Appa 607 Insulation Multimeter User Manual (+ PDF)

Contents hide

1 607 Insulation Multimeter

2 Product Information

3 Product Usage Instructions

3.1 Documents / Resources

3.1.1 References

607 Insulation Multimeter

Product Information

The EN Insulation Multimeter 607 is a device used for measuring
a variety of electrical parameters, such as AC/DC voltage,
resistance, continuity, diode testing, capacitance, AC/DC current,
and insulation resistance. The device has a 10000 counts LCD
display and push-buttons for features. The rotary switch is used to
turn the power on/off and select the desired insulation function.
The device is equipped with double or reinforced insulation and
conforms to EU directives. The device has a test voltage range of
50V / 100V / 250V / 500V / 1000V.

Product Usage Instructions

Preparation and Caution Before Measurement:
Observe the rules, warnings, and cautions. When connecting the test
leads to the DUT (Device Under Test), connect the common (mA) test
lead before connecting the live lead; when removing the test leads,
remove the test live lead before removing the common test lead.

Measuring AC/DC Voltage: Turn the rotary switch
to the desired voltage measurement position. Connect the probes to
the circuit and read the voltage value on the LCD display.

Measuring Resistance/Continuity/Diode: Press
the blue button to select the desired measuring function. For diode
testing, connect the probes to the diode and read the value on the
display. For continuity testing, use the buzzer, which sounds when
a short (<30) is detected.

Measuring Capacitance: Turn the rotary switch
to the capacitance measurement position. Connect the probes to the
circuit and read the capacitance value on the LCD display.

Measuring AC/DC Current: Turn the rotary switch
to the desired current measurement position. Connect the probes to
the circuit and read the current value on the LCD display.

Measuring Insulation Resistance: Before
testing, check the fuse (see page 19 for how to check the fuse). To
measure insulation resistance, follow these steps:

Insert test probes in the + and – input terminals.
Turn the rotary switch to the insulation position.
Press the range button to select the test voltage.
Connect the probes to the circuit.
Push and hold the Test button to start the test. The Test and Ω
appear on the display. The secondary display shows the test voltage
applied to the circuit under test. The primary display shows the
resistance.
Keep the probes on the test points and release the Test button.
The resistance reading appears on the primary display until a new
test is started or a different function or range is selected or
>30 V is detected.

Note: Insulation tests should only be performed on
dead circuits.

View Fullscreen

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

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! Read First
! Safety Information
Understand and follow operating instructions carefully. Use the meter only as specified in this manual; otherwise, the protection provided by the meter may be impaired.
! Warning
Identifies hazardous conditions and actions that could cause BODILY HARM or DEATH · When using test leads or probes, keep your fingers behind
the finger guards. · Remove test lead from Meter before opening the battery door
or Meter case. · Use the Meter only as specified in this manual or the
protection by the Meter might be impaired. · Always use proper terminals, switch position, and range for
measurements. · Verify the Meter’s 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. · Only replace the blown fuse with the proper rating as specified in this manual. · Use caution with voltages above 30 Vac rms, 42 Vac peak, or 60 Vdc. These voltages pose a shock hazard. · To avoid false readings that can lead to electric shock and injury, replace battery as soon as low battery indicator blinks/ appears. · Disconnect circuit power and discharge all high-voltage apacitors before testing resistance, continuity, diodes, or capacitance. · Do not use Meter around explosive gas or vapor. · To reduce the risk of fire or electric shock do not expose this product to rain or moisture. · 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.

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· Never attempt a voltage measurement with the test lead inserted into the INSULATION input terminal.
· Avoid working alone so 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. · Do not attempt a current 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 A input terminal.

! CAUTION
· Disconnect the test leads from the test points before changing the position of the function rotary switch.
· Never connect a source of voltage with the function rotary switch in ,,°C ,mA, INSULATION position.
· Do not expose Meter to extremes in temperature or high humidity.
· Never set the meter in ,,°C ,mA, INSULATION function to measure the voltage of a power supply circuit in equipment that could result in damage the meter and the equipment under test.

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Symbols as marked on the Meter and Instruction manual
Risk of electric shock ! See instruction card
DC measurement AC measurement Both direct and alternating current Equipment protected by double or reinforced insulation Battery Earth Conforms to EU directives Application around and removal from hazardous live conductors is permitted Do not discard this product or throw away. Fuse

Unsafe Voltage
To alert you to the presence of a potentially hazardous voltage, when the Tester detects a voltage Ú30 V or a voltage overload (OL) in V, mV, insulation function. The “” symbol is displayed
and High voltage indicator is turned on.

! WARNING
To avoid electric shock and injury, never use standard test probes and INSULATION test probe into the input terminal at the same time.

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The Meter Description
Front Panel Illustration 1. LCD display : 10000 counts . 2. Push-buttons for features. 3. Rotary switch for turn the Power On / Off and select the
function. 4. Input Terminal for Insulation function. 5. Input Terminal for V, , , Hz, °C functions. 6. Common (Ground reference) Input Terminal for all functions
expect Insulation function. 7. Input Terminal for mA or Common Input Terminal for
Insulation function.

1 Display

2 Features

3 Funtions & Power On/Off
4 Insulation

5 V, , , Hz, °C Input

6 Common Input

mA & Insulation

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Making Basic Measurements
Preparation and Caution Before Measurement ! Observe the rules ! Warnings and ! Cautions.

When connecting the test leads to the DUT (Device Under Test) connect the common (mA) test lead before connecting the live lead ; when removing the test leads removing the test live lead before removing the common test lead. The figures on the following pages show how to make basic measurements.

Measuring AC / DC Voltage

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Measuring Resistance / Continuity / Diode

Press the Blue button to select the measuring function.
Testing Diode
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Testing Continuity

The buzzer allows you to quick continuity tests without having to watch the display. The buzzer sounds when a short (< 30) is defected.
Measuring Capacitance

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Measuring Temperature °C / °F

Measuring AC / DC Current
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Measuring Insulation Resistance Select test voltage

Press the Range button to select the test voltage (50V / 100V / 250V / 500V / 1000V)
Lock test voltage

Press the Hold button to lock the test voltage. Press the button again to cancel the lock mode. Make the reading stably Press the Blue button to make the reading stably, the “Smooth” appears on the display. Press the Blue button again to cancel this mode.
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Measuring Insulation Resistance

=
Insulation tests should only be performed on dead circuits. Check the fuse before testing, see page 19 for how to check the fuse. To measure insulation resistance, follow the steps below. 1. Insert test probes in the ” + “and “” input terminals. 2. Turn the rotary switch to Insulation position. 3. Press the Range button to select the test voltage. 4. Connect the probes to the circuit. 5. Push and hold the Test button to start the test.
The “Test” and “” appear on the display. The secondary display shows the test voltage applied to the circuit under test. The primary display shows the resistance. 6. Keep the probes on the test points and release the Test button. The resistance reading appears on the primary display until a new test is started or a different function or range is selected or > 30 V is detected.
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Measuring Frequency for ACV, ACmV and ACmA

The meter measures the frequency of a voltage or current signal by counting the number of times the signal crosses a thresholdlevel each second. To measure frequency, follow the steps below. 1. Turn the rotary switch to V, mV or mA position. 2. Press the Hz button to measure the frequency. 3. Press the Hz button or change the rotary switch position
to exit this function.
Display Hold

In the Hold mode, the meter holds the reading. To use the Hold mode, follow the steps below. 1. Press the Hold button to activate Hold mode. The ” Hold ”
appears on the display. 2. Press the Hold button, Blue button, Range button or change
the rotary switch position to exit this function.
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Display MAX / MIN / AVG

The “MIN/MAX/AVG” mode records minimum and maximum input values. When the inputs go below the recorded minimum value or above the recorded maximum value, the meter beeps and records the new value. MIN/MAX/AVG mode can also calculate an average of maximum and minimum. To use the MIN/MAX/AVG mode, follow the steps below. 1. Press the “MIN/MAX” button to activate MIN/MAX/AVG
mode. The “MIN MAX” blinks on the display. 2. Press the “MIN/MAX” button to step through the present
readings, maximum, minimum and average (AVG). 3. Press the “MIN/MAX” button for 2 seconds, Blue button,
Range button or change the rotary switch position to exit this function.
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Relative mode for /

In the Relative mode, the meter records the present reading as reference and the later reading will subtract it. To use the Relative mode, follow the steps below. 1. Turn the rotary switch to or position. 2. Press the Hz button to activate Relative mode. The ” 0 ”
blinks on the display. 3. Press the Hz button, Blue button, Range button or change
the rotary switch position to exit this function.
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Auto Test and Manual Test

The meter has both “AutoTest ” mode and Manual Test mode. · In the Auto Test mode, the meter compares the reading of
AC and DC, and the bigger reading appears on the display. The meter beeps when the AC/DC mode has change. · In the Manual Test mode, you override “AutoTest ” and select the AC/DC mode yourself. When you turn the rotary switch to V, mV or mA position, it defaults to Auto Test mode and the “AutoTest ” appears on the display. 1. To enter the Manual Test mode, press the Blue button. 2. In the Manual Test mode, press the Blue button to change
the AC/DC mode. 3. Press the Blue button for 2 seconds to activate Auto Test
mode.
High Frequency Reject mode When the rotary switch in V position, the HFR mode can be used. To use HFR mode, press the Blue button in the Manual Test mode.
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Auto Range and Manual Range

The meter has both Auto Range mode and Manual Range mode. · In the Auto Range mode, the meter selects the range with
the best resolution. · In the Manual Range mode, you select the range yourself. When you turn the meter on, it defaults to Auto Range mode and the “Range” appears on the display. 1. To enter the Manual Range mode, press the Range button.
The “Range” disappears on the display. 2. In the Manual Range mode, press the Range button to
increment the range. After the highest range, the meter returns to the lowest range. 3. Press the Range button for 2 seconds to activate Auto Range mode.
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Store and Recall

You can store the reading on the display, and recall the on the display after. · To store the reading press the Store button.
The data amount and “MEM” blink on the secondary display. · Each function has a separate memory space. Each memory
space has the maximum 100 amounts. To recall the reading on the display, press the Store button for 2 seconds to activate Recall mode. The data amount shows on the secondary display. In the Recall mode, you can make the following operation. · Press the button or button to select the data amount. · Press the button or button for 2 seconds to search data quickly. · Press the Blue button to clear all stored data in this function. · Press the Store button for 2 seconds or change the rotary switch position to exit this function.
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Auto Power Off

Wake-up the meter by switching rotor or pressing any button.
Auto Backlight
The backlight is automatically turned on at dark environment.
BUZZER
The meter beeps once for every valid key-press, and beeps twice for every invalid key-press.
Power On Options
Press button while turning the meter on from OFF position.
Blue button : Disable APO MAX/MIN button : Disable auto backlight Store button : Clear all stored data Test button : Display LCD test frame Range button : Default °C / °F reading

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

! CAUTION
·Use only a fuse with the amperage, interrupt, voltage, and speed rating specified. ·Fuse rating : 440mA,1000V AC/DC, IR 10kA, fast blow fuse. ·Replace the batteries as soon as the low batteries indicator ” ” appears, to avoid false reading. ·1.5V x 4 alkaline batteries.
Maintenance
Do not attempt to repair this Meter. It contains no user serviceable 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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Testing the fuse

Test the fuse as described below. 1. Open the battery door and remove the fuse. 2. Use the continuity function to check the fuse.
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Specifications
General Specifications Maximum voltage applied to any terminal : 1000 V ac rms or dc. Display : 10000 counts. Polarity Indication : Automatic, positive implied, negative indicated. Overrange Indication : OL Batteries Life : ALKALINE 80 hours. Insulation test : Tester can perform at least 600 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. Low Batteries Indication : ” ” is displayed when the batteries voltage drops below operating voltage. Low battery voltage : Approx. 4.8V Auto Power Off : Approx 20 minutes. Operating Ambient : 0°C ~ 30°C, Ù80%RH
30°C ~ 40°C (Ù75% RH), 40°C ~ 50°C (Ù45%RH) Storage Temperature : -20°C to 60°C , 0 to 80% R.H. (batteries not fitted) Temperature Coefficient : Add 0.15 x (Spec.Accy) / °C, < 18°C or > 28°C . Measure : Samples 3 times per second normal. Altitude : 6561.7 ft (2000m) Safety : Complies with EN61010-1, IEC61010-1, EN 61010-2-033 , CAT.IV. 600V, CAT.. 1000V

CAT

Application field
The circuits not connected to mains. The circuits directly connected to Low-voltage installation. The building installation.
The source of the Low-voltage installation.

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Compliance to EN 61557 : IEC61557-1, IEC61557-2, IEC61557-4, IEC61557-10 Weight : (630g) including battery. Dimensions (W x H x D) : 95mm x 207mm x 52mm with holster. Accessories : Battery (installed), Test leads and user manual. Power Requirements : 1.5V x 4 IEC LR6 or AA size. Pollution degree : 2
EMC : EN 61326-1 Shock vibration : Sinusoidal vibration per MIL-PRF- 28800F (5 ~ 55 Hz, 3g maximum). Drop Protection : 4 feet drop to hardwood on concrete floor. Indoor Use.

Electrical Specifications
Accuracy is ±(% reading + number of digits) at 23°C ± 5°C < 80%RH. Accuracy is specified for a period of one year after calibration.

AC Voltage Measurement

Function Range
100.00mV ACmV
1000.0mV 10.000V ACV 100.00V 1000.0V 10.000V HFR ACV 100.00V 1000.0V [1] 60Hz to 1kHz [2] 60Hz to 500Hz

Accuracy

50Hz to 60Hz

60Hz to 5kHz

±(0.9%+3d)

±(1.9%+3d)

±(0.9%+3d)

±(1.9%+3d)

±(0.9%+3d)

±(1.9%+3d) [1]

±(0.9%+3d)

±(2.9%+3d) [2]

±(0.9%+3d)

±(2.9%+3d) [2]

±(0.9%+3d)

±(2.9%+3d) [2]

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DC Voltage Measurement

Function

Range

Accuracy

DCmV DCV

100.00mV 1000.0mV 10.000V 100.00V 1000.0V

±(0.08%+3d) ±(0.08%+2d) ±(0.08%+2d) ±(0.08%+2d) ±(0.08%+2d)

Over voltage protection : 1000V AC rms or DC. The cut-off frequency of the high frequency reject : 1 kHz. Input Impedance : 10M // less than 100pF. CMRR / NMRR : (Common Mode Rejection Ratio) (Normal Mode Rejection Ratio) VAC : CMRR > 60dB at DC, 50Hz / 60Hz VDC : CMRR > 100dB at DC, 50Hz / 60Hz NMRR > 50dB at DC, 50Hz / 60Hz AC Conversion Type : AC conversions are ac-coupled, true rms responding, calibrated to the sine wave input. For non-sine wave add the following Crest Factor corrtions : For Crest Factor of 1.4 to 2.0, add 1.0% to accuracy. For Crest Factor of 2.0 to 2.5, add 2.5% to accuracy. For Crest Factor of 2.5 to 3.0, add 4.0% to accuracy. CF 3 @ 330V, 2 @ 500V

AC/DC Current Measurement

Function DCmA ACmA
[1] 50Hz to 5kHz

Range 100.00mA 400.0mA 100.00mA 400.0mA

Accuracy ±(0.2%+2d) ±(0.2%+2d) ±(1.5%+2d) [1] ±(1.5%+2d) [1]

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Overload Protection : mA Input : Max 440mA AC Conversion Type : Conversion type and additional specification are same as DC/AC voltage. Maximun Input Current Restriction Time : 10 minutes

Frequency Measurement for ACV/ACmV/ACmA

Function Frequency

Range 100.00Hz 1000.0Hz 10.000kHz 100.00kHz

Accuracy ±(0.1%+5d) ±(0.1%+5d) ±(0.1%+5d) ±(0.1%+5d)

Frequency Counter Sensitivity

Function Input Range VAC Sensitivity (RMS Sine Wave)

(AC)

10Hz to 10kHz 10kHz to 100kHz

ACmV

100.00mV 1000.0mV

15.00mV 150.0mV

10.000V

1.500V

ACV

100.00V

–

1000.0V

30V

–

100.00mA

15.00mA

–

HFR ACV

400.0mA

30mA

–

Minimun Pulse Width : >10us Overload Protection : 1000V AC rms or DC

Resistance Measurement

Function Resistance

Range
1000.0 10.000K 100.00K 1000.0K 10.000M 40.00M

Accuracy ±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d)

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Open Circuit Voltage : Approximate 0.25V Short Circuit Current : Approximate 0.25mA Overload Protection : 1000V AC rms or DC

Continuity and Diode Measurement

Function Continuity
Diode

Range 400.0 2.000V

Accuracy ±(0.5%+2d) ±(0.5%+2d)

Continuity : Built-in buzzer sounds when measured resistance is less than 30 and sounds off when measured resistance is more than 100, between 30 to 100 the buzzer maybe sound or off either. Continuity MAX Test Current : -0.25mA Continuity MAX Open Circuit Voltage : -1.2V Diode MAX Test Current : 0.6mA Diode MAX Open Circuit Voltage : 2.5V Overload Protection : 1000V AC rms or DC

Capacitance Measurement

Function

Range Measuring Time Accuracy

10.000nF

0.7sec

±(1.2%+80d)

100.00nF

0.7sec

±(1.2%+20d)

1000.0nF

0.7sec

±(1.2%+2d)

10.000uF Capacitance
100.00uF

0.7sec 0.7sec

±(1.2%+2d) ±(1.2%+2d)

1000.0uF

3.75sec

±(1.2%+2d)

10.000mF 40.00mF

7.5sec 7.5sec

±(1.2%+20d) ±(1.2%+80d)

Overload Protection : 1000V AC rms or DC

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Temperature Measurement

Function Temperature

Range -200.0 ~ 0.0 °C 0.0 ~ 1200 °C -328.0 ~ 32.0 °F 32.0 ~ 2192 °F

Accuracy ±(1%+2°C) ±(1%+1°C) ±(1%+4°F) ±(1%+2°F)

Overload Protection : 1000V AC rms or DC

Insulation Resistance Measurement

Test Voltage 50V

Range 2.000M 20.00M

Accuracy ±(1.5%+5d) ±(1.5%+5d)

55.0M

±(1.5%+5d)

100V

2.000M 20.00M 110.0M 2.000M

±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d)

250V

20.00M 200.0M 275M

±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d)

500V 1000V

2.000M 20.00M 200.0M 550M 2.000M 20.00M 200.0M 2000M 22.0G

±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(10%+3d)

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Test Voltage vs. Maximum Resistance Range : 50V/55.0M, 100V/110.0M, 250V/275M, 500V/550M, 1000V/22.0G. Test Voltage vs. Minimum Resistance Range (with Test Current = 1mA) : 50V/50K, 100V/100K, 250V/250K, 500V/500K, 1000V/1M. Test Voltage Accuracy : +20%, -0% Short Circuit Test Current : 1mA Auto Discharge Function : Discharge time < 1 sec for C Ù 1F Maximum Capacitive Load : Operable with up to 1F load Live Circuit Detection : if Ú 30V AC/DC at inputs, test inhibited Overload Protection : 600V AC rms or DC

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 Carlos 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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!
!

!
· · · · ·
·
· · Vac rms Vac Vdc
·
·
· · · IEC –
· · · · · · A
!
· · °CmA

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· · °CmA

!
DC AC

VmV V OL

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. LCD . . . . V Hz°C . . mA

+ V Hz°C
mA –

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! ! !
DUT mA

ACDC

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°C°F

K
ACDC

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Range (V / V / V / V / V)

Hold Hold Smooth

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. + – . Insulation . Range . . Test
Test . Test > V
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ACVACmV ACmA

. VmV mA . Hz . Hz

. Hold Hold . Hold Range

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MIN/MAX/AVG MIN/MAX/AVG MIN/MAX/AVG . MIN/MAX MIN/MAX/AVG MIN MAX . MIN/MAX
AVG . MIN/MAX Range

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. . Hz . Hz Range

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· AC DC
ACDC · ACDC VmV mA AutoTest . . ACDC .
V HFR HFR

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· ·
Range . Range
Range . Range
. Range

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· Store
MEM ·
Store · · · · Store

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APO MAX/MIN Store Test LCD Range °C°F

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!
·
·mAV AC/DCIR kA
·
·.V x

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. .
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V ac rms dc OL V M .V °C ~ °C%RH
°C ~ °C (% RH) °C ~ °C (%RH) -°C °C % R.H. < °C > °C . x () / °C . ft (m) EN-IEC-EN — CAT.IV.VCAT..V

CAT

EN IEC-IEC-IEC- IEC-
g x x mm x mm x mm .V x IEC LR AA

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EMCEN – MIL-PRF- F ~ Hz g

°C ± °C < % RH ±% +

ACmV

.mV .mV

ACV

HFR ACV .V

[] Hz kHz [] Hz Hz

50Hz 60Hz

60Hz 5kHz

±(.%+d)

±(.%+d) []

±(.%+d)

±(.%+d) []

±(.%+d)

±(.%+d) []

±(.%+d)

±(.%+d) []

DCmV DCV

.mV .mV .V .V .V

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

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V AC rms DC kHz M // pF CMRR / NMRR
VAC DC CMRR > dB Hz / Hz VDC DC CMRR > dB Hz / Hz DC NMRR > dB Hz / Hz AC AC . . .% . . .% . . .% V CF V CF

ACDC

DCmA ACmA [] Hz kHz

.mA .mA .mA .mA

±(.%+d) ±(.%+d) ±(.%+d) [] ±(.%+d) []

mA mA AC DCAC

ACVACmVACmA

.Hz .Hz .kHz .kHz

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

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ACmV

(AC)
.mV .mV

VAC RMS 10Hz 10kHz 10kHz 100kHz

.mV

ACV

–

.mA

–

HFR ACV

.mA

–

>us V AC rms DC

. .K .K .K .M .M

.V .mA V AC rms DC

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

. .V

±(.%+d) ±(.%+d)

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-.mA -.V .mA .V V AC rms DC

.nF .nF

. .

.nF

.uF .uF

. .

.uF

.mF

V AC rms DC

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

-. ~ . °C . ~ °C -. ~ . °F . ~ °F

V AC rms DC

±(%+°C) ±(%+°C) ±(%+°F) ±(%+°F)

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V
V

.M .M .M .M .M .M .M

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

V V V

.M .M M .M .M .M M .M .M .M M .G

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(%+d)

vs. V/.MV/.MV/MV/M V/.G vs. mA V/KV/KV/KV/K V/M +%-% mA C F < F ACDC V V AC rms DC

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Carlos

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!
!

!
· · · · ·
·
· · Vac rms Vac Vdc
·
·
· · · IEC –
· · · · · · A
!
· · °CmA

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· · °CmA

!
DC AC

VmV V OL

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. LCD . . . . V Hz°C . . mA

+ V Hz°C
mA –

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! ! !
DUT mA

ACDC

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°C°F

K
ACDC

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Range (V / V / V / V / V)

Hold Hold Smooth

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. + – . Insulation . Range . . Test
Test . Test > V
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ACVACmV ACmA

. VmV mA . Hz . Hz

. Hold Hold . Hold Range

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MIN/MAX/AVG MIN/MAX/AVG MIN/MAX/AVG . MIN/MAX MIN/MAX/AVG MIN MAX . MIN/MAX
AVG . MIN/MAX Range

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. . Hz . Hz Range

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· AC DC
ACDC · ACDC VmV mA AutoTest . . ACDC .
V HFR HFR

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· ·
Range . Range
Range . Range
. Range

607

· Store
MEM ·
Store · · · · Store

607

APO MAX/MIN Store Test LCD Range °C°F

607

!
·
·mAV AC/DCIR kA
·
·.V x

607

. .
69

607

V ac rms dc OL V M .V °C ~ °C%RH
°C ~ °C (% RH) °C ~ °C (%RH) -°C °C % R.H. < °C > °C . x () / °C . ft (m) EN-IEC-EN — CAT.IV.VCAT..V

CAT

EN IEC-IEC-IEC- IEC-
g x x mm x mm x mm .V x IEC LR AA

607

EMCEN – MIL-PRF- F ~ Hz g

°C ± °C < % RH ±% +

ACmV

.mV .mV

ACV

HFR ACV .V

[] Hz kHz [] Hz Hz

50Hz 60Hz

60Hz 5kHz

±(.%+d)

±(.%+d) []

±(.%+d)

±(.%+d) []

±(.%+d)

±(.%+d) []

±(.%+d)

±(.%+d) []

DCmV DCV

.mV .mV .V .V .V

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

607

V AC rms DC kHz M // pF CMRR / NMRR
VAC DC CMRR > dB Hz / Hz VDC DC CMRR > dB Hz / Hz DC NMRR > dB Hz / Hz AC AC . . .% . . .% . . .% V CF V CF

ACDC

DCmA ACmA [] Hz kHz

.mA .mA .mA .mA

±(.%+d) ±(.%+d) ±(.%+d) [] ±(.%+d) []

mA mA AC DCAC

ACVACmVACmA

.Hz .Hz .kHz .kHz

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

607

ACmV

(AC)
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VAC RMS 10Hz 10kHz 10kHz 100kHz

.mV

ACV

–

.mA

–

HFR ACV

.mA

–

>us V AC rms DC

. .K .K .K .M .M

.V .mA V AC rms DC

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

. .V

±(.%+d) ±(.%+d)

607

-.mA -.V .mA .V V AC rms DC

.nF .nF

. .

.nF

.uF .uF

. .

.uF

.mF

V AC rms DC

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

-. ~ . °C . ~ °C -. ~ . °F . ~ °F

V AC rms DC

±(%+°C) ±(%+°C) ±(%+°F) ±(%+°F)

607

V
V

.M .M .M .M .M .M .M

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d)

V V V

.M .M M .M .M .M M .M .M .M M .G

±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(.%+d) ±(%+d)

vs. V/.MV/.MV/MV/M V/.G vs. mA V/KV/KV/KV/K V/M +%-% mA C F < F ACDC V V AC rms DC

607

Carlos

607

!
!

!
· · · · ·
· · · 30 Vac42 Vac60Vdc
· / · · · · ACIEC 61010-031 IIIIV

607

w*/46-“5*0/ w w w w w”

!
· · / /°C/mA/INSULATION · · / /°C/mA/INSULATION

607

!
DC AC EU

V/mV/INSULATION30V OL

607

1.LCD 10000 2. 3./ 4. 5.V// /Hz/$ 6. 7.mA

1
2
3 /
4 5 V Hz°C
6 6 mA
80

607

!!
%65N”

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607

(< 30)

607

°C / °F

“$%$

607

RANGE (50V / 100V / 250V / 500V / 1000V)

HOLD Smooth
85

607

19 1. + – 2. INSULATION 3. RANGE 4. 5. TEST Test 6. TEST 30V
86

607

“$7″$N7″$N”

1 1. V/mV/mA 2. Hz 3. Hz

1. HOLD Hold 2. HOLDRANGE
87

607

.”9.*/”7(

MIN/MAX/AVG MIN/MAX/AVG MIN/MAX/AVG 1.MIN/MAXMIN/MAX/AVG MIN MAX 2.MIN/MAX (AVG) 3.MIN/MAX2 RANGE

607

1. 2. Hz 0 3. HzRANGE
89

607

· ACDC
AC/DC · AutoTest AC/DC V/mV/mA AutoTest 1. 2. AC/DC 3. 2
VHFR HFR
90

607

· · Range 1. RANGE Range 2. RANGE 3. RANGE2

607

· STORE MEM · 100 STORE2 · · 2 · · STORE2
92

607

1 2

OFF
APO .”9.*/ 4503& 5&45LCD 3″/(&°C / ‘

607

!
· · 440mA1000V AC/DCIR 10kA · · 1.5V x 4

607

1. 2.
95

607

1000 V AC RMSDC 10000 OL 80 600 5/251000V/1M 4.8V 20 0°C30°C80%RH
30°C40°C(75%RH) 40°C50°C(45%RH) -20°C60°C080% RH 0.15 x () / °C< 18°C> 28°C 3 2000m (6561.7 ft) EN61010-1IEC61010-1 EN 61010-2-033IV.600V.1000V

III

607

EN 61557IEC61557-1IEC61557-2IEC61557-4 IEC61557-10
630g YY95mm x 207mm x 52mm 1.5V x 4 IEC LR6 2
&.$EN 61326-1 MIL-PRF- 28800F 555 Hz3g 4 ft 1.2m

80%23°C5°C±(% + ) 1

“$

100.00mV ACmV
1000.0mV 10.000V
ACV 100.00V
1000.0V
10.000V HFR ACV 100.00V
1000.0V [1] 60Hz1kHz [2] 60Hz500Hz

50Hz60Hz

60Hz5kHz

±(0.9%+3d)

±(1.9%+3d)

±(0.9%+3d)

±(1.9%+3d)

±(0.9%+3d)

±(1.9%+3d) [1]

±(0.9%+3d)

±(2.9%+3d) [2]

±(0.9%+3d)

±(2.9%+3d) [2]

±(0.9%+3d)

±(2.9%+3d) [2]

607

DCmV DCV

100.00mV 1000.0mV 10.000V 100.00V 1000.0V

±(0.08%+3d) ±(0.08%+2d) ±(0.08%+2d) ±(0.08%+2d) ±(0.08%+2d)

1000V AC RMSDC 1 kHz 10M // 100pF CMRR / NMRR() () VACjDCCMRR > 60dB50Hz / 60Hz VDCjDCCMRR > 100dB50Hz / 60Hz DCNMRR > 50dB50Hz / 60Hz AC ACAC 1.42.01.0% 2.02.52.5% 2.53.04.0% CF 3 @ 330V2 @ 500V

AC/DC

DCmA ACmA [1] 50Hz5kHz

100.00 mA 400.0 mA 100.00 mA 400.0 mA

±(0.2%+2d) ±(0.2%+2d) ±(1.5%+2d) [1] ±(1.5%+2d) [1]

607

N”440mA “$DC/AC 10

ACV/ACmV/ACmA

100.00Hz 1000.0Hz 10.000kHz 100.00kHz

±(0.1%+5d) ±(0.1%+5d) ±(0.1%+5d) ±(0.1%+5d)

ACmV

(AC)
100.00mV 1000.0mV

VAC(RMS) 10Hz10kHz 10kHz100kHz

15.00mV

150.0mV

10.000V

1.500V

ACV

100.00V

–

1000.0V

30V

–

100.00 mA 15.00 mA

–

HFR ACV

400.0 mA

30 mA

–

>10us 1000V AC RMSDC

1000.0 10.000K 100.00K 1000.0K 10.000M 40.00M

±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d) ±(0.5%+2d)

607

0.25V 0.25mA 1000V AC RMSDC

400.0 2.000V

±(0.5%+2d) ±(0.5%+2d)

30 10030100 -0.25 mA -1.2V 0.6 mA 2.5V 1000V AC RMSDC

10.000nF 100.00nF

0.7 0.7

1000.0nF

0.7

10.000uF 100.00uF

0.7 0.7

1000.0uF

3.75

10.000mF 40.00mF

7.5 7.5

1000V AC RMSDC

±(1.2%+80d) ±(1.2%+20d) ±(1.2%+2d) ±(1.2%+2d) ±(1.2%+2d) ±(1.2%+2d) ±(1.2%+20d) ±(1.2%+80d)

100

607

-200.00.0 °C 0.01200 °C -328.032.0 °F 32.02192 °F

1000V AC RMSDC

50V 100V 250V
500V
1000V

2.000M 20.00M 55.0M 2.000M 20.00M 110.0M 2.000M
20.00M 200.0M 275M 2.000M 20.00M 200.0M 550M 2.000M 20.00M 200.0M 2000M 22.0G

JP
±(1%+2°C) ±(1%+1°C) ±(1%+4°F) ±(1%+2°F)
±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(1.5%+5d) ±(10%+3d)

101

607

50V/55.0M100V/110.0M250V/275M500V/550M 1000V/22.0G /=1mA 50V/50K100V/100K250V/250K500V/500K 1000V/1M +20%-0% 1 mA C 1F1 1F 30V AC/DC 600V AC RMSDC

102

607

!
!
. , , .
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, . · . · , . · , , . · , . · . . · , , . · , . · 30 . , 42 60 . . · , , , / . · , , . · .

103

607

· . · , , , III IV IEC 61010-031 . · , . · , – . · , , . · , , , . · , . . · , .

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104

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105

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. 4. . 5. ,
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1
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6 6

106

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107

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/ /

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108

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. , (< 30 ).

109

607

°C / °F

.
/

110

607

Range (), (50 / 100 / 250 / 500 / 1000 )

Hold (), . , .
, , «Smooth» (). , .
111

607

. , . . 19 . . 1. « + »
« – ». 2.
Insulation (). 3. Range (),
. 4. . 5. Test (),
. «Test» « ». , . . 6. Test.
112

607

, , , 30 .
ACV, ACmV ACmA

, , . . 1. V,
mV mA. 2. Hz, . 3. Hz
, .

. . 1. Hold (),
. «Hold». 2. Hold, Range
, .
113

607

MAX / MIN / AVG (// )

MIN/MAX/AVG . , . MIN/MAX/AVG . MIN/MAX/AVG . 1. «MIN MAX»,
MIN/MAX/AVG. «MIN MAX». 2. «MIN MAX», , , . 3. «MIN MAX» 2 , Range , .
114

607

. . 1.
. 2. Hz,
. « 0 ». 3. Hz, Range
, .
115

607

, . ·
. . · . V, mV mA, , «AutoTest». 1. ,
. 2. ,
/ . 3. 2
, .
116

607

V, HFR. HFR .

, . ·
. ·
. , , «Range» (). 1. ,
Range. «Range». 2. Range, . . 3. Range 2 , .
117

607

. · , Store
(). «MEM». · . 100 . , Store 2 , Recall (). . . · , . · 2 .
118

607

· .
· Store 2 , .

, .

OFF (.).
: MAX/MIN: Store: Test: – Range: °C / °F
119

607

. :

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· : 440 , 1000 ./. , IR 10 , .
· , « », .
· 4 1,5 .
. . .
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120

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, . 1.
. 2.
.
121

607

, : 1000 . . : 10 000 . : , , . : OL : 80 : 600 . 1 1000 5 25 . : , « ». : . 4,8 : . 20 . : 0 30 °C, Ù 80 % RH
30 40 °C (Ù 75 % RH), 40 50 °C (Ù 45% RH) : -20 60 °C, 0 80 % R.H. ( ) : 0,15 x ( ) / °C, < 18 °C > 28 °C. : 3 : 6561,7 (2000 ) : EN61010-1, IEC61010-1, EN 61010-2-033, CAT.IV. 600 , CAT.. 1000

CAT

, . , .
.

122

607

EN 61557: IEC61557-1, IEC61557-2, IEC61557-4, IEC61557-10 : (630 ) . ( x x ): 95 x 207 x 52 . : (), . : 1,5 x 4 IEC LR6 AA. : 2
: EN 61326-1 : MIL-PRF-28800F (555 , . 3g). : 4 . .

± (% + ) 23 ± 5 °C < 80 % RH. .

50 60

60 5

100,00 ± (0,9 % + 3d) ACmV
1000,0 ± (0,9 % + 3d)

± (0,9 % + 3d) ± (0,9 % + 3d)

10,000 ± (0,9 % + 3d)

± (1,9 % + 3d)

ACV 100,00 ± (0,9 % + 3d)

± (1,9 % + 3d)

1000,0 ± (0,9 % + 3d) ± (1,9 % + 3d) [1]

10,000 ± (0,9 % + 3d) ± (2,9 % + 3d) [2]

HFR ACV 100,00 ± (0,9 % + 3d) ± (2,9 % + 3d) [2]

1000,0 ± (0,9 % + 3d) ± (2,9 % + 3d) [2] [1] 60 1 [2] 60 500

123

607

DCmV DCV

100,00 1000,0 10,000 100,00 1000,0

± (0,08 % + 3d) ± (0,08 % + 2d) ± (0,08 % + 2d) ± (0,08 % + 2d) ± (0,08 % + 2d)

: 1000 . . . : 1 . : 10 // 100 CMRR / NMRR: ( ) ( ) . : CMRR > 60 . , 50/60 . : CMRR > 100 . , 50/60 NMRR > 50 . , 50/60 : , , . : 1,4 2,0 1,0 % ; 2,0 2,5 2,5 % ; 2,5 3,0 4,0 % . CF 3 330 , 2 500

DCmA

100,00 400,0

ACmA

100,00 400,0

[1] 50 5

± (0,2 % + 2d) ± (0,2 % + 2d) ± (1,5 % + 2d) [1] ± (1,5 % + 2d) [1]

124

607

: : . 440 : , / . : 10

ACV/ACmV/ACmA

100,00 1000,0 10,000 100,00

± (0,1 % + 5d) ± (0,1 % + 5d) ± (0,1 % + 5d) ± (0,1 % + 5d)

. ( . )

(. ) 10 10 10 100

ACmV

100,00 1000,0

15,00 150,0

10,000

1,500

ACV

100,00

–

1000,0

–

100,00

15,00

–

HFR ACV

400,0

–

: > 10 : 1000 . .

1000,0 10,000 100,00 1000,0 10,000 40,00

± (0,5 % + 2d) ± (0,5 % + 2d) ± (0,5 % + 2d) ± (0,5 % + 2d) ± (0,5 % + 2d) ± (0,5 % + 2d)

125

607

: 0,25 : 0,25 : 1000 . .

400,0 2,000

± (0,5 % + 2d) ± (0,5 % + 2d)

: 30 , , 100 . 30 100 . . : -0,25 : -1,2 . : 0,6 : 2,5 : 1000 . .

10,000

0,7

± (1,2 % + 80d)

100,00

0,7

± (1,2 % + 20d)

1000,0

0,7

± (1,2 % + 2d)

10,000 100,00 1000,0

0,7 0,7 3,75

± (1,2 % + 2d) ± (1,2 % + 2d) ± (1,2 % + 2d)

10,000

7,5

± (1,2 % + 20d)

40,00

7,5

± (1,2 % + 80d)

: 1000 . .

126

607

-200,0 0,0 °C

± (1 % + 2 °C)

0,0 1200 °C -328,0 32,0 °F

± (1 % + 1 °C) ± (1 % + 4 °F)

32,0 2192 °F

± (1 % + 2 °F)

: 1000 . .

2,000 20,00

± (1,5 % + 5d) ± (1,5 % + 5d)

55,0

± (1,5 % + 5d)

100

2,000 20,00 110,0 2,000

± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d)

250

20,00 200,0 275

± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d)

500 1000

2,000 20,00 200,0 550 2,000 20,00 200,0 2000 22,0

± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d) ± (1,5 % + 5d) ± (10 % + 3d)

127

607

: 50 / 55,0 , 100 / 110,0 , 250 / 275 , 500
/ 550 , 1000 / 22,0 .
( = 1 ): 50 / 50 , 100 / 100 , 250 / 250 , 500 / 500 ,
1000 / 1 .
: +20 %, -0 % : 1 : < 1 C Ù 1
: 1 : Ú 30 AC/DC,
: 600 . .

3 . .
, , , , , , . , , , , , .
, , , , . , .

128

www.appatech.com
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References

APPA

Appa 607 Insulation Multimeter User Manual

607 Insulation Multimeter

Product Information

Product Usage Instructions

References

Documents / Resouces

Related Manuals