AMM-1028 Professional Industrial Digital Multimeter

AKTAKOM AMM-1028 sets the standard with a combination of precision, easy-to-use functions, safety and reliability. It features IP67 dust and waterproof, True RMS, rugged design for heavy duty use. The instrument complies with IEC/EN 61010-1:2001-02 and IEC/EN 61010-031:2002, Class2, double insulation.

Features

1. 11000 digital display counts with backlit;
2. True RMS measurement;
3. Relative mode allows you to make measurements relative to a stored reference value;
4. Data hold, MAX/MIN recording mode;
5. Auto ranging;
6. Auto power off and low battery indication;
7. Measurement Rate: 4 times per second, nominal;
8. Wide capacitance range (110mF)

Special Offer 1+: Buy 1 AMM-1028 Get Second or more for $101.00 + Multi-Tip Screwdriver as a Gift call 786 597-7752 to place an order

Attention. Discounts for various special offers are not cumulative.

DC Voltage (DCV)	1000 V
DCV Accuracy	±(0.8%+10)
DCV Resolution	0.01 mV
AC Voltage (ACV)	1000 V
ACV Accuracy	±(1.5%+10)
ACV Resolution	0.01 mV
DC Current (DCA)	10 A
DCA Accuracy	±(1.5%+5)
DCA Resolution	0.01 µA
AC Current (ACA)	10 A
ACA Accuracy	±(1.5%+5)
ACA Resolution	0.01 µA
Frequency	110 MHz
Resistance	110 MΩ
Capacitance	110 µF
Temperature	-32 °C...+1000 °C / -25.6 °F...+1100 °F
Temperature resolution	0.1 °C / 0.1 °F
Temperature sensor type	Type K thermocouple
Diode test	+
Continuity check	+
True RMS	+
Autorange	+
Data hold	+
Min/Max measurement	+
Relative measurement	+
Special features	Dust & water proof (IP67)
Display	LCD, 11000 counts
Power supply	9 V battery
Dimensions	7.2 x 3.2 x 2.2 in / 182 x 82 x 55 mm

DC Voltage

Range	Resolution	Accuracy	Absolute error	Value-error	Value	Value+error
110 mV	0.01 mV	±(0.8%+10 digits)	±0.97992 mV		mV
1.1 mV	0.1 mV	±(0.8%+6 digits)	±0.608 mV		mV
11 V	1 mV	±(0.8%+6 digits)	±0.093992 V		V
110 V	10 mV	±(0.8%+6 digits)	±0.93992 V		V
1000 V	100 mV	±(1.2%+5 digits)	±12.4988 V		V

AC Voltage

Range	Resolution	Accuracy	Absolute error	Value-error	Value	Value+error
110 mV	0.01 mV	±(1.8%+10 digits)	±2.07982 mV		mV
1.1 mV	0.1 mV	±(1.5%+10 digits)	±1.015 mV		mV
11 V	1 mV	±(1.5%+10 digits)	±0.174985 V		V
110 V	10 mV	±(1.5%+10 digits)	±1.74985 V		V
1000 V	100 mV	±(2.0%+10 digits)	±20.998 V		V

DC Current

Range	Resolution	Accuracy	Absolute error	Value-error	Value	Value+error
110 µA	0.01 µA	±(1.5%+5 digits)	±1.69985 µA		µA
1100 µA	0.1 µA	±(1.5%+5 digits)	±16.9985 µA		µA
11 mA	1 µA	±(1.5%+10 digits)	±0.174985 mA		mA
110 mA	10 µA	±(1.5%+10 digits)	±1.74985 mA		mA
10 A	1 mA	±(2.5%+10 digits)	±0.259975 A		A

AC Current

Range	Resolution	Accuracy	Absolute error	Value-error	Value	Value+error
110 µA	0.01 µA	±(1.8%+8 digits)	±2.05982 µA		µA
1100 µA	0.1 µA	±(1.8%+8 digits)	±20.5982 µA		µA
11 mA	1 µA	±(2.0%+10 digits)	±0.22998 mA		mA
110 mA	10 µA	±(2.0%+10 digits)	±2.2998 mA		mA
10 A	1 mA	±(3.0%+8 digits)	±0.30797 A		A

Frequency

Range	Resolution	Accuracy	Absolute error	Value-error	Value	Value+error
1100 Hz	0.1 Hz	±(1.5%+5 digits)	±16.9985 Hz		Hz
11 kHz	1 Hz	±(1.2%+5 digits)	±0.136988 kHz		kHz
110 kHz	10 Hz	±(1.2%+5 digits)	±1.36988 kHz		kHz
1.1 MHz	100 Hz	±(1.2%+5 digits)	±0.0136988 MHz		MHz
11 MHz	1 kHz	±(1.5%+8 digits)	±0.172985 MHz		MHz
110 MHz	10 kHz	±(1.5%+8 digits)	±1.72985 MHz		MHz

Resistance

Range	Resolution	Accuracy	Absolute error	Value-error	Value	Value+error
110 Ω	0.01 Ω	±(1.2%+80 digits)	±2.11988 Ω		Ω
1.1 kΩ	0.1 Ω	±(1.2%+50 digits)	±0.0181988 kΩ		kΩ
11 kΩ	1 Ω	±(1.2%+50 digits)	±0.181988 kΩ		kΩ
110 kΩ	10 Ω	±(1.2%+50 digits)	±1.81988 kΩ		kΩ
1.1 MΩ	100 Ω	±(1.2%+50 digits)	±0.0181988 MΩ		MΩ
11 MΩ	1 kΩ	±(2.5%+50 digits)	±0.324975 MΩ		MΩ
110 MΩ	10 kΩ	±(5.0%+10 digits)	±5.5995 MΩ		MΩ

Capacitance

Range	Resolution	Accuracy	Absolute error	Value-error	Value	Value+error
11 nF	1 pF	±(5.0%+700 digits)	±1.24995 nF		nF
110 nF	10 pF	±(5.0%+20 digits)	±5.6995 nF		nF
1.1 µF	0.1 nF	±(5.0%+20 digits)	±0.056995 µF		µF
11 µF	1 nF	±(5.0%+20 digits)	±0.56995 µF		µF
110 µF	0.01 µF	±(3.0%+10 digits)	±3.3997 µF		µF
1.1 mF	0.1 µF	±(3.0%+10 digits)	±0.033997 mF		mF
11 mF	1 µF	±(10%+10 digits)	±1.1099 mF		mF
110 mF	10 µF	±(10%+10 digits)	±11.099 mF		mF

Specifications

Function	Range	Resolution	Accuracy
DC Voltage	110mV	0.01mV	±(0.8%reading+10digits)
	1.1mV	0.1mV	±(0.1%reading+10digits)
	11V	1mV
	110V	10mV
	1000V	100mV	±(1.0%reading+5digits)
AC Voltage (50/60Hz)	110mV	0.01mV	±(1.8%reading+10digits)
	1.1V	0.1mV	±(0.8%reading+10digits)
	11V	1mV
	110V	10mV
	1000V	100mV	±(0.8%reading+5digits)
DC Current	110uA	0.01uA	±(1.0%reading+5digits)
	1100uA	0.1uA
	11mA	1uA	±(1.0%reading+10digits)
	110mA	10mA
	10A	1mA	±(2.0%reading+10digits)
AC Current (50/60Hz)	110uA	0.01uA	±(1.5%reading+8digits)
	1100uA	0.1uA
	11mA	1uA	±(1.5%reading+5digits)
	110mA	10mA
	10A	1mA	±(3.0%reading+8digits)
Resistance	110Ω	0.01Ω	±(1,2%reading+80digits)
	1.1kΩ	0.1Ω	±(1,2%reading+50digits)
	11kΩ	1Ω
	110kΩ	10Ω
	1.1MΩ	100Ω
	11MΩ	1kΩ	±(2.5%reading+50digits)
	110MΩ	10kΩ	±(5.0%reading+10digits)
Continuity buzzer: <50Ω ; Max Voltage 250V (AC rms / DC)
Capacitance	11nF	1pF	±(5.0%reading+700digits)
	110nF	10pF	±(5.0%reading+20digits)
	1.1uF	0.1nF
	11uF	1nF
	110uF	0.01uF	±(3.0%reading+10digits)
	1.1mF	0.1uF
	11mF	1uF	±(10%reading+10digits)
	110mF	10uF
Frequency (response 200mV...10V)	110Hz	0.1Hz	±(1.5%reading+5digits)
	1100Hz	1Hz
	11kHz	0.001kHz	±(1.2%reading+5digits)
	110kHz	0.01kHz
	1.1MHz	0.0001MHz
	11MHz	0.001MHz	±(1.5%reading+8digits)
	110MHz	0.01MHz
Temperature (K-type)	-32°C...1000°C	0.1°C/°F	±(3,0%reading+5digits) ±(3,0%reading+8digits)
	-25.6°F...1100°F

General specifications

Display: 11000 counts, large symbols.
Overvoltage category: CATIII 1000V / CATIV 1000V.
Dust&Water Proof: IP67
Insulation: Class2, Double insulation.
Polarity: Automatic, (-) negative polarity indication.
Overrange: “OL” mark indication.
Low battery indication: The “BAT” is displayed when the battery voltage drops below the operating level.
Measurement rate: 2 times per second, nominal.
Operating environment: -10ºC to 50ºC (14ºF to 12 ºF) at < 70 % relative humidity.
Storage temperature: -20ºC to 60ºC (-4ºF to 140ºF) at < 80 % relative humidity.
Power: One 9V battery, NEDA 1604, IEC 6F22.
Dimensions: 182(H)×82(W)×55(D)mm
Weight: Approx.: 13.3oz/375g 

General accessories:

1. Test leads

2. Type K temperature probe

      

3. 9V battery

4. Gift box with carrying case

DC/AC voltage measurement

1. Insert the black test lead into the negative COM terminal and the red test lead into the positive V terminal
2. Set the function switch to the VAC or VDC position
3. Use the MODE button to select AC or DC Voltage
4. Connect the test leads in parallel to the circuit under test
5. Read the voltage measurement on the LCD display 

DC current measurement

1. Insert the black test lead banana plug into the negative (COM) jack
2. For current measurements up to 110uA DC, set the function switch to the uA position and insert the red test lead banana plug into the (uA) jack
3. For current measurements up to 110mA DC, set the function switch to the mA range and insert the red test lead banana plug into the (mA) jack
4. For current measurements up to 10A DC, set the function switch to the A position and insert the red test lead banana plug into the 10A jack
5. Press the AC/DC button until “DC” appears in the display
6. Remove power from the circuit under test, then open up the circuit at the point where you wish to measure current
7. Touch the black test probe tip to the negative side of the circuit. Touch the red test probe tip to the positive side of the circuit
8. Apply power to the circuit
9. Read the current in the display. The display will indicate the proper decimal point, value and symbol.

AC current measurement

1. Insert the black test lead plug into the negative (COM) socket
2. For current measurements up to 110uA, set the function switch to the uA position and insert the red test lead plug into the (110uA) jack
3. For current measurements up to 110mA, set the function switch to the mA range and insert the red test lead banana plug into the (mA) jack
4. For current measurements up to 10A AC, set the function switch to the A position and insert the red test lead banana plug into the 10A jack
5. Press the MODE button. The measurement mode will change between AC or DC as required
6. Remove power from the circuit under test, then open up the circuit at the point where you wish to measure current
7. Touch the black test probe tip to the negative side of the circuit. And touch the red test probe tip to the positive side of the circuit
8. Apply power to the circuit.

Resistance measurement

WARNING: To avoid electric shock, disconnect power to the unit under test and discharge all capacitors before taking any resistance measurements. Remove the batteries and unplug the line cords.

1. Set the function switch to the Ω position
2. Insert the black test lead plug into the negative (COM) socket and the red test lead plug into the positive Ω jack
3. Press the MODE button until "Ω" appears in the display
4. Touch the test probe tips across the circuit or part under test. It is best to disconnect one side of the part under test so the rest of the circuit will not interfere with the resistance reading
5. Read the resistance in the display. The display will indicate the proper decimal point, value.

Continuity check

WARNING: To avoid electric shock, never measure continuity on circuits or wires that have voltage on them.

1. Set the range switch to the  position.
2. Insert the black lead plug into the COM socket and the red test lead plug into the positive socket.
3. Press the MODE button until "" appears in the display.
4. Touch the test probe tips to the circuit or wire you wish to check.
5. If the resistance is less than 30Ω, the audible signal will sound. The display will also show the actual resistance in ohms.

Diode test

WARNING: To avoid electric shock, do not test any diode that has voltage on it.

1. Set the function switch to the  position.
2. Insert the black test lead plug into the COM socket and the red test lead plug into the  socket.
3. Press the MODE button until "" appears in the display.
4. Touch the test probe tips to the diode or semiconductor junction you wish to test. Note the meter reading.
5. Reverse the probe polarity by switching probe position. Note this reading.
6. The diode or junction can be evaluated as follows:
   A. If one reading shows a value and the other reading shows OL, the diode is good.
   B. If both readings show OL, the device is open.
   C. If both readings are very small or zero, the device is shorted.
   
   NOTE: The value indicated in the display during the diode check is the forward voltage.

Capacitance measurement

WARNING: To avoid electric shock, discharge the capacitor under test before measuring.

1. Set the function switch to the CAP capacitance.
2. Insert the black test lead banana plug into the negative COM jack and the red test lead banana plug into the CAP positive jack.
3. Touch the test probe tips across the part under test.
4. Read the capacitance value in the display.
5. The display will indicate the proper decimal point and value.
   
   Note: For very large values of capacitance measurement time can be several minutes before the final reading stabilizes. The LCD displays DSC when discharging. Discharging through the chip is quite slow. We recommend the user to discharge the capacitor with some other apparatus.

Frequency measurement

1. Set the function switch to the Hz position.
2. Insert the black test lead banana plug into the negative (COM) jack and the red test lead banana plug into the positive Hz jack.
3. Touch the test probe tips to the circuit under test.
4. Read the frequency in the display. The digital reading will indicate the proper decimal point, symbols (kHz, MHz) and value.

Temperature measurement

1. Set the function switch to the ºC position.
2. Insert the Temperature Probe into the input jacks, making sure to observe the correct polarity.
3. Press the MODE button until “ºF or ºC” appears in the display.
4. Touch the Temperature Probe head to the part whose temperature you wish to measure. Keep the probe touching the part under test until the reading stabilizes (about 30 seconds).
5. Read the temperature in the display.
   
   Note: The temperature probe is fitted with a type K mini connector. A mini connector to banana connector adaptoris supplied for connection to the input banana jacks.
   

Frequently Asked Questions

How to connect test leads to IP67 waterproof instruments?

How to connect test leads to IP67 waterproof instruments?

Devices made in accordance with the requirements of IP67 (Waterproof) have tight test lead jacks. It is important that the insertion of the test leads is performed without gaps. The edges of test leads have special grooves for sealing against water. Therefore the test leads should be inserted with a lot of effort (pushed forcefully into the jacks of the instrument) in order to achieve tight connection. Otherwise the test leads will not be securely connected to the jacks of the measuring instrument. Tight connection of the test leads to the instrument is an essential condition for all Waterproof measurements in accordance with the terms of IP67. To verify the correct connection mode, set rotary switch to the continuity mode and press the MODE button. Up

AKTAKOM AMM-1028 cumple los estándares con una combinación de precisión, seguridad, fiabilidad y muy fácil manejo. Viene diseñado muy resistente para un uso pesado y según la IP67 contra el polvo, resistente al agua y con RMS verdadero. El instrumento cumple con la norma IEC/EN 61010-1:2001-02 y la IEC/EN 61010-031:2002, Class2, de doble aislación.

Características:

• Pantalla digital con luz de fondo de 11000 cuentas.
• Medición verdadera RMS.
• Modo relativo que permite tomar mediciones con relación a un valor de referencia almacenado previamente.
• Retención de datos, MAX/MIN con modo de grabación.
• Apagado automático e indicador de batería baja.
• Velocidad de medición: 4 veces por segundo, nominal.
• Amplio rango de la capacitancia (110mF).