PHYWE Digital multimeter, 600V AC/DC, 10A AC/DC, 20 MΩ, 200 µF, 20 kHz, −20°C…760°C

Item No. 07122-00 | Type: Equipment & Accessories

Pupils , Students
Delivery time: 4-8 weeks
EUR 67.90
Content 1 piece



Function and Applications

Hand-held instrument for measurement of voltages, currents, resistances,capacitance, frequency and temperature.

Benefits

  • with continuity check function and diode test, auto power off,display illumination and measurement value hold function.

Equipment and Technical Data

  • Overload protection by diodes and fine fuses for 0.2 A and 20 A.
  • Plastic housing with rubber frame and 4 mm safety sockets.
  • Thermocouple socket type K.
  • 3 1/2-digit LC-display: 38 mm
  • Voltage:0...0.2 / 2 / 20 / 200 / 600 V DC; 0...2 / 20 / 200 / 600 V AC
  • Current AC/DC: 0...0.2 / 2 / 20 / 200 mA; 0...10 A
  • Resistance: 0...200 Ohm; 0...2 / 20 / 200 kOhm; 0...2 / 20 MOhm
  • Temperature: -20...760°C
  • Frequency: 0...20 kHz
  • Capacitance: 0...2 / 20 / 200 nF; 0...2 / 200 µF
  • Impedance: 10 MOhm
  • Dimensions (mm): 92 × 195 × 38
  • Weight: 380 g
  • Including test leads, 9 V batteryblock, NiCr-Ni thermocouple type K and manual

 

Device name
Item No.
Digital learning
Specific heat capacity of water with Cobra SMARTsense
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Electromagnetic induction with Cobra SMARTsense
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Magnetic flux density of a coil in dependence of the current with Cobra SMARTsense
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Temperature measurement with a thermocouple
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Bimetallic principle
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Specific heat capacity of water
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What does the spectrum of a light-emitting diode (LED) look like?
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How is light attenuated when it passes through matter?
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How is light attenuated by liquids?
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How are the energy and the colour of light connected?
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When is a light-emitting diode a receiver?
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How does the intensity of light decrease a function of thedistance?
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What does the photoelectric current of a solar cell dependon?
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What does the UI characteristic of an LED look like?
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How does light oscillate?
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Helium Neon laser, basic set
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Nd:YAG laser
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Stefan-Boltzmann's law of radiation with an amplifier
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Electrical conductivity of metals
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Emittance of hot bodies (Leslie cube)
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4 Point Method / Measurement of low resistances / Ohm's Law
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Temperature dependence of different resistors and diodes
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Kirchhoff's laws
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Current balance / force acting on a current-carrying conductor with an amperemeter
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Semiconductor thermogenerator - Seebeck effect
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Peltier heat pump
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Characteristic curves of a solar cell
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Characteristic curve and efficiency of a PEM fuel cell and a PEM electrolyser
Item No. P2411101
Electric fields and potentials in the plate capacitor
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Capacitance of metal spheres and of a spherical capacitor
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Coulomb's law/ image charge
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Dielectric constant of different materials
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Determination of the earth's magnetic field
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Magnetic field of single coils/ Biot-Savart's law with a teslameter
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Magnetic field of paired coils in a Helmholtz arrangement with a teslameter
Item No. P2430301
Magnetic moment in the magnetic field
Item No. P2430400
Magnetic field outside a straight conductor
Item No. P2430500
Elementary charge and Millikan experiment
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Specific charge of the electron - e/m
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Hall effect in n- and p-germanium (Teslameter)
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Hall effect in metals
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Band gap of germanium
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Determination of Faraday's constant
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Electric fields
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Electric field strength
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Inhomogeneous electric fields (dipole fields)
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The electric conductor as an equipotential surface
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Electrostatic tip-shape effect
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Electromagnetic induction
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The electrical generator
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Transformer
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A remarkable source of electric current
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Electric voltage from a salt solution
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Solution pressure
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The copper/zinc cell (Daniell cell)cell)
Item No. P7400400
Connection of Daniell cells in series and in parallel
Item No. P7400500
Measuring and comparing the voltages of various half-cells leads
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The voltaic cell
Item No. P7400700
Preparation of a simplified standard hydrogen electrode andmeasurement of some standard potentials
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Nonmetal galvanic cells
Item No. P7400900
The silver/silver chloride as reference electrode
Item No. P7401000
Determination of standard potentials using thentials using the silver/silver chloride
Item No. P7401100
Measurement of the standard potential of the redox couple Fe3+/Fe2+
Item No. P7401200
Galvanic cells from a series of concentrations, their potentials and how to calculate them
Item No. P7401300
Setting up a concentration series with potassium chloride solutions and silver/silver chloride electrodes
Item No. P7401400
Galvanic cells with different redox couples/concentrations and the calculation oftheir potentials
Item No. P7401500
Changes in the voltage of a concentration seriesdue to precipitation or binding
Item No. P7401600
The solubility products of silver halides
Item No. P7401700
Protecting against corrosion by passification
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Galvanic zincking
Item No. P7402100
Storing energy in reversible galvanic cells,so-called storage batteries or accumulators
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The zinc/oxygen cell
Item No. P7402300
Conversion of thermal energy into electrical energy
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Influence of illumination level on voltage and current of asolar cell
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Influence of surface area of solar cell on voltage and current
Item No. P9511200
Voltage and current in a series connection of solar cells
Item No. P9511300
Voltage and current in a parallel connection of solar cells
Item No. P9511400
The solar cell as a power source for LED
Item No. P9511500
Voltage and current of a solar cell as a function of light intensity
Item No. P9511700
Solar-dark characteristic curve
Item No. P9511900
The characteristic current-voltage curves of solar cells
Item No. P9512000
Storage of the electric energy from a solar cell in a capacitor
Item No. P9512100
Thermal conduction
Item No. P9513100
Thermal insulation of houses and thermal imaging
Item No. P9513600
Thermal radiation and greenhouse effect
Item No. P9513700
Influence of wind speed
Item No. P9515200
Influence of wind direction
Item No. P9515300
Wind energy under load
Item No. P9515400
Influence of number of rotor blades
Item No. P9515500
Current-voltage characteristic of the wind wheel
Item No. P9515800
Generation of hydrogen and oxygen using a PEM electrolyser
Item No. P9516100
Generation of electric energy using a PEM fuel cell
Item No. P9516200
Characteristic curve of a PEM electrolyser
Item No. P9516500
Faraday efficiency and energetic efficiency of a PEM electrolyser
Item No. P9516600
Current-voltage characteristic of a PEM fuel cell
Item No. P9516700
Faraday and energetic efficiencies of a PEM fuel cell
Item No. P9516800
The efficiency of a electrolyser-fuel cell system
Item No. P9516900
current-voltage characteristic of an air breathing fuel cell
Item No. P9517000
Generation of electrical energy using a thermogenerator(thermoelectric power)
Item No. P9517100
Thermal voltage and temperature
Item No. P9517200
Peltier effect: heat pump
Item No. P9517400
Efficiency of the pump in the conversion of electric energy to potential energy
Item No. P9518300
Running water drives a generator
Item No. P9518400
Transformer
Item No. P2440101
Faraday effect
Item No. P2260101
Wheatstone bridge
Item No. P2410200
Diffraction intensity due to pin holes and circular obstacles
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Rectifier circuits
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Planck's "quantum of action" and external photoelectric effect
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Planck's "quantum of action" and photoelectric effect (line separation by interference filters)
Item No. P2510402
Thermal expansion in solids and liquids
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Digital learning curricuLAB
Michelson interferometer - High Resolution
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Lambert's law of radiation on optical base plate
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Digital learning curricuLAB
Magnetostriction with the Michelson interferometerelson interferometer
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RLC circuit
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Electrogravimetric determination of copper
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Zeeman effect with electromagnet
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Name
Filename
Filesize
Filetyp
Digital learning
(de) Bedienungsanleitung
07122_00d_e .pdf
Filesize 1.46 Mb
pdf
-
(en) Operating instructions
07122_00d_e .pdf
Filesize 1.46 Mb
pdf
-
(de) Vergleichstabelle
phywe_multimeter_vergleichstabelle .pdf
Filesize 1.46 Mb
pdf
-
(en) Comparison chart
phywe_multimeters_comparison_chart .pdf
Filesize 2.14 Mb
pdf
-

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We only supply institutions and educational facilities. No sales to private individuals.

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