IDEAL ND 3511-1 Bedienungsanleitung

#61-320

320 Series

Grade Multimeter

WARNING!

1. DO NOT UNDER ANY CIRCUMSTANCES EXCEED THESE

RATINGS:

• Voltage is not to exceed 1000 Volts.

• Resistance, Capacitance, Logic and Continuity functions

are not to be performed on circuits capable of delivering

greater than 600 Volts.

• Current measurements are not to be performed on

circuits capable of delivering greater than 500 Volts

2. To avoid electrical shock hazards and/or damage to the meter:

• Do not exceed the voltage ratings for the meter. Use

caution when measuring voltage.

• Do not use during electrical storms. AC power sources

with inductive loads or electrical storms may result in

high voltage. High energy transients can damage meter

and present a dangerous shock hazard.

• Turn off power to the circuit or device being measured

before taking resistance and capacitance measurements.

Fully discharge all capacitors before measuring.

3. Ensure meter is in proper working order before using.

Visually inspect meter for damage. Performing a continuity

check can verify proper operation. If the meter reading goes

from overload to zero, this typically means the meter is in

proper working order.

4. Visually inspect leads for damage before using. Replace if

insulation is damaged or leads appear suspect.

5. Never ground yourself when taking electrical measurements.

Do not touch exposed metal pipes, outlets, fixtures etc.

Keep your body isolated from ground by using dry clothing,

rubber shoes, mats, or any other approved insulating

material. Keep your fingers behind the finger guards on the

probes. Work with others.

6. Before beginning all unknown measurements, set meter to

highest possible range.

7. Before breaking a circuit for testing, turn off the power to the

circuit. When disconnecting from a circuit, disconnect the

hot lead first, then the common lead.

8. Disconnect the meter from the circuit before turning off any

indicator, including motors, transformers, and solenoids.

1. Min/Max Switch

• Pressing this button once results in the displayed maxi-

mum value of the current reading.

• Pressing the min/max button once more results in the

displayed minimum value of the current reading.

• If pressed a third time “Max Min” will flash on the LCD

indicating that the minimum and maximum value are

being recorded while the current reading is displayed.

• Pressing the min/max button for > 2 seconds exits the

Min/Max mode.

2. Range Button

•Pressing the range button selects the manual ranging

mode.

• When the range button is pressed RANGE will

appear in the upper left of the LCD display.

• WHen in the manual range mode, pressing the range

button changes the measurement range.

• To return to auto ranging, hold the range button for >2

seconds.

3. Hold Button

• The hold button is used to hold the measured value for

all functions.

• The value is displayed alon g with the annunciator.

• This function can be used in the min/max or peak

min/max mode.

Auto Power Off (APO)

If the meter is left idle for more than 10 minutes, the meter

automatically turns the power off. When this happens, the

state (non-logic measurement) of the meter is saved, the meter

can be turned back on by pushing any button or changing the

rotary switch. The meter will give an alarm 15 seconds before

the meter automatically turns the power off. To disable the

auto power off function, power up the meter wile pressing

either the range or min/max button. To enable the auto power

off, switch the meter off and then on again without depressing

any buttons.

Overload Protection

Function Overload Protection

VAC & VDC 1000V

ADC µA input: 600V RMS

16A/500V

Ohms (Ω) 600VAC/600VDC

Diode 600VAC/600VDC

Continuity 600VAC/600VDC

Unit of Measure Multipliers

For your reference, the following symbols are often used to

make measurement easier:

Symbol Verbal Multiplier

M mega x 1,000,000

k kilo x 1,000

m milli ÷ 1,000

µ micro ÷ 1,000,000

True RMS AC Volt

Range Resolution Accuracy Max. Display

600mV 0.1mV 600.0

6V 1mV ±(0.9% reading 6.000

60V 10mV + 5 digits) 60.00

600V 100mV 600.0

750V 1V 750

AC Conversion Type: Conversions are average sensing RMS

calibrated.

Input Impedance: 10MΩless than 100 pF.

Frequency Response: 40 Hz ~ 500 Hz

To Measure AC Voltage:

1. Plug the black test lead into the COM port and the red test

lead into the Hz V ΩµA port.

2. Set the rotary switch to the v position.

3. Connect the meter in parallel with the load or circuit.

4. Measure AC Voltage.

Circuit Connection:

DC Volts

Range Resolution Accuracy Max. Display

600mV 100µV 600.0

6V 1mV ±(0.5% reading 6.000

60V 10mV + 2 digits) 60.00

600V 100mV 600.0

1000V 1V 1000

Input Impedance: 10MΩ(over 1000MΩin 600mV range)

To Measure DC Voltage:

1. Plug the black test lead into the COM port and the red test

lead into the Hz V ΩµA port.

2. Set the rotary switch to the v position.

3. Connect the meter in parallel with the load or circuit.

4. Measure DC Voltage

Circuit Connection:

DC Current

Range Resolution Accuracy Voltage Max

Burden

600µA 0.1µA ±(1.0% reading < 4mV / µA 600.0

6000µA 1µA + 2 digits) 6.000

Overload Protection: µA input: 600V RMS

To Measure DC Current:

1. Plug the black test lead into the COM port and the red test

lead into the Hz V ΩµA port.

2. Set the rotary switch to the mA or A position.

3. Connect the meter in series with the load or circuit.

4. Measure DC Current.

Circuit Connection:

Frequency/RPM

Range Resolution Sensitivity Accuracy

6000Hz 1Hz

60KHz 10Hz 100mV RMS Frequency:

600KHz 100Hz 0.01% ±1 digit

6MHz 1KHz 250mV RMS

60MHz 10KHz 1V RMS

Overload Protection: 600V rms

*Less than 20Hz the sensitivity is 1.5V

To Measure Frequency:

1. Plug the black test lead into the COM port and the red test

lead into the Hz V ΩµA port.

2. Set the rotary switch to the Hz position.

3. Connect the meter in parallel with the load or circuit.

4. Measure Frequency.

Circuit Connection:

Resistance (Ohms)

Range Resolution Accuracy Max. Display

600Ω0.1Ω600.0

6KΩ1Ω±(0.7% reading 6.000

60KΩ10Ω+ 2 digits) 60.00

600KΩ100Ω600.0

6MΩ1KΩ6.000

60MΩ10KΩ60.00

Open Circuit Voltage: -1.3V approx.

To Measure Resistance:

1. Turn the power off to the circuit or device that is to be

measured and discharge all capacitors before attempting a

measurement.

2. Plug the black test lead into the COM port and the red test

lead into the Hz V ΩµA port.

3. Set the rotary switch to the Ωposition.

4. For correct reading, ensure that the device being tested

contains no voltage.

5. Connect test leads across the resistor or circuit to be measured.

6. Measure resistance.

Circuit Connection:

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