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FLUKE 1621 KIT

Fluke 1621 Kit Basic Earth Ground Tester
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FLUKE 1621 KIT
  • Stock: Pre-Order
  • Model: Basic Earth Ground Tester

Overview:
The Fluke 1621 Kit is an easy-to-use earth ground tester. For ground resistance testing, the 1621 Kit is the first line of defense in detecting reliable ground connections. The unit features basic ground testing methods including 3-pole Fall-of-Potential as well as 2-pole ground resistance tests. Its convenient size, rugged holster, and large, clear LCD display make it an ideal field earth ground tester, for most electrical grounding work environments. With a simple user interface and intuitive functionality, the Fluke 1621 Kit is a handy grounding tool for electrical contractors, utility test engineers, and earth ground specialists.


Features:
3-pole Fall-of-Potential earth testing for basic measurements
2-pole resistance measurements for added versatility
Easily capture values with single-button operation
Ensure accurate measurements with automatic ‘noise’ voltage detection
Hazardous voltage warning offers increased user protection
Clearly read and record data with a large, backlit display
Hard carrying case
Rugged holster and design for tough work environments
Portable size allows for easy transportation
Instantly be alerted to measurements outside of your set limit, when you use the adjustable limit setting
600 V Cat II


General Specifications

Measuring functions

3-pole earth ground resistance, 2-pole AC resistance of a conductor, Interference voltage

Intrinsic error

Refers to the reference temperature range and is guaranteed for one year

Measuring rate

2 measurements/second

Battery1

One 9 volt alkaline (LR61)

Battery condition

LO-BAT is displayed if voltage drops below 6.5 V

Voltages

Between jacks H/C2 and E/C1

250 Veff maximum (effective voltage)

Between jacks S/P2 and E/C1

250 Veff maximum

Climatic class

VDE/VDI 3540 RZ (conforming to KWG as per DIN 40040, 4/87)

Temperature performance2

Working

-10°C to +50°C (+14°F to +122°F)

Operating

0°C to +35°C (+32°F to +95°F)

Storage

-20°C to +60°C (+68°F to +140°F)

Reference

+23°C ±2°C (+73°F ±4°F)

Temperature coefficient

±0.1% of range per degree Kelvin

Safety

IEC/EN 61010-1, 600 V CAT II, pollution degree 2

Dimensions

113 x 54 x 216 mm (4.5 x 2.1 x 8.5 in), including holster

Weight

850 g (1.9 lb), including standard accessories, volume approximately 600 cm3

Electrical Specifications

Maximum deviations

E1 Influence factor

Position

E1 Deviation influence

0%

E2 Influence factor

Supply voltage

E2 Deviation influence

0%

E3 Influence factor

Temperature E3

E3 Deviation influence

2.3%

E4 Influence factor

Serial interference voltage (20 V)

E4 Deviation influence

0.6%

E5 Influence factor

Probe- and auxiliary probe resistance

E5 Deviation influence

10%

Test voltage

3.7 kV

Protection type

IP 40; IEC/EN 60529

Electromagnetic compatibility

Emission

IEC/EN 61326 Class B

Immunity

IEC/EN 61326 Annex C

RE resistance measurement

Measuring method

Current-voltage measurement with improved cross-talk attenuation, no compensation of measuring lead resistance, with probe (3-pole) or without probe (2-pole), as per IEC/EN 61557-5

Open circuit voltage

23 to 24 V AC

Short circuit current

> 50 mA AC

Measuring frequency

128 Hz

Maximum permissible overload

250 Veff

Measuring time

8 seconds (average from when START is pressed)

Limit input

Tester retains set value even if instrument is turned off (assuming battery power supply is sufficient)

Automatic changeover of resolution

RH

< 7 kΩ

Resolution

0.01 Ω

RH

< 50 kΩ

Resolution

0.1 Ω

RH

> 50 kΩ

Resolution

1 Ω

Interference voltage display DC + AC

Vmax

30 Veff

Common mode rejection

> 80 dB at 50 Hz and 60 Hz

Ri

680 kΩ

Measuring uncertainty

< 10% for pure AC and DC signals

Measuring Range

0.15 Ω to 20 Ω

Resolution

0.01 Ω

Display range

0 to 19.99 Ω

200 Ω

Resolution

0.1 Ω

Display range

20 to 199.9 Ω

2 kΩ

Resolution

1 Ω

Display range

200 to 1999 Ω

Intrinsic uncertainty

±(6% of measured value + 5D)

Operating uncertainty IEC 615573

±(18% of measured value + 5D)