 · .

600,0

660,0

0,1

± (1,5 % + 5 .) (5060 )
± (2,0 % + 5 .) (61400 )

: 10 // 100 : 50 400 : 600 ./.

600,0

660,0

0,1