GW Instek GDM-8342 Digital Multimeter

SKU
GDM-8342
Manufacturer:
GW Instek
GW Instek

Key Features:

  • 50,000 counts, VFD display
  • Dual measurement/Dual display
  • Selectable measurement speeds, the maximum: 40 Readings/s for DCV
  • The basic precision of DC voltage: 0.02%
  • Auto/manual Ranging
  • True RMS (AC,AC+DC) measurements
  • 11 different measurement functions
  • Max./Min., REL, MX+B, 1/X, Ref%, Compare, Hold, dB, dBm
  • Standard USB device interface to connect with a computer
  • Temperature measurement function (GDM-8342 only)
  • USB storage for Data collection (GDM-8342 only)
  • Optional GPIB (factory install for GDM-8342)
Product Options:
$499.00

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     GW INSTEK rolls out the new generation Dual Measurement Multimeter -- the GDM-834x series, which has two models -GDM-8341 and GDM 8342. Its exceptional features include 50,000 counts, VFD dual-display, 0.02% basic DC voltage accuracy and a USB protocol connector to provide users with measurement precision, lucid data observation, and the convenience to connect with the personal computer.

     The GDM-834x series not only supports the fundamental measurement items provided by general multimeters, but also equips with capacitance and temperature measurement functions. Furthermore, the GDM-834x series also provides many auxiliary functions to meet the measurement requirements for manufacturing process tests, educational experiments and testing facilities.

     With respect to storing and retrieving data, the GDM-834x series has two methods to offer: first, the USB flash drive storage function --- operating alone without connecting with a computer; second, USB interface (virtual COM port) and optional GPIB interface (must be installed in factory) for automatic measurement system users to conveniently save and retrieve data.


Convenient USB flash drive storage function


     The major distinction between GDM-8342 and products in the same category is that GDM-8342 provides USB flash drive storage function, which allows users to conveniently save data into a USB flash drive through a simple and proper setting. This unique function, different from other digital multimeters which must first save data into its own internal memory then transfer out the file, or connect multimeters with a computer to retrieve data, not only saves operational time but also cuts down the cost and time of developing programs.

     The USB flash drive storage function incorporates two modes -- basic and advanced, which can be selected from the front panel. When the basic mode is on, data will be saved into an automatically established new folder (time of established file will be determined by system default) and the starting time of data logging will use a fixed time marker (00hr: 00min: 00sec). For advanced mode, users can designate a file path to save data or establish a new folder and the starting time of data logging is determined by users’ inputs (for instance: 23hr: 45min: 32sec). The number of data files can be saved in one second is determined by the speed of selected function.

     The USB storage function allows each flash drive to establish 100 folders (GW000 ~ GW099). Each folder has a capacity of saving 5,000,000 data files (which are divided into 100 sub-file names, therefore, each sub-file name can save 50,000 data files. Take folder GW000 as an example, internal file names are GW000_00 ~ GW00_99). The storage format is CSV, which can open files and conduct file analysis by existing tools. (such as Microsoft Excel)

Selectable measurement speeds



The GDM-834x series has three selectable measurement speeds- fast/medium/slow. For instance, the DC voltage measurement can reach 40 readings per second on the fast mode, which can maximize the effectiveness of each measurement.

Command compatibility & Free software-remote control and data retrieving



For GDM-8246 users, the GDM-834x series also provides a complete command compatibility (SYSTEM\LANG\COMP). Users can replace machines through the simple setting of the GDM-834x series without worrying the extra cost to modify the existing program and the delay of production time.

Note: The specifications apply when the DMM is warmed up for at least 30 minutes and operates only under main display in slow mode.

Function

Range (*2)

Resolution

Input

Resistance
etc.

Accuracy(*1)
1 Year

23°C±5°C

DC Voltage

500.00 mV

10μV

10MΩ or >10GΩ

0.02 + 4

5.0000 V

100μV

10MΩ or >10GΩ

0.02 + 4

50.000 V

1mV

11.11MΩ

0.02 + 4

500.00 V

10mV

10.1MΩ

0.02 + 4

1000.0 V

100mV

10MΩ

0.02 + 4

Resistance

500.00 Ω

10mΩ

0.83mA

0.10 + 5 (*3)

5.0000 kΩ

100mΩ

0.83mA

0.10 + 3 (*3)

50.000 kΩ

83μA

0.10 + 3

500.00 kΩ

10Ω

8.3μA

0.10 + 3

5.0000 MΩ

100Ω

830nA

0.10 + 3

50.000 MΩ

1kΩ

560nA//10 MΩ

0.30 + 3

DC Current

500.00 μA

10nA

0.06V max.

0.05 + 5

5.0000 mA

100nA

0.6V max.

0.05 + 4

50.000 mA

1μA

0.14V max.

0.05 + 4

500.00 m A

10μA

1.4V max.

0.10 + 4

5.0000 A

100μA

0.5V max.

0.25 + 5

10.000 A

1mA

0.8V max.

0.25 + 5

Continuity

5000.0 Ω

100mΩ

0.83mA

0.10 + 5

Diode Test

5.0000 V

100μV

0.83mA

0.05 + 5

Capacitance

5.000 nF: 0.5~1nF

0.001nF

8.3μA

2.00 + 20

5.000 nF: 1~5nF

0.001nF

8.3μA

2.00 + 10

50.00 nF: 5~10nF

0.01nF

8.3μA

2.00 + 30

50.00 nF: 10~50nF

0.01nF

8.3μA

2.00 + 10

500.0 nF

0.1nF

83μA

2.00 + 4

5.000 μF

1nF

0.56mA

2.00 + 4

50.00 μF

10nF

0.83mA

2.00 + 4

True RMS Volatge 
AC (or AC+DC)

(*4/*5/*6)

500.00 mV

10μV

30Hz – 50Hz

1.00 + 40

50Hz – 10kHz

0.50 + 40

10kHz – 30kHz

2.00 + 60

30kHz – 100kHz

3.00 + 120

5.0000 V

100μV

30Hz – 50Hz

1.00 + 20

50Hz – 10kHz

0.35 + 15

10kHz – 30kHz

1.00 + 20

30kHz – 100kHz

3.00 + 50

50.000 V

1mV

30Hz – 50Hz

1.00 + 20

50Hz – 10kHz

0.35 + 15

10kHz – 30kHz

1.00 + 20

30kHz – 100kHz

3.00 + 50

500.00 V

10mV

30Hz – 50Hz

------

50Hz – 10kHz

0.50 + 15

10kHz – 30kHz

1.00 + 20

30kHz – 100kHz

3.00 + 50

750.0 V

100mV

30Hz – 50Hz

------

50Hz – 10kHz

0.50 + 15

10kHz – 30kHz

------

30kHz – 100kHz

------

True RMS Current
AC (or AC+DC)

(*4/*5/*6)

500.00 μA

10nA

30Hz – 50Hz

1.50 + 50

50Hz – 2kHz

0.50 + 40

2kHz – 5kHz

1.50 + 50

5kHz – 20kHz

3.00 + 75

5.0000 mA

100nA

30Hz – 50Hz

1.50 + 40

50Hz – 2kHz

0.50 + 20

2kHz – 5kHz

1.50 + 40

5kHz – 20kHz

3.00 + 60

50.000 mA

1μA

30Hz – 50Hz

1.50 + 40

50Hz – 2kHz

0.50 + 20

2kHz – 5kHz

1.50 + 40

5kHz – 20kHz

3.00 + 60

500.00 mA

10μA

30Hz – 50Hz

1.50 + 40

50Hz – 2kHz

0.50 + 20

2kHz – 5kHz

1.50 + 40

5kHz – 20kHz

3.00 + 60

5.0000 A

100μA

30Hz – 50Hz

2.00 + 40

50Hz – 2kHz

0.50 + 30

10.000 A

1mA

30Hz – 50Hz

2.00 + 40

50Hz – 2kHz

0.50 + 30

Frequency

10Hz – 500Hz

------

------

0.01 + 5

500Hz – 500kHz

0.01 + 3

500kHz – 1MHz

0.01 + 5

Temperature (*7)
(Thermocouple)

-200 °C ~ +300 °C

0.1 °C

J / T / K

2 °C (typical)

Display

VFD, Tow Colors Display

Interface

USB Device, USB Host (for GDM-8342 only), GPIB (optional for GDM-8342 only)

Power Source

AC 100 V / 120 V / 220 V / 240 V ±10%, 50-60Hz

Power Consumption

Max. 15VA

Dimensions

265(W) x 107(H) x 302(D) mm

Weight

Approx. 2.9kg without option

1. Accuracy = +/- (% of reading + digits)
2. 2% overrange on all ranges, except 10A is 20% overrange
3. REL function is on
4. The AC+DC is in AC coupled
5. The accuracy of AC+DC is equal to AC with 10 more digits added
6. AC characteristics are for sinewave input > 5% of range
7. Specifications do not include probe accuracy
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