KYORITSU 8127 - Manual

INSTRUCTION MANUAL
MODEL 8124/8125/8126/8127
POWER CLAMP SENSOR Series
POWER CLAMP SENSOR
MODEL 8127
MODEL 8126 MODEL 8125
MODEL 8124
KYORITSU ELECTRICAL INSTRUMENTS WORKS, LTD.,
TOKYO, JAPAN
1. Safety warnings
○ This instrument has been designed, manufactured and
tested according to IEC 61010: Safety requirements for
Electronic Measuring apparatus, and delivered in the best
condition after passing quality control tests. This
instruction manual contains warnings and safety rules
which have to be observed by the user to ensure safe
operation of the instrument and to maintain it in safe
condition. Therefore, read through these operating
instructions before using the instrument.
WARNING
●Read through and understand instructions contained
in this manual before using the instrument.
●Keep the manual at hand to enable quick reference
whenever necessary.
●The instrument is to be used only in its intended
applications.
The operating instructions described in the manual
must be observed.
●Understand and follow all the safety instructions
contained in the manual.It is essential that the above
instructions are adhered to. Failure to follow the
above instructions may cause injury and or
instrument damage.
○ The symbol indicated on the instrument, means that
the user must refer to the related parts in the manual for
safe operation of the instrument. It is essential to read the
instructions wherever the
symbol appears in the
manual.
DANGER is reserved for conditions and actions
that are likely to cause serious or fatal
injury.
WARNING is reserved for conditions and actions
that can cause serious or fatal Injury.
CAUTION is reserved for conditions and actions
that can cause minor injury or
instrument damage.
DANGER
●Never make measurement on a circuit in which the
electrical potential exceeds AC300V using
MODEL8127 and AC600V using MODEL8124, 8125
and 8126.
●Do not make measurement when thunder rumbling. If
the instrument is in use, stop the measurement
immediately and remove the instrument from the
measured object.
●Do not attempt to make measurement in the
presence of flammable gasses. Otherwise, the use of
the instrument may cause sparking, which can lead
to an explosion.
●The transformer jaws are made of metal and their
tips are not completely insulated. Be especially
careful about the possible shorting where the
measured object has exposed metal parts.
●Never attempt to use the instrument if it′ s surface or
your hand are wet.
●Do not exceed the maximum allowable input of any
measuring range.
WARNING
●Never attempt to make any measurement, if any
abnormal conditions are noted, such as broken case,
and exposed metal parts.
●Do not install substitute parts or make any
modification to the instrument. Return the instrument
to the distributor from who you purchased this
instrument for repair or re-calibration in case of
suspected faulty operation.
●Always keep your fingers and hands behind the
barrier on the instrument to avoid the possible shock
hazard.
CAUTION
●Do not step on or pinch the cord to prevent the jacket
of cord from being damaged.
●The output connector shall be removed or connected
without clamping a conductor. Otherwise, it may
cause a failure.
●Do not expose the instrument to direct sunlight, high
temperatures, humidity or dew.
●Never give shocks, such as vibration or drop, which
may damage the instrument.
●Use a damp cloth and detergent for cleaning the
instrument. Do not use abrasives or solvents.
F
∼
Refer to the instructions in the manual.
Indicates a Instrument with double or reinforced
insulation
Indicates that this instrument can clamp on bare
conductors.
Indicates AC
Safety symbols
2. Features
● This is a clamp sensor for our Power meter.
● Designed to international safety standard
IEC61010-2-032
CAT. III Pollution Degree 2
3. Instrument layout
4. Din plug pin assignment
3: GND pin
5: Output signal pin
1, 2, 4 and 6: No use
*Above figure shows the pin assignment seeing the
Clamp sensor from output connector part. The figure
of the pin assignment of connection terminal is
symmetrical to above figure.
Transform Jaws
Barrier
Trigger
Cable
Output connector
5
3
1 2
4
6
92-1640 04-03
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
Kyoritsu reserves the rights to change specifications or designs described in this manual without notice and without obligations.
Model
Rated voltage
Output voltage
Measuring range
Accuracy
(Input: sine wave)
Phase characteristics
Temperature & humidity range
(Guaranteed accuracy)
Operating temperature range
Storage temperature range
Maximum permissible input
Output
impedance
Location for use
Applicable
standards
Withstand
voltage
Insulation
resistance
Conductor Size
Dimension
Cable length
Output terminal
Weight
Accessories
Option
8127
AC100Arms(141Apeak)
AC0∼500mV
(AC500mV/AC100A):5mV/A
AC0∼100A
±0.5%rdg±0.1mV(50/60Hz)
±1.0%rdg±0.2mV(40∼1kHz)
±2deg within(at 1∼100A / 45∼65Hz)
23±5℃, relative humidity: 85% or less (no condensation)
0∼50℃, relative humidity: 85% or less (no condensation)
-20∼60℃, relative humidity: 85% or less (no condensation)
AC100Arms continuous(50/60Hz)
Approx. 11Ω
Altitude up to 2000m, Indoors
IEC 61010-1, IEC 61010-2-032
Measurement CAT. Ⅲ (300Vrms)
Pollution degree 2
IEC 61326 IEC 61010-1, IEC 61010-2-032
Measurement CAT. Ⅲ (600Vrms)
Pollution degree 2
IEC 61326
AC3320Vrms (50/60Hz)for 5 sec.
between Jaw and enclosure
between enclosure and output terminal
between Jaw and output terminal
50MΩ or greater at 1000V
between Jaw and enclosure
between enclosure and output terminal
between Jaw and output terminal
AC5350Vrms (50/60Hz)for 5 sec.
between Jaw and enclosure
between enclosure and output terminal
between Jaw and output terminal
Approx. 5Ω Approx. 2Ω Approx. 1Ω
AC200Arms continuous (50/60Hz) AC500Arms continuous (50/60Hz) AC1000Arms continuous (50/60Hz)
±1deg within(at 2∼200A / 45∼65Hz) ±1deg within(at 5∼500A / 45∼65Hz) ±1deg within(at 10∼1000A / 45∼65Hz)
±0.5%rdg±0.1mV(50/60Hz)
±1.0%rdg±0.2mV(40∼1kHz) ±0.5%rdg±0.1mV(50/60Hz)
±1.0%rdg±0.2mV(40∼1kHz) ±0.5%rdg±0.2mV(50/60Hz)
±1.5%rdg±0.4mV(40∼1kHz)
AC0∼200A AC0∼500A AC0∼1000A
AC0∼500mV
(AC500mV/AC200A):2.5mV/A AC0∼500mV
(AC500mV/AC500A):1mV/A AC0∼500mV
(AC500mV/AC1000A):0.5mV/A
AC200Arms(283Apeak) AC500Arms(707Apeak) AC1000Arms(1414Apeak)
8126 8125 8124
5. Specifications
Approx.24mm in diameter (max.)
100(L)×60(W)×26(D)㎜
Approx. 3m
MINI DIN 6PIN
Approx. 160g
Instruction manual
Cable marker
MODEL 7146（Banans Φ4 adjuster plug）
MODEL 7147（Extension cable）
Approx. 260g Approx. 260g Approx. 510g
128(L)×81(W)×36(D)㎜ 128(L)×81(W)×36(D)㎜ 186(L)×129(W)×53(D)㎜
Approx.40mm in diameter (max.) Approx.40mm in diameter (max.) Approx.68mm in diameter (max.)
6. Operating instructions
DANGER
●Never make measurement on a circuit in which the
electrical potential exceeds AC300V using MODEL8127
and AC600V using MODEL8124, 8125 and 8126 in order
to avoid possible shock hazard.
●The transformer jaws are made of metal and their tips
are not completely insulated. Be especially careful
about the possible shorting where the measured object
has exposed metal parts.
CAUTION
●Take sufficient care to avoid shock, vibration or
excessive force when handling the instrument.
Otherwise, precisely adjusted transformer jaws will be
damaged.
●When transformer jaws do not fully close, never try to
close them by force, but make them free to move and
try again. If a foreign substance is stuck in the jaw
tips, remove it.
●When making current measurements, keep the
transformer jaws fully closed.
Otherwise, accurate measurements cannot be taken.
Maximum conductor size is as follows.
MODEL8124 : 68mm in diameter
MODEL8125/ 8126: 40mm in diameter
MODEL8127 : 24mm in diameter
●Hold the inserting part (except for the cable) and
disconnect the Output connector from the measuring
instrument so as not to cause a break in the cord.
6-1 Measurement procedures
(1) Connect the Output connector to the Input terminal of
the measuring instrument.
(2) Press the Trigger to open the transformer jaws and
clamp onto one conductor.
In this case, the measured conductor shall be at the center
of the jaws.
When connecting a sensor with a Power meter (our
Power meter, MODEL6300, etc.) match the arrow mark
Conductor
Load
Current direction
arrow
Power
source
6-2 Setting for MODEL6300 Power meter
Refer to the table below when using these clamp
sensors with MODEL6300, It shows the settings for
clamp sensor and available current ranges on
MODEL6300.
For further details on the settings, see the
instruction manual for MODEL6300.
MODEL
Setting for MODEL6300
Type of Clamp sensor Current range
10／20／50／100Ａ
20／50／100／200Ａ
50／100／200／500Ａ
100／200／500／1000Ａ
100Ａ
200Ａ
500Ａ
1000Ａ
MODEL8127
MODEL8126
MODEL8125
MODEL8124
(Power source to load), which is indicated on the
transformer jaws, with the current flowing direction in
order to synchronize the phases of measured current
and output voltage.
(3) Ensure that the tips of transformer jaws are firmly
closed.