The multimeter AM-1152 is designed for measuring DC and AC voltage, resistance, capacitance, frequency, temperature, duty cycle, diode test and continuity test of electrical circuits; extra-safety.
- True RMS
- Two-line LCD display, 6600 counts with backlight
- Bar graph indication and frequency measurement path (65 segments)
- Min/Max and peak values
- Relative measurements
- Diodes test / Continuity test
- 2 protective fuses
- Low battery indicator / Auto turn-off
- Optical USB 1.1 interface for PC connect
- 1000V CATIII / 600V CATIV
- Supply: battery 9V («Krona»)
- Dimentions: 190x90x40 mm/7.5x3.5x1.6 in
- Weight: about 500g/17.6oz
The software in the standard package of the device has no physical media (CD) and can be downloaded at www.tmatlantic.com after the purchasing and registering the equipment with a serial number. This software is paid-for and its cost is included into device value. In the new version of the software, when connecting the unit for the first time, it will ask for a license (access key). It is available online after product registration. Insert the entire character set by coping and pasting it from www.tmatlantic.com. Follow the instructions on the site. We recommend that you make and keep a copy of the downloaded software. Follow our websites news releases to receive software updates.
Recording your Software on CD
Capacitance is the ability of a component to store an electrical charge.
The unit of capacitance is the farad (F). Most capacitors are in the nanofarad to microfarad range. The Meter measures capacitance by charging the capacitor with a known current for a known period of time, measuring the resulting voltage, then calculating the capacitance. The measurement takes about 1 second per range.
To measure capacitance set up the Meter as shown in Figure:
1. Set the rotary switch to range.
2. Connect the black and red test leads to the COM and terminals respectively.
3. Connect the test leads tip to the capacitor being measured.
4. Read the displayed value from LCD.
NOTE: The meter may take a few seconds to stabilize reading when measurement on 660μF…66mF. To improve the accuracy of measurements less than 660nF, subtract the residual capacitance of the Meter and leads.
To avoid electrical shock and/or damage to the instrument, disconnect circuit power and discharge all high-voltage capacitors before measuring capacitance. Use the dc voltage function to confirm that the capacitor is discharged.
To measure current set up the Meter as shown in Figure:
To avoid damage to the Meter or injury if the fuse blows, never attempt an in-circuit current measurement where the open-circuit potential to earth is greater than 1000V. To avoid damage to the meter, check the meter's fuse before proceeding. Use the proper terminals, function, and range for your measurement. Never place the probes in parallel with a circuit or component when the leads are plugged into the current terminals.
1. Turn off power to the circuit. Discharge all high voltage capacitors.
2. Set the rotary switch to the μA, mA or A range.
3. Press the SELECT key to select DCA or ACA measuring mode. (When measuring AC current, the sub-display will show the frequency of AC signal.)
4. Connect the black test lead to the COM terminal and the red test leads to the mA terminal for a maximum of 600mA. For a maximum of 10A, move the red test lead to the A terminal.
5. Break the circuit path to be tested. Touch the black probe to the more negative side of the break; touch the red probe to the more positive side of the break. (Reversing the leads will give a negative reading, but will not damage the Meter.)
6. Turn on power to the circuit; then read the display. Be sure to note the measurement units at the right side of the display (μA, mA or A). When only the figure "OL" displayed, it indicates overrange situation and the higher range has to be selected.
7. Turn off power to the circuit and discharge all high voltage capacitors. Remove the Meter and restore the circuit to normal operation.
To measure temperature:
1. Set the rotary switch to °C°F range and the LCD will show the current environment temperature.
2. Press SELECT key to select °C or °F.
3. Insert ‘K’ type thermocouples into the COM terminal and °C terminal (or you can insert it by using Multi Function Socket). Takings care to observe the correct polarity.
4. Touch the object with the thermocouple probe for measurement.
5. Read the stable reading from LCD.
To avoid electrical shock and/or damage to the instrument, do not apply more than 250VDC or 220VAC rms between the °C terminal and the COM terminal. To avoid electrical shock, do not use this instrument when voltages at the measurement surface exceed 60VDC or 24V rms AC. To avoid damage or burns. Do not make temperature measurement in microwave ovens.
AC and DC Voltage measurement
Set the rotary switch to the position of V.
1 Press SELECT key to select between AC and DC voltage mode.
2 Connect the black and red test leads to the COM and V terminals respectively.
3 Connect the test leads tip in parallel with the circuit to be measured.
4 Read the voltage value on the main-display and read the frequency of AC signal on the sub-display.
1. Set the rotary switch to Ω range.
2. Press the SELECT key twice to activate Continuity Check.
3. Connect the black and red test leads to the COM and Ω terminals respectively.
4. Connect the test leads tip to the resistance in the circuit being measured.
5. When the test lead to the circuit is below 30Ω, a continuous beeping will indicate it.
1. Set the rotary switch to Ω range.
2. Press the SELECT key once to activate Diode Test.
3. Connect the black and red test leads to the COM and VΩ terminals respectively.
4. For forward-bias readings on any semiconductor component, place the red test lead tip on the component's anode and place the black test lead tip on the component's cathode.
5. The meter will show the approx. forward voltage of the diode. If the polarity of test leads is reversed, "OL" will be displayed.
Frequency and Duty Cycle measurement
1. Set the rotary switch to the Hz range.
2. Insert the black and red test leads into the COM and Hz input terminals.
3. Connect the test leads tip in parallel with the circuit to be measured. And don’t touch any electrical conductors.
4. Read the frequency on the main-display and read the percent of duty cycle on the sub-display.
1. Set the rotary switch to Ω range.
2. Connect the black and red test leads to the COM and VΩ terminals respectively.
3. Connect the test leads tip to the circuit being measured.
4. Read the displayed value.
Aktakom DMM Light Software for Multimeters
Aktakom DMM Light software is compatible with Aktakom AMM-1130, AM-1142, AM-1152, AM-1171, AM-1118 digital multimeters.
Aktakom DMM Pro Software for Multimeters
Aktakom DMM Pro software is designed for the full-scale control of Aktakom AM-1142, AM-1152, AMM-1130, AM-1171 digital multimeters.
El multímetro AM-1152 está diseñado para medir la tensión continua y alterna, resistencia, capacidad, frecuencia, temperatura, ciclo de trabajo, prueba de diodos y de continuidad de los circuitos eléctricos con seguridad extraordinaria.
- RMS verdadero
- Doble línea en la pantalla LCD, 6600 cuentas con luz de fondo
- Escala gráfica de 65 segmentos
- Valores pico y Min/Max
- Mediciones relativas
- Prueba de diodos y de continuidad
- 2 fusibles de protección
- Indicador de bateria baja / Apagado automático
- Interfaz USB 1.1 óptica con conector PC
- CAT III 1000V / CAT IV 600V
- Alimentación: bateria 9V
- Dimensiones: 190 x 90 x40 mm / 7.5 x 3.5 x 1.6 in
- Peso: sobre 500 g / 17.6 oz