Digital clamp meter automatic AC/DC 600A

Alternating voltage 0-600 V a.c.
Direct voltage 0-600 V d.c.
Alternating current 0-600 A
Resistance 0-60 MΩ
capability 0-60 mF
Regularity 0-10 MHz
Continuity test 0-50 Ω
Conduction test yes
Diode test yes
Battery test yes
Peak measured value preservation mode yes
TRUE RMS yes
Data Hold yes
Non-contact AC voltage detection NCV yes
Dimensions 172x64x32 mm
Material ABS
Max. clamp gap 25 mm
Max. diameter of the tested cable using the clamp 25 mm
Display type LCD
LED backlight yes
Display range 6000
Auto measurement range yes
Sampling frequency 3 times per second
Bell ring yes
Auto power off 15 min
Power supply battery cell type 2x1.5V; AAA
Weight 0.161 kg

Universal clamp meter YT-73093 with automatic range selection for every measurement allows for basic and advanced measurements of electrical quantities. The meter is equipped with measurement clamps that allow for measurement of both direct and alternating current in a single wire using a built-in HALL sensor. The measurement can be done without disconnecting the circuit or disconnecting it from the power source and allows for measuring much higher current than conventional electrical meters. The measurement probe wires have silicone, flexible, and high-temperature resistant insulation.

Basic measurements:

measurement of alternating voltage: A.C. 0-600 V, TRUE RMS
measurement of direct voltage: D.C. 0-600 V
measurement of alternating current: A.C. 0-600 A, TRUE RMS
measurement of direct current: D.C. 0-600 A
measurement of resistance: 0-60 MΩ
diode test: IF 5 mA, UR 3 V
continuity test: 0-50 Ω
Additional measurements:

measurement of capacitor capacity: 0-60 mF
measurement of frequency: 0-10 Mhz
temperature measurement: -30 to 1000 °C
non-contact detection of alternating voltage: NCV
Measurement accuracy:

Example of determining accuracy for the measurement of alternating current AC. Calculations for the measurement result: 30 A

accuracy of the YT-73093 meter for this range is: ±(2.0%+30), resolution 0.01 A
error calculation formula: (measurement result x 2%) + 30 x resolution
calculations: (30 x 2%) + 30 x 0.01 = 0.6 + 0.3 = 0.90 A
Actual result considering measurement error for indication of 30 A = 30 ± 0.90 A.

result considering measurement error for indication of alternating voltage measurement: 235 V = 235 ± 4.175 V
result considering measurement error for indication of direct voltage measurement: 12 V = 12 ± 0.09 V
A table with resolution and accuracy for each measurement can be found in the user manual.