Ideal Test Pro 360 Serie Manual De Instrucciones página 6

ND 951-5 61-361 Test-Pro Instru
Specifications:
Function Range Resolution
AC Voltage 200.0 mV .1 mV
(True RMS) 2000 mV 1 mV
200.0 V .1V
600 V 1 V
Function Range Resolution
DC Voltage 200.0 mV .1 mV
2000 mV 1 mV
20.00 V .01 V
200.0 V .1 V
600 V 1 V
Function Range Resolution
Resistance 200.0Ω .1Ω
2.000kΩ .001kΩ
20.00kΩ .01kΩ
200.0kΩ .1kΩ
20.00MΩ .01MΩ
200.0MΩ .1 MΩ
Function Range Resolution
Diode Test 2 VDC
Function Range Resolution
AC Current
2.000 A
(True RMS)
DC Current 2.000 A
Function Range Resolution
10 Hz to 100 kHz
Frequency
Sensitivity : 3.5 V rms
*DC Voltage higher than 3.5 V rms
Function Range Resolution
Capacitance 200.0 µF
(MFD) 2k µF
20k µF
11/26/07 4:51 PM
Accuracy
±(2.0% + 4)
50 to 500Hz
all ranges
Accuracy
± (0.5% +1)
all ranges
Accuracy
± (1.0% + 4)
± (1.0% + 4)
± (1.0% + 4)
± (1.0% + 4)
± (2.0% + 4)
± (5.0% -10,+10)
Accuracy
1 mV ± (3.0% + 1)
Accuracy
± (3.0% + 4)
.001 A
50 to 500 Hz
.001 A ±(2.5%+4)
Accuracy
±
.001 kHz (0.1% + 3 digits)
Accuracy
.1 µF
± (4.0% + 10)
1 µF
all ranges
10 µF
Page 11
Page 11
Accessories
Red
Black
Optional Clamp Adaptor
To Use Accessories:
Clamp adapters allow multimeters the versatility to measure
large amounts of current safely through a clamphead. IDEAL
clamp adapters convert amps measured into mV signals that the
multimeter can display. Since the clamp adapters convert the
amps measurement into mVAC, the clamp adapter leads must
be inserted into the volts and com inputs and the meter must
be set to the mVAC range. The conversion ratio is one-to-one
(1Amp=1mV). So, when the meter displays 50.0 mV, the clamp
adapter is measuring 50.0 Amps.
I
nstructions for Use:
1. Connect the Current Clamp to the digital multimeter by
plugging the red test lead into the Volts input and the
black test lead into the COM input on the meter.
(See diagram above.)
2. a. Select 200 mVAC range for measuring less than 200 Amps.
b. Select 2000 mVAC range for measuring more than 200
Amps.
3. Snap the jaw of the current clamp around one of the current
carrying conductors.
4. Take the reading.
Page 12