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O P E R A T I N G   M A N U A L

sion of measurements, it is recommended to replace the battery as soon as possible once the symbol of battery has been displayed.

Replacement of the fuse

The device is equipped with a 0.5A/250V (Ø5x20mm) quick-break equipment fuse. If the fuse is damaged, it must be replaced with a 

new one of the same electrical parameters. To do so, open the housing of the meter and proceed as in the case of replacement of the 

battery, observing the safety principles, to replace the fuse.

The 5A/250V (Ø5x20mm) fuse must be replaced in a specialised repair shop.

Connection of the test leads

Remove the protection caps from the plugs and connect them in accordance with the instructions. Then remove the protections of the 

measurement part and proceed to measurements.  

Depending on the actual position of the measurement range selector in the display three significant digits will be displayed. If it is 

necessary to replace the battery the multimeter indicates this displaying the battery symbol. If the measured value is preceded by the 

“-” symbol, then the measured value has an opposite polarization in relation to the connection of the meter. If only “1” is displayed, then 

the measurement range is exceeded, and it is necessary to increase the measurement range. In case of measurements of quantities 

of unknown values, set the highest measurement range and only after the initial measurement change the measurement range to the 

adequate one.

ATTENTION! The measurement range of the meter must not be lower than the measured value. It might damage the meter 

and cause an electric shock.

The correct connection of the leads: 

The red lead must be connected to the socket marked as „V

Ω

mA”, „5A”

The black lead must be connected to the socket marked as „COM”

In order to ensure the highest possible precision of the measurements the optimum measurement conditions must be observed: ambi-

ent temperature between 18°C and 28°C and relative humidity <75 %

Example of determination of precision

Precision: ± % of the indi weight of the least significant digit 

Measurement of the direct voltage: 1.396 V

Precision: ± (0.8% + 5)

Calculation of the error: 1.396 x 0.8% + 5 x 0.001 = 0. 0.005 = 0.016168 

Result of the measurement: 1.396 V ± 0.016 V

Measurements of voltage

Connect the measurement cables to the sockets marked as „V

Ω

mA” and „COM”. Switch the measurement range selector to the posi-

tion of the measurement of the direct voltage or alternating voltage. Select the maximum measurement range, connect the measure-

ment cables in parallel to the electric circuit and read the result of the measurements of the voltage. In order to ensure more precise 

results of the measurement you may change the measurement range. Do not ever measure a voltage exceeding 500 V in case of 

measurements of the direct voltage and 500 V rms (square average) in case of measurements of the alternating voltage. It might 

damage the meter and cause an electric shock.

Measurement of intensity of the current

Depending on the expected value of the measured intensity of the current connect the measurement cables to the socket marked as 

„V

Ω

mA” and „COM” or to the socket marked as „5A” and „COM”. Select the adequate measurement range using the measurement 

range selector and the kind of the measured current.

Maximum intensity of the current measured through the „V

Ω

mA” socket may amount to 200 mA. In case of measurements of the cur-

rent exceeding 200 mA connect the lead to the socket marked as „5A”. Maximum intensity of the current measured through the socket 

marked as „5A” may amount to 5 A, while the duration of measurement must not exceed 10 seconds, and it is required to wait at least 

15 minutes before the next measurement. 

The maximum current and voltage values of the sockets must not be exceeded.

 Con-

nect the measurement cables in series to the tested electric circuit, select the range and kind of the current and read the result of the 

measurement. The first stage of the measurements is to select the maximum measurement range. In order to ensure more precise 

results of the measurement you may change the measurement range. 

Measurements of resistance

 

Connect the measurement cables to the sockets marked as „V

Ω

mA” and „COM”; switch the measurement range selector in the posi-

tion of the measurement of resistance. Place the measurements leads at the terminals of the measured element and read the result. In 

order to ensure more precise results of the measurement the measurement range may be changed if required. 

It is strictly prohibited 

to measure the resistance of live elements. 

In case of measurements of values exceeding 1M

Ω

 the measurement may take a 

couple of seconds before the result is stable, which is a normal reaction during measurements of high resistances.

Summary of Contents for YT-73080

Page 1: ...LV HU E RO CZ UA LT SK MULTIMETR CYFROWY DIGITAL MULTIMETER DIGITALES MULTIMETER SKAITMENINIS MULTIMETRAS CIPARU MULTI M R T JS DIGIT LN MULTIMETR DIGIT LNY MULTIMETER DIGIT LIS MULTIM TER APART DIGIT...

Page 2: ...meracieho pr stroja 6 meracie vodi e 1 m r m szer 2 kijelz 3 v laszt kapcsol 5 a m r m szer csatlakoz i 6 m r k belek 1 aparat de m surat 2 ecran 3 buton de selectare 5 conexiuni aparat de m surat 6 c...

Page 3: ...na nutnos separovan ho zberu opotrebovan ch elektrick ch a elektronick ch zariaden Opotrebovan elektrick zariadenia s zdrojom druhotn ch surov n je zak zan vyhadzova ich do kontejnerov na komun lny o...

Page 4: ...ent Gleichstrom Nuolatin i tampa L dzstr va Proud stejnosm rn Pr d jednosmern Egyen ram Curent contnuu Corriente directa Rezystancja Resistance Widerstand Var a Rezistence Odpor Odpor Ellen ll s Rezis...

Page 5: ...V 10 mV 20 mA 10 A 20 k 10 200 V 100 mV 200 mA 100 A 2 0 2 200 k 100 500 V 1 V 1 2 10 5 A 10 mA 2 0 10 2000 k 1 k Uwagi Zabezpieczenie przeci eniowe zakres 200 mV 220 V rms pozosta e zakresy 500 V d...

Page 6: ...wej nale y zapewni optymalne warunki pomiarowe Temperatura otoczenia w zakresie od 18 st C do 28 st C oraz wilgotno wzgl dna powietrza 75 Przyk ad wyznaczania dok adno ci Dok adno wskazania waga najmn...

Page 7: ...cnienia tranzysto ra W zale no ci od typu posiadanego tranzystora pod czamy do gniazda podstawki oznaczonej PNP lub NPN dbaj c o to aby umie ci wyprowadzenia tranzystora w miejscach oznaczonych litera...

Page 8: ...ange 200 mV 220 V rms other ranges 500 V d c or 500 V a c rms Overload protection fuse 0 5A 250 V range 5 A fuse 5A 250 V duration of measurement 10 s in intervals 15 min Uab 3V Alternating voltage Tr...

Page 9: ...measurement cables to the sockets marked as V mA and COM Switch the measurement range selector to the posi tion of the measurement of the direct voltage or alternating voltage Select the maximum measu...

Page 10: ...et of the base marked as PNP or NPN making sure the terminals of the transistor are placed in accordance with the letter indications E emitter B base C collector If the transistor is functioning prope...

Page 11: ...2000 A 1 A 2000 1 1 0 2 20 V 10 mV 20 mA 10 A 20 k 10 200 V 100 mV 200 mA 100 A 2 0 2 200 k 100 500 V 1 V 1 2 10 5 A 10 mA 2 0 10 2000 k 1 k Bemerkungen berlastschutz Bereich 200 mV 220 V rms sonstig...

Page 12: ...ass der eingestellte Messbereich des Messger tes kleiner als der zu mes sende Wert ist da dies zu einer Zerst rung des Messger tes und zu einem elektrischen Stromschlag f hren kann Die Leitungen sind...

Page 13: ...der Leitf higkeit in Stromkreisen durch die Strom flie t ist absolut verboten Transistorpr fung Der Messbereichsschalter ist in die mit dem Symbol hFE Messung des Koeffizienten der Transistorverst rk...

Page 14: ...140 200 0 1 0 5 3 200 0 1 1 8 2 200 0 1 1 0 10 YT 73080 2000 1 1 0 5 2000 1 2000 1 1 0 2 20 10 20 10 20 10 200 100 200 100 2 0 2 200 100 500 1 1 2 10 5 A 10 2 0 10 2000 1 200 220 500 500 0 5A 250 5 A...

Page 15: ...RUS 15 9 6F22 0 5A 250 5x20 5A 250 5x20 1 V mA 5A COM 18 C 28 C 75 1 396 0 8 5 1 396 x 0 8 5 x 0 001 0 011168 0 005 0 016168 1 396 0 016 V mA COM 500 500 V mA COM 5A COM V mA 200 200 5A 5A 5 A 10 15...

Page 16: ...RUS 16 V mA COM 1 V mA COM 1 V mA COM 30 20 hFE PNP NPN E B C V mA COM 50 5 50...

Page 17: ...40 200 0 1 0 5 3 200 0 1 1 8 2 200 0 1 1 0 10 YT 73080 2000 1 1 0 5 2000 1 2000 1 1 0 2 20 10 20 10 20 10 200 100 200 100 2 0 2 200 100 500 1 1 2 10 5 A 10 2 0 10 2000 1 200 220 500 500 0 5A 250 5 A 5...

Page 18: ...UA 18 9 6F22 0 5A 250 5x20 5A 250 5x20 1 V mA 5A COM 18 C 28 C 75 1 396 0 8 5 1 396 x 0 8 5 x 0 001 0 011168 0 005 0 016168 1 396 0 016 V mA COM 500 500 V mA COM 5A COM V mA 200 200 5A 5A 5 A 10 15...

Page 19: ...UA 19 V mA COM 1 V mA COM 1 V mA COM 30 20 hFE PNP NPN E B C V mA COM 50 5 50...

Page 20: ...stabos Perkrovos apsauga diapazonas 200 mV 220 V rms kiti diapazonai 500 V d c arba 500 V a c rms Perkrovos apsauga saugiklis 0 5 A 250 V diapazo nas 5 A saugiklis 5A 250 V matavimo laikas 10 sek inte...

Page 21: ...kaitmens svoris Pastovios tampos matavimas 1 396 V Tikslumas 0 8 5 Klaidos apskai iavimas 1 396 x 0 8 5 x 0 001 0 011168 0 005 0 016168 Matavimo rezultatas 1 396 V 0 016 V tampos matavimas Prijungti m...

Page 22: ...oriaus kojel s atsirast tinkamose vietose pa enklintose raid mis E emiteris B baz C kolektorius Tvarkingo tranzistoriaus ir taisyklingo prijungimo atveju perskaitome vaizduoklyje matavimo rezultat t y...

Page 23: ...diapazons 200 mV 220 V rms p r jie diapazoni 500 V d c vai 500 V a c rms Aizsardz ba no p rslogojuma dro in t js 0 5A 250 V diapazons 5 A dro in t js 5A 250V m r juma laiks 10 s interv los 15 min Uab...

Page 24: ...0 016168 M r juma rezult ts 1 396 V 0 016 V Sprieguma m r ana Piesl gt m r anas vadus pie ligzd m apz m t m ar V mA un COM Diapazonu p rsl dz ju uzst d t nemain g vai main g sprie guma m r anas poz c...

Page 25: ...zistora kontakti b tu novietoti viet s apz m tas ar burtiem E emiters B b ze C kolektors Darbder ga tranzistora un pareizas piesl g anas gad jum uz displeja ir par d ts tran zistora pastiprin anas koe...

Page 26: ...2000 mV 1 mV 1 0 5 2000 A 1 A 2000 1 1 0 2 20 V 10 mV 20 mA 10 A 20 k 10 200 V 100 mV 200 mA 100 A 2 0 2 200 k 100 500 V 1 V 1 2 10 5 A 10 mA 2 0 10 2000 k 1 k Pozn mky Ochrana proti p et en rozsah 2...

Page 27: ...tit optim ln podm nky m en Teplota prost ed mus b t v rozmez od 18 C do 28 C a relativn vlhkost vzduchu 75 P klad stanoven p esnosti P esnost daje v ha nejm n v znamn ho bitu M en stejnosm rn ho nap t...

Page 28: ...zistoru p ipojeny ke kontakt m ozna en m p smeny E emitor B b ze C kolektor V p pad e je tranzistor bezchybn a spr vn p ipojen ode teme v sledek m en zesilovac ho initele kter se zobraz na displeji Je...

Page 29: ...V 100 mV 200 mA 100 A 2 0 2 200 k 100 500 V 1 V 1 2 10 5 A 10 mA 2 0 10 2000 k 1 k Pozn mky Ochrana proti pre a eniu rozsah 200 mV 220 V rms ostatn rozsahy 500 V d c alebo 500 V a c rms Ochrana proti...

Page 30: ...lad stanovovania presnosti Presnos daja v ha najmenej v znamn ho bitu Meranie jednosmern ho nap tia 1 396 V Presnos 0 8 5 V po et chyby 1 396 x 0 8 5 x 0 001 0 011168 0 005 0 016168 V sledok merania 1...

Page 31: ...tora pripojen ku kontaktom ozna en m p smenami E emitor B b za C kolektor V pr pade e je tranzistor bezchybn a spr vne pripojen od tame na displeji zobrazen v sledok merania inite a zosilnenia Je abso...

Page 32: ...V 1 V 1 2 10 5 A 10 mA 2 0 10 2000 k 1 k Megjegyz sek T lterhel s elleni v delem 200 mV tartom ny 220 V rms a t bbi tartom ny 500 V d c vagy 500 V a c rms T lterhel s elleni v delem 0 5A 250 V biztos...

Page 33: ...oss g megad s ra Pontoss g kijelz s a legkev sb jelent s sz m s lya Egyen fesz lts g m r se 1 396 V Pontoss g 0 8 5 Hibasz m t s 1 396 x 0 8 5 x 0 001 0 011168 0 005 0 016168 M r si eredm ny 1 396 V 0...

Page 34: ...jzatot gyelve arra hogy a tranzisztor l bait megfelel en az E emiter B b zis C kollektor jel helyekbe dugjuk J l m k d tranzisztor s megfelel behelyez s eset n az er s t si t nyez rt ke megjelenik a k...

Page 35: ...2000 mV 1 mV 1 0 5 2000 A 1 A 2000 1 1 0 2 20 V 10 mV 20 mA 10 A 20 k 10 200 V 100 mV 200 mA 100 A 2 0 2 200 k 100 500 V 1 V 1 2 10 5 A 10 mA 2 0 10 2000 k 1 k Observa ii Protec ie la suprasarcin inte...

Page 36: ...arcat cu V mA 5A Conductorul negru la soclul marcat cu COM Pentru a ob ine cea mai precis valoare de m surare trebuie s asigura i condi ii optime de m surare Temperatura mediului n in tervalul ntre 18...

Page 37: ...stare tranzistori Comutatorul de intervale de m surare trebuie setat la pozi ia marcat cu simbolul hFE m surare coeficient de amplificare tranzistor n func ie de tipul de tranzistor posedat cupla i la...

Page 38: ...2 0 2 200 k 100 500 V 1 V 1 2 10 5 A 10 mA 2 0 10 2000 k 1 k Comentarios Protecci n contra sobrecargas rango 200 mV 220 V rms otros rangos 500 V d c o 500 V a c rms Protecci n contra sobrecargas fusi...

Page 39: ...si n 0 8 5 C lculo del error 1 396 x 0 8 5 x 0 001 0 011168 0 005 0 016168 Resultado de la medici n 1 396 V 0 016 V Medici n de la tensi n Conecte los cables de medici n a las entradas indicadas con l...

Page 40: ...la base indicada como PNP o NPN asegur ndose que las salidas del transistor sean colocadas en los lugares se alados con las letras E emisor B base C colector En el caso de un transistor que funciona c...

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