
TABLE OF CONTENTS
1. FEATURES .............................................................. 1
2. SPECIFICATIONS ....................................................
1
2-1 General Specifications ........................................
1
2-2 Electrical specifications ....................................... 2
A. Inductance.......................................................2
B. Capacitance range ........................................... 2
C. Resistance range ............................................. 3
3. FRONT PANEL DESCRIPTION ...................................4
4. INDUCTANCE (L) MEASURING PROCEDURE ..............5
5. CAPACITANCE (C) MEASURING PROCEDURE ............ 6
6. RESITANCE (R) MEASURING PROCEDURE ................ 8
7. MAINTENANCE ......................................................
9
8. BATTERY REPLACEMENT ......................................... 9

1. FEATURES
* A pocket, Battery operated, Inductance, Capacitance and
Resistance Meter.
* LSI-circuit provides high reliability and durability.
* LCD display for clear readout even in bright ambient
light conditions.
* Input overload protection .
* Rotary switch function selector .
or-coded panel for easy inden
and ranges .
* Low battery indicator.
2. SPECIFICATIONS
2-1 General Specifications
Display 13 mm (0.5") LCD, 3 1/2 digits.
Max. reading 1999.
Over-input " 1 " mark indication.
indicator
Sampling Time Approx. 0.4 second.
Operating 0 蚓 to 50 蚓 (32 蚌 to 122 蚌).
Temp.
Operating Less than 80% RH.
Humidity
Power Supply 006 P DC 9V battery, heavy duty battery.
Dimensions 120 x 72 x 37 mm .
Weight 185 g/0.41 LB.
Power R - Approx. 8 mA.
Consumption L - Approx. 9 mA.
C - Approx. 9 mA.
Accessories Instruction Manual .................1 PC
Included
est alligator clips ..................1 pair

2-2 Electrical specifications ( 23 5 C )
A. Inductance
Range
In-range Reso-
* 2 mH 0.02 mH-2 mH 1 uH 3%+3d) < 2 ohm
20 mH 2 mH-20 mH 10 uH < 100 ohm
200 mH 20 mH-200 mH 100 uH
2 H 0.2 H-2 H 1 mH 5%+5d) < 500 ohm
20 H 2 H-20 H 10 mH
@ uH = micro Henry (10 -6H), mH = mili Henry (10 -3H).
@ Test
requency : Approx. 250 Hz.
*Zero stray inductance of 2 mH range (short circuit) :0 uH.
e exact measuring value for the 2 mH range, should rea
the meter's reading value, then deduct the Zero stray
in
uctance value ( short circuit value ). For example : T
meter's reading is 7 uH, the short value is -15 uH,
t
e exact measuring value is 7 uH - (-15 uH ) = 22 uH.
B. Capacitance
Range
In-range Reso- Test Fre-
ccuracy
Display lution quency
* 2 nF 10 pF-2 nF 1 pF 250 Hz
20 nF 200 pF-20 nF 10 pF 250 Hz
200 nF 2 nF - 200 nF 100 pF 250 Hz (3 % + 3 d)
2 uF .02 uF - 2 uF 1 nF 250 Hz
20 uF 0.2 uF - 20 uF 10 nF 250 Hz
200 uF 2 uF - 200 uF 100 nF 40 Hz
pF= pico Farad (10 -12F) nF= nano Farad (10 -9F)
uF= micro Farad (10 -6F)
*Zero stray capacitance of 2 nF range (open circui
e exact measuring value for the 2 nF range, should rea
the meter's reading value, then deduct the Zero stray
capacitance va
ue ( open circuit value ). For example : T
meter's reading is 32 pF, the open circuit value is 12 pF,
t
e exact measuring value is 32 pF - 12 pF = 20 pF.