Tekpower TP8268 multimeter User's Manual

The Tekpower TP8268 is a full-featured, auto-ranging multimeter that measures voltage, current, resistance, capacitance, frequency, duty cycle, diode, and transistor with a backlit LCD display. Designed to comply with safety standards, it can measure up to 1000Vdc or 750Vac rms. The manual details safety precautions, instrument parts, functions, technical specifications, and maintenance instructions.

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Tekpower TP8268 User's Manual | Manualzz

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Key features

  • Auto ranging
  • Voltage, Current, Resistance, Capacitance, Frequency, Duty Cycle measurements
  • Diode, Transistor measurements
  • Non Contact Voltage Detect
  • LCD Backlight

Frequently asked questions

Before using the multimeter, always disconnect from all sources of electric current and make sure you are not charged with static electricity. To avoid damage to the multimeter, do not exceed the maximum limits of the input values shown in the technical specification tables.

Set the rotary switch to the DCV position. Connect the black test lead to the COM terminal and the red test lead to the V terminal. Connect the test leads to the circuit being measured and read the displayed value. The polarity of red test lead connection will be indicated.

Data Hold mode stops updating the display. Data Hold function can be cancelled by changing the measurement mode, or push HOLD key again.

User questions

C A

Robert C.

How to measure amperage with a multimeter?
To measure current, first turn off the circuit and discharge any high-voltage capacitors. Select the appropriate amperage terminal (mA or 10A), open the circuit, connect the leads (black to negative, red to positive), turn the circuit on, and read the display.
Q J

Robert Q.

How to measure resistance using a Tekpower TP8268 multimeter?
Connect the black lead to the COM terminal and the red lead to the Ω terminal. Connect the probes to the component and read the resistance displayed in ohms.
Q J

Robert Q.

Why might a measured resistance value differ from the expected value?
Differences can occur if the component is within a circuit, as the multimeter's current flows through all paths between the probes.
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