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3. functions
function
test range
200V - 750V
AC Voltage
dC Voltage
200mV - 1000V
Resistance
200Ω − 20mΩ
Typically 1mA
diode Test
<30 ohms
Continuity Test
Frequency
20kHz
dwell Angle
3cyl 120°- 8cyl 45°
Tachometer
180 - 10000rpm
dC Current
20mA - 10A
Temperature
-20°C to 750°C
-4°F to 1382°F
Vce=3V,
Transistor Test (hFe)
maximum display:
measurement rate:
measuring method:
over range indication:
low Battery indication:
auto-Power-off:
operating environment:
storage environment:
Power:
fuse:
dimensions:
Weight approx:
4.
sPecification
dc voltage
4.1.
range
resolution
4.2.
200mV
100µV
4.3.
2V
1mV
20V
10mV
4.4.
200V
100mV
4.5.
1000V
1V
4.6.
Input Impedance: 1mΩ for all ranges.
4.7.
overload protection: 1000V dC/AC rms
(for 200mV range) 250V AC rms
4.8.
4.9.
ac voltage
4.10.
range
resolution
200V
100mV
4.11.
750V
1V
4.12.
Input Impedance: About 450kΩ for all ranges.
4.13.
Frequency Range: 40Hz~400Hz
Indication: Average (RmS of sine wave).
4.14.
overload protection: 1000V dC/AC rms
4.15.
dc current
4.16.
range
resolution
4.17.
20mA
10µA
4.18.
200mA
100µA
10A
10mA
4.19.
overload Protection: F 250mA l 250V (Range 10A
4.20.
unfused).
4.21.
maximum Input Current: 10A (less than 15 seconds).
maximum Voltage drop: 200mV.
4.22.
Indication: Average (RmS of sine wave).
4.23.
resistance
4.24.
range
resolution
200Ω
0.1Ω
4.25.
2kΩ
1Ω
4.26.
20kΩ
10Ω
200kΩ
100Ω
4.27.
2mΩ
1kΩ
4.28.
20mΩ
10kΩ
4.29.
open circuit voltage: less than 2.8V
overload protection: 250V dC/AC rms
4.30.
4.31.
transistor hfe test
range
hfe
test current
4.32.
PnP and nPn 0~1000
4.33.
5.
oPeration
op
88 Warning! ensure that you read, understand and apply the safety and operational instructions before connecting the analyser. only
‰
8
when you are sure that you understand the procedures is it safe to proceed with testing.
88 Warning! Risk of electrocution. High voltage circuits, both AC and dC are very dangerous and should be measured with great care.
‰
8
5.1.
operating temperature range 0°C to 40°C.
5.2.
Remember to turn off the analyser when measurement is completed.
© Jack Sealey limited
connections
+com
ma or 10a + com
temp. sockets &
thermocouple
I
b=10µA
transistor socket
1999 counts - (3 1/2 digits) lCd display with automatic polarity indication.
2-3 times per second.
dual-slope integration A/d converter system.
Figure "1" displayed on the lCd.
The
symbol is displayed when the battery voltage drops below the operating level.
meter automatically shuts down after approx. 15 minutes of inactivity.
0°C to 40°C (32°F to 104°F) at <75% relative humidity.
-10°C to 50°C (14°F to 122°F) at <75% relative humidity.
Single standard 9 Volt battery (PP3).
250mA/250V.
200 x 97 x 48 mm.
495g including battery and holster.
accuracy
± (0.5% + 5)
± (0.8% + 5)
± (1.0% + 5)
accuracy
± (1.0% + 5)
± (1.2% + 5)
accuracy
± (1.8% + 3)
± (3.0% + 7)
accuracy
± (1.0% + 5)
± (0.8% + 5)
± (2.0% + 7)
test voltage
Ib=10µA
Vce = 3V
Original Language Version
function guide (fig.2)
1.
dc voltage
2.
ac voltage
3.
transistor check
4.
tachometer
5.
dwell angle
6.
dc current
7.
temperature
8.
frequency
9.
audible continuity
check
10.
resistance
11.
diode check
dwell angle
cylinder range
resolution
3CYl
0~120.0°
4CYl
0~90.0°
5CYl
0~72.0°
0.1°
6CYl
0~60.0°
8CYl
0~45.0°
frequency
range
resolution
20Hz
10Hz
overload protection: 250V dC/AC rms
tachometer
range
scope (rPm) resolution
RPm
180~10000
temperature
range
resolution
-20°C~750°C
-4°F~1382°F
note: Use type K thermocouple while measuring temperature.
audible continuity test
description
If the resistance of the circuit
under test is lower than 30Ω,
the audible warning will
sound.
diode test
description
The approximate forward
voltage of the diode under
test will be displayed on the
lCd.
accuracy
± (2.5% + 5)
accuracy
± (1.5% + 5)
accuracy
1*10RPm
± (2.5% + 5)
accuracy
1°C
-20~0: ± (6°+5)
0~400°C: ± (1%+5)
>400°C: ± (2%+5)
1°F
-4~32°F: ± (6%+7)
32~752°F: ± (1%+9)
>752°F: ± (2%+9)
Test condition
open circuit voltage is
approximately 3V.
Test condition
The forward dC current
is approximately 1mA,
the reversed dC voltage
is approximately 3V.
TA102 | Issue:5 (H,F) 01/06/18
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