YATO Digitalmultimeter

Brand	Yato
Entity responsible for this product in the EU	TOYA S.A.More
Series	GRF
Alternating voltage	0-600 V a.c.
Direct voltage	0-600 V d.c.
Direct current	0-10 A
Resistance	0-2 MΩ
Transistor HFE measurement	PNP, NPN
Continuity test	0-100 Ω
Conduction test	yes
Diode test	yes
Battery test	1.5, 9 V d.c.
Data Hold	yes
Dimensions	155x75x30 mm
Material	ABS
Display type	LCD
LED backlight	yes
Sampling frequency	2-3 times per second
Bell ring	yes
Fuse	600V / 0.5A
Low battery indicator	yes
Power supply	battery
cell type	2x1.5V; AAA
Working temperature range	0~40 ˚C
Storage temperature	-10 ~ +50 ˚C
Weight	0.13 kg
Application	electric
Symbol	YT-73081

The YT-73081 universal meter with a manual range for each measurement allows the implementation of basic and advanced electrical measurements. & Nbsp; an additional and useful option is the 1.5V and 9V battery test with which we can check the voltage of the tested battery under load, it will help assess its condition and exclude or confirm the need to replace. Basic measurements measurement of alternating voltage: A.C. 0-600V Fixed voltage measurement: D.C. 0-600V DC measurement: D.C. 0-10A resistance measurement: 0-2mΩ diode test: IF 1MA, UR 2.4V circumference continuity test: 0-100Ω Additional measurements of HFFE transistors test: 0-1000, built-in measuring socket battery test 1.5V with load resistance about 3kΩ Test 9V batteries with load resistance of approx. 900Ω accuracy of measurement. Example of determining accuracy for measuring AC alternating current voltage. Calculations for the measurement result: 235V Measurement accuracy of the YT-73081 meter for this range is: ± (2% + 10), 1V resolution 1V measurement error calculation Pattern: (measurement result x 2%) + 10 x Calculation resolution: (235 x 2% ) + 10 x 1 = 4.7 + 10 = 14.7v result taking into account the measuring error for indicating & nbsp The resolution and accuracy for a given measurement can be found in the user manual. *The YT-73081 meter does not have the TRUE RMS measurement function, which is why the above result is a real effective value of AC voltage only for the correct sinusoidal course. Built -in Functions Battery test 1.5 and 9V - the meter during the test downloads a small amount of power intensity from the battery, so we get 100% of the information needed to assess whether the power source will be able to power our device. For full information, it is worth making a DC voltage measurement first, and then compare the result with the value from the battery test. Too much drop or low voltage is a bright signal about the need to replace the power source Data Hold [H] - behavior on the display of the currently measured value Additional information LCD display, & nbsp; maximum display displayed: 1999 screen backlight screen sound signal in the circuit continuity test for resistance below 30Ω Included in the measuring probe set construction with overload protection for measurements of small currents, no fuse for measuring current up to 10A Plastic housing + so -called Holster, i.e. a rubber housing that protects the meter against mechanical damage, low battery level. Power supply: two 1.5V batteries (AAA) Note in the case of measuring unknown values ​​using a meter with a manual change of range with a knob, you should take measurements in turn from the largest range For a range that gives the most accurate result - otherwise we risk damage to the device.