Clamp on Tester PCE-LCT 3

Name: Clamp on Tester PCE-LCT 3
SKU: 10700
Availability: BackOrder

PCE-LCT 3

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Clamp on tester PCE-LCT 3�

Multimeter for determining the leakage current / Temperature measurement with thermocouple / Inductive current measurement up to 150 A AC / Current probe opening 30 mm / Many measuring functions

The multimeter is the ideal measuring instrument to measure leakage currents. This is made possible by the extensive measuring range of the multimeter. Also, current measurements up to 150 A AC can be made with the multimeter. To test supply lines with a current of up to 150 A, the multimeter for the corresponding cable cross-section can be opened up to 30 mm.

In addition to the current measurement, the multimeter can also measure voltages up to 600V directly. Because of the current and voltage measurement, the multimeter is the perfect measuring instrument to carry out measurements and analyzes on, for example, three-phase networks. For example, the continuity test can be used to find a wrong wiring in sub-distribution boxes.

– 30 mm current clamp opening
– Temperature measurement with thermocouple type K
– Current measurement up to 150 A AC
– Covers a wide range of measurements
– Voltage measurement up to 600V AC / DC RMS
– Transport bag for mobile use

AC current measurement
measuring range	Resolution �	Accuracy	Accuracy
4-mA	0.001-mA	± (2% + 10 digits)	± (3% + 5 digits)
40-mA	0.01-mA	± (2% + 10 digits)	± (3% + 5 digits)
400-mA	0.1-mA	± (2% + 5 digits)	± (3% + 3 digits)
4 A	0.001 A	± (2% + 5 digits)	± (3% + 3 digits)
40 A	0.01A	± (2% + 10 digits)	± (3% + 5 digits)
150 A	0.1 A	± (2% + 10 digits)	± (3% + 5 digits)

Frequency range: 40 Hz … 1 kHz (sine wave)
Maximum input current: 150 A AC


DC voltage
measuring range	Resolution	Accuracy
4V	0.001V	± (0.5% + 4 digits)
40V	0.01V
400V	0.1V
600V	1V

Input impedance: 10 MΩ
Maximum input voltage: 600V AC / DC RMS


AC voltage�
measuring range	Resolution	Accuracy
4V	0.001V	± (1% + 3 digits)
40V	0.01V
400V	0.1V
600V	1V

Input impedance: 10 MΩ
maximum input voltage: 600V AC / DC RMS
Frequency range: 40 Hz … 1 kHz (sine wave)


Resistance
measuring range	Resolution	Accuracy
400 Ω	0.1 Ω	± (0.8% + 3 digits)
4 kΩ	0.001 kΩ
40 kΩ	0.01 kΩ
400 kΩ	0.1 kΩ
4 MΩ	0.001 MΩ
40 MΩ	0.01 MΩ	± (1% + 3 digits)

Measuring voltage in open circuit: approx. 0.4V
Overvoltage protection: 600V AC / DC RMS


Continuity test
measuring range	Resolution	Accuracy
Beep at < 40 Ω	0,1Ω	–

Overvoltage protection: 600V AC / DC RMS


Temperature
measuring range	Resolution	Accuracy
-20 … 0°C	1°C	± (3% + 5 digits)
-4 … 32°F	1°F
-0 … 400°C	1°C	± (1.5% + 5 digits)
32 … 757°F	1°F
400 … 1000°C	1°C	± (3% + 5 digits)
752 … 1832°F	1°F

Overvoltage protection: 600V AC / DC RMS
The temperature accuracies do not include the accuracies of the temperature sensors


Capacity
measuring range	Resolution	Accuracy
40.00 n	0.01 nF	± (3% + 8 digits)
400.0 nF	0.1 nF
4,000 μF	0.001 μF
40.00 μF	0.01 μF
400.0 μF	0.1 μF
4,000mF	0.001 μF
40.00 mF	0.01 μF

Overvoltage protection: 600V AC / DC RMS


Diode test
measuring range	Resolution	Accuracy
3.2V	0.001V	–

Overvoltage protection: 600V AC / DC RMS
Test voltage: 3.2V
Forward current: 1-mA
The accuracies refer to the following ambient conditions: 23 ± 5°C / 9°F and < 75% RH

General specifications
Maximum current clamp opening	30 mm
Automatic shutdown	After 30 minutes, can be deactivated
Power supply	2 x 1.5V AAA battery
Measuring rate	3 measurements per second
Display with overvoltage	“OIL”
Maximum display	4000
Display	LCD display
Maximum working height	2,000 m / 13,123 ft
Temperature coefficient	0.1 x accuracy x °C, °F*
Operating conditions	18 … 28°C / 64 … 82°F
Store control admixtures	-10 … 50°C / 14 … 122°F
Dimensions	213 x 62 x 38 mm / 8.4 x 2.4 x 1.5 in
Weight	About 238 g / < 1 lb with batteries

*The temperature is the difference between the temperature of the operating conditions and the current ambient temperature.

Example:
Is the current ambient temperature greater than the temperature of the operating conditions
(50°C / 122°F (current ambient temperature)) – (40°C 104°F (operating temperature)) = 10°C / 50°F
Is the current ambient temperature less than the temperature of the operating conditions
(0°C / 32°F (operating temperature)) – (-5°C / 23°F (current ambient temperature)) = 5°C / 41°F