Kusam-meco KM 66 User manual

OPERATION
MANUAL
VOLTAGE TESTER
MODEL
KM 66 / KM 69
®
G 17, Bharat Industrial Estate, T. J. Road, Sewree (W),
Mumbai-400015. INDIA
Sales Direct: 24156638 (022)2412 4540, 2418 1649 2414 9659
E-mail : [email protected], Website : www.kusam-meco.co.in,
www.kusamelectrical.com
Tel.: Fax:
LIST OF PRODUCTS
Digital Multimeter
Digital AC & AC/DC Clampmeter
AC Clamp Adaptor
AC/DC Current Adaptor
Transistorised Electronic Analog & Digital
Insulation Resistance Testers(upto 10 KV)
Digital Sound Level Meter & Sound Level
Calibrator
Digital contact & Non-contact Type
Tachometer
Digital Non-contact (infrared) Thermometer
Thermo Hygrometer
Thermo Anemometer
Wood & Paper Moisture Meter
Distance Meter
Digital Hand Held Temperature Indicators
Digital Lux Meter
Network Cable Tester
Power Factor Regulator
Maximum Demand Controller/Digital Power
Meter
Earth Resistance Tester
*
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*
*
*
*
*
*
*
*
*
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*
®
An ISO 9001:2015 Company

KUSAM-MECO Feb 2018
®
TABLE OF CONTENTS
TITLE PAGE
Safety Information.............................................01
Features.............................................................05
General Specifications.....................................06
Electrical Specification ...................................08
Product Description ........................................11
Operation...........................................................12
Maintenance......................................................21
Test Certificate .................................................23
Warranty ...........................................................24
Electrical Symbols...........................................03
®
KUSAM-MECO Feb 2018
VOLTAGE TESTER
MODEL -
KM 66 / KM 69
EF
EF EF
ELV
690
1000
400
230
120
50
24
12
+V -V
-V
RCD 30mA
230V EF
EF EF
ELV
690
1000
400
230
120
50
24
12
+V -V
-V
RCD
1.8.8.8
H
AUTO
V
LR
+

KUSAM-MECO Feb 2018
®
WARNING Identifies conditions & actions that
could result in serious injury or even
death to the USER.
Terms in this manual
CAUTION Identifies conditions & actions that
could cause damage or Malfunction in
the INSTRUMENT.
01
1) SAFETY
This manual contains information and warnings that
must be followed for operating the tester safely and
maintaining the meter in a safe operating
condition. If the tester is used in a manner not
specified by the manufacturer, the protection
provided by the tester may be impaired. The tester
is designed to be used by skilled persons and in
accordance with safe methods of work.
WARNING
Observe proper safety precautions when working
with voltages above 30 Vrms, 42.4 Vpeak or 60 VDC.
These voltage levels pose a potential shock hazard
to the user. Before and after hazardous voltage
measurements, check the voltage function on a
known source such as line voltage to determine
proper tester functioning.
This CE version tester meets EN61243-3:2014,
IEC/EN61010-1 Ed. 3.0, IEC/EN61010-2-033
Ed. 1.0 to Measurement CAT-III 1kV and CAT-IV
600V, AC & DC. It also meets water and dust
protection IP65 per outdoor type requirements of
IEC61243-3:2014. It is, however, not intended to
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KUSAM-MECO Feb 2018
®
be used in wet locations!
CAUTION
Disconnect the test leads from the test points
before changing functions.
The voltages marked on the tester are nominal
voltages or nominal voltage ranges. The tester
shall only be used on installations with the
specified nominal voltages or nominal voltage
ranges. The different indicating signals of the
voltage detector (including the ELV limit indication)
are not to be used for measuring purposes.
Keep your hands/fingers behind the hand/finger
barriers (of the tester and the test probe assembly,
where applicable) that indicate the limits of safe
a c c e s s o f t he h a n d - h e l d p a r t s d u r i n g
measurements. Inspectlead wires, connectors, and
probes for damaged insulation or exposed metal
before using the tester. If any defects are found,
replace them immediately. Only use the probe
assembly provided with the tester or a Probe
Assembly to the same tester ratings or better.
Test probe assembly of this version is subjected to
IEC61243-3:2014 regulation that implements
<19mm limitations on exposed conductive test tip
length for effective contacts on most IP2X designed
low voltage boards and panels in CAT III and IV
areas. The retractable shroud test tip option further
provides IP2X degree of protection, when it is not
in use, especially for tester version with RCD
Leakage-Path feature.

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KUSAM-MECO Feb 2018
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International Electrical Symbols
Brief Information about Measurement Categories
Marking of Electrical and Electronic Equipment
(EEE). Do not dispose of this product as
unsorted municipal waste. Contact a qualified
recycler
Caution! Refer to the explanation in this Manual
Caution! Possibility of electric shock
Earth (Ground)
Meter protected throughout by Double Insulation
or Reinforced insulation
Fuse
Direct Current (DC)
Alternating Current (AC)
Three-phase Alternating Current
Measurement Category IV is applicable to test &
measuring circuits connected at the source of the
building’s low-voltage MAINS installation. Examples
are measurements on devices installed before the
main fuse or circuit breaker in the building
installation.
Measurement Category III is applicable to test and
measuring circuits connected to the distribution part
of the building’s low-voltage MAINS installation.
Examples are measurements on distribution boards
(including secondary meters), circuit-breakers,
wiring, including cables, bus-bars, junction boxes,
switches, socket-outlets in the fixed installation, and
equipment for industrial use and some other
equipment such as stationary motors with
permanent connection to the fixed installation.
3
Measurement Category II is applicable to test and
measuring circuits connected directly to utilization
points (socket outlets and similar points) of the
low-voltage MAINS installation. Examples are
measurements on MAINS CIRCUITS of household
appliances, portable tools and similar equipment.
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KUSAM-MECO Feb 2018
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SAFETY ADVICES
Depending on the internal impedance of the voltage
detector there will be a different capability of
indicating the presence or absence of operating
voltage in case of the presence of interference
voltage.
A voltage detector of relatively low internal
impedance, compared to the reference value of
100 kΩ, will notindicate all interference voltages
having an original voltage value above the ELV
level. When in contactwith the parts to be tested,
the voltage detector may discharge temporarily the
interference voltage to a level below the ELV, but it
will be back to the original value when the voltage
detector is removed.
When the indication “voltage present” does not
appear, it is highly recommended installing earthing
equipment before work.
A voltage detector of relatively high internal
impedance, compared to the reference value of
100 kΩ, may not permit to clearly indicate the
absence of operating voltage in case of presence of
interference voltage.

The instruments conform to CENELEC Low-voltage
directive 2014/35/EC, Electromagnetic compatibility
directive 2014/30/EU and RoHS directive
2011/65/EU.
A voltage detector declaring two values of internal
impedance has passed a performance test of
managing interference voltages and is (within
technical limits) able to distinguish operating
voltage from interference voltage and has a means
to directly or indirectly indicate which type of
voltage is present.
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KUSAM-MECO Feb 2018
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When the indication “voltage present” appears on a
part that is expected to be disconnected of the
installation, it is highly recommended confirming by
another means (e.g. use of an adequate voltage
detector, visual check of the disconnecting point of
the electric circuit, etc.) that there is no operating
voltage on the part to be tested and to conclude
that the voltage indicated by the voltage detector
is an interference voltage.
2) CENELEC DIRECTIVES
—
— LCD indication (KM 69),
— AC-Detection Shaker (KM 69)
— RCD Leakage-Path (KM 69)
— RST Phase Rotation Detection (KM 69)
EF-Detection;
SPECIAL FEATURES :
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SPECIFICATION
GENERAL SPECIFICATION
— LCD Display (KM 69) :
— Display Update Rate (KM 69) : 5 per second
nominal
— Sensing : TRMS sensing for LCD indication;
o o
— Operating Temperature : -10 C ~ 55 C
— Relative Humidity : £90%
— Altitude : Operating below 2000m
o o
— Storage Temperature : -20 C ~ 65 C,
£80% R.H. (With battery removed)
— Temperature Coefficient : Nominal 0.15 x
o o o
(specified accuracy) / C @ (-10 C ~ 18 C or
o o
28 C ~ 55 C), or otherwise specified.
— Measurement Category : CAT III 1000V &
CAT IV 600V AC & DC
— Type of Protection : IP65 (Certified by
SGS UK)
— Pollution Degree : 2
— Transient Protection :
8KV lightning surge (1.2/50ms)
— Overload Protection : 1000VDC & VAC rms.
— Low Battery : Below approx. 2.6V;
3½ Digits1999 Counts

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— Power Supply : 1.5V AAA Size (NEDA 24A or
IEC LR03) alkaline battery X 2
— APO Timing: Idle for 16 seconds
— Power Consumption (typical) :
KM 66 : 1mA for Power-on ready 40mA for
Buzzer on @ Continuity or EF function
KM 69 : 2.7mA for Power-on ready & DCV 50mA
for ACV (with shaker on) 105mA for
RCD 40mA for Buzzer on @ Continuity
or EF function 55mA for Resistance or
Capacitance Add 30mA for Backlight on
— APO Consumption (typical) : 12mA (KM 69)
6mA (KM 66)
— Dimension : 278(L) x 57 (W) x 40 (H) mm
— Weight : Approx. 235gm
— Safety : Meets IEC/EN61010-1 Ed. 3.0,
IEC/EN61010-2-033 Ed. 1.0,
IEC/EN61243-3:2014 to CAT III 1000V &
CAT IV 600V
— E.M.C. : Meets EN61326-1:2013
For LCD display only: Total accuracy = Specified
accuracy + 45d @ an RF Field of 3V/m.
ACCESSORIES: Batteries, User’s manual,
Screw-on stationary red probe
and detachable leaded black
probe.
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ELECTRICAL SPECIFICATIONS :
DC & AC Voltage (LED)
Accuracy is given as ± (% of reading digits +
number of digits) or otherwise specified
@ 23°C ± 5°C. Maximum Crest Factor <2:1 at full
scale & <4:1 at half scale, and with frequency
components fall within the tester specified
frequency bandwidth for non-sinusoidal waveforms
LED Threshold ON : < 85% of Voltage Marking.
LED Threshold OFF : > 110% of Pre-Voltage Marking.
Input Impedance : 12V, 24V, 50V Voltage Markings :
100kW, 160pF nominal 120V, 230V, 400V, 690V,
1000V Voltage Markings : 200k ~ 500kW vary linearly,
160pF nominal
ACV Frequency Response : 45Hz ~ 65Hz
Duty ratio : Continuous @ £300V
Time rating (tr) ON for 30 seconds &
Recovery time (rt) OFF for 2 minutes
@ >300V
Voltage
Marking
230V
12V
24V
50V
120V
1000V
690V
400V
Typical Turn-ON
Threshold
Typical Turn-OFF
Threshold
184V (80%)
9.6V (80%)
19.2V (80%)
40V (80%)
96V (80%)
800V (80%)
552V (80%)
320V (80%)
7V
14V (116%)
33V (137%)
67V (134%)
140V (117%)
283V (123%)
490V (122%)
760V (110%)

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DC & AC Voltage, LCD Numeric Indication (KM 69)
Range
DC 199.9V,
1000V
Auto-power-ON
Threshold Accuracy
> +27VDC or
< -4.5VDC 1.5%+3d
AC 199.9V,
1000V > 8VAC 2.5%+4d
Input Impedance : 12V, 24V, 50V Voltage Markings :
100kW, 160pF nominal 120V, 230V, 400V, 690V,
1000V Voltage Markings : 200kW ~ 500kW vary linearly,
160pF nominal
ACV Frequency Response : 45Hz ~ 65Hz
Duty ratio : Continuous @ £300V
Time rating (tr) ON for 30 seconds &
Recovery time (rt) OFF for 2 minutes
@ > 300V
AC-Detection Shaker (KM 69)
Shaker Threshold : Between 8V and 15V AC
Open Circuit Voltage : 0.7 DC Typical
Audible Threshold : between 1MW & 1.5MW (KM 66)
between 500KW & 750KW (KM 69)
Audible Continuity
Non-Contact EF-Detection : An antenna is located at
the top-right side of the tester
Probe-Contact EF-Detection : Via Black (-) test probe
for direct-contact detection. It is mainly for identification
of live connections using maximum sensitivity.
Detection Frequency : 50/60Hz
Strength Indication : Signal strength is indicated by the
Electric Field EF-Detection
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flashing rate of Continuity-LED accompanied with
beep sound. KM 69 also display successive bar-graph
segments proportional to the field strength on LCD.
Typical Non-Contact EF-Detection values are shown in
the following table.
LCD Bar Graph
Indication
KM 69
15V to 55V
30V to 95V
55V to 170V
Above 120V
KM 66 KM 69
80V to 250V
150V to 450V
300V to 700V
Above 500V
Typical Non-Contact Voltage
Range
RCD Leakage-Path (KM 69)
RCD Circuit Breakers intended : 30mA/230Vac
Activation inhibited : at <201V or >264V
Activation indication : Flashing RCD-LED
accompanied with beep sound
Path Impedance : 6.1kW nominal, PTC protected
Path Current : ³30mA typical at 230V
1)
Activation interval : Maximum 5 seconds with
automatic cutoff
1) In the event of a full continuous 5 second activation
interval, the protection PTC will heat up and affect the
load current magnitude thereafter. Allow cooling for 120
seconds before the next activation then.
RST 3-Phase Rotation Detection (KM 69)
Voltage Range : 165V ~ 1000V
Frequency Range : 45Hz ~ 65Hz
Applications : Intended for Y-connection 3P4W and
High-leg Δ-connection 3P3W systems. Not intended for
Δ-connection 3P3W systems without an earth-ground
neutral.

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3) PRODUCT DESCRIPTION
Note : The model is used as representative for
illustration purpose. Please refer to your
respective model for function availability.
8
RCD 30mA
230V EF
EF EF
ELV
690
1000
400
230
120
50
24
12
+V -V
-V
RCD
1.8.8.8
H
AUTO
V
LR
+
1
2
3
4
5
67
9
1. Detachable Black
test probe(-) for
all functions
(Common ground
reference)
. Flashlight (KM 69)
6. RCD Leakage -
Path button(KM 69)
2. Screw-on statio-
nary Red test
probe (+) for all
function.
3
4. EF- Detection
(Non-contact
Voltage) antenna
area.
5. 3 ½ digits 1999
counts LCD
display (KM 69)
7. Power-on /
Backlight+Flashlight
toggle (Momentary
press, KM 69) &
EF-Detection (press-
and-hold) button
8. LED Indication
9. Input Jack(-) for
Detachable Black
test probe (Common ground reference)
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KUSAM-MECO Feb 2018
— Accurate indication is assured only when use
within the specified operating temperature range.
WARNING
— The functioning of the tester shall be checked
shortly before and after a test. If indication of one
or more steps fails, or if no functioning is indicated,
the tester shall no longer be used.
— Before using the Audible Continuity & EF-
Detection features at locations with a high
backgroud noise level, it shall be determined
whether the audible signal is perceptible. The
audible indication is for information only; do not
rely on it, especially in high background noise.
OPERATION
Note : All function operations described hereafter
are via the stationary “Red” probe for positive (+)
polarity and the detachable “Black” probe for
Ground reference (-), or otherwise specified.
®
— Battery-operated functions and features work
only with appropriate internal battery supply, and
will not turn on when there is no battery power.
Briefly, they are: LCD indication, RCD Leakage-
Path, RST Phase Rotation Detection, Electric
Field EF-Detection, AC-Detection Shaker, Audible
Continuity, Resistance, Capacitance, Backlight &
Flashlight etc.
~
ACV (V) and DCV (V) functions
As illustrated, connect test probes to voltage
source and observe indication. Do not cover the
indicating LEDs (and also the LCDs on KM 69) and

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LED Successive Indication, Battery-less
Test the tester on a known functioning circuit or
component shortly before and after use to verify
tester functioning.
LCD Numeric Indication KM 69, Battery operated
Equip with a battery-operated LCD numeric display
for complementary operating voltage indication.
WARNING
do not touch the contact electrode during use. The
tester turns on automatically at threshold voltages as
specified in the specification section.
When significant operating ACV is being detected,
v LEDs (+v LED & -v LED) turn on. When
significant operating DCV is being detected, +v LED
turns on for correct test probes polarity, and -v LED
turns on for reversed polarity. Operating voltage
levels are indicated as a series of LEDs in a
successive indication manner. These indicating
LEDs actually get power from the system under test
without the need of internal battery supply
(battery-less).
~
ELV (Extra Low Voltage) Limit Indication
This feature is to warn the user of the presence of a
voltage above the ELV limit, not for its evaluation.
WARNING
When an operating voltage above the ELV limit
(50Vac and/or 120Vdc) is being detected, the ELV-
LED turns on. The indicating LED gets power from
the system under test without the need of internal
battery supply (battery-less).
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WARNING
When activated, the tester actually connects to a low
impedance load of nominal 6.1kW to draw a leakage
current of ³30mA typical at 230VAC to trip RCD
circuit breakers. In the event of a full continuous 5
second activation interval, the protection PTC will
heat up and affect the load current magnitude
thereafter. Allow cooling for 120 seconds before the
next activation then.
— With proper line voltage level indicating, press
momentarily the RCD button to activate. The tester
gives flashing RCD-LED accompanied with beep
sound as warning during activation. Each activation
interval is automatically limited to 5 seconds
maximum.
RCD (Residual Current Devices) Leakage-Path KM 69
As illustrated, connect the tester to the receptacle
under test by measuring the voltage across L and
PE (live conductor and a protective earth ground)
The tester should indicate proper line voltage level.
— RCD Leakage-Path activation is inhibited at
<201V or >264V to avoid misuse.
— If the RCD circuit breaker does not trip (line
voltage is still on) within a reasonable short period of
time (mostly a fraction of a second), the breakeris
either not working properly or there is a wiring
problem.
— If the RCD circuit breaker trips (line voltage is cut
off), the flashing RCD-LED as well as the voltage
indication should turn off.

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KUSAM-MECO Feb 2018
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Note : This function is not intended to identify the
effectiveness (trip current and trip time etc as
specified by the breaker manufacturers) of breakers.
Effectiveness of RCD circuit breakers should be
checked by RCD testing, measuring or monitoring
equipment under the scope of IEC61557-1 &
IEC61557-6.
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KUSAM-MECO Feb 2018
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RST Phase Rotation Detection KM 69
As illustrated, connect test probes to voltage source
and observe indication. The tester should indicate
proper operating voltage level for good connections.
The Black probe (L1) connection is always
considered as the Reference-Phase* R.
— If, however, annunciator L turns on, it indicates
that a “Left” phase-rotation is being detected.
rd
The Red probe (L2) connection is then the 3 Phase
nd
T. The remaining unconnected connection is the 2
Phase S. Swap the two probe connections to get
reversed annunciator R , as for proper functioning
verification.
— If annunciator R turns on, it indicates that a
“Right” phase-rotation is being detected. The Red
nd
probe (L2) connection is then the 2 Phase S. The
rd
remaining unconnected connection is the 3 Phase
T. Swap the two probe connections to get reversed
annunciator L, as for proper functioning verification
Note : This function works only on Y-connection
3P4W systems. It does not work on Δ-connection
3P3W systems that do not have an earth-ground
neutral. It, however, can work on High-leg
Δ-connection 3P3W systems by using the high-leg
as the Reference-Phase R for Black probe (L1)
connections. That is, simply test and find out the
high-leg which has the highest voltage (Ö3 times to
that of the other legs) with respect to earth-ground,
and use it as the Reference-Phase R for Black
probe (L1) connections. High-leg Δ-connection
systems have a center-tapped neutral connected to
earth-ground.
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
AUTO
V
12.6
ON
DCV
-
+
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
AUTO
V
230
R
ON
ON
ACV
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
AUTO
V
230
R
ON
1
RCD

WARNING
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®
It is important to swap the tester probe connections
to get reversed annunciator indication for proper
functioning verification.
AC-Detection Shaker KM 69
The shaker turns on when significant ACV is being
detected via the test probes.
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Electric Field EF-Detection
— Non-Contact EF-Detection : An antenna is
located along the top-right side of the tester, which
detects electric field surrounds conductors. It is ideal
for tracing live wiring connections, locating wiring
breakage and to distinguish between live or earth
connections.
As illustrated, press-and-hold the EF button to enter
and remain at EF-Detection feature. The EF-LED
turns on. Signal strength is indicated by the flashing
rate of Continuity-LED accompanied with beep
sound. KM 69 further display “EF” when they are
ready, and display signal strength as successive
bar-graph segments on the LCD.
S
TR
L1
L2
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
2.3.8
AUTO
V
R
R
T
SR
L1
L2
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
2.3. 1
AUTO
V
L
L
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
EF
ON
H
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
- -
ON
H
flash
Non-contact EF

— Probe-Contact EF-Detection : For more precise
indication of live wires, such as distinguishing
between live and ground connections, use the Black
(-) test probe for direct contact detection.
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KUSAM-MECO Feb 2018
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Short the two test probes together for quick
power-on and continuity function verification. As
il l u st r a ted , th e Co n t inu i ty- L ED t u rns o n
accompanied with a continuous beep sound indicate
a complete circuit.
Audible Continuity Function
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During power-on, KM 69 LCD further display “_I _”
for open circuits and “ _ _ _ ” & “ ” for complete
circuits. Audible-Continuity is convenient for
checking wiring connections and operation of
switches.
Press button momentarily to toggle on / off the
backlight & flashlight.
Backlight & Flashlight KM 69
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
---
Live Ground
ON
flash
H
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
EF
Live Ground
ON
H
Probe-contact EF
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
EF
RCD
30mA
230V
EF
EF
ELV
690
1000
400
230
120
50
24
12
RCD
+V
-V
-V
ON

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Power ON / OFF For Battery-Operated Functions
The battery-operated portion of the tester turns on
automatically when the two test probes are shorted
together, or significant operating voltage level is
detected. See specifications for power-on threshold
details. Where available, momentary press the
Resistance, Capacitance or Backlight button can
also manually turn on the tester. The tester turns off
automatically after no further significant testing or
push-button activities for approximately 8 seconds
for Resistance & Capacitance functions or 16
seconds for others.
To avoid electrical shock, disconnect the tester from
any circuit and remove the test probes from the input
jacks before opening the case and / or the battery
access door. Do not use the tester with open case
and / or the battery access door. Do not attempt to
repair this unit. It contains no user-serviceable parts.
Unauthorized persons shall not disassemble the
tester.
WARNING
MAINTENANCE
Periodically wipe the case with a damp cloth and mild
detergent; do not use abrasives or solvents. The
tester should be kept dry and clean. If the tester is not
to be used for periods of longer than 60 days, remove
the batteries and store them separately.
Cleaning and Storage
Trouble Shooting
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KUSAM-MECO Feb 2018
®
If the tester fails to operate, check batteries, probes
etc., and replace as necessary. Double check
operating procedure as described in this user’s
manual.
If the tester voltage-continuity input has subjected to
high voltage transient (mostly caused by lighting or
switching surge to your system) by accident or
abnormal conditions of operation, the series fusible
resistors will be blown off (become high impedance)
like fuses to protect the user and the tester. Most
measuring functions through this input will then be
open circuit. The series fusible resistors and the
spark gaps should then be replaced by qualified
technician.
Low-Battery Indication
WARNING Always power-on the tester and check
for low-battery status before using battery-operated
functions. Replace low-batteries ASAP to maintain
tester accuracy and functionality.
EF and Continuity LEDs flashing simultaneously to
Indicate Low-Battery. (KM 67)
The LCD annunciator turns on to Indicate Low-
Battery. (KM 69)
Loosen the 2 screws from the battery access door
of the case bottom. Lift the battery access door up.
Replace the batteries. Re-fasten the screws.
Battery Replacement
The tester uses 1.5V AAA Size (NEDA 24A OR IEC
LR03) Alkaline Battery x 2

23
KUSAM-MECO Feb 2018
®
MUMBAI
TEST CERTIFICATE
VOLTAGE TESTER
This Test Certificate warrantees that
the product has been inspected and
tested in accordance with the published
specifications.
The instrument has been calibrated by
using equipment which has already
been calibrated to standards traceable
to national standards.
MODEL NO. ___________
SERIAL NO. ___________
DATE: ___________
ISO 9001
REGISTERED
QC
PASS
KUSAM-MECO
WARRANTY
24
KUSAM-MECO Feb 2018
Each “KUSAM-MECO” product is warranted to be free
from defects in material and workmanship under normal
use & service. The warranty period is one year (12
months) and begins from the date of despatch of goods. In
case any defect occurs in functioning of the instrument,
under proper use, within the warranty period, the same will
be rectified by us free of charges, provided the to and fro
freight charges are borne by you.
This warranty extends only to the original buyer or end-
user customer of a “KUSAM-MECO” authorized dealer.
This warranty does not apply for damaged Ic’s, fuses,
burnt PCB’s, disposable batteries, carrying case, test
leads, or to any product which in “KUSAM-MECO’s”
opinion, has been misused, altered, neglected,
contaminated or damaged by accident or abnormal
conditions of operation or handling.
“KUSAM-MECO” authorized dealer shall extend this
warranty on new and unused products to end-user
customers only but have no authority to extend a greater
or different warranty on behalf of “KUSAM-MECO”.
“KUSAM-MECO’s” warranty obligation is limited, at
option, free of charge repair, or replacement of a defective
product which is returned to a “KUSAM-MECO”
authorized service center within the warranty period.
THIS WARRANTY IS BUYER’S SOLE AND EXCLUSIVE
REMEDY AND IS IN LIEU OF ALL OTHER
WARRANTIES, EXPRESS OR IMPLIED, INCLUDING
BUT NOT LIMITED TO ANY IMPLIED WARRANTY OF
MERCHANTABILITY OR FITNESS FOR A PARTICULAR
PURPOSE. “KUSAM MECO” SHALL NOT BE LIABLE
FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR
CON S E Q U ENTI A L D A M A G E S O R L O S S ES,
INCLUDING LOSS OF DATA, ARISING FROM ANY
CAUSE WHATSOEVER.
All transaction are subject to Mumbai Jurisdiction.
®
KM 69
181041412