kew clamp meters
ISO 9001 APPROVED BY BVQI
World Class Test and Measuring Instruments
for a Global Marketplace
The contents of this catalogue may be subject to change without notice.
DISTRIBUTOR
KYORITSU ELECTRICAL
INSTRUMENTS
WORKS, LTD.
No. 5-20 Nakane 2-chome, Meguro-ku,
Tokyo, 152-0031 Japan
Phone: 81-3-3723-0131
Fax: 81-3-3723-0152
URL: http://www.kew-ltd.co.jp
E-mail: [email protected]
Factories: Uwajima & Ehime
2002-07AD PRINTED IN JAPAN
KYORITSU ELECTRICAL INSTRUMENTS WORKS, LTD.
Greetings
ISO9001
The electrical instrumentation industry has been
QUALITY STANDARDS APPROVAL
playing a key role as a basis for technological
development to sustain the growth of the world.
With the passage of time there is an ever increasing need for us to meet the more diversified and
sophisticated demand from all walks of our industrial society.
ISO 9001 APPROVED BY BVQI
Since its foundation in 1940 Kyoritsu Electrical
Instruments Works, Ltd. has been pursuing a solid
business philosophy of "Customer First" in every
area of our production and servicing activities, thus
establishing a relationship of mutual trust with our
customers.
Here in our company all of us are expected to fully
develop our individual personality and creativity into
a valuable corporate asset for our future growth.
We are united together by the guiding principle of
always being diligent, honest and appreciative of all
those around us.
We sincerely wish that with this corporate culture
we can make some contribution towards building a
more affluent human society.
Thank you in advance for all your continuous support and patronage.
Ehime Factory of Kyoritsu Electrical Instruments
Works, Ltd. obtained ISO 9001 certification in
December, 1992.
The certification was given by UK based Bureau
Veritus Quality International (BVQI), one of the few
globally recognized certification bodies.
All the above testify to our compliance with the
International Quality Assurance Standard.
CONTENTS
ANALOGUE MULTIMETERS
1106, 1108 ........................................................................... 2
1109, 1110 ........................................................................... 3
LOOP/PSC TESTERS
4120A ................................................................................. 26
4116A, 4118A .................................................................... 27
DIGITAL MULTIMETERS
1008, 1020 ........................................................................... 4
KEW MATE 2000, 2001 ....................................................... 5
RCD TESTERS
5402D, 5404, 5406A .......................................................... 28
CLAMP METERS
2017, 2027 ........................................................................... 6
2037, 2608A, 2805 ............................................................... 7
2002PA, 2006, 2007A, 2031 ................................................ 8
CLAMP LEAKAGE METERS
2432, 2433 ........................................................................... 9
2412, 2413F, 2414, 2415, 2417, 2431, 2434 ......................10
MULTI FUNCTION TESTERS
6010A ................................................................................. 29
6015 ................................................................................... 30
6011A ................................................................................. 32
6017, 6018 ......................................................................... 33
6020, 6030 ......................................................................... 34
AC/DC CLAMP METERS
2003A, 2004, 2009A, 2010, 2033........................................12
CLAMP ADAPTORS
RECORDERS
5350, 5360 ......................................................................... 36
5351 ................................................................................... 37
5361 ................................................................................... 38
8006, 8112, 8112BNC, 8113...............................................14
MULTI-TRANS, ENERGIZER
8004, 8008, 8021 ................................................................15
DIGITAL INSULATION/CONTINUITY TESTERS
ACCESSORIES
5200, 5201, 8030, 8031 .................................................... 39
5500, 5510 ......................................................................... 40
Test Leads.......................................................................... 41
3005A, 3007A......................................................................18
INSULATION/CONTINUITY TESTERS
3131A ..................................................................................19
3001B, 3111V, 3132A ....................................................... 20
Instrument Glossary ......................................... 42
Kyoritsu Quality Control Concept .............. 44
PRODUCT INDEX ............................................... 45
INSULATION TESTERS
3165, 3166, 3321, 3322, 3323 ........................................... 21
3144, 3145, 3146, 3161, 3313, 3314 ................................. 22
HIGH VOLTAGE INSULATION TESTERS
3121, 3122, 3123, 3124 ..................................................... 23
EARTH TESTERS
4105A ................................................................................. 24
4102A ................................................................................. 25
Safety Warnings
Please read the "Safety Warnings" in the instruction manual supplied with the instrument thoroughly and completely
for safety use.
Failure to follow the safety rules can cause fire, trouble, electrical shock, etc. Therefore, make sure to operate the
instrument on a correct power supply and voltage rating marked on each instrument.
1
KEW ANALOGUE MULTIMETERS
Kyoritsu analogue multimeters are the products of our technical expertise gained from more 50 years of panel meter production.
Made of high quality, high performance meter movements, all
of our multimeters are used for a wide range of testing application in the field.
MODEL
1106
MODEL
• Designed for safety.
• Slim,compact lightweight and truly portable.
• Sloping front panel permits easy reading.
• Sloping front panel for easy reading. Tilt stand to allow for
an optimum viewing angle.
• Fuse and diode protected circuitry.
Optional Accessories
Selection Guide
MODEL
Sensitivity
(DC)
DCV
ACV
DCA
ACA
Ω
LED
Decibel
Temperature
Battery Test
1108
1106
1108
1109
1110
5kΩ/V
20kΩ/V
20kΩ/V
20kΩ/V
Model 7060
Temperature Probe
Model 7069
10kV High Voltage Probe
WARNING
To avoid electrical shock hazards never use the multimeters on an
industrial power line above 250V.
2
KEW ANALOGUE MULTIMETERS
MODEL
1109
1110
MODEL
• Mirrored scale for easy and accurate reading.
• Fuse and diode protected circuit (except 15A AC range).
• Output terminal to cut off DC component when measuring AC voltage.
• Safety designed input terminals and test leads.
• High sensitivity DC20kΩ/V.
• Polarity selector switch.
• 1m drop-proof heavy duty designed taut-band movement.
• Can measure line voltage up to AC 600V.
(Voltage to ground MAX AC300V) (Protected by 600V ceramic
fuse against accidental overload)
• Continuity buzzer, battery check, LED check, temperature measurement function.
• Skeleton type robust and clear case with carrying handle furnished
as standard accessory.
Specifications
MODEL
Model 1106
Model 1108
Model 1109
DC V
0.5/5/25/100/250/500V
(5kΩ/V)
±3% of FS
0.25/1/2.5/5/10/25/50/
100/250/500/1000V
±3% of FS (20kΩ/V)
0.1/0.5/2.5/10/50/250/1000V
±3% of FS (20kΩ/V)
AC V
10/50/250/500V(2.5kΩ/V)
±3% of FS
10/50/250/1000V(9kΩ/V)
±3% of FS
DC A
200µA/2.5/25/250mA
±3% of FS
±5% of FS(250mA)
1/2.5/5/10/25/50/100/
250/500/1000V(20kΩ/V)
±3% of FS, ±5%(1V, 2.5V)
50µA/2.5/25/500mA/10A
±3% of FS
10A
±3% of FS
15A
±3% of FS
5/50/500kΩ/5MΩ
±3% of scale length
2/20kΩ/2/20MΩ
±3% of scale length
-20~+22dB
-10~+62dB
AC A
Ω
3/30/300kΩ
±3% of scale length
50µA/2.5/25/250mA
±3% of FS
Model 1110
0.3V(16.7kΩ/V) ±3% of FS
3/12/30/120/300/600V(20kΩ/V)
±3% of FS
12V(9kΩ/V) ±4% of FS
30/120/300/600V(9kΩ/V)
±3% of FS
60µA/30/300mA
±3% of FS
3/30/300kΩ
±3% of scale length
Buzzer sounds below 100Ω
Continuity buzzer
Decibel
0~1000(Ω × 10)
±3% of scale length
hFE
10mA approx. at 0 Ω
(at 3V of battery voltage)
LED
Temperature
-20°C~+150°C
±5°C(0°C~+100°C), ±10°C(other ranges)
(with the use of Temperature probe 7060)
Battery Test
2V(20Ω load)
-20°C~+150°C
±5°C(0°C~+100°C), ±10°C(other ranges)
(with the use of Temperature probe 7060)
2.5V(10Ω load)
1.5V(0.7~2V)
±3% of FS (10Ω load)
Maximum
Circuit Voltage
600V AC/DC (between line/neutral)
300V AC/DC (against earth)
Safety Standard
IEC61010-1 CAT.
CAT.
IEC61010-2-031
Withstand
Voltage
3000V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 1
Dimensions
130(L) × 85(W) × 38(D)mm
Weight
300V Pollution Degree 2
600V Pollution Degree 2
6000V AC for 1 minute
3700V AC for 1 minute
R6P(AA)(1.5V) × 2
R6P(AA)(1.5V) × 2, 6F22(9V) × 1
R6P(AA)(1.5V) × 2
188(L) × 102(W) × 45(D)mm
150(L) × 100(W) × 47(D)mm
94(L) × 140(W) × 39(D)mm
175g approx.
350g approx.
330g approx.
280g approx.
Accessories
7066(Test Leads)
8901(0.5A/250V fuse) × 1
R6P(AA) × 1
Instruction Manual
7066(Test Leads)
8901(0.5A/250V fuse) × 2
9012(Carrying Case)
R6P(AA) × 2
Instruction Manual
7085(Test Leads)
8901(0.5A/250V fuse) × 2
R6P(AA) × 2
6F22 × 1
Instruction Manual
7066(Test Leads)
8923(F500mA/600V fuse) × 2
R6P(AA) × 2
9103(Carrying Case)
Instruction Manual
Optional
9059(Carrying Case)
7060(Temperature Probe)
7060(Temperature Probe)
7069(10kV High Voltage Probe)
9076(Carrying Case)
7060(Temperature Probe)
FS : full scale
3
KEW DIGITAL MULTIMETERS
MODEL
1008
MODEL
• Auto range and manual range selector provided.
(with range hold feature)
• Continuity test buzzer.
• Diode test feature.
• 3200 count with bargraph.
• Resistance range provides audible continuity test.
• Automatically turns power off in about 10 minutes to conserve
battery life.
• Direct current measurement up to 10A AC and DC.
1020
• Test leads can be clipped onto housing case.
• Features automatic mode switching between AC and DC
voltage measurements.
• Frequency measurement and diode test functions plus
continuity buzzer.
• Contoured for comfortable grip.
• Auto power off.
• Overload protected to 500V rms.
• Pocket size and heavy duty design.
Specifications
MODEL
Model 1008
Model 1020
DC V
300mV/3/30/300/1000V(Input Impedance 10MΩ)
±0.5%rdg±2dgt(300mV)
±1%rdg±2dgt(3/30/300V)
±1%rdg±4dgt(1000V)
320mV/3.2/32/320/450V(Input Impedance 100M,10MΩ)
±2%rdg±4dgt(320mV)
±0.7%rdg±4dgt(3.2V)
±1.3%rdg±4dgt(32/320/450V)
AC V
3/30/300/750V(Input Impedance 10MΩ)
±1.2%rdg±4dgt
3.2/32/320/450V(Input Impedance 11M,10MΩ)
±2.3%rdg±8dgt(50Hz~500Hz)
Hz
DC A
AC A
3.2/32/320kHz
±0.1%rdg±1dgt
300/3000µA/30/300mA/10A
±1.5%rdg±2dgt(300µA/30mA)
±2%rdg±2dgt(3000µA/300mA/10A)
300/3000µA/30/300mA/10A
±2%rdg±5dgt(300/3000µA/30/300mA)
±2.5%rdg±5dgt(10A)
Ω
300Ω/3/30/300kΩ/3/30MΩ
±1%rdg±2dgt(300Ω/3/30/300kΩ)
±2%rdg±2dgt(3MΩ)
±3.5%rdg±2dgt(30MΩ)
320Ω/3.2/32/320/3200kΩ/32MΩ
±2.5%rdg±6dgt(320Ω/3200kΩ)
±2%rdg±6dgt(3.2/32/320/3200kΩ)
±10%rdg±6dgt(32MΩ)
Diode Test
2V Release Voltage:Approx. 1.3V
Open Circuit Voltage:1.7V
Test Current: < 1mA
Continuity buzzer
300Ω (Buzzer sounds below 20Ω)
320Ω (Buzzer sounds below 250Ω)
Withstand Voltage
3000V AC for 1 minute
5550V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 2
LR-44(1.5V) × 2
Dimensions
167.5(L) × 78(W) × 37.5(D)mm
120(L) × 68(W) × 19(D)mm
Weight
250g approx.
100g approx.
Accessories
7066(Test Leads)
8922(0.5A/250V fuse) × 2, 8921(10A/250V fuse) × 1
9086(Carrying Case)
R6P(AA) × 2
Instruction Manual
Instruction Manual
Soft Case
4
KEW DIGITAL MULTIMETERS
DIGITAL MULTI METER with AC/DC OPEN CLAMP SENSOR
KEW MATE 2000
MODEL
MAX
AC/DC 60A
AC
V
Continuity
Hz
DC
V
10
C
Features
AC
V
Continuity
Hz
DC
V
DUCTOR SI
ON
Specifications
• Capable of measuring AC and DC currents up to 60A(KEW MATE 2000)
/100A(KEW MATE 2001) with OPEN CLAMP SENSOR.
• 3400 counts with bargraph display.
• Pocket size and heavy duty design.
• Sleep function to save battery consumption.
• Designed to international safety standard IEC61010-1 CAT.
300V
How to put test lead in.
AC/DC Clamp Sensor
Test Leads
Wind the lead around the folder.
MAX
AC/DC 100A
ZE
DUCTOR SI
ON
ZE
C
6
KEW MATE 2001
MODEL
MODEL
Range
DC A
60A
100A
60A
AC A
100A
340mV
DC V
3.4V
34V
340V
600V
3.4V
AC V
34V
340V
600V
Resistance 340Ω
(Ω)
(Continuity)
3.4kΩ
34kΩ
340kΩ
3.4MΩ
34MΩ
Frequency AC A 3.4kHz
(Hz)
10kHz
AC V 3.4kHz
34kHz
300kHz
Maximum AC/DC
Circuit Voltage
Conductor Size
Withstand Voltage
Safety Standard
Power Source
Dimensions
Weight
Accessories
Optional
KEW MATE MODEL 2000/2001
Measuring Range
Accuracy
±2%rdg±5dgt
0~60A(KEW MATE 2000)
0~100A(KEW MATE 2001)
0~60A(KEW MATE 2000)
±2%rdg±5dgt (50/60Hz)
0~100A(KEW MATE 2001)
±1.5%rdg±4dgt
0~600V
(5 Autoranging)
0~600V
(4 Autoranging)
±1.5%rdg±5dgt(50-400Hz)
0~33.99MΩ
(6 Autoranging)
Buzzer sounds at 30Ω±10Ω
±1%rdg±3dgt
0~10kHz
(2 Autoranging)
0~300kHz
(3 Autoranging)
(±5%rdg±5dgt)
(±15%rdg±5dgt)
±0.1%rdg±1dgt
±0.1%rdg±1dgt
600V AC/DC (between line/neutral)
300V AC/DC (against earth)
φ 6mm max. (KEW MATE 2000)
φ 10mm max. (KEW MATE 2001)
3700V AC for 1 minute
IEC61010-1 CAT.
300V Pollution Degree 2
IEC61010-2-031, IEC61010-2-032
IEC61326-1
Two R03 or equivalent (DC1.5V) batteries
128(L) × 87(W) × 21(D)mm (KEW MATE 2000)
128(L) × 91(W) × 27(D)mm (KEW MATE 2001)
210g approx. (KEW MATE 2000)
220g approx. (KEW MATE 2001)
R03(1.5V) × 2
Instruction Manual
Soft Case
5
KEW CLAMP METERS
Model 2017 series is a new line of clamp meters developed on
the basis of a new design concept.
All models are built to IEC61010-1(CAT. ) and offer many
outstanding safety features.
MODEL
33
2017
MODEL
MAX
AC 600A
AC
V
33
2027
MAX
AC 600A
AC
V
Continuity
Features
RMS
Continuity
Selection Guide
• Tear drop shaped jaws for ease of use in tight places and crowded
cable areas.
• Designed to meet internationally proven safety standards such as
IEC61010-1, UL3111 and VDE0411.
• Three functions in one unit; AC current, AC voltage and resistance.
• Resistance range provides audible continuity test.
• Frequency response from 40Hz to 1kHz on AC current and voltage
ranges.
• Can measure up to AC 600A and AC 600V.
• Data hold function to allow for easy reading in hard-to-reach locations.
• Display can be observed away from the conductor.
• True RMS sensing.(Model 2027/2037)
2017
600A
600V
2027
600A
600V
200Ω
200Ω
2037
600A
600V
1000A
600V
4000Ω
3000Hz
Optional Accessories
Multi-Tran
Model 8004
Specifications
MODEL
MODEL
AC A
AC V
DC A
DC V
Ω
Hz
Data Hold
Peak hold
True RMS
Model 2017
Multi-Tran
Model 8008
Model 2027
Energizer
Model 8021
Model 2037
AC A
200/600A
±1.5%rdg±4dgt(200A)(50/60Hz)
±1%rdg±3dgt(600A)(50/60Hz)
±2%rdg±5dgt(45Hz~1kHz)
200/600A(True RMS)
±1.5%rdg±4dgt(200A/600A)
(50/60Hz) (CF<3)
±2%rdg±5dgt(40Hz~1kHz)
400/600A(True RMS)
±1.5%rdg±5dgt(50/60Hz)(CF<3)
±3.5%rdg±5dgt(40Hz~1kHz)
AC V
200/600V
±1%rdg±2dgt(50/60Hz)
±1.5%rdg±4dgt(45Hz~1kHz)
200/600V(True RMS)
±1%rdg±2dgt(50/60Hz)(CF<3)
±1.5%rdg±4dgt(40Hz~1kHz)
40/400/600V(True RMS)
±1.5%rdg±5dgt(50/60Hz)(CF<3)
±3.5%rdg±5dgt(40Hz~1kHz)
DC A
400/1000A
±1%rdg±5dgt
DC V
40/400/600V
±1%rdg±5dgt
Ω
Continuity buzzer
200Ω
±1.2%rdg±2dgt
buzzer sounds below 30±20Ω
200Ω
±1.2%rdg±4dgt
buzzer sounds below 30±20Ω
400/4000Ω
±1%rdg±5dgt
buzzer sounds below 20Ω
3000Hz
±1.5%rdg±5dgt
40Hz~1kHz
DC,10Hz~1kHz
Hz
Conductor Size
φ 33mm max.
Safety Standard
IEC61010-1 CAT.
IEC61010-2-031
600V Pollution Degree 2
Frequency Response
45Hz~1kHz
Withstand Voltage
5550V AC for 1 minute
Power Source
6F22(9V) × 1
Dimensions
208(L) × 91(W) × 40(D)mm
Weight
400g approx.
Accessories
7066(Test Leads)
9079(Carrying Case)
6F22 × 1
Instruction Manual
Optional
8004/8008 (Multi-Tran)
8021(Energizer)
450g approx.
8004/8008 (Multi-Tran)(AC only)
8021(Energizer)
CF: Crest Factor
6
KEW CLAMP METERS
Model 2037 is a microprocessor controlled, high function
AC/DC digital clamp meter. It is equipped with a number of
new functions to meet the needs of the times, including its
capability of making AC current measurements over a wide
frequency range starting from 10Hz upwards. The instrument
is designed to IEC61010 and fully compliant with the requirements for CE marking,etc.
2037
MODEL
Features
• Accurate true RMS readings of AC current and voltage regardless of
RMS
33
DC200ms
AC500ms
Continuity
MAX
AC 600A
MAX
DC 1000A
AC
V
Hz
the waveform.
PEAK
• LoHz mode that automatically selects a lower sample rate in low frequency measurement to reduce fluctuations of display readings.
• Sleep function to save battery.
• "Peak" function to measure current or voltage peaks.
• "Average" function to allow for easy reading of fluctuating current or
DC
V
voltage.
AVG
• Auto-null function to allow for easy zero adjustment.
• Frequency measurement function.
• Digital display with maximum counts of 4000.
• Safety operation. The instrument is designed to IEC61010-1 (over-
LoHz
voltage category CAT.
MODEL
33
2608A
MODEL
MAX
AC 300A
AC
V
35
DC
V
gency battery operated power supply.
• Can measure temperature using optional probe.
• Tear drop shaped transformer jaws for ease of use.
Specifications
MODEL
Model 2608A
Model 2805
AC A
6/15/60/150/300A
±3% of FS
150/300/600V
±3% of FS
6/20/60/200/600A
±3% of FS
150/300/600V
±3% of FS
60V
±3% of FS
1/10kΩ(25/250Ω mid-scale)
±2% of scale length
2kΩ(25Ω mid-scale)
±3% of scale length
DC V
Ω
2805
MAX
AC 600A
AC
V
• DC voltage range is also available especially for checking emer-
AC V
)
Temperature
-20°C~+150°C
(with the use of Temperature Probe 7060)
±5°C(0°C~+100°C)±10 °C(other ranges)
Conductor Size
φ 33mm max.
φ 35mm max.
Frequency Response 50Hz/60Hz
Safety Standard
IEC61010-1 CAT.
300V Pollution Degree 2
IEC61010-2-031, IEC61010-2-032
Withstand Voltage
3700V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 1
• Range switch selects only one rotary scale at a time, making it easy
to take readings correctly.
• A longtime seller with proven reputation world wide for its easy-touse functions.
This is a full range of analogue clamp meters with built-in high
quality Kyoritsu meter movements.
Still enjoying great popularity,Model 2805 in particular has so
far sold more than one million units world wide.
Selection Guide
MODEL
AC A
AC V
DC V
Ω
Temperature
2608A
300A
600V
60V
10kΩ
2805
600A
600V
2kΩ
2200V AC for 1 minute
Dimensions
193(L) × 78(W) × 39(D)mm
Weight
275g approx.
220(L) × 83(W) × 40(D)mm
390g approx.
Accessories
7066(Test Leads)
8901(0.5A/250V fuse) × 2
9097(Carrying Case)
R6P(AA) × 1
Instruction Manual
7067(Test Leads)
8901(0.5A/250V fuse) × 2
9054(Carrying Case)
R6P(AA) × 1
Instruction Manual
Optional
7060(Temperature Probe)
8004/8008(Multi-Tran)
8021(Energizer)
8004/8008(Multi-Tran)
8021(Energizer)
7
KEW CLAMP METERS
This is a full range of dedicated AC digital clamp meters.
Popularly known as "KEW SNAP" all over the world, they are
available in two product lines - 2002PA series with a large jaw
diameter of 55mm and 2006 series with a very small jaw diameter of 19mm.
MODEL
Selection Guide
MODEL
AC A
AC V
DC V
Ω
Data Hold
Peak Hold
2031
MODEL
33
55
2002PA
DC
V
PEAK
10ms
OUT
PUT
4kΩ
2006
200A
500V
500V
2kΩ
MAX
AC 600A
Continuity
MODEL
MAX
AC 2000A
AC
V
2007A
600A
750V
• Sleep function to save battery
• Data hold function.
• Digital display with maximum 4000 counts.
• Can measure large AC current up to 200A.
• 24mm-dia tear drop shaped jaws.
MODEL
2002PA
2000A
750V
1000V
400kΩ
2007A
AC
V
MAX
AC 200A
24
2031
200A
19
AC
V
Continuity
2006
MAX
AC 200A
DC
V
Continuity
• Pocket size, handy clamp meter.
• UL listed fire retardant plastic housing case.
• Multifunction instrument having voltage and
• Can measure large AC current up to 2000A.
• Peak hold function for Model 2002PA .
• 55mm-dia large tear drop shaped jaws.
resistance measurement functions in addition
to all the ranges incorporated.
Specifications
MODEL
Model 2031
Model 2002PA
Model 2006
400/600A
±1.5%rdg±4dgt(50/60Hz)
±2%rdg±5dgt(40~400Hz)
2/20/200A
±2%rdg±5dgt(2/20A)(50Hz~1kHz)
±2%rdg±5dgt(200A)(50/60Hz)
±3%rdg±10dgt(200A)(40Hz~1kHz)
40/400/750V
±1%rdg±2dgt(50/60Hz)
±1.5%rdg±3dgt(40~1kHz)
40/400/1000V
±1%rdg±2dgt
400/750V
±1.2%rdg±3dgt(50/60Hz)
±1.5%rdg±4dgt(40~400Hz)
2/20/200/500V
±1.5%rdg±2dgt(50/60Hz)
±1.5%rdg±5dgt(40Hz~1kHz)
2/20/200/500V
±1%rdg±2dgt
Ω
400Ω/4k/40k/400kΩ
±1.5%rdg±2dgt
400/4000Ω
±1.5%rdg±2dgt
2kΩ
±1.5%rdg±2dgt
Continuity buzzer
buzzer sounds below 50±35Ω
buzzer sounds below 50±35Ω
buzzer sounds below 300~400Ω
Output Voltage
400/2000A
DC400mV/200mV
φ 19mm max.
20A
±2%rdg±5dgt(50Hz~1kHz)
200A
±2%rdg±5dgt(50/60Hz)
±3%rdg±10dgt(40Hz~1kHz)
AC V
DC V
8
Model 2007A
400A(0~400A)
±1%rdg±3dgt(50/60Hz)
±2%rdg±3dgt(40~1kHz)
2000A(0~1500A)
±1%rdg±3dgt(50/60Hz)
±3%rdg±3dgt(40~1kHz)
2000A(1500~2000A)
±3.0%rdg(50/60Hz)
AC A
Conductor Size
φ 24mm max.
Safety Standard
IEC61010-1 CAT.
300V
φ 55mm max.
φ 33mm max.
IEC61010-1 CAT.
600V
CAT.
1000V
IEC61010-2-031, IEC61010-2-032
IEC61010-1 CAT. 300V
CAT.
600V CAT. 1000V
IEC61010-2-031, IEC61010-2-032
IEC61326(EMC)
Frequency Response
40Hz~1kHz
40Hz~1kHz
40Hz~400Hz
Withstand Voltage
3700V AC for 1 minute
5550V AC for 1 minute
3700V AC for 1 minute
2200V AC for 1 minute
Power Source
LR-44(1.5V) × 2
R6P(AA)(1.5V) × 2
R03(AAA)(1.5V) × 2
R6P(AA)(1.5V) × 2
184(L) × 54(W) × 32(D)mm
40Hz~1kHz
Dimensions
147(L) × 58.5(W) × 26(D)mm
247(L) × 105(W) × 49(D)mm
195(L) × 78(W) × 36(D)mm
Weight
100g approx.
470g approx.
260g approx.
160g approx.
Accessories
9090 (Carrying Case)
LR-44 × 2
Instruction Manual
7107(Test Leads)
8201(Output Plug)
9094(Carrying Case)
R6P(AA) × 2
Instruction Manual
7066(Test Leads)
9097(Carrying Case)
R03(1.5V) × 2
Instruction Manual
7066(Test Leads)
9066(Carrying Case)
R6P(AA) × 2
Instruction Manual
Optional
8004/8008 (Multi-Tran)
8021(Energizer)
8008(Multi-Tran)
7014(Output Cord)
8004/8008(Multi-Tran)
8021(Energizer)
8004/8008(Multi-Tran)
8021(Energizer)
KEW LEAKAGE CLAMP METERS
Method of leakage current measurement
Broadly speaking, there are two methods of leakage current measurement. One is designed to measure leakage current by directly
clamping on an earthing conductor and the other is intended to
measure leakage current by clamping on two-way wires together.
Please refer to Fig.1 for respective measurement methods. The
principle of measurement involving the clamping of two-way wires
together is meant to find out the difference of current flowing
between the incoming wire and outgoing wire and display the
result. If there is no leakage on the load side, the instrument display reads zero. If the leakage occurs on the load side, the leakage
current will flow back into the power supply through earth, resulting
in the difference of current flowing between the two-way wires
which will then be displayed on the instrument as a value of leakage current.
l1
Power
Supply
Load
l2
Leakage
Current
lg
Measurement by clamping
two-way wires together
(leakage current lg(l1-l2)will be
displayed)
Leakage Current lg
Measurement on earthing wire
(leakage current lg will be displayed)
Fig.1 Method of leakage current measurement.
Selection Guide
Features
• Least affected by external stray magnetic field.
2mA AC approx. in proximity to a 15mm-dia conductor carrying
100A AC (2432) 10mA AC approx. in proximity to a 15mm-dia conductor carrying 100A AC (2433)
• Frequency Selector Switch to eliminate the effect of harmonics.
• Three AC current ranges:4mA/40mA/100A (2432)
40mA/400mA/400A (2433).
• Data hold function.
• Peak hold function.
• Sleep function to save battery.
• Designed to international safety standard IEC61010-1 CAT. 300V
MODEL
Transformer
2432
MODEL
AC A
Data Hold
Peak Hold
Freg. Select
2432
100A
2433
400A
2433
MODEL
High Sensitive Model
40
MAX
AC 100A
Filter
Resolution
0.001mA
40
PEAK
10ms
Filter
MAX
AC 400A
Resolution
0.01mA
PEAK
10ms
Specifications
MODEL
Model 2432
AC A
(50/60Hz)
4/40mA/100A
±1%rdg±5dgt(4/40mA)
±1%rdg±5dgt(0~80A)
±5%rdg(80.1~100A)
AC A
(WIDE)
4/40mA/100A
±2.5%rdg±10dgt[20~1kHz]
±2.5%rdg±10dgt[40~1kHz]
±10%rdg[40~1kHz]
Frequency Response
20Hz~1kHz(40Hz~1kHz:100A)
Maximum
Circuit Voltage
600V AC/DC (between line/neutral)
300V AC/DC (against earth)
Model 2433
40/400mA/400A
±1%rdg±5dgt(40/400mA)
±1%rdg±5dgt(0~350A)
±2%rdg(350.1~399.9A)
, ±1%rdg±5dgt[50/60Hz](4/40mA)
, ±1%rdg±5dgt[50/60Hz](0~80A)
, ±5%rdg[50/60Hz](80.1~100A)
Conductor Size
φ 40mm max.
Safety Standard
IEC61010-1 CAT.
IEC61010-2-032
Effect of External
Stray Magnetic Field
2mA AC approx. in proximity to a 15mm-dia
conductor carrying 100A AC
40/400mA/400A
±2.5%rdg±10dgt[20~1kHz]
±2.5%rdg±10dgt[40~1kHz]
±5%rdg[40~1kHz]
, ±1%rdg±5dgt[50/60Hz](40/400mA)
, ±1%rdg±5dgt[50/60Hz](0~350A)
, ±2%rdg[50/60Hz](350.1~399.9A)
20Hz~1kHz(40Hz~1kHz:400A)
300V Pollution Degree 2
Withstand Voltage
3700V AC for 1 minute
Response Time
Approx. 2 seconds
Power Source
Two R03 or equivalent (DC1.5V) batteries
Dimensions
185(L) × 81(W) × 32(D)mm
Weight
290g approx.
Accessories
9052 (Carrying Case)
R03(1.5V) × 2
Instruction Manual
Optional
8004/8008 (Multi-Tran)
These Multi-Trans can not be used for leakage current measurement
10mA AC approx. in proximity to a 15mm-dia
conductor carrying 100A AC
270g approx.
9
KEW LEAKAGE CLAMP METERS
This is a full range of our leakage clamp meters.
Use of highly sensitive transformer jaws permits AC current
measurements in the order of milliamps. These instruments
can measure not only earth leakage current but also leakage
current flowing in live conductors of single and three phase
systems by directly clamping them together.
The most outstanding feature of the Kyoritsu leakage clamp
meters is that all models have a frequency selector switch to
check for the harmonic content of the current under test.
MODEL
30
AC
V
MAX
AC 100A
2414/2415
Resolution
0.01mA
• Compact, truly portable, high perfor-
mance digital leakage current clamp
meter.
• 200mA range with a minimum resolution of 0.01mA.
• Frequency filter switch to eliminate
the effect of harmonics.
24
MAX
AC 200A
2431
Resolution
0.01mA
Filter
• Frequency Selector Switch to eliminate the effect of harmonics.
• Three AC current ranges 20mA/200mA/200A.
• 20mA range with a minimum resolution of 0.01mA.
• Auto power-off function (automatically turns off in about 10 minutes).
• Rotary switch for easy one finger power-on and range selection.
MODEL
40
MAX
AC 500A
AC
V
Filter
2412
2414/15
100A
500V
2431
200A
AC/DC
MODEL
68
2413F
1000A
2412
500A
600V
200Ω
2417
500A
2434
100A
DC
2413F
MAX
AC 1000A
Resolution
0.1mA
PEAK
10/100ms
Filter
• Extra wide transformer jaws are best
suited for clamping on all three or four
wires (3 phases) together for leakage
current measurement.
• Frequency filter switch to eliminate
the effect of harmonics.
• Peak hold function.
• Analogue output terminal.
MODEL
2417
40
MAX
AC 500A
RMS
Resolution
0.1mA
Filter
WP
• Water and dust proof construction. The instrument is protected
against water and dust.
• True RMS for accurate measurement of non-sinusoidal waveform current.
• Selectable frequency response of 50/60Hz only or up to 1KHz.
• Automatically turns power off in about 30 minutes to conserve battery life.
MODEL
2434
Resolution
0.01mA
OUT
PUT
External
Power Supply
• Digital clamp meter with tear drop shaped, medium size transformer
jaws specially designed for leakage current measurement.
• Frequency filter switch to eliminate the effect of harmonics.
• Output terminal for connection to recorders and facility to operate
from external power supply permit continuous leakage current monitoring.
10
MODEL
AC A
AC V
Ω
Data Hold
Peak Hold
Output
Freq.Select
True RMS
OUT
PUT
Filter
MODEL
Selection Guide
28
MAX
AC 100A
Resolution
0.1mA
Filter
• Least affected by external stray magnetic field.
20mA AC max. in proximity to a 15mm-dia conductor carrying 100A AC
• Frequency Selector Switch to eliminate the effect of harmonics.
• Data hold function
• Sleep function to save battery
KEW LEAKAGE CLAMP METERS
Specifications
MODEL
Model 2414/2415
Model 2413F
Model 2431
Model 2412
Model 2417
Model 2434
AC A
(50/60Hz)
20/200mA/100A(M-2414)
20mA/2/100A(M-2415)
±1.5%rdg±2dgt(20/200mA/2A)
±2%rdg±5dgt(100A)
200mA/2/20/200A/1000A
±1.5%rdg±2dgt(200mA/2/20A)
±2%rdg±2dgt(200A 0~500A)
±5.5%rdg(501~1000A)
20/200mA/200A
20/200mA/2/20/200/500A
±3%rdg±5dgt(20/200mA/100A) ±1.5%rdg±5dgt(20/200mA/2A)
±5%rdg±5dgt(200A)
±2%rdg±5dgt(20/200A)
±2.5%rdg±5dgt(500A)
200/2000mA/20/200/500A
(True RMS)
±1.5%rdg±6dgt(20/2000mA)
±2%rdg±6dgt(20/200A)
±2.5%rdg±6dgt(500A)
400mA/4/100A
±2%rdg±4dgt
AC A
(WIDE)
20/200mA/100A(M-2414)
20mA/2/100A(M-2415)
±1.5%rdg±2dgt(20/200mA/2A)
±2%rdg±5dgt(100A)
200mA/2/20/200A/1000A
±1%rdg±2dgt
(200mA/2/20A)(50/60Hz)
±2%rdg±2dgt(200A 0~500A)
±5.5%rdg(501~1000A)
20/200mA/200A
±2%rdg±4dgt(20/200mA/100A)
(50/60Hz)
±5%rdg±6dgt(20/200mA/100A)
(40~400Hz)
±5%rdg±4dgt(200A) (50/60Hz)
200/2000mA/20/200/500A
(True RMS)
±3%rdg±4dgt(200mA/2/20A)
(50/60Hz)
±3.5%rdg±4dgt(200A 0~500A)
±4%rdg±4dgt(500A)
400mA/4/100A
±2%rdg±4dgt
(50/60Hz)
±3%rdg±5dgt
(40-400Hz)
AC V
500V
±1.5%rdg±2dgt(50/60Hz)
±2%rdg±5dgt(40Hz~1kHz)
20/200mA/2/20/200/500A
±1%rdg±3dgt(50/60Hz)
(20/200mA/2A)
±1.5%rdg±3dgt
(50/60Hz)(20/200A)
±2%rdg±3dgt(50/60Hz)(500A)
600V
±2%rdg±5dgt(50/60Hz)
±3.5%rdg±5dgt(40Hz~1kHz)
Ω
200Ω
±1.5%rdg±5dgt
Conductor Size
φ 30mm max.
Safety Standard
φ 68mm max.
IEC61010-1 CAT.
IEC61010-2-032
φ 24mm max.
300V
IEC61010-1 CAT.
IEC61010-2-032
Effect of External
Stray Magnetic Field
φ15mm 100A
7mA AC max.
10mA AC max.
10mA AC max.
Frequency Response
40Hz~1kHz
40Hz~1kHz
40~400Hz
Output
φ 40mm max.
φ 28mm max.
IEC61010-1 CAT.
IEC61010-2-032
300V
10mA AC max.
300V
10mA AC max.
300V
20mA AC max.
40Hz~1kHz
AC/DC200mV against 2000 count
IEC61010-1 CAT.
IEC61010-2-032
40~400Hz
DC200mV against 2000 count
Withstand Voltage
2200V AC for 1 minute
3000V AC for 1 minute
1000V AC for 1 minute
3700V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 2
6F22(9V) × 1
LR-44(1.5V) × 2
6F22(9V) × 1 or AC Adaptor
Dimensions
173(L) × 80(W) × 32(D)mm
250(L) × 130(W) × 50(D)mm
149(L) × 60(W) × 26(D)mm
209(L) × 96(W) × 45(D)mm
Weight
210g approx.
570g approx.
120g approx.
450g approx.
Accessories
7053(Test Leads)
9052(Carrying Case)
R6P(AA) × 2
Instruction Manual
9064(Carrying Case)
6F22 × 1
Instruction Manual
9090(Carrying Case)
LR-44 × 2
Instruction Manual
7066(Test Leads)
9072(Carrying Case)
8025(Plug for Output Jack)
6F22 × 1
Instruction Manual
9079(Carrying Case)
6F22 × 1
Instruction Manual
Carrying Case
R03 × 2
Instruction Manual
Optional
8004/8008(Multi-Tran)
8021(Energizer)
7073(2WAY Output Cord)
8004/8008(Multi-Tran)
8021(Energizer)
8004/8008(Multi-Tran)
8022(AC Adaptor)(110V)
8023(AC Adaptor)(220V)
7014(Output Probe)
8004/8008(Multi-Tran)
8004/8008(Multi-Tran)
R03(AAA) (1.5V) × 2
6F22(9V) × 1
169(L) × 75(W) × 40(D)mm
220g approx.
These Multi-Trans can not be used for leakege current measurement.
High frequency selector switch
This switch is designed to select "WIDE" or "50/60Hz" range.
"WIDE" range covers a wide frequency band of 40Hz to 1kHz. AC
current having a fundamental waveform and harmonics can be
measured over this range. "50/60Hz" is restricted to a frequency
response of 40Hz to 100Hz and therefore permits measurement of
AC current of fundamental frequency only by filtering harmonic
content. When in doubt as to the presence of harmonics you can
identify it by using this frequency selector switch. To give an example, the following shows the results of AC current measurement on
an earthing wire within a switchbox where there is an inverter
based airconditioner is connected at summertime. Model 2414
reads 56mA AC with the frequency selector switch set at the
"WIDE" position as shown, while it displays 3mA at the "50/60Hz"
switch position. The difference between the two readings (56mA 3mA = 53mA) is considered leakage current caused by harmonics.
The test also found that this leakage current is flowing into single
phase, 3-wire circuits other than those connected with the inverters
in the building inspected.
"WIDE"range - 56mA reading
200
mA
100
0
0
10
20
30
40
50ms
"50/60Hz"range - 3mA reading
20
mA
10
0
0
10
20
30
40
50ms
Fig. Results of AC current measurement on earthing wire within switchbox by using Model 2414 on the 200mA range.
True RMS value
Most alternating currents and voltages are expressed in effective
values, which are also referred to as RMS(Root-Mean-Square)values. The effective value is the square root of the average of the
square of alternating current or voltage values.
Many clamp meters with rectifier type circuits have scales that are
calibrated in RMS values for AC measurements. But, they actually
measure the average value of input voltage or current, assuming
the voltage or current to be a sine wave.
The conversion factor for a sine wave, which is obtained by dividing the effective value by the average value, is 1.1. These instruments are in error if the input voltage or current has some other
shape than a sine wave.
CF: Crest Factor=Peak value/RMS value
DC=1
Sine wave=1.414
11
KEW AC/DC CLAMP METERS
MODEL
2003A
2009A
MODEL
55
MAX
AC/DC 2000A
MAX
AC/DC 2000A
AC
V
DC
V
AC
V
DC
V
Hz
Continuity
Continuity
OUT
PUT
55
MAX
Hold
• Equipped to measure both AC and DC current with transformer jaws
of large diameter.
• Can measure AC and DC currents up to 2000A.
• Output terminal for connection to recorders.
• AC/DC voltage, resistance measurement and continuity functions
also available.
MODEL
19
AC
V
2004
MAX
AC/DC 200A
DC
V
able.
MODEL
24
OUT
PUT
PEAK
10ms
• True RMS reading instrument ideal for accurate measurement of
distorted waveforms and non-sinusoidal waveforms arising from
thyristors.
• Can measure AC and DC currents up to 2000A.
• Output terminal for connection to recorders.
2010
MODEL
7.5
OUT
PUT
• Smallest clamp meter capable of AC and DC current measurements.
• 20A range has a minimum resolution of 0.01A AC/DC.
• AC/DC voltage and resistance measurement functions also avail-
RMS
MAX
AC/DC 20A
External
Power Supply
• High sensitivity, miniature AC/DC clamp meter.
• 0.1mA minimum resolution for AC current and 1mA minimum resolution for DC current.
• Output terminal for recorder connection.
2033
MAX
AC/DC 300A
• Smallest clamp meter capable of AC and DC current measurements.
• 300A auto ranging has minimum resolution of 0.01A AC/DC.
• Auto-zero function to allow one touch zero adjustment.
Measurement Principle of AC/DC Clamp Meter
In general hall elements are used as a sensor to detect DC current
because it is not possible to employ an electromagnetic induction
method as used for dedicated AC clamp meters. As shown in a figure at left, a hall element is placed across a gap created by cutting
off part of the transformer jaws. When there occurs a flow of magnetic flux proportional to both AC and DC primary currents in the
transformer jaws this hall element detects the magnetic flux and
takes it out as an output voltage.
Hall element:This is a semiconductor to generate a voltage proportional to the product of bias current and magnetic field on the output terminal when bias current is applied to the input terminal.
12
Hall Element
I(A)
Bias
circuit
DC
AC
Unbalanced
voltage
compensating
circuit
Transformer
Jaws
Amplifying
circuit
Gap
Magnetic flux at this gap is proportional
to primary current under test l(A)
Rectifying
circuit
A/D
Conversion
circuit
Display
circuit
KEW AC/DC CLAMP METERS
This is a full range of AC/DC digital clamp meters. Model
2003A has been synonymous with an excellent AC/DC digital
clamp meter since its introduction more than 10 years ago. It
can measure up to 2000A AC and DC. The instrument is widely recognized as a high function, high quality digital clamp
meter.
Selection Guide
MODEL
AC A
AC V
DC A
DC V
Ω
Data Hold
Peak Hold
MAX Hold
Average
Hz
Output
True RMS
2033
300A
300A
2004
200A
500V
200A
200V
200Ω
2003A
2000A
750V
2000A
1000V
4000Ω
2009A
2000A
750V
2000A
1000V
4000Ω
2010
20A
20A
4000Hz
Specifications
MODEL
Model 2004
Model 2033
Model 2009A
AC A
400A(0~400A)
±1.5%rdg±2dgt(50/60Hz)
±3%rdg±4dgt(40~1kHz)
2000A(0~1700A)
±1.5%rdg±2dgt(50/60Hz)
±3%rdg±4dgt(40~1kHz)
2000A(1701~2000A)
±3%rdg±2dgt(50/60Hz)
Model 2003A
20/200A
±1%rdg±2dgt(20A)(50/60Hz)
±1.5%rdg±4dgt(20A)(40Hz~1kHz)
±1.5%rdg±4dgt(0~150A)(50/60Hz)
±2%rdg±5dgt(0~150A)
(40Hz~1kHz)
±3.5%rdg(>150A)(40Hz~1kHz)
40/300A
±1%rdg±4dgt(0~40A) (50/60Hz)
±2.5%rdg±4dgt(0~40A) (20Hz~1kHz)
±1.5%rdg±4dgt(20~200A) (50/60Hz)
±2.5%rdg±4dgt(20~200A) (20Hz~1kHz)
±3.5%rdg(200~300A) (50/60Hz)
±4%rdg(20~300A) (20Hz~1kHz)
400A(0~400A)(True-RMS)
±1.5%rdg±3dgt(50/60Hz)
±3%rdg±4dgt(30~1kHz)
2000A(0~1700A)(True-RMS)
±1.5%rdg±2dgt(50/60Hz)
±3%rdg±4dgt(30~1kHz)
2000A(1701~2000A)(True-RMS)
±3%rdg±3dgt(50/60Hz)
Model 2010
AC V
400/750V
±1.5%rdg±2dgt(50/60Hz)
±1.5%rdg±4dgt(40~1kHz)
500V
±1.5%rdg±2dgt(50/60Hz)
±2%rdg±4dgt(40Hz~1kHz)
DC A
400/2000A
±1.5%rdg±2dgt
20/200A
±1%rdg±2dgt(20A)
±1.5%rdg±2dgt(0~150A)
±3%rdg(>150A)
DC V
400/1000V
±1%rdg±2dgt
200V
±1%rdg±2dgt
40/400/1000V
±1%rdg±2dgt
Ω
400/4000Ω
±1.5%rdg±2dgt
200Ω
±1.5%rdg±2dgt
400/4000Ω
±1.5%rdg±2dgt
Continuity buzzer
buzzer sounds below 50±35Ω
200mA/2/20A
±1%rdg±2dgt(200mA)(50/60Hz)
±1.5%rdg±4dgt(200mA)
(40Hz~2kHz)
±1%rdg±2dgt(2A)(50/60Hz)
±2.5%rdg±5dgt(2/20A)
(40Hz~2kHz)
40/400/750V(True-RMS)
±1.5%rdg±3dgt(50/60Hz)
±1.5%rdg±4dgt(30~1kHz)
40/300A
±1%rdg±4dgt(0~±40A)
±1.5%rdg±4dgt(±20~±200A)
2/20A
±1%rdg±2dgt(2A)
±1.5%rdg±4dgt(20A)
400/2000A
±1.5%rdg±2dgt
buzzer sounds below 20Ω
Frequency
10 ~ 4000Hz
±1.5%rdg±5dgt
Output Voltage
400/2000A
DC400mV/200mV
Conductor Size
φ 55mm max.
Safety Standard
IEC61010-1 CAT. 600V
CAT. 1000V
IEC61010-2-031,IEC61010-2-032
φ 19mm max.
φ 24mm max.
IEC61010-1CAT.
IEC61010-2-032
300V
400/2000A
DC400mV/200mV
200mV DC for 200mA AC/DC and
2A/20A AC/DC full scale
φ 55mm max.
φ 7.5mm max.
IEC61010-1 CAT. 600V
CAT. 1000V
IEC61010-2-031,IEC61010-2-032
Frequency Response
40Hz~1kHz
DC, 40Hz ~ 1kHz
DC, 20Hz~1kHz
40Hz~1kHz
Withstand Voltage
5550V AC for 1 minute
1000V AC for 1 minute
3700V AC for 1 minute
5550V AC for 1 minute
750V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 2
R6P(AA)(1.5V) × 2
LR-44(1.5V) × 2
6F22(9V) × 1
6LF22(9V) × 1 or AC Adaptor
Dimensions
250(L) × 105(W) × 49(D)mm
180(L) × 54(W) × 31(D)mm
147(L) × 59(W) × 25(D)mm
250(L) × 105(W) × 49(D)mm
142(L) × 64(W) × 26(D)mm
153(L) × 23(W) × 18(D)mm
Clamp Sensor
Weight
530g approx.
170g approx.
100g approx.
540g approx.
220g approx.
Accessories
7107(Test Leads)
8201(Output Plug)
9094(Carrying Case)
R6P(AA) × 2
Instruction Manual
7066(Test Leads)
9055(Carrying Case)
R6P(AA) × 2
Instruction Manual
9090(Carrying Case)
LR-44 × 2
Instruction Manual
7107(Test Leads)
8201(Output Plug)
9094(Carrying Case)
6F22 × 1
Instruction Manual
9071(Carrying Case)
Alkaline 6LF22 × 1
Instruction Manual
Optional
8008(Multi-Tran)(AC only)
7014(Output Cord)
8004/8008(Multi-Tran)(AC only)
8021(Energizer)
8004/8008(Multi-Tran)(AC only)
8021(Energizer)
8008(Multi-Tran)(AC only)
7014(Output Cord)
8022(AC Adaptor)(110V)
8023(AC Adaptor)(220V)
7014(Output Cord)
How to Measure DC Current
DC, 40Hz~2kHz
Accessories
Model 8201
DC Power Supply
Output Plug
Load
Optional Accessories
Model 7014
Current
Output Cord
Model 8022
Reading is Positive(+)
AC Adaptor
(110V)
Model 8023
AC Adaptor
(220V)
Clamp on to a conductor just the same way as with AC current
measurement using an AC current clamp meter.
In the case of DC clamp meters the reading is positive (+)
when the current is flowing from the upside to the underside of
the clamp meter.
13
KEW CLAMP ADAPTORS
8112
MODEL
Specifications
AC CLAMP ADAPTOR
Model 8112 clamp adaptor is designed to be an AC current/voltage
conversion probe capable of measuring AC current from 0.1mA to
120A in conjunction with digital multimeters.Simple to operate, the unit
has range switch position at 200mA,2A and 20A. It also features safety
design throughout with no exposed metal parts.
Range
Measuring Ranges
200mA
AC 0~500mA
Output Voltage
AC1V/A (1000mA→1V)
AC 0~1000mA
2A
AC 0~20A
AC100mV/A (20A→2V)
20A
AC 0~20A
AC10mV/A (120A→1.2V)
AC 20~60A
AC 60~120A
MAX
AC 120A
200mA
1A 1V
2A
1A 100mV
20A
1A 10mV
Example of Model 8112 BNC application
50Hz~1kHz
±3%rdg±0.4mA
40Hz~10kHz
±1%rdg±1mA
±1.5%rdg±2mA
40Hz~1kHz
±1%rdg±0.01A
1~10kHz
40Hz~1kHz
±1.5%rdg±0.02A
1~10kHz
±1.5%rdg
50Hz~10kHz
±1.5%rdg
100Hz~10kHz
Frequency Response
30Hz~100kHz(-3dB)
Safety Standard
IEC61010-1 CAT. 100V Pollution Degree 2
Withstand Voltage
500V AC for 1 minute
Dimensions
153(L) × 18(W) × 23(D)mm
Weight
Accessories
100g approx.
9057(Carrying Case)
Instruction Manual
MODEL
Frequency Response
φ 8mm max.
Conductor Size
8
Accuracy
±1.5%rdg±0.2mA
8112BNC
Model 8112BNC is an AC clamp adaptor designed for use with oscilloscopes.
Output cord has a BNC connector which enables direct observation of
current waveform on oscilloscope. Refer to a diagram shown at left for
application.
Specifications are same as those for Model 8112.
MODEL
8006
AC CLAMP ADAPTOR
Model 8006 is designed to measure AC current up to1500A.
It can accommodate up to 60mm-dia conductor or 50mm by 75mm bus-bar.
60
MAX
1500A
Specifications
MODEL
Model 8006
Measuring Range
1500A AC
Output Voltage
Accuracy
1mV AC/1A(1500A→1.5V)
±3%rdg+1A(0~1000A)(45~65Hz)
±5%rdg(1000~1500A)(45~65Hz)
>1kΩ
Load Resistance
Allowable
Measurement Time
1A 1mV
0~600A continuous
600~1000A 30 minutes max.
1000~1500A 5 minutes max.
Conductor Size
φ 60mm max. (50 × 75mm)
Frequency Response
45~65Hz
Withstand Voltage
2200V AC for 1 minute
Dimensions
240(L) × 85(W) × 30(D)mm
Weight
Accessories
500g approx.
9022(Carrying Case)
Instruction Manual
Specifications
MODEL
8113
AC/DC CLAMP ADAPTOR
Model 8113 is a clamp-on AC/DC current/voltage converter that permits AC/DC current measurements from 1mA to 200A in conjunction
with a voltmeter having 0.1mV resolution.
Range
Measuring Ranges
AC 2A
AC5A
20A AC50A
200A AC150A
2A
1A 100mV
20A
MAX
AC/DC 200A
20A
1A 10mV
Frequency Response
DC~1kHz
±1.5%rdg±0.04A
DC~1kHz
DC~1kHz
±2%rdg±0.5A
(0~150A)
±3.5%rdg
(150~200A)
±1.5%rdg±5mA
DC100mV/A(5A→500mV)
DC50A
DC10mV/A(50A→500mV)
±1%rdg±0.02A
(0~50A)
DC1mV/A(200A→200mV)
±1.5%rdg±0.5A
(0~150A)
DC~10kHz
±3%rdg
(150~200A)
DC200A
Conductor Size
φ 19mm max.
Frequency Response
DC~1kHz
Withstand Voltage
Power Source
1000V AC for 1 minute
R6P(AA)(1.5V) × 2
Dimensions
Weight
180(L) × 54(W) × 31(D)mm
Accessories
14
Accuracy
±2%rdg±5mA
DC5A
200A DC150A
200A
1A 1mV
AC1mV/A(200A→200mV)
AC200A
DC 2A
19
Output Voltage
AC100mV/A(5A→500mV)
AC10mV/A(50A→500mV)
170g approx.
7061(Output cords)
R6P(AA) × 2
9055(Carrying Case)
Instruction Manual
KEW MULTI-TRANS, ENERGIZER
8004
MODEL
MAX
AC 1000A
60
MULTI-TRAN
Adaptor designed to increase the measuring capability of your
clamp meters.
With the use of the multi-tran you can not only extend current
ranges but also clamp on a conductor of larger diameter.
How to Use:
Clamp your instrument around the pick-up coil of the multitran. Then, clamp the transformer jaws of the multi-tran on the
conductor, as shown below. Multiply the reading of your clamp
meter by 10 to obtain the current value measured.
Input to Output Ratio
10 : 1
Transformer Jaws
8008
MODEL
100
MAX
AC 3000A
MULTI-TRAN
Conductor under Test
Input to Output Ratio
10 : 1
Specifications MULTI-TRAN
MODEL
Model 8004
Model 8008
0~1000A AC
Measuring Range
0~3000A AC
Pickup Coll
Ratio/Range
10 : 1 (input to output)
Accuracy
±3% of full scale
Allowable
Measurement Time
0~1000A(continuous), 1000~1500A(10 minutes max.)
3000A(30 seconds max.)
Conductor Size
φ 60mm max. (50 × 75mm)
Frequency Response
50Hz/60Hz
±2% of input±0.5A
φ 100mm max. (100 × 150mm)
Clamp Meter
IEC61010-1 CAT. 300V Pollution Degree 2
Safety Standard
Withstand Voltage
3000V AC for 1 minute
Dimensions
240(L) × 85(W) × 30(D)mm
45(L) × 40(W) × 10(D)mm Output coil
317(L) × 150(W) × 30(D)mm
45(L) × 40(W) × 10(D)mm Output coil
Weight
490g approx.
750g approx.
Accessories
9022(Carrying Case)
9056(Carrying Case)
For use with
following models
2002PA, 2003A(AC only), 2004(AC only), 2006, 2009A(AC only)
2414/15, 2608A, 2805, 2017, 2027, 2037(AC only), 2412, 2417,
8113(AC only), 2031, 2033(AC only), 2431,2432,2433,2434
These Multi-Trans can not be used for leakage current measurement.
MODEL
8021
ENERGIZER
• As an ammeter
Connection to AC Power Outlet
1
5
10
• As a voltmeter
Connection to Appliance under
Test
Rated value
ACA-10A max.
ACV-300V max.
For use with following models;
2004, 2006, 2007A, 2017, 2027, 2031, 2033
2037, 2412, 2414, 2415, 2417, 2431
2608A, 2805, 8113
Permits your clamp meters to read low current. Also, split two
conductor line cord for current readings. When used in conjunction with this energizer your clamp meters can also be
used for servicing electrical home appliances and office
machines.
As an ammeter
When measuring low currents, connect the energizer as
shown at left. Clamp the loop ×5 or ×10 with the transformer
jaws of the clamp meter. The current to be measured will be
indicated as 1/5 or 1/10 of the value read on the meter. When
the direct measurement of the two conductor line cord is not
possible with the clamp meter, clamp the loop ×1 and read the
meter directly.
As a voltmeter
First, connect the energizer as shown at left. Insert one of the
voltage test leads into VOLTS LEAD terminal and the other
test lead into VOLTS LEAD terminal on the reverse side.
Then, read the indicated value directly.
15
KEW CLAMP METERS
Fig.2 Measurement using clamp meter
WHAT ARE CLAMP METERS?
Simply clamp on a
conductor for current
measurement.
Clamp meters are a very convenient testing instrument that
permits current measurements on a live conductor without circuit interruption. When making current measurements with the
ordinary multimeter, we need to cut wiring and connect the
instrument to the circuit under test as shown in Fig.1.
Using the clamp meter, however, we can measure current by
simply clamping on a conductor as illustrated in Fig.2. One of
the advantages of this method is that we can even measure a
large current without shutting off the circuit being tested.
Current
Power
Supply
Load
Clamp
Meter
Fig.3 Instrument Layout
Fig.1 Measurement using multimeter
Multimeter
Test
Lead
Current
Power
Supply
Current
Cut wiring and
connect multimeter
to current circuit
under test.
Load
HOW DO CLAMP METERS OPERATE?
l(A)
In general AC clamp meters operate on the principle of current
transformer(CT) used to pick up magnetic flux generated as a
result of current flowing through a conductor. Assuming a current flowing through a conductor to be the primary current, you
can obtain a current proportional to the primary current by
electromagnetic induction from the secondary side(winding) of
the transformer which is connected to a measuring circuit of
the instrument. This permits you to take an AC current reading
on the digital display(in the case of digital clamp meters) as
illustrated by the block diagram.
i(A)
Current to
(Number Voltage
of turns) Conversion
Circuit
Rectifying
Circuit
Analogue
to Digital
Conversion
Circuit.
Display
Circuit
l : Current under Test (Primary Current)
N : Number of Turns on CT Winding
i : Secondery Current on CT
Transformer Jaws
(CT)
l
(A)
N
i=
Selection Guide
Analogue Clamp Meter
Digital Clamp Meter
AC/DC Digital Clamp Meter
Digital Leakage Clamp Meter
2608A
2805
2031
2002PA
2007A
2006
2017
2027
2003A
2004
2009A
2010
2033
2037
2431
2412
2413F
2414/5
2417
2432
2433
2434
Conductor size
(MAX mm)
φ 33
φ 35
φ 24
φ 55
φ 33
φ 19
φ 33
φ 33
φ 55
φ 19
φ 55
φ 7.5
φ 24
φ 33
φ 24
φ 40
φ 68
φ 30
φ 40
φ 40
φ 40
φ 28
ACA MAX
MIN
300A
6A
600A
6A
200A
20A
2000A
400A
600A
400A
200A
2A
600A
200A
600A
200A
2000A
400A
200A
20A
2000A
400A
20A
200mA
300A
40A
600A
400A
200A
20mA
500A
20mA
1000A
200mA
100A
20mA
500A
200mA
100A
4mA
400A
40mA
100A
400mA
2000A
400A
200A
20A
2000A
400A
20A
2A
300A
40A
1000A
400A
750V
400V
500V
750V
40V
600V
40V
1000V
400V
200V
1000V
40V
600V
40V
10~4000Hz
3000Hz
400/4k
200
400/4k
400/4k
40~1k
40~1k
40~1k
40~400Hz
6F22 × 1 R03 × 2
R03 × 2
R03 × 2
MODEL
DCA MAX
MIN
ACV MAX
MIN
600V
150V
DCV MAX
MIN
60V
600V
150V
750V
40V
750V
400V
1000V
40V
500V
2V
600V
200V
600V
200V
500V
2V
Frequency
Ω
1k/10k
2k
400/4k
400/4k
2k
200
200
600V
500V
200
Temperature
Continuity Buzzar
Data Hold
Peak Hold
MAX
Analogue Output
(FS)
Frequency
Response(Hz)
400mV
400mV
40~1k
45~1k
40~1k
400mV 200mV
50/60
50/60
40~1k
40~1k
40~400
DC
40~1k
DC
40~1k
DC
30~1k
R6P × 1
R6P × 1
LR44
×2
R6P × 2
R03 × 2 R6P × 2
275g
390g
100g
470g
260g
160g
400g
400g
530g
170g
540g
7
7
8
8
8
8
6
6
12
12
12
DC
40~2k
R6P × 2
R6P × 2 6F22 × 1 6F22 × 1
200mV
200mV
40~1k
40~1k
20~1k
DC
40~1k
40~400
40~1k
LR-44
×2
6F22 × 1
LR-44
×2
220g
100g
450g
120g
450g
570g
210g
450g
290g
270g
210g
12
12
7
10
10
10
10
10
9
9
10
True RMS
Power Source
Weight
Page
16
6F22 × 1 6F22 × 1
6F22 × 1 6F22 × 1
R6P × 2
KEW INSULATION TESTERS
Why insulation test is necessary?
All live conductors of electrical appliances and installations must be
insulated to prevent electric shock hazards from inadvertent contact, fire hazards from short circuit and equipment damage. In
addition, a low insulation resistance in installation will result in a
leakage current, and hence causes a waste of energy which would
increase the running costs of the installation.
Insulation resistance must be checked by applying appliances or
installations a higher voltage than its normal working voltage,
because an insulation resistance is lower at higher voltage than at
lower voltage. KYORITSU's insulation resistance testers provide
measurement at high levels of test voltages.
Periodical test is also important to ensure that insulation of installations or appliances is not deteriorating. Foreign matter and
mechanical factors like wear or breakage may reduce insulation
resistance. Regular tests and data logs can detect possible fault in
insulation.
Minimum value of insulation resistance by IEC364-6-61 TABLE 61A
Nominal circuit voltage
(V)
Test voltage
V DC
insulation resistance
(Mohms)
250
≥ 0.25
Up to and including 500V with the exception
of the above cases
500
≥ 0.5
Above 500V
1000
≥ 1.0
SELV and functional extra-low voltage, when the circuit
is supplied from a safety isolating tramsformer
(SELV:Safety Extra-Low Voltage)
Insulation Testing Methods
Measurement of Insulation resistance between live conductors (A)
Prior to testing, make sure that the circuit or part of the installation to be tested is disconnected from the mains supply and not
energized.It is also necessary to ensure: the point of the installation to be checked is not open due to other equipment incorporated, the load connected with a fixed load and socket outlet
is disconnected from the mains supply,and relay coils, fluorescent lamps, etc do not produce continuity between conductors.
Circuits or components likely to be damaged by insulation test
voltage must be removed from the circuit under test.If they cannot be disconnected, an alternative testing method is to measure insulation resistance between live conductors and earth.
Measurement of insulation resistance between live conductors
and earth (B)
The test must be carried out with equipment always disconnected,i.e., with the mains switch open it must be disconnected from
the mains supply. Earth terminal must be connected to earth
and Line terminal to a live conductor or conductors.Where there
is insulation deterioration or an indoor electrical installation is
not partly or totally insulated a variety of electric hazards may
be anticipated.
To give some of the examples;
- Leakage current dangerous to the human body will
develop.This is particularly the case with equipment that has
no good earth and therefore is not properly protected against
the potential difference.
- Overheating of conductors due to the leakage of current or
microscopic discharging will cause short circuits or fires.
- RCDs will trip, with resulting damage to the equipment which
will also cause short circuits and fires.
B
A
A - Between live conductors
B - Between live conductors and earth
Kyoritsu's dedicated leakage clamp meters Model 2412, 2413F,
2414, 2415, 2417, 2431, 2432, and 2433 will be very helpful in
identifying the possible causes of such accidents.
17
KEW DIGITAL INSULATION/CONTINUITY TESTERS
Model 3005A and 3007A are microprocessor controlled digital
insulation/continuity testers.
They not only permit insulation resistance measurement on
three rated test voltages (250V, 500V and 1000V) and continuity testing, but also offer a number of advanced features such
as a bargraph reading of insulation resistance, auto null function for continuity testing, Trac-Lok function to save battery
power (Model 3007A only ), etc.
Selection Guide
3005A
MODEL
3007A
250V test voltage
500V test voltage
1000V test voltage
200mA continuity range
Live circuit warning
Illuminated scale
Automatic discharge
Trac-lok for extended
battery life
MODEL
3005A
Features (3005A/3007A)
MODEL
3007A
Layout Diagram
• Bargraph to display insulation resistance.
• Displays the value of external AC voltage along with flashing symbol.
• Auto null function to automatically subtract the test lead resistance
before displaying the real continuity resistance value.
• Trac-Lok mode to conserve battery life on insulation and continuity
tests (Model 3007A only ).
• Live circuit warning beeper.
• Releasing the test button automatically discharges the
charges
stored in the circuit under test.
• Backlight function to view the test results in dimly lit areas (Model
3007A only).
• 200mA continuity measuring current to IEC 61557.
• Minimum 1mA current on insulation tests to IEC 61557.
Accessory
Model 7122 Test Leads
LCD DISPLAY
TRAC-LOK SWITCH (Model 3007A only )
RANGE SELECTOR SWITCH
TEST BUTTON
CONNECTOR
BACK LIGHT SWITCH (Model 3007A only)
FUNCTION SWITCH
LCD DISPLAY
INSULATION RESISTANCE SCALE
BAR GRAPH
CONTINUITY SCALE
LIVE CIRCUIT WARNING
TRAC-LOK MODE
AUTONULL OPERATION
BATTERY VOLTAGE WARNING
CONTINUITY/INSULATION RESISTANCE RANGE SETTING
UNIT
OUTPUT VOLTAGE GRAPH (INSULATION RESISTANCE )
OUTPUT VOLTAGE RANGE
MEASUREMENT VALUES
18
KEW INSULATION/CONTINUITY TESTERS
The Model 3131A offers unmatched performance, and feature
including test lead resistance zero adjustment for time-saving
continuous operation, a clear ease to read illuminated scale,
and a live circuit warning.
MODEL
3131A
Features
• Test insulation up to 100MΩ at 250V, 200MΩ at 500V, 400MΩ at
1000V and continuity up to 20Ω.
• LIVE circuit warning lamp plus audible warning.
• Automatic discharge of circuit capacitance when TEST button is
released.
• Fuse protected (continuity range only).
• Battery check LED.
• Front panel zero adjust.
• Back light function to facilitate working at dimly lit situations.
• PRESS TO TEST button with lock down feature.
Layout Diagram
METER MOVEMENT ZERO ADJUST
TEST BUTTON
SCALE PLATE
LIVE CIRCUIT WARNING LED
POWER-ON INDICATION LED
CONTINUITY ZERO ADJUST
Accessory
LIGHT SWITCH
RANGE SELECTOR SWITCH
Model 7122 Test Leads
Specifications
Insulation
Test Voltage
Measuring Ranges
(Mid-scale Value)
Output Voltage on open
circuit
Nominal Current
Output Short Circuit Current
Accuracy
3005A/3007A
250V/500V/1000V
3131A
3132A
250V/500V/1000V
100MΩ/200MΩ/400MΩ
(1MΩ) (2MΩ) (4MΩ)
250V/500V/1000V
100MΩ/200MΩ/400MΩ
(1MΩ) (2MΩ) (4MΩ)
Rated test voltage+20%, -0%
Rated test voltage+20%, -0%
Rated test voltage+20%, -0%
1mA DC min.
1.5 mA DC approx.
1mA DC min.
1.3 mA DC approx.
0.05-10MΩ/0.1-20MΩ/0.2-40MΩ
(Accuracy Guaranteed Ranges)
±5% of indicated value
1mA DC min.
1.3 mA DC approx.
0.1-10MΩ/0.2-20MΩ/0.4-40MΩ
(Accuracy Guaranteed Ranges)
±5% of indicated value
20Ω/200Ω/2000Ω
2Ω/20Ω(1Ω)(10Ω)
3Ω/500Ω(1.5Ω) (20Ω)
7~12V DC
4~9V DC
4.1V DC approx.
200mA DC min.
±1.5%rdg±5dgt(20Ω)
±1.5%rdg±3dgt(200Ω/2000Ω)
200mA DC min.
210mA DC min.
±3% of scale length
±3% of scale length
20MΩ/200MΩ/2000MΩ
±1.5%rdg±5dgt(20MΩ/200MΩ)
±10%rdg±3dgt(2000MΩ)
Continuity
Measuring Ranges
(Mid-scale Value)
Output Voltage on open
circuit
Measuring Current
Accuracy
AC Voltage
AC Voltage range
Accuracy
0-600V AC
0-600V AC
±5%rdg±3dgt
±5% of scale length
General
Safety Standard
IP Rating
EMC Standard
Withstand Voltage
Power Source
Dimensions
Weight
Accessories
IEC61010-1 CAT. 300V Pollution Degree 2
IEC61010-2-031
IEC61557-1/2/4
IEC60529-IP54
IEC61326-1
3700V AC for 1 minute
R6P(AA)(1.5V) × 8
185(L) × 167(W) × 89(D)mm
990g approx.
7122(Test leads) Pouch for test leads
8923(F500mA/600V fuse) × 2
R6P(AA) × 8, Shoulder Strap
Instruction Manual
IEC61010-1 CAT. 300V Pollution Degree 2
IEC61010-2-031
IEC61557-1/2/4
IEC60529-IP54
IEC61326-1
3700V AC for 1 minute
R6P(AA)(1.5V) × 6
185(L) × 167(W) × 89(D)mm
860g approx.
7122(Test leads) Pouch for test leads
8923(F500mA/600V fuse) × 2
R6P(AA) × 6, Shoulder Strap
Instruction Manual
IEC61010-1 CAT. 300V Pollution Degree 2
IEC61010-2-031
IEC61557-1/2/4
IEC60529-IP54
IEC61326-1
3700V AC for 1 minute
R6P(AA)(1.5V) × 6
106(L) × 160(W) × 72(D)mm
560g approx.
7122(Test leads) Pouch for test leads
8923(F500mA/600V fuse) × 2
R6P(AA) × 6, Shoulder Strap
Instruction Manual
19
KEW INSULATION/CONTINUITY TESTERS
The Model 3132A is a highly compact and easy to use insulation and continuity tester.
Designed to strict IEC61010-1 safety standards, it has an IP
protection rating of IP54 and is ideally suited to more arduous
environments. The instrument offers 3 insulation test ranges, a
3Ω continuity range and a 500Ω resistance range.
MODEL
3132A
Selection Guide
3131A
MODEL
3132A
3 range insulation test voltage
200mA continuity
Live circuit warning
AC Voltage range
Illuminated scale
Automatic discharge
IP54 rated
Features
• Dust and drip proof construction.
(designed to IEC60529 IP54)
• Designed to meet IEC61010-1 and IEC61557 safety standard.
• 1mA rated test current at the minimum resistance.
• 200mA measuring current on continuity testing.
• Automatic discharge of circuit capacitance.
(Any charge stored in the circuit under test will be automatically discharged after testing.)
• Live circuit warning buzzer and neon lamp.
• Small and lightweight. Shock resistant new case material.
• AC voltmeter with linear, easy-to-read scale.
• Operates on AA, R6P×6 dry batteries.
Accessory
Layout Diagram
Model 7122 Test Leads
MODEL
3001B
Compact and lightweight digital Insulation/Continuity tester.
METER MOVEMENT ZERO ADJUST
TEST BUTTON
SCALE PLATE
INPUT CONNECTOR
LIVE CIRCUIT LAMP
OHMS ZERO ADJUST
RANGE SELECTOR SWITCH
Specifications
Insulation Resistance Ranges
MODEL
Test Voltage
Measuring Ranges
(Mid-scale Value)
Output Voltage
on open circuit
Rated Current
Output Short
Circuit Current
Accuracy Guaranteed
Ranges
Accuracy
Model 3001B
500V/1000V
200MΩ(2/20/200MΩ) autoranging
Rated test voltage +12%
Model 3111V
250V/500V/1000V
0-100MΩ/0-200MΩ/0-400MΩ
(1MΩ)
(2MΩ)
(4MΩ)
Rated test voltage ±10%
1~1.2mA DC approx.
1.5mA DC approx.
0.8mA DC approx.
2mA DC approx.
0.05-10MΩ/0.1-20MΩ/0.2-40MΩ
±2%rdg±5dgt
±5% of indicated value
Continuity Test Ranges
Measuring Ranges
(Mid-scale Value)
Output Voltage
on open circuit
Output Short
Circuit Current
Accuracy
600mV DC approx.
200Ω(20/200Ω) autoranging
50Ω
(20Ω)
0.6V DC approx.
6mA approx.
300mA approx.
±2%rdg±0.1Ω±1dgt
±3% of scale length
2200V AC for 1 minute
R6P(AA)(1.5V) × 8
144(L) × 93(W) × 61(D)mm
460g approx.
7025(Test leads)
Pouch for test leads
fuse 520HF 250V/0.5A
9050(Carrying Case)
R6P(AA) × 8
Instruction Manual
2200V AC for 1 minute
R6P(AA)(1.5V) × 8
143(L) × 93(W) × 63(D)mm
500g approx.
7025(Test leads)
General
Withstand Voltage
Power Source
Dimensions
Weight
Accessories
20
fuse250V/1A
9038(Carrying Case)
R6P(AA) × 8
Instruction Manual
MODEL
3111V
Compact,lightweight and portable Insulation/Continuity tester.
KEW INSULATION TESTERS
Model 3165 and 3166 are a simple, low cost, single range
insulation tester. Miniaturized and weighing 330g only, they
are available in two versions having 500V/1000MΩ and
1000V/2000MΩ ranges respectively.
MODEL
3165/3166
Specifications
MODEL
Model 3165
DC Test Voltage
500V
1000V
Measuring Range
1000MΩ
2000MΩ
Mid-Scale Value
20MΩ
50MΩ
Primary Effective
Measuring Range
Accuracy
1~500M
2~1000M
±5% of indicated value
Secondary Effective
Measuring Range
Accuracy
±10% of indicated value
600V
±3% of full scale value
Accuracy
MODEL
3321/3322/3323
1000~2000M
500~1000M
AC Voltage
• 500V/1000MΩ (Model 3165)
• 1000V/2000MΩ (Model 3166)
• Expanded megohm scale for easy reading.
• New robust housing case to prevent damage.
• AC voltmeter scale for easy reading.
• Neck strap for both hand's operation.
Model 3166
Insulation Resistance
Withstand Voltage
4000V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 4
Dimensions
90(L) × 137(W) × 40(D)mm
Weight
330g approx.
Accessories
7025(Test leads)
9067(Pouch for test lead)
Neck Strap
R6P(AA) × 4
Instruction Manual
Selection Guide
MODEL
Test Voltage
3321
250V
500V
1000V
3322
125V
250V
500V
3323
25V
50V
100V
Illuminated scale
Automatic discharge
Remote control switch
Optional Accessories
Model 7115 Extension Probe
• AC Voltmeter with linear, easy-to-read scales.
• Auto discharge function; any charge stored in the circuit under test
will be automatically discharged after testing.
• Designed to meet IEC61010-1 CAT. 600V
• Color-coded scales for easy reading.
• Back light function to facilitate working at dimly illuminated locations.
• Test lead set with remote control switch.
• Shoulder strap for hands free.
• Test lead set can be kept in a carrying case.
Specifications
MODEL
Insulation Resistance
Model 3321
Model 3322
Model 3323
DC Test Voltage
250V/500V/1000V
125V/250V/500V
25V/50V/100V
Measuring Ranges
50MΩ/100MΩ/2000MΩ
20MΩ/50MΩ/100MΩ
10MΩ/10MΩ/20MΩ
Mid-Scale Value
Primary Effective
Measuring Ranges
1MΩ/2MΩ/50MΩ
0.5MΩ/1MΩ/2MΩ
0.2MΩ/0.2MΩ/0.5MΩ
0.05~20MΩ(250V)
0.1~50MΩ(500V)
2~1000MΩ(1000V)
0.02~10MΩ(125V)
0.05~20MΩ(250V)
0.1~50MΩ(500V)
0.01~5MΩ(25V)
0.01~5MΩ(50V)
0.02~10MΩ(100V)
Accuracy
Secondary Effective
Measuring Ranges
±5% of Indicated Value
10~20MΩ(125V)
20~50MΩ(250V)
50~100MΩ(500V)
5~10MΩ(25V)
5~10MΩ(50V)
10~20MΩ(100V)
600V
300V
Accuracy
AC Voltage
Accuracy
20~50MΩ(250V)
50~100MΩ(500V)
1000~2000MΩ(1000V)
±10% of Indicated Value
600V
±3% of Full Scale Value
Safety Standard
Withstand Voltage
IEC61010-1 CAT. 600V Pollution Degree 2
7400V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 6
Dimensions
105(L) × 158(W) × 70(D)mm
Weight
520g approx.
Accessories
7076 (Test Lead with Remote Control Switch)
7081 (Guard Connection Lead) Model 3321 only
8017 (Extension Prod)
9089 (Carrying Case)
R6P (AA) × 6
Instruction Manual
Optional
7115 (Extension Probe)
21
KEW INSULATION TESTERS
Model 3140 and 3310 series are our standard insulation
testers supplied with a test probe having a remote control
switch as a standard accessory. Model 3140 series features its
miniature size and Model 3310 series four insulation testing
voltages. All of these models are designed to IEC348 safety
standard.
MODEL
Selection Guide
MODEL
Test voltage
3144
250V
500V
3145
125V
250V
3146
50V
125V
3161
15V
500V
3313
125V
250V
500V
1000V
Illuminatd scale
Automatic discharge
Remote control switch
3144/3145/3146/3161
MODEL
• Miniature lightweight insulation tester. It weighs only 340g(battery
3313/3314
• 4 test voltages plus AC voltage range.
• Colour coded scales and range switch position for easy reading.
• Test leads with remote control switch .
• New robust housing case.
• Back light function.
• Neck strap for both hand's operation.
included), but carries full measurement functions.
• Automatic discharge of circuit capacitance.
• Test leads with remote control switch .
• New robust housing case.
• Back light function.
• Neck strap for both hand's operation.
Specifications
Insulation Resistance
Model 3144
DC Test Voltage
250V/500V
Model 3145
Model 3146
125V/250V
Model 3161
Model 3313
Model 3314
50V/125V
15V/500V
125V/250V/500V/1000V
50V/125V/250V/500V
10MΩ/20MΩ/50MΩ/100MΩ
Measuring Ranges
100MΩ/200MΩ
50MΩ/100MΩ
20MΩ/50MΩ
10MΩ/100MΩ
20MΩ/50MΩ/100MΩ/2000MΩ
Mid-Scale Value
1MΩ/2MΩ
0.5MΩ/1MΩ
0.2MΩ/0.5MΩ
0.05MΩ/2MΩ
0.5MΩ/1MΩ/2MΩ/50MΩ
0.2MΩ/0.5MΩ/1MΩ/2MΩ
Primary Effective
Measuring Ranges
Accuracy
0.05~20M/
0.1~50M
0.02~10M/
0.05~20M
0.01~5M/
0.02~10M
0.005~2M/
0.1~50M
0.02~10M/0.05~20M/
0.1~50M/2~1000M
0.01~5M/0.02~10M/
0.05~20M/0.1~50M
Secondary Effective
Measuring Ranges
Accuracy
20~50M/
50~100M
5~10M/
10~20M
2~10M/
50~100M
AC Voltage
Accuracy
±5% of Indicated Value
±10% of Indicated Value
600V
10~20M/20~50M/
50~100M/100~2000M
5~10M/10~20M/
20~50M/50~100M
±10% of Indicated Value
300V
600V
±3% of Full Scale Value
600V
±3% of Full Scale Value
—
Safety Standard
Standard
±5% of Indicated Value
10~20M/
20~50M
IEC348
IEC61010-1 CAT.
600V Pollution Degree 2
IEC348
Withstand Voltage
4000V AC for 1 minute
6000V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 4
R6P(AA)(1.5V) × 8
175(L) × 115(W) × 87.5(D)mm
Dimensions
90(L) × 137(W) × 40(D)mm
Weight
340g approx.
650g approx.
Accessories
7078(Test Lead with Remote Control Switch)
Pouch for Test Leads
Neck Strap
R6P(AA) × 4
Instruction Manual
8016(Pickel Type Prod)
8017(Extension Prod)
7076(Test Lead with Remote Control Switch)
7081(Test Lead for Guard Terminal)
Pouch for Test Leads
Shoulder Strap, Shoulder Pad
R6P(AA) × 8, Instruction Manual
7115(Extension Probe)
8016(Pickel Type Prod)
8017(Extension Prod)
Optional
Accessories
Model 7078
22
3314
50V
125V
250V
500V
Optional Accessories
Model 7076
Model 8017 Extension Prod
Model 7081
Model 8016 Pickel Type Prod
KEW HIGH VOLTAGE INSULATION TESTERS
Model 3120 series is our range of high voltage insulation
testers covering a rated test voltage range from 2500V to
10000V.
They feature an extremely compact design due to the employment of high performance electronic circuit and a wide, dual
scale for easy reading.
MODEL
3121/3122/3123
Selection Guide
MODEL
2500V Test voltage
5000V Test voltage
10000V Test voltage
1k-10kV Variable Test Voltage
Dual Resistance scales
Recorder output
Guard Terminal
MODEL
• Dual scales for low and high ranges which change automatically.
Colour coded scales for easy reading plus LED's that illuminate in
matching colour.
• Drip proof construction.
• Hard carrying case furnished as standard accessory.
• Designed for low power consumption.
3121
3122
3123
3124
3124
• Permits a wide range of insulation testing up to 100GΩ at variable
test voltage from 1kV to 10kV.
• DC voltage output for recorders.
• Output voltage is shown on the digital display.
• After tests, automatically discharges the charges stored in the circuit
under test.
• Operated by rechargeable Nickel-Cadmium batteries.
Specifications
MODEL
Model 3121
Model 3122
Model 3123
Model 3124
DC Test Voltage
2500V
5000V
5000V
10000V
1k~10kV variable
1000V
Measuring Ranges
(automatic change)
Primary Effective
Measuring Ranges
Accuracy
2GΩ/100GΩ
(autoranging)
5GΩ/200GΩ
(autoranging)
5GΩ/200GΩ
(autoranging)
10GΩ/400GΩ
(autoranging)
1.6GΩ/100GΩ
(autoranging)
100MΩ
0.1~50GΩ
0.2~100GΩ
0.2~100GΩ
0.4~200GΩ
0.05~50GΩ
1~100MΩ
±5% rdg
±10% rdg
Other ranges Accuracy
±10% rdg or 0.5% of scale length
±1% of scale length
Output Voltage and
Set Voltage Indicate
DC 0~10kV
±2%rdg±2dgt
—
Withstand Voltage
5000V AC for 1 minute
5000V AC for 1 minute
Power Source
R6P(AA)(1.5V) × 8
Ni-Cd rechargeable battery(1.2V) × 8
Dimensions
200(L) × 140(W) × 80(D)mm
200(L) × 140(W) × 80(D)mm
Weight
1kg approx.
1.5kg approx.
Accessories
7058(Test leads)
9039(Hard Carrying Case)
R6P(AA) × 8
Instruction Manual
7058(Test leads)
9039(Hard Carrying Case)
8019(Pickel type prod)
R6P(AA) × 8
Instruction Manual
Optional
8019(Pickel type prod)
8020(Adaptor for recorder)
8020(Adaptor for recorder)
7082(Lead for recorder)
7083(Lead for battery charging)
7084(Earth and guard leads)
8079(120V) or 8080(220V) (Battery charger)
9069(Hard Carrying Case)
Ni-Cd rechargeable battery × 8
Instruction Manual
—
Optional Accessories
Model 8019 Pickel Type Prod
Model 8020 Adaptor for recorder
23
KEW DIGITAL EARTH TESTERS
MODEL
4105A
MODEL 4105A
MODEL 4105A-H
Soft Case Model
Hard Case Model
The Kyoritsu's range of earth resistance testers have been
enjoying worldwide popularity and longtime sales as a high
quality and high performance test instrument. Our original constant current circuit to minimize the effect of commercial frequencies and a synchronous rectifying circuit always ensure a
stable instrument performance. Advanced functions include
self-check of the resistance of auxiliary earth spikes and testing of earth voltage, etc. All of these features ensure trouble
free operation in the field.
Features
• Dust and drip proof.(designed to IEC 529 IP54)
• In addition to the facility for precision measurement, test leads for
simplified two wire measuring system also supplied as standard
accessories. (unit can be hung from the neck for simplified measurement)
• Designed to meet IEC61010-1 safety standard.
• Capable of measuring earth voltage.
• Automatic warning when resistance of auxiliary earth spikes is in
excess of tolerance.
• Small and lightweight. Shock resistant new case material.
• 2mA measuring current permits earth resistance tests without tripping earth leakage current breakers in the circuit under test.
Specifications
Precision Earth Resistance Measurement
Model 4105A/4105A-H
Measurement
Ranges
Earth Resistance:0-20 Ω/0-200 Ω/0-2000 Ω
Earth Voltage(50,60Hz):0-200V AC
Accuracy
Earth Resistance:±2%rdg±0.1Ω(20Ωrange)
±2%rdg±3dgt(200Ω/2000Ωrange)
Earth Voltage:±1%rdg±4dgt
Overload Protection
Earth Resistance:280V AC for 10 seconds
across 2 of the 3 terminals
Earth Voltage:300V AC for 1 minute
Safety Standard
IEC61010-1 CAT.
Applicable Standards
IEC60529 IP54
Withstand Voltage
3700V AC for 1 minute
300V Pollution Degree 2, IEC61557
Power Source
R6P(AA)(1.5V) × 6
Dimensions
105(L) × 158(W) × 70(D)mm
Simplified Earth Resistance Measurement
Weight
550g approx.
Accessories
7095(Test Leads) × 1set(red-20m, yellow-10m, green-5m)
8032(Auxiliary earth spikes) × 1set
7127(Simplified measurement probe) × 1set
R6P(AA) × 6, Neck strap, Instruction Manual
Indicated
Value
Carrying Case
Soft Case (4105A)
Hard Case (4105A-H)
Be sure to check
earthed side of a
commercial power supply.
Accessories
Model 7095
24
Model 8032
Model 7127
KEW EARTH TESTERS
MODEL
Features
4102A
MODEL 4102A
MODEL 4102A-H
Soft Case Model
Hard Case Model
• The latest circuit design permits the instrument to operate with the
minimum of influence from earth voltage and earth resistance of
auxiliary earth spikes.
• Low power consumption. Only 12V/100mA max.
• Earth resistance value can be read directly from the scale.
• Simplified measurement can be easily made by pressing the
"Simplified Meas." switch button only. No need to use a shorting
wire as terminals P and C can be internally shorted by pressing this
switch.
• Battery replacement can be easily made without removing the carrying case.
• Lead wire connection to C and P terminals and proper auxiliary
earth resistance can be checked by "OK" lamp. Lead wire connection to C and E terminals is good when "OK" lamp is illuminated.
Specifications
Model 4102A/4102A-H
Measurement
Ranges
Earth Resistance:0-12 Ω/0-120 Ω/0-1200 Ω
Earth Voltage(50,60Hz):0-30V AC
Accuracy
Earth Resistance: ±3% of full scale
Earth Voltage: ±3% of full scale
Overload Protection
Earth Resistance:276V AC for 10 seconds
across 2 of the 3 terminals
Earth Voltage:276V AC for 1 minute
Safety Standard
IEC61010-1 CAT.
Applicable Standards
IEC60529 IP54
Withstand Voltage
3700V AC for 1 minute
MODEL 4102A-H
Hard Case Model
300V Pollution Degree 2, IEC61557
Power Source
R6P(AA)(1.5V) × 6
Dimensions
105(L) × 158(W) × 70(D)mm
Earth Resistance Measurement
Press a desired range switch button first and then "MEAS." button.
Weight
600g approx.
Accessories
7095(Test Leads) × 1set(red-20m, yellow-10m, green-5m)
8032(Auxiliary earth spikes) × 1set
7127(Simplified measurement probe) × 1set
R6P(AA) × 6, Neck strap, Instruction Manual
Carrying Case
Soft Case (4012A)
Hard Case (4012A-H)
Accessories
Simplified Measurement Method Using
Earthed Side of Commercial Power Supply
Press a desired range switch button first and then "SIMPLIFIED
MEAS." button.
Indicated
Value
Be sure to check
earthed side of a
commercial power supply.
Model 7095
Model 8032
Model 7127
25
KEW LOOP/PSC TESTERS
MODEL
4120A
In the event of earth circuit being overloaded or shorted the
likely result is that a sufficient current does not flow into the circuit where a loop resistance is too high, causing circuit breaker, earth leakage breaker and other protection devices to
become inoperative. To prevent such a possible accident we
must check the earth circuit for its correct resistance and keep
it as low as required.
Features
• Custom microprocessor controlled for highest accuracy and reliability.
• 3 LEDs for checking correct wiring status.
• 15mA LOOP measurement:LOOP impedance 2000Ω range mea-
surement is carried out with low test current (15mA). The current will
not cause tripping out involved RCD even the one with the lowest
nominal differential current (30mA).
• Model 4120A has the automatic RCD(ELCB)lock device. There is no
need to by-pass most passive RCD's at distribution boards when
conducting LOOP or PSC tests.
• Direct reading of Prospective Short Circuit Current (PSC)and earth
fault current.
• Safe voltage measurement function.
• Large custom digital display readout on all models.
• Measures low loop resistances(resolution of 0.01Ohm)
• Automatic lock-out if test resister overheats.
• Large custom digital display readout .
• Visual indication of reversed phase and neutral wiring at socket.
• Designed to IP54 Rating
• Complies with IEC61557
Loop Testing Methods
In the buildings mainly used for private residence where low voltage power is supplied from electric utilities the fundamental protection against electric shock hazards is provided by appropriately
coordinating the function of an earthing circuit with automatic
switches placed at the latter stage of indoor wiring circuits. This is
intended to quickly cut off the supply to an earthing circuit where a
fault occurs following touch voltage exceeding an acceptable limit.
Proper protection against electric shock hazards is given when the
TT wiring system satisfies the requirement as expressed by the following formula:
Ra × la ≤ 50
where Ra is the sum of the resistances of earth bars and protective
conductors and Ia is the maximum current of a protection system
provided for installations, indicating that the value obtained by multiplying Ra with Ia is not more than 50V. This means a maximum
voltage one can touch shall not exceed 50V in the event of an
earth fault.
Fig.1 Earth fault loop impedance testing at socket outlet.
Method of earth fault loop impedance testing at socket outlet
As shown in Fig.1, total earth fault loop impedance can be measured by plugging a loop tester into socket . The value of earth
fault loop impedance measured represents the sum of transformer coil winding resistance, phase conductor (L3) resistance
and protective conductor (PE) resistance as well as source
earth resistance and installation earth resistance.
With the loop tester set to any one of the PSC (prospective
short circuit current) range, it is also possible to measure earth
fault current.
Measurement of earth fault loop impedance using external earth
probe. Fault loop impedance can be measured by touching an
external probe directly to an earth bar, collector and connection
point of the earth bar as illustrated in Fig.2. The same measurement can also be performed by touching the earth probe to the
exposed, conductive parts of user's equipment installed in the
indoor wiring circuits and its exposed metal parts.
26
Fig.2 Measurement of earth fault loop impedance using external
earth probe.
KEW LOOP/PSC TESTERS
Model 4120A series is a very convenient test instrument capable of measuring fault loop impedance within the wiring circuit
directly at the power outlet. It is widely used in EUROPE.
Model 4118A and 4120A can also measure prospective short
circuit current. One of the outstanding features of Model
4120A is a new D-Lok circuit that permits loop impedance testing without tripping out the RCDs(ELCBs) installed in the circuit under loop testing.
MODEL
Selection Guide
4120A
MODEL
4116A
4118A
LOOP Test Range
PSC Test Range
Automatic RCD lock circuit
Display mains voltage before test
Visual indication of correct wiring status
Lock down test button for continuous
operation
4116A
15mA LOOP measurement
(2000ΩRange)
MODEL
4118A
Features (4116A/4118A)
• Custom microprocessor controlled for highest accuracy and reliability.
• 3 LEDs for checking correct wiring status.
• 15mA LOOP measurement:LOOP impedance 2000Ω range measure-
ment is carried out with low test current (15mA). The current will not
cause tripping out involved RCD even the one with the lowest nominal differential current (30mA).
• Model 4120A has the automatic RCD(ELCB)lock device. There is no
need to by-pass most passive RCD's at distribution boards when conducting LOOP or PSC tests.
• Direct reading of Prospective Short Circuit Current (PSC). (Model
4118A only)
• Safe voltage measurement function.
• Large custom digital display readout on all models.
• Measure low loop resistances(resolution of 0.01Ohm)
• Automatic lock-out if test resister overheats.
• Large custom digital display readout .
• Visual indication of reversed phase and neutral wiring at socket.
• Designed to IP54 Rating
• Complies with IEC61557
Molded plug test leads
Model 7123 (AU)Australian plug
Model 7124 (UK)British plug(13A)
Model 7125 (EU)European SHUKO plug
Model 7126 (SA)South African plug
Model 7121
Specifications
MODEL
Accessories
4116A
4118A
4120A
Loop Impedance
Ranges
20/200/2000Ω
20/200/2000Ω
20/200/2000Ω
(20/200Ω D-LOK)
Loop Impedance
Accuracy
±2%rdg±4dgt
±2%rdg±4dgt
±2%rdg±4dgt
AC Test Current
20Ω 25A
200Ω 2.3A
2000Ω 15mA
20Ω 25A
200Ω 2.3A
2000Ω 15mA
20Ω 25A
200Ω 2.3A
2000Ω 15mA
AC Test Period
20Ω (20ms)
200Ω (40ms)
2000Ω (280ms)
20Ω (20ms)
200Ω (40ms)
2000Ω (280ms)
20Ω (20ms)
200Ω (40ms)
2000Ω (280ms)
PSC Ranges
200A(2.3A 40ms)
2000A(25A 20ms)
20kA(25A 20ms)
200A(2.3A 40ms)
2000A(25A 20ms) D-LOK
20kA(25A 20ms) D-LOK
PSC Ranges
Accuracy
Consider accuracy of Loop impedance
Voltage
Operating Voltage
110V-260V ±2%rdg±4dgt
230V+10% -15%(195V~253V)50Hz
Safety Standard
IEC61010-1 CAT.
300V IEC61557-1,-3
IEC61010-2-031 Pollution Degree 2
IP Rating
IEC60529-IP54
Dimensions
Weight
185(L) × 115(W) × 86(D)mm
750g approx.
Accessories
Molded plug test leads
Pouch for test leads
Shoulder Strap
Instruction Manual
Optional
7121 Distribution board test leads
(Distribution board test leads)
4118A, 4120A Only
FRONT COVER
960g approx.
Molded plug test leads
7121 Distribution board test leads
Pouch for test leads
Shoulder Strap
Instruction Manual
27
KEW RCD TESTERS
Model 5406 series is an instrument to check RCD(ELCB)
testers. RCD trip time can be easily measured at the power
outlet. Model 5406A has a microprocessor controlled constant
current circuit that operates independent of voltage. This
always allows highly accurate measurement results.
MODEL
5406A
Selection Guide
MODEL
Tripping time resolution 1ms
0° / 180° Phase angle switch
Constant current testing
Checks operation of DC sensitive breakers
MODEL
5406A
5404
5402D
5402D
Features (5402D)
• Accurate digital readout of tripping time.
• Two neon lamps give quick check for correct wiring.
• Compact, lightweight and simple to operate.
• Zero cross circuitry permits testing at 0 and 180 degree portion of
sine wave. At these two tests minimum (best) and maximum (worst)
trip times will be displayed.
MODEL
5404
Specifications
MODEL
Rated Tripping Current
Model 5404
Fault Condition Settings × 1/2,× 1,× 5
Model 5402D
Model 5406A
10/20/30/200/300/500mA 10/20/30/200/300/500mA
5/10/30/100/300/500mA
× 1/2, × 1, × 5, × DC,
AUTO RAMP
× 1/2, × 1, Fast (250mA)
Trip Current Duration
2000ms, 200ms(X 5)
1000ms,200ms(× 5)
2000ms, 40ms (Fast Trip)
Lowest Resolution
1ms
1ms
1ms
Trip Time Accuracy
±1%rdg±4dgt
0.6%rdg±4dgt
±2%rdg±3dgt
Operating Voltage
220V±10%, 50Hz
230V+10%-15%
(195V~253V) 50Hz
220V or 240V
50Hz/60Hz
Safety Standard
IEC61010-1 CAT.
300V Pollution Degree 2
IEC61010-2-031
IEC61557-1,-6
IEC61010-1 CAT. 300V
IEC61010-2-031 Pollution Degree 2
Withstand Voltage
3000V AC for 1 minute
3700V AC for 1 minute
2200V AC for 1 minute
IEC60529-IP54
IP Rating
Dimensions
175(L) × 115(W) × 86(D)mm
185(L) × 115(w) × 86(D)mm
140(L) × 90(W) × 20(D)mm
Weight
440g approx.
800g approx.
350g approx.
Accessories
KAMP10(Test Lead with
IEC connector)
KSLP5(External Earth Probe)
Pouch for test leads
Shoulder Strap
Shoulder Pad
Instruction Manual
Molded plug test leads
Pouch for test leads
Shoulder Strap
Instruction Manual
7019(Test Leads)
Carrying Case
Instruction Manual
7121 Distribution board test leads
Optional
KAMP10(EU): European SHUKO plug
KAMP10(UK): British plug(13A)
KAMP10(AU): Australian plug
KAMP10(SA): South African plug
Features (5406A/5404)
• Custom microprocessor controlled for highest accuracy and reliability.
• 3 LEDs for checking correct wiring status.
• 0 and 180 degree phase angle switch permits quick tests and consistent readings.
• Digital read-out of tripping time.
• Test DC sensitive breakers.
• Constant current source circuitry ensures that a fluctuating mains
voltage does not affect the accuracy of readings.
• Large custom digital display readout .
• Visual indication of reversed phase and neutral wiring at socket.
• Designed to IP54 Rating.
• Complies with IEC61557
28
Accessories
Molded plug test leads
Model 7123 (AU)Australian plug
Model 7124 (UK)British plug(13A)
Model 7125 (EU)European SHUKO plug
Model 7126 (SA)South African plug
Model 7121
(Distribution board test leads)
4118A, 4120A Only
KEW MULTI FUNCTION TESTERS
MODEL
Model 6010A is an advanced multifunction tester that can perform all the testing required by IEC 364-6-61 with a single
instrument.
It can be used to test insulation resistance, continuity, loop
impedance and RCDs(ELCBs), four major test requirement in
the electrical testing industry. This four-in-one instrument eliminates the need to carry individual single function testers.
Model 6010A is designed to IEC 61010-1 and available with
CE marking for EMC compliance.
6010A
Features
Continuity and Insulation Testing
• Live circuit warning LED:
Immediate illumination of a warning lamp if the circuit under test is
live
• Auto Discharge:
Allows fast and safe discharge of electrical energy stored in
capacitive circuits following testing
• Integral overload protection on internal continuity and insulation test
circuitry
• Autoranging
• 500V DC test voltage for insulation tests
• 200mA short circuit current on continuity ranges
Loop and RCD Testing
• Wiring connection check LED's:
Immediate indication if wiring of circuit under test is correct
• Overheat Protection:
Specifications
Continuity Testing
Loop Impedance Testing
Measuring Ranges
0~19.99 and
10.0~199.9Ω
(2 auto ranges)
Open Circuit Voltage
Short Circuit Current
> 4V
(as per IEC364)
> 200mA DC
(as per IEC364)
Rated Voltage
230V
AC±10% (50Hz)
Voltage
Measuring Range
100-250V AC (50Hz)
Impedance Ranges
20/2000Ω
Nominal Test
Current
24A (20Ω range)
15mA (2000Ω range)
Test Period
1/2 cycle (10ms)
Accuracy
20Ω range:
±(3% + 8dgt)
2000Ω range:
±(3% + 8dgt)
±(3% + 3dgt)
Accuracy
RCD Testing
Insulation Testing
Measuring Ranges
0~19.99 and
10.0~199.9MΩ
(2 auto ranges)
Test Voltage
500V DC
Output Voltage on
Open Circuit
570V DC±6%
Rated Current
> 1mA
(as per IEC364)
Accuracy
± (3% + 3dgt)
Rapid detection of overheating of internal circuitry,display of
warning signal to user and automatic halting of measurement
• Supply Voltage Indication:
Can display supply voltage value in loop impedance mode
• Low Current Loop Impedance Test:
Short duration low test current will prevent tripping of many passive RCDs
• Auto Data Hold:
Retains displayed reading for set period following test
• Phase Angle Selection:
Selection of test current from +ve or -ve half cycle of waveform
can prevent tripping of polarized type RCDs
Rated Voltage
230V
AC±10% (50Hz)
Trip Current
Settings
RCD × 1/2: 5, 15, 50,
150, 250mA
RCD × 1: 10, 30, 100,
300, 500mA
Trip Current
Duration
RCD × 1/2 × 1:
2000ms
Fast Trip
150mA
Accuracy
Trip current±3%
of test current at
230V. Trip time
±(3% + 3dgt)
Accessories
Continuity and Insulation Testing
LOOP and RCD Testing
General
Safety Standard
IEC61010-1 CAT.
IEC61010-2-031
IEC61557
Withstand Voltage
Power Source
4000V AC for 1 minute
R6P(AA)(1.5V) × 8
Dimensions
175(L) × 115(W) × 86(D)mm
Weight
780g approx.
7025(Test Leads)
KAMP10
(Test Lead with IEC Connector)
Pouch for Test leads
Shoulder Strap
Shoulder Pad
R6P(AA)× 8
Instruction Manual
Accessories
300V Pollution Degree 2
Model 7025
(Test Leads)
KAMP10
(Test Lead with IEC Connector)
KAMP10(EU): European SHUKO plug
KAMP10(UK): British plug(13A)
KAMP10(AU): Australian plug
KAMP10(SA): South African plug
29
KEW MULTI FUNCTION TESTERS
MODEL
KEW 6015
IEC 61010-1 CAT.
The top of the range KEW6015 can perform TEN separate test
functions and provides all the test functions generally required
to verify the safety of electrical installations in full compliance
with IEC61557.
The KEW6015 can store test results in its on-board
memory for later downloading to a computer or printer.
Data can be downloaded via the infra Red Communication
Port (IRDA Port).
The KEW6015 is software driven and guides the user through
the test functions required making
the instrument very easy to use. It's numerous features include
the ability to conduct 3 or 4 wire earth resistance test, D-Lok
technology to prevent
tripping of most passive type RCD's when loop testing and
mains voltage and frequency measurement.
10in1
Continuity Tester
Insulation Tester
Loop Impedance Tester
RCD Tester
PSC Tester
Fault Current Tester
Features
• Live circuit and wiring connection check LED's
• D-Lok technology on loop test range
• On-board memory to store test results
• Downloading of data via IRDA port
• Auto power off
• Back light display
• Polarity switch
• Continuity Auto-null
• Auto ramp and auto test on RCD ranges
• Designed to IP54 Rating
• Complies with IEC61557
30
Earth Resistance Tester
Phase Rotation Tester
Mains Frequency Measurement
Mains Voltage Measurement
300V
KEW MULTI FUNCTION TESTERS
Specifications
Continuity Testing
Measuring Ranges
20/200/2000 Ω Autoranging
Measuring Ranges
Test Voltages
Open Circuit Voltage
> 6V
Short Circuit Current
> 200mA DC
Output Voltage on
Open Circuit
Accuracy
±(1.5%rdg+3dgt)
Rated Voltage
Voltage
Measuring Range
Impedance Range
Nominal Test Current
Test Period
Base Accuracy
Rated Current
Accuracy
250V+20%-0%
500V+20%-0%
1000V+20%-0%
>1mA
0~100MΩ
±(2%rdg+3dgt)
100MΩ~2000MΩ
±(2%rdg+4dgt)
20/200/2000Ω
Rated Voltage
230V AC ±10% @ 50Hz
25A (20Ω range)
1.2A (200Ω range)
1.2A (2000Ω range)
PSC Range
2000A and 20kA
Accuracy
PSC accuracy derived from measured
loop impedance specification and measured
voltage specification
Loop Impedance Testing
230V AC 10% @ 50Hz
100-250V AC @ 50Hz
PSC Testing
1/2 cycle (10ms)
20Ω range
±(3%rdg+5dgt)
RCD Testing
Rated Voltage
230V AC ±10% @ 50Hz
Trip Current Settings
RCD × 1/2 : 10,30,100,300,500mA
: 10,30,100,300,500mA
RCD × 1
: 10,30,100,300,500mA
RCD × 5
Trip Current Duration
RCD × 1/2 × 1: 2000ms
RCD × 5: 200ms fast trip 50ms
Accuracy
Insulation Testing
20/200/2000MΩ Autoranging
250V, 500Vand 1000V DC
Trip current +10%-0%
of test current at 230V
Trip time±(2%rdg + 3dgt)
Rated Voltage
Fault Current Ranges
Nominal Test Current
Accuracy
Fault Current
230V AC ±10% @ 50Hz
2000A and 20kA
1.2A(2000A) 25A(20kA)
Fault Current accuracy derived from
measured loop impedance specification
and measured voltage specification
Earth Resistance
Ranges
20Ω/200Ω/2000Ω
Output Voltage
70V peak to peak square wave
Frequency
720Hz ±5%
Accuracy
20Ω(±2%rdg+5dgt)
200/2000Ω(±2%rdg+3dgt)
Safety Standard
IEC61010-1 CAT.
IEC61557
Accessories
General
Model 7098
300V Pollution Degree 2
Withstand Voltage
3700V AC for 1 minute
Power Source
8 × 1.5V R6 or LR6
Dimensions
105(L) × 210(W) × 240(D)mm
Weight
1924g approx.
Model 8210
Model 7099
Model 8032
Model 7025
Accessories
7098 Distribution board test leads
for Loop/PSC/RCD testing
7099 Moulded plug test leads(1 set)
for Loop and RCD testing at sockets(EU plug)
7025 Lead for insulation and continuity testing
7109 Earth resistance test leads (1 set)
KSLP5 external earth probe
8032 auxiliary earth spikes
8210 IrDA Adaptor
Durable Holdall
Accessory pouch
Battery 8 × 1.5V R6 or LR6
Instruction Manual
7112
7113
7114
Distribution board test leads
for Loop/PSC/RCD testing(UK plug)
Distribution board test leads
for Loop/PSC/RCD testing(AU plug)
Distribution board test leads
for Loop/PSC/RCD testing(SA plug)
Model 7109
Model KSLP5
(Model 7132)
Durable Holdall &
Accessory Pouch
31
KEW MULTI FUNCTION TESTERS
MODEL
The Model 6011A can perform FIVE separate test functions;
insulation, continuity, earth loop impedance, prospective short
circuit current and RCD trip testing in full compliance with
IEC61557.
6011A
Features
• Complies with IEC61557
• Designed to IP 54 Rating
• Live circuit and wiring connection check LED's
• Triple ranges insulation tests at 250, 500 and 1000V
• Triple range loop and PSC tests 15mA test current at 200Ω/2000Ω
range(No RCD Trip)
• Phase angle selection on RCD ranges
• Polarity switch for continuity tests
• Auto-null facility for continuity tests
• DC test for DC sensitive RCDs
• Earth probe for loop impedance testing on extraneous metalwork
• Contact Voltage Reading
Specifications
Accessories
Continuity Testing
Measuring Ranges
Insulation Testing
20/200/2000Ω
(Autoranging)
Open Circuit Voltage
>6V
Short Circuit Current
>200mA DC
Accuracy
±(1.5%rdg+3dgt)
Measuring Ranges
20/200MΩ
(Autoranging)
Test Voltages
250V
500V
1000V DC
Output Voltage on
Open Circuit
250V+20%-0%
500V+20%-0%
1000V+20%-0%
Rated Current
> 1mA
Accuracy
±(1.5%rdg+3dgt)
Loop Impedance Testing
Rated Voltage
PSC Testing
230V AC +10%-15% @ 50Hz
Rated Voltage
230V AC +10%-15%
@50Hz
PSC Ranges
200A(15mA Test Current)
2000A(3A Test Current)
20kA(3A Test Current)
Accuracy
PSC accuracy derived
from measured loop
impedance
specification and
measured voltage
specification
Voltage Measuring Range 100-250V AC @ 50Hz
Impedance Ranges
20/200/2000Ω
Nominal Test
Current
3A (20Ω range)
15mA (200Ω range)
15mA (2000Ω range)
Accuracy
20Ω range
±(3%rdg +4dgt)
200Ω range
±(3%rdg +4dgt)
2000Ω range
±(3%rdg +4dgt)
KSLP5 (Model 7132)
KAMP10
Model 7122 Test Leads
Accessories
KAPM10 molded plug test leads for loop and RCD testing at sockets
7122 lead for insulation and coutinuity testing
KSLP5 external earth probe
RCD Testing
Pouch for Test Leads
Rated Voltage
230V AC ±10%-15% @ 50Hz
Shoulder Strap
Trip Current Settings
RCD × 1/2 : 10,30,100,300,500,1000mA
RCD × 1 : 10,30,100,300,500,1000mA
RCD × 5 : 10,30,100,300mA (on × 5 range max current 1A)
Battery LR6 (1.5V) ×8
Trip Current Duration
RCD × 1/2 × 1: 2000ms
RCD fast: 50ms
Accuracy
Trip current +10%-0% of test current at 230V
Trip time ±(1%rdg + 3dgt)
Safety Standard
IEC61010-1 CAT. 300V
Pollution Degree 2
IEC61557
Instruction Manual
Optional Accessories
OMA DIEC Distribution board or lighting circuit test leads for LOOP/PSC/RCD testing
KAMP10(EU):European SHUKO plug
KAMP10(UK):British plug(13A)
KAMP10 (AU):Australian plug
KAMP10(SA):South African plug
General
Withstand Voltage
3700V AC for 1 minute
Power Source
LR6 (1.5V) × 8
Dimensions
130(L) × 183(W) × 100(D)mm
Weight
1000g approx.
Optional Accessory
OMA DIEC (Model 7133)
32
KEW MULTI FUNCTION TESTERS
MODEL
The Model 6017/6018 can perform THREE separate test functions; insulation, earth resistance, voltage testing.
6017/6018
Features
• Designed to meet IEC61010-1 CAT. 600V
• Test leads with remote control switch.
(For insulation&Simplified Earth Test)
• Back light function.
• Color coded scales and range switch position for easy reading.
• Automatic warning when resistance of auxiliary earth spikes is in
excess of tolerance.
• Can be hung around the neck for both hands' operation.
Specifications
Insulation Testing
6017 Test Voltage
125V/20MΩ
250V/50MΩ
500V/100MΩ
6018 Test Voltage
250V/50MΩ
500V/100MΩ
1000V/2000MΩ
Accuracy
±5%rdg
Earth Resistance
IEC61010-1 CAT.
600V
Accessories
Simplified Precision
measurement
12Ω/120Ω/1200Ω
Accuracy
±3% of full scale value
AC Voltage
0-600V AC
±3% of full scale value
Earth Voltage
Model 7103
Model 7102
Model 7101
Optional Accessories
0-60V AC
±3% of full scale value
Safety Standard
General
IEC61010-1 CAT. 600V Pollution Degree 2
IEC61010-2-031
IEC61557
Withstand Voltage
5550V AC for 1 minute
Power Source
LR6(1.5V) × 8
Dimensions
130(L) × 183(W) × 100(D)mm
Weight
1000g approx.
Precision measurement Cord Set
Model 7100
Model 7095
+8200
Model
8032
Model
9091
Accessories
7095 (Test Leads) × 1set (red-20m, yellow-10m, green-5m)
8032 (auxiliary earth spikes) × 1set
8200 (cord reel)
9091 (cord set carrying case)
Accessories
7103 Test leads with Remote Control Switch
8017 Extension Prod
7102 Safety Crocodile clips
7101 Flat Test Bar
Cord Case
Neck Strap
Battery LR6 (1.5V) × 8
Instruction Manual
Optional
7100 Precision measurement Cord Set
7115 Extension Probe
33
KEW MULTI FUNCTION TESTERS
MODEL
Model 6020 and 6030 are a heavy duty multifunction tester primarily developed to meet the demand from the power companies and safety control and maintenance industry. These
instruments are fully water proof to IP57 rating with best consideration given to the possible use at restoration work in the
rain following disaster caused by a typhoon. They are
designed to withstand use under the most rigorous environmental conditions. Model 6020 and 6030 perform four test
functions - insulation resistance (3 test voltages), earth resistance, voltage testing and phase check.
6020/6030
Features
• Water resistant (IEC60529 IP57)
• Test leads are stored in a cord reel module
• Easy-to-read large digital display
• The instrument automatically turns itself off in about 30 minutes to
conserve battery life, if no push buttons are pressed.
• Illumination on test probes for work at night or in dimly lit locations
• Display back-light to improve legibility in poor lighting conditions
• Autoranging; three ranges for insulation resistance, two ranges for
earth resistance and two AC voltage ranges
• The instrument and all accessories in one carrying case
• AC voltage range;
•
True RMS sensing permits accurate measurement of voltage with
distortion and harmonics generated by equipment using SCRs or
TRIACs.
• Insulation resistance range;
• Three test voltages; Model 6020 (125V, 250V, 1000V)
• Three test voltages; Model 6030 (250V, 500V, 1000V)
• 1mA test current at the minimum load.
• Automatically releases electric charges stored in the circuit under
test.
• Remaining charges can be observed on AC voltage range
• Remote control switch on a test probe
Earth
resistance range;
•
• Checks resistance of auxiliary earth bars
• Can make both simplified and normal measurement
• Phase test;
• LEDs indicate whether phase sequence is correct or reversed as
well as open phase, if any.
• Rated voltage from 100V to 600V AC
Specifications
INSULATION TEST SPECIFICATIONS
MODEL
Model 6020
Test Voltage
125V/250V
Measuring Ranges
(MΩ)
0 ~1.999MΩ
1.00 ~19.99MΩ
10.0 ~199.9MΩ
Model 6030
250V/500V
(3 auto ranges)
Accuracy
±2%rdg ±3dgt ±10%rdg (on 1000-2000MΩ)
Open Circuit Voltage
+20% -0% of Rated Test Voltage
Rated Test current
1mA DC +20%-0%
Short Circuit current
1.3mA DC approx.
Effect of AC Component
of Terminal Voltage
Within ±10% of reading when 5uF capacitor
is connected in parallel on insulation test
Overload Protection
1200V (DC + ACp-p) for 10 seconds
Measuring Method
Model 6020/6030
1000V
0 ~19.99MΩ
10.0 ~199.9MΩ
100 ~1999MΩ
EARTH RESISTANCE TEST SPECIFICATIONS
Measuring Ranges
(Ω)
0 ~199.9Ω
100 ~1999Ω (2 auto ranges)
Accuracy
±2%rdg ±3dgt
(at 500Ω auxiliary earth resistance)
Measuring Method
By constant current inverter 820Hz approx. 2mA approx.
Overload Protection
200V AC for 10 seconds between measuring terminals
Measuring Method
Precision Measurement
Simplified Measurement
Method 1
Method 2
34
KEW MULTI FUNCTION TESTERS
VOLTAGE TEST SPECIFICATIONS
Measuring Ranges (V)
0 ~ 199.9/100 ~ 600V (2 auto ranges)
Accuracy
±1%rdg ±4dgt
Sensing
True RMS
Input Impedance
2MΩ
Overload Protection
900V AC for 1 minute
PHASE CHECK SPECIFICATIONS
Measuring Range
10 ~ 600V (50Hz/60Hz)
(for checking correct or reverse phase and open phase)
Measuring Method
Measuring Method
General Specifications for Model 6020,6030
• Display
• Response Time
Accessories
Cord Reel Module
Instrument Body
Extension Probe
Assorted Test Leads
3 1/2(1999)digit large LCD
Approx. 4 seconds for AC voltage and
earth resistance tests Approx. 5 seconds
for insulation resistance tests.
5550V AC for one minute
• Withstand Voltage
No electrical and mechanical damage
• Effect of Drop
shall occur when the unit is dropped from
a height of 1 m onto the concrete floor.
Readings shall not differ greater than
• Effect of Temperature
specified below when taken at a reference
temperature of 23°C and varied temperature of 0°C and 40°C.
AC Voltage 3% ±2 dgt insulation resistance and earth resistance 5% ±2 dgt
0-40°C
• Operating Temperature Range
130×238×207mm
• Dimensions
(main body plus cord reel module)
105×238×207mm (main body only)
Approx. 1.6kg (main body only)
• Weight
Approx. 750g (cord reel module only)
1.5V LR6 alkaline battery or equivalent×8
• Power Supply
(for main body only)
1.5V LR6 alkaline battery or equivalent×1
(probe only)
IEC 61010-1 CAT. 600V Pollution
• Safety Standard
Degree 2
A full set (deluxe version complete with aluminum carrying case
and leakage clamp meter) is available as Model 6020T or 6030T.
Optional Accessories
• Model 2417 Water Proof Leakage Clamp Meter(→ page 10)
40 mm jaw diameter True RMS 200mA/ 2000mA/ 20A/ 200A/ 500A
• Model 7093 Cord for Extension Probe
Description
Model No.
Quantity
This is used to connect the extension probe directly to the instrument.
You can then use the instrument without the cord reel module.
• Model 9080 Aluminum Carrying Case
This is a hard case of rugged construction. Mainly available with the
top grade version of the multifunction tester that comes with the
leakage clamp meter Model 2417.
Cord Reel Module
7092
1pce
Extension Probe
8082
1set
Test Leads (large)
7089
1set
Test Leads (small)
7090
1set
Description
Model No.
Test Leads for Earth Test (red-20m, yellow-10m, green-5m)
7091
1set
Water Proof Leakage Clamp Meter
2417
Test Leads for Phase Check
7088
1set
Aluminum Carrying Case
9080
Auxiliary Earth Spikes
8083
2pcs
Cord for Extension Probe
7093
Carrying Case
9081
1pce
Belt for Carrying Case
2pcs
Instruction Manual
1copy
LR6 1.5V Alkaline Battery or equivalent
9pcs
0 Ring Set
1set
(Model 6020 and 6030 include all of the above accessories)
35
KEW RECORDERS
Model 5350 series is a DIN size, miniature, low cost chart
recorders. It is designed for direct mounting on a switchboard
or application as a portable recorder.
In combination with a wide variety of modules, the recorder
can be used to monitor temperature, humidity, AC current and
AC voltage.
5350/5360
MODEL
Features
Basic Recorder only
(Model 5350 One Channel)
(Model 5360 Two Channels)
Basic Recorder
Recorder with Module
(Model 5351 One Channel)
Module
Descriptions
Model 5350
+
Model 5307
6-range Temperature Recorder(Pt-100)
Model 5350
+
Model 5308
6-range Temperature Recorder(K type)
Model 5360
+
Model 5321
AC Volt-Amp Recorder
• DIN size 96mm×96mm bezel and 92mm×92mm panel opening.
• Compact and lightweight for easy panel or portable use.
• Dot printing on clean, inkless, pressure sensitive paper.
• Removable chart cassette permits simple loading and unloading of
chart paper. •50 mm chart width.
• Three chart speeds of 1''(25.4mm), 12''(304.8mm) and 24''(609.6mm)
per hour available. The desired speed is selected by pulling out and
rotating the switch to the appropriate position.
• Both one channel basic recorder Model 5350 and two channel basic
recorder Model 5360 are available.
• Complete with one of the modules listed above, a temperature module, for example, Model 5350 or 5360 basic 1mA/250mV recorder
makes a temperature monitor.
BASIC RECORDERS MODEL 5350 (1 CHANNEL) & 5360 (2 CHANNELS)
Specifications
MODEL
Recordings System
Model 5350/5360
Direct dot printing on pressure sensitive paper
Input Ranges
1mA/250mV DC, 2mA/100mV DC, 10mA/100mV DC
Meter Scale Accuracy
±2% of full scale value
Chart Speed
Single Speed:1’’ (25.4mm)per hour, Three Speeds:1’’ (25.4mm)/12’’ (304.8mm)/24’’ (609.6mm)per hour
Imprint Rate
60 dots per inch at all speeds(120 dots for channel No.2 of Model 5360 2 channel recorder)
Chart Paper
2.1/2’’ (63.5mm) × 65.6feet(19m)for non-take-up mode 2.1/2’’ (63.5mm) × 32.8feet(9.5m)for take-up mode
Chart width
50mm(1.97in)
Scale Length
55.5mm(2.19in)
Operating Temperature Range
-10°C~+50°C
Power Supply
100V, 110~120V, 200~240V AC, 50Hz or 60Hz(specify on order)
Power Consumption
3.5VA
Safety Standard
IEC61010-1 CAT.
Dimensions
96(W) × 96(H) × 162(D)mm
Weight
880g approx.
300V Pollution Degree 2
Ordering Information
Model 53
(Channel)
50 One Channel
60 Two Channels
36
2
(Chart Speed)
Three Speeds
1
2
- 2
(Chart Paper)
Non-Take-up Mode
Take-up Mode
1
2
3
4
5
0
(Power Supply)
100V AC, 50Hz
100V AC, 60Hz
110~120V AC, 60Hz
200~240V AC, 50Hz
200~240V AC, 60Hz
Special Order
1
2
3
0
(Input Range)
1mA/250mV DC
2mA/100mV DC
10mA/100mV DC
Special Order
KEW RECORDERS
MODEL 5351 ONE CHANNEL 6-RANGE TEMPERATURE RECORDER (Model 5350+5307 or 5308)
Features
• Complete with Model 5307 Module for Pt-100 sensor or Model 5308
for Type K sensor.
range switch permits temperature measurement and
recording in 6-ranges.
• External
Specifications
Module
Model 5307
(for Pt-100 Temp. probe)
Input Ranges
Model 5308
(for Type K Temp. probe)
-60°C~0°C
0°C~+60°C
+600°C~+1200°C
0°C~+150°C
-50°C~+100°C
0°C~+150°C
+300°C~+600°C
0°C~+300°C
-20°C~+40°C
0°C~+300°C
+150°C~+300°C
0°C~+600°C
±4% of full scale
Accuracy
+3% of full scale
Dimensions
82(W) × 82(H) × 48(D)mm(module only)
Weight
300g approx.(module only)
Back of module case
For Pt-100 Temperature
Sensor
Scale
For K Type Temperature
Sensor
No. T-13(for Pt-100)
No. T-12(for Type K)
Temperature Sensors (Optional)
Model 5308
Model 5307
Model 8067 (Pt-100)
Model 8068 (Type K)
φ3.2mm×150mm
-200°C~+300°C
φ1.6mm×150mm
0°C~+600°C
Model 8069 (Type K)
Chart Paper
Non-Take-up Mode
Take-up Mode
No.5350-005(30 divisions)
No.5350-008(30 divisions)
φ3.2mm×150mm
0°C~+700°C
Ordering Information
Model 5351 - 2
2
(Chart Speed)
Three Speeds
1
2
(Chart Paper)
Non-Take-up Mode
Take-up Mode
1
2
3
4
5
0
(Power Supply)
100V AC, 50Hz
100V AC, 60Hz
110~120V AC, 60Hz
200~240V AC, 50Hz
200~240V AC, 60Hz
Special Order
(Module)
07 for Pt-100
08 for Type K
2
3
4
5
6
0
(Power Supply Cord)
for Japan & others
for USA & others
for Europe & others
for Australia & others
for UK
Special Order
1
2
3
(Temp. Probe)
Model 8067(Pt-100)
Model 8068(Type-K)
Model 8069(Type-K)
Chart Cassettes
Model 8065
Model 8064
Take-up Chart Cassette
Non-Take-up Chart Cassette
37
KEW RECORDERS
MODEL 5361 TWO CHANNEL AC VOLT/AMP RECORDER (Model 5360+5321)
Features
Optional Accessories
• Complete with Model 5321 module to measure and record AC volt-
age and AC current.
• Range Switch selects 150V, 300V or 600V input voltage.
• Basic recorder and input are isolated by internal circuitry(500V AC
max. withstand voltage for voltage input only).
• Three clamp adaptors are available for different application needs.
• Single dot for voltage and two dots for currents are imprinted alternately.
150/300/600V AC
6/15/60/150/300A AC(using Model 8101 AC clamp adaptor)
15/30/150/300/1500A AC(using Model 8103 AC clamp adaptor)
30/150/300/1500/3000A AC(using Model 8104 AC clamp adaptor)
AC Voltage
AC Current
Accuracy
±3% of full scale value
Model 8101
20
MAX
AC 300A
FS 150mV
Model 8103
Specifications
Input Ranges
(Clamp Adaptors)
Dimensions
82(W)× 82(H) × 49.2(D)mm(module only)
Weight
340g approx.(module only)
FS 150mV
Model 8104
Optional Diagram
Range
Switch
MAX
1500A
60
MAX
3000A
100
Function
Switch
FS 150mV
Specifications
Clamp
Adaptor
Model 8101
Measuring Range
Voltage
Test Leads
AC Power Supply Cord
Scale
No. C-01
6/15/60/150/300A AC
Output Voltage
150mV AC/full scale value
Accuracy
±2% of Output
Load Resistance
>100kΩ
Conductor Size
φ 20mm max.
Frequency Response
45Hz~65Hz
Withstand Voltage
2200V AC for 1 minute
Dimensions
125(L) × 75(W) × 35(D)mm
Weight
220g approx.
Model 8103
Measuring Range
Chart Paper
Non-Take-up Mode
Take-up Mode
No.5350-005
(30 divisions)
No.5350-008
(30 divisions)
Carrying Case (Optional)
150mV AC/full scale value
Accuracy
±2% of Output
Load Resistance
>100kΩ
Conductor Size
φ 60mm max.
Frequency Response
45Hz~65Hz
Withstand Voltage
2200V AC for 1 minute
Dimensions
242(L) × 119(W) × 34(D)mm
Weight
500g approx.
Model 8104
Measuring Range
Model 9047
Ordering Information
38
(Chart Speed)
Three Speeds
1
2
(Chart Paper)
Non-Take-up Mode
Take-up Mode
1
2
3
4
5
0
30/150/300/1500/3000A AC
Output Voltage
150mV AC/full scale value
Accuracy
±2% of Output
Load Resistance
>100kΩ
Conductor Size
φ 100mm max.
Frequency Response
45Hz~65Hz
Withstand Voltage
2200V AC for 1 minute
Dimensions
317(L) × 150(W) × 34(D)mm
Weight
950g approx.
Model 5361 - 2
2
15/30/150/300/1500A AC
Output Voltage
(Power Supply)
100V AC, 50Hz
100V AC, 60Hz
110~120V AC, 60Hz
200~240V AC, 50Hz
200~240V AC, 60Hz
Special Order
21 2
3
4
5
6
0
(Power Supply Cord)
for Japan & others
for USA & others
for Europe & others
for Australia & others
for UK
Special Order
1
2
3
(Clamp Adaptor)
Model 8101
Model 8103
Model 8104
KEW ACCESSORIES
DIGITAL PHASE INDICATOR with open phase checker
Specifications
8030
MODEL
Features
• Phase indicator designed to check the presence of open phase and
Model 8030
Operational Voltage
200~480V AC
Time limit for
continuous
200V: within 60 minutes
480V: within 4 minutes
Frequency Response
20~400Hz
Safety Standard
IEC61010-1 CAT.
Withstand Voltage
2200V AC for 1 minute
300V Pollution Degerr 2
Dimensions
82(L) × 59(W) × 23(D)mm
Weight
200g approx.
Cord
1m(R: red S: white T: blue)
Accessories
Carrying Case
pins for Test leads
Instruction Manual
also the phase sequence by LED and buzzer at the same time.
• Small, lightweight, and portable.
PHASE INDICATOR with open phase checker
Specifications
8031
MODEL
Features
• Phase indicator designed to check the presence of open phase and
also the phase sequence by rotating disk and lamps.
Model 8031
Operational Voltage
110~600V AC
Time limit for
continuous
>500V: within 5 minutes
Frequency Response
50Hz/60Hz
Safety Standard
IEC61010-1 CAT.
Withstand Voltage
2200V AC for 1 minute
600V Pollution Degerr 2
Dimensions
106(L) × 75(W) × 40(D)mm
Weight
350g approx.
Cord
1.5m(R: red S: white T: blue)
Accessories
9029(Carrying Case)
Instruction Manual
• Can check a wide range of 3-phase power source from 110V to 600V.
ILLUMINOMETER
5200
Specifications
MODEL
Ranges
Model 5200
Low
0~1000Lux(Red Scale)
Ordinary
0~5000Lux(Black Scale)
High
Angle
Allowance
Features
• ±10% accuracy. Permits a wide range of light measurements from 0
to 5,000 Lux.
• Swivel head that revolves 300 degrees will always allow the user to
make measurements at an optimum viewing position.
0~50000Lux(Black Scale w/10X Slide)
±10%(tested by a standard parallel
light tungsten lamp of 2854K colour temperature)
Accuracy
30°
60°
Less than -3%
Less than -10%
Correction of
Slight Sensitivity
0~1000Lux: Use correction factor
0~5000Lux: Lux read directly
Dimensions
112(L) × 58(W) × 27(D)mm
Weight
135g approx.
Accessories
8058(10X Slide)
8059(Lumidisc for Low measurement)
8060(Lumidisc for Ordinary measurement)
9040(Carrying Case)
Instruction Manual
DIGITAL ILLUMINOMETER
5201
Specifications
MODEL
Features
•
•
Model 5201 is a highly portable and compact digital illuminometer for
measuring illuminance from 0.1 to 19,990 Lux, with auto range switching.
The digital display is held for a preset time (about 20 seconds) and,
therefore, facilitates reading, recording and measuring in any direction.
Model 5201
Ranges
0.1~19990Lux(automatic 3 range switching)
Accuracy
±5%rdg±3dgt
Measuring Time
3 times per second
Temperature humidity
characteristics
±3%(at 20°C)
Augular Incident
Light Characteristics
Closely related to the Lambert’s cosine law
Spectral Response
Characteristics
Closely related to the spectral
luminous efficiency (of a standard observer).
Power Source
6F22(9V) × 1
Dimensions
166(L) × 68(W) × 32(D)mm
Weight
180g approx.
Accessories
Photocell Cover
Soft Carrying Case
6F22 × 1
Instruction Manual
39
KEW ACCESSORIES
Portable Infrared Thermometer
5500
Model 5500 is non-contact infrared thermometer with laser
sighting.
Specifications
MODEL
Features
• Simple temperature measurement from -40°C to 500°C
• Laser sight pinpoints measured spots.
• Automatic-backlight LCD display at dark places by a brightness sensor.
• Palm size,lightweight 180g only.
• Automatic power off for saving battery life.
• Maximum or minimum temperature display.
• Audible buzzer high alarm standard.
• Emissivity adjustable from 0.30 to 1.90 in 0.01 steps.
Model 5500
Ranges
-40°C~500°C
Detecting Element
Thermopile
Spectral Range
8~14µm
Measuring Diameter
φ 45 at a distance of 500mm
Measuring Accuracy
±1%rdg ±2°C,
whichever is the greater
at an ambient temperature of 25°C
Repeatability
Within±1°C
Response Time
0.8 second
Collimation
Laser beam marks the center of the area
measured
Beam Diameter
5mm approx.(at a distance of 1m)
Beam Output
Less than 1mW, 670nm, IEC Class2
Display Indications
Current reading, Maximum, Minimum,
Reading Hold, Emissivity, Alarm Point,
Low Battery
Auto Power Off
Automatically shuts power off if no key is
pressed for 30 seconds
Alarm
Upper limit alarm with a beeper
Lower limit alarm, optional
Emissivity Correction
Selectable from DARK(0.95), BRIGHT(0.80)
and FREE(variable between 0.30 and 1.90,
initial value is 1.00)
Display Illumination
Automatic back light
Power Source
LR6(1.5V) × 2
Battery Life
approx. 60 hours for continuous use
Dimensions
142(L) × 81(W) × 32(D)mm
Weight
180g approx.
Accessories
LR6 × 2
Soft Vinyl Case
Instruction Manual
Distance to Spot Size
Caution
21
Please do not aim or direct laser
toward faces.
On measurement of targets like as
glossy metal, be careful with influences by the reflection from it.
Laser Beam
90
45
500
1000
(90% response)
Unit: mm
Waterproof handheld Infrared Thermometer
Specifications
MODEL
5510
Features
• Safe even if getting wet.
Dustproof and waterproof structure of IP67.
Possible to wash
• Please feel secure to use the product on the spot, made from ABS
resin of antibacterial specification.
• Shock-proof structure: No damage even if dropped from the height of 1m.
• With auto-power-off function, preventing consumption of the battery
• Wide Temperature Range of -40°C to 300°C
• Small and light: Possible to measure easily by one hand.
• Portable type: Convenient to carry
Relation of Distance and Measuring Diameter
Model 5510
Measuring Range
-40°C to 300°C
Display Resolution
0.5°C . 1°C for below -20°C and over 100°C
Measuring Accuracy
When the ambient temperature is 25 ±2°C and the emissivity
(ε) is 1,
bigger value of either of ±1% of the
0 to 300°C:
measured value ±1dgt or ±2°C ±1dgt.
±3°C ±1dgt
0 to -30°C:
below -30°C: ±5°C ±1dgt
Repeatability
within 1°C ±1dgt
Response
1 sec(90% response)
Measuring Diameter
(45mm/500mm(Optical sensitivity: 90%)
Collimation
Before shipment: 0.95. The value can be altered between 0.8
and 1.0 with the slide switch at the lower part of the battery
compartment(by 0.05 steps).
Laser beam(650nm 1mW JIS class2)specifies the center.
Water-Proof Property
IP67
Auto Power Off
If no key is pressed for 30 seconds, the power is shut off
automatically.
Shock Proof Property
This instrument or its function/performance will not be
damaged even if it is dropped on the p tile floor from 1 meter high
Operating Temperature
0 to 50°C
Operating Humidity
90% rH and below(no condensation)
Storage Temperature
20 to 55°C(no condensation)(Note): In the case of longterm
storage, the batteries should be removed.
Battery
2 AAA alkali cell batteries
Battery Life
Approximately 10 hours for continuous use
Housing material
ABS(antibacterial)
Dimension
120 × 60 × 54mm(Maximum value for each direction)
Weight
Approx. 123g
Accessories
2 AAA alkaline cell batteries, instruction manual, strap
Approved Standard
CE marking:EMI EN61326 Class B, EMS EN61326 Annex C
Stability:±5°C under EMC test environment at 25°C
17
45
90
Caution
500
1000
40
5510 is one of the portable.
laser applied instruments which
are regulated by the consumer
product safety law.
Do not look into the laser beam.
Do not aim the laser beam at
human beings.
Keep the instrument out of
children’s reach.
IP-67
LASER RADIATION
MAX 1.0m W 650nm
CLASS 2 LASER PRODUCT
CAUTIOUS
DO NOT STARE INTO BEAM
PER IEC 60825-1(1997)
KEW ACCESSORIES
Test Leads
7053
For use with following models:
2414,2415
7066
For use with following models:
1008,1106,1108,1110,2004,2006,2007A,2017,2027,2037,
2412,2608A
7115
7025
For use with following models:
3001B,3111V,3165,3166,6010A,6015
7061
For use with following model:
8113
7067
For use with following model:
2805
7107
For use with following models:
3313,3314,3321,3322,3323,6017,6018
7073
For use with following model:
2413F
For use with following models:
2002PA,2003A,2009A
7014
For use with following models:
2002PA,2003A,2009A,2010,2412
41
Instrument Glossary
Accuracy
Diode Test
The accuracy of a digital tester is defined as the difference
between the reading and the true value for a quantity measured in reference conditions. Accuracy is specified in the format: (±xx% rdg ±xx dgt)
A function to apply a diode or a transistor a constant current
having a value needed to turn it on in order to check the
diode's or the transistor's forward voltage drop and identifying
the connection direction of the device.
The first portion identifies a percentage error relative to the
reading, which means it is proportional to the input. The second portion is an error, in digits, that is constant regardless of
the input.
"Rdg"is for reading and "dgt"is for digits. Dgt indicates the
counts on the last significant digit of the digital display and is
typically used to represent an error factor of a digital tester.
Distortion Factor
Auto-discharge Function
A function used immediately after an insulation test to automatically release charges stored within the circuit under test
during measurement.
Voltage remaining in the circuit under test can be monitored
during auto-discharging process as the scale reading.
Auto-ranging
A function of a tester to automatically select the appropriate
measuring range based on the input signal.
Average Value
The average of an AC waveformís instantaneous values taken
over a half cycle. Ordinary testers respond to the average value.
For sinusoidal wave:
Average value = Maximum value×2/π= Maximum value×0.637
When the effective value is 100V;
Average value= Maximum value×2/π=141×0.637 = 90(V)
The reading of ordinary testers is calibrated in terms of the
effective value of a sinusoidal wave even though they are
responding to the average value. They are called averageresponding-rms-calibrated type of testers. As opposed to
these, true-rms type testers respond and show the effective
value.
Crest Factor
The ratio of the maximum value to the effective value.
It represents the range of input in which a tester maintains linear operation, expressed by a multiple of the full scale value of
the range being used.
Crest factor = Maximum value/Effective value
For sinusoidal wave;
Crest factor = 141/100 = 1.41
Data Hold
A function to freeze the reading on a digital display for ease of
checking or recording even in a difficult-to-read situation for a
tester.
Decibel: dB
A unit used to express the magnitude of change in level of
electric signal or sound intensity.
A voltage ratio of 1 to 10 is equal to -20dB, 10 to 1 to 20dB,
100 to 1 to 40dB and 1000 to 1 to 60dB. A power ratio of 10
to 1 is not 20dB, but 10dB, since power(P) is proportional to
the square of voltage(V).
42
A degree of distortion of a waveform, typically expressed as
the ratio of the effective value of harmonic components to the
effective value of the fundamental component.
Dual Integration Method
A technique to convert voltage into time. The first integration
time (Ts) and the second integration time (Tx) are used. First,
the input voltage (Vx) is integrated on a certain time interval
(Ts) and then, the resulting voltage is "reverse-integrated"
using a reference voltage (Vr) until it becomes 0 (zero).
The "reverse-integration time" (Tx) is proportional to input voltage (Vx). Therefore, the input voltage (Vx) can be determined
by measuring Tx.
With this technique, stable measurements can be taken with
high accuracy, resolution and noise rejection ratio. One particular advantage is high noise rejection ratio at 50 or 60Hz
power line
frequency. All of Kyoritsu digital clamp meters and testers utilize this method.
Effective Measuring Range of Insulation Tester
The measuring range for which the accuracy of an insulation
tester is guaranteed. There are two kinds of effective measuring ranges: the first and second effective measuring ranges.
First effective measuring range
From 1/1000 to 1/2 the maximum effective scale value
(When there is no major scale division for 1/2 the maximum
effective scale value, the nearest major scale division is used.)
Second effective measuring range
Scales divisions not included in the first effective measuring
range
For example for a 500V/100MΩ insulation tester;
First effective measuring range: 0.1-50MΩ(±5% of indicated
value)
Second effective measuring range: 50-100MΩ(±10% of indicated value)
Effective Value
The square root of the average of the square of a periodic
waveformís instantaneous values taken over one cycle. It is
also called the rms value and the most closely relates to such
form of energy as force and heat.
(The effective value of an alternating current is expressed as
the value of the direct current which produces the same
amount of heat as the alternation current does.)
For sinusoidal wave:
Effective value = Maximum value×1/
value×0.707
When an effective value is 100V;
Maximum value×
= 100×1.41 = 141(V)
= Maximum
Instrument Glossary
Form Factor
Peak Value
The ratio of the effective value to the average value.
Form factor = Effective value/Average value
The value at a point where a waveform has the maximum
amplitude.
Frequency Response
Resolution
The manner in which a device changes its output quantity it,
its indication for a measured quantity or its response over a
range of frequencies.
AC signals to measure with a tester can be of one frequency
or from a wide frequency band ranging from low to high frequencies. To measure these frequencies, it is better to use a
tester having a wide frequency response range.
The minimum increments in which a tester can take measurements.
Sample Rate
Frequency at which an A/D converter circuit senses the quantity to measure: typically, twice or three times per second.
Hall Element
Sensitivity
When a current-carrying conductor is placed in a magnetic
field so that the direction of the magnetic field is perpendicular
to the direction of the current flow, voltage is developed in the
direction perpendicular to both the magnetic field and the current flow. This is called the Hall effect and the Hall element is
a device that utilizes the effect.
Kyoritsu AC/DC clamp meters and clamp sensors employ the
Hall element.
The ability of a tester to respond to the quantity to measure,
expressed as the ratio of a change induced in the reading to a
change in the input:
Harmonics
Power line AC voltage from a utility company has near sinusoidal waveform of fundamental frequency with little distortion.
When only a load consisting of resisters, capacitors and coils,
called a linear load (its constant is fixed regardless of the
amount of current flowing through it), is connected to mains
supply, no distortion is introduced into the load current waveform. However, when a non-linear load, such as a semiconductor and a saturable reactor, is connected, distortion
appears in the load current waveform. The current with a
waveform containing distortion, or harmonic current, flows in
the direction toward the low impedance side and in the
process, produces voltage drop over the impedance of the
current path, causing the load voltage also to contain harmonics.
Indicated Value
The value indicated by a tester for a measured quantity
Inverter
A device that converts DC voltage to AC voltage. It provides a
wide range of continuous AC motor speed control and is used
in such variable-speed drive applications as air conditioners,
pumps and blowers. In this device, power line voltage is converted and filtered into DC voltage, then fed to a thyristor-or
transistor-inverter circuit to generate AC voltage having various frequencies.
Peak Hold
Sensitivity =
Change in reading
Change in quantity to measure
Shock Hazard
Also referred to as electric shock. When a person touches a
motor that has a "leak", a path can be created from the motor
frame to the hand, body and feet of the person to the floor he
is standing on to allow a current to flow through it, sometimes
resulting in a fatal accident.
The seriousness of a shock hazard widely varies depending
on the amount and duration of the current that flows through
the person' s body. His constitution, age and medical condition are also variation factors, but in general, at a frequency of
50 or 60Hz, stimulus to the skin is felt at 1mA, considerable
pain occurs at 5mA, pain is unbearable at 10mA, there is difficulty in releasing the "leaking" object because of intense muscle contraction at 20mA, it is considerably dangerous at 50mA
and fatality is likely at 100mA. For the safety limit for a fatal
current, which causes ventricular fibrillation, Professor Dalziel
proposed the following equation from numbers of experiments
on animals.
I = 165 t
Where, I = current (mA) and t = time (sec).
From this theory, the maximum duration for a current of
165mA is 1 second.
Thermocouple
A device that uses the voltage developed by the junction of
two dissimilar metals to measure temperature. One junction,
called the measuring junction, is placed at the point where
temperature is to be measured. The other junction, called the
reference junction, is maintained at a reference temperature.
The voltage developed between the two junctions varies
depending on the difference between the temperatures of the
two junctions and the type of thermocouple.
A function to memorize the peak value over a certain period of
time.
*Response time is selectable from approx. 10ms and 100ms.
Reading in the peak hold mode is the peak current value multiplies by 1/
.
(When the input is sinusoidal, the reading is equal to the effective value.)
43
Kyoritsu Quality Control Concept
Kyoritsu started early an effort to establish system that
ensures traceability to the national standards in order to produce reliable instruments as well as instruments that can
assure reliability of other equipment and installations.
When traceability is in place, measurements taken with an
instrument any time and anywhere in any situation can be
related to the appropriate national measurement standards
through a clear and unbroken chain of comparisons.
For example, in terms on measurement defined by JIS
(Japanese Industrial Standards), traceability is specified as a
condition in which a calibration path is established from
instruments produced or in-house standards to higher level
standards to the national standards. Kyoritsu currently has a
system in place as shown in the figure below.
Without this system, Kyoritsu would have to have all instruments that it produces inspected at Japan Electric Meters
Inspection Corporation (JEMIC), who performs calibration
based on the national standards established and maintained
by Electrotechnical Laboratory (ETL). This would result in a
considerable loss of time and cost, thus preventing efficient
operation of the company.
Therefore, only calibrators (in-house standards) are periodically calibrated at Fluke Japan, who maintains traceability to
the above mentioned governmental bodies, and the calibrators are used to calibrate other in-house standards.
Voltage: Fluke 5100B calibrators are used as in-house DC
and AC voltage standards.
Current: DC and AC standard current generators are calibrated with a precision digital multimeter calibrated with
Fluke 5100B and standard resisters.
Resistance: Calibration resisters are calibrated with a DC
standard current generator and the precision
digital multimeter.
Calibration System for Electrical Measuring Instruments
National Standards:
Electotechnical Labolatory (ETL)
National Bureau of
Standards (USA)
Japan Electric Meters
Inspection Corporation (JEMIC)
Fluke Japan, Inc.
Calibrators (In-house standards)
Precision multimeters
Standard resisters
AC standard voltage
and current generator
DC standard voltage
and current generator
Instruments used in design & development,
production, inspection and service departments.
CE Marking:signifies conformance to EMC directive
(89/336/EEC,92/31/EEC,93/68/EEC)
and Low Voltage directive
(73/23/EEC, 93/68/EEC)
44
Calibration resisters
PRODUCT INDEX
1000
2000
3000
7100...............................33
7101...............................33
7102...............................33
7103...............................33
7107...............................41
7109...............................31
7115..........................21,41
7121..........................27,28
7127..........................24,25
7122................18,19,20,32
7123..........................27,28
7124..........................27,28
7125..........................27,28
7126..........................27,28
KAMP10....................29,32
KSLP5(7132) ............31,32
OMA DIEC(7133)...........32
3165...............................21
3166...............................21
Analogue Multimeter
1106.................................2
1108.................................2
1109.................................3
1110.................................3
Digital Multimeter
1008.................................4
1020.................................4
Digital Multimeter
2000.................................5
2001.................................5
Digital Clamp Meter
2002PA ............................8
2006.................................8
2007A ..............................8
2017.................................6
2027.................................6
2031.................................8
Digital AC/DC Clamp Meter
2003A ............................12
2004...............................12
2009A ............................12
2010...............................12
2033...............................12
2037.................................7
Analogue AC Clamp Meter
2608A ..............................7
2805.................................7
Digital Leakage Clamp Meter
2412...............................10
2413F.............................10
2414...............................10
2415...............................10
2417...............................10
2431...............................10
2432.................................9
2433.................................9
2434...............................10
Digital Insulation/Continuity Tester
3001B ............................20
3005A ............................18
3007A ............................18
Analogue High Voltage Insulation Tester
3121...............................23
3122...............................23
3123...............................23
3124...............................23
Analogue Insulation/Continuity Tester
3111V ............................20
3131A ............................19
3132A ............................20
Analogue Insulation Tester
3313...............................22
3314...............................22
3321...............................21
3322...............................21
3323...............................21
3144...............................22
3145...............................22
3146...............................22
3161...............................22
4000
Earth Tester
4105A ............................24
4102A ............................25
Digital Loop/PSC Tester
4116A ............................27
4118A ............................27
4120A ............................26
5000
Recorder
5350...............................36
5360...............................36
5307...............................37
5308...............................37
5351...............................37
5361...............................38
Illuminometer
5200...............................39
5201...............................39
Digital RCD Tester
5402D ............................28
5404...............................28
5406A ............................28
Infrared Thermometer
5500...............................40
5510...............................40
Chart Paper
5350-005...................37,38
5350-008...................37,38
6000
Multi Function Tester
6010A ............................29
6011A ............................32
6015...............................30
6017...............................33
6018...............................33
6020...............................34
6030...............................34
7000
Test Leads
7014..........................13,41
7019...............................28
7025................29,32,31,41
7053...............................41
7058...............................23
7061...............................41
7066...............................41
7067...............................41
7069.................................2
7073...............................41
7076...............................22
7078...............................22
7081...............................22
7092...............................35
7089...............................35
7090...............................35
7091...............................35
7088...............................35
7095.....................24,25,33
7098...............................31
7099...............................31
KEW Demonstration Kit 8205
KEW Demonstration Kit is also
available from Kyoritsu to help
customers with sales promotion
and user training. This single unit
can be used to give a demonstration of how to use the Insulation /
Continuity, Loop and RCD (ELCB)
testers. For more details contact
the overseas sales department of
KYORITSU.
8000
Multi-tran
8004............................6,15
8008............................6,15
Clamp Adaptor
8006...............................14
8112...............................14
8112BNC .......................14
8113...............................14
Energizer
8021............................6,15
Phase Indicator
8030...............................39
8031...............................39
Accessories
8016...............................22
8017...............................22
8019...............................23
8020...............................23
8022...............................13
8023...............................13
8032................24,25,31,33
8064...............................37
8065...............................37
8067...............................37
8068...............................37
8069...............................37
8082...............................35
8083...............................35
8101...............................38
8103...............................38
8104...............................38
8200...............................33
8201...............................13
8205...............................45
8208...............................45
8210...............................31
9000
9047...............................38
9091...............................33
KEW Leakage Demonstration Kit 8208
This single unit can be used to
give a demonstration of how to
use the leakage current clamp
testers.
45
ISO 9001 APPROVED BY BVQI
World Class Test and Measuring Instruments
for a Global Marketplace
The contents of this catalogue may be subject to change without notice.
DISTRIBUTOR
KYORITSU ELECTRICAL
INSTRUMENTS
WORKS, LTD.
No. 5-20 Nakane 2-chome, Meguro-ku,
Tokyo, 152-0031 Japan
Phone: 81-3-3723-0131
Fax: 81-3-3723-0152
URL: http://www.kew-ltd.co.jp
E-mail: [email protected]
Factories: Uwajima & Ehime
2002-07AD PRINTED IN JAPAN
KYORITSU ELECTRICAL INSTRUMENTS WORKS, LTD.
Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF

advertisement