Tekon 560 User manual

Power Analyzer
USER MANUAL
Ⓒ 2018 TEKON, Inc
2018,01 버젼 1

1
1. General 1
1.1. International Standard Safety Symbol 1
1.2. Measurement Range (Over voltage range) definition 2
1.3. Safety precautions 3
1.4. Unpacking 6
1.5. Order information 7
2. Overview and specifications 8
2.1. Product overview 8
2.2. Nomenclature and functions 9
2.3. Specifications of the product 10
3. Using power analyzer 13
3.1. Getting started 13
3.2. Screen 14
3.3. Wiring 15
3.4. Metering functions of Power Analyzer 16
3.5. Phase diagram of Power Analyzer 19
3.6. Waveforms functions of Power Analyzer 20
3.7. Harmonics functions of Power Analyzer 22
3.8. Settings for Power Analyzer 24

1
1. General
1.1. International Standard Safety Symbol
기호
설명
Double insulated protection
Warning. User should read marking area in the manual and need
pay attention.
If user does not follow the Warning –safety information, user may have
physical injury and the Unit, system may be damaged
Disposal information

2
1.2. Measurement Range (Over voltage range) definition
Higher Category indicates Higher Over Voltage Electric environment. Tester
designed for CAT III environment can withstand higher voltage than the tester
designed for CAT II
To avoid any serious accident while measurement, better to use Tester higher
category for the testing environment. For example, do not use Tester with CAT at
testing environment CAT II, III, or IV
Category
Description
CAT I
2nd electric circuit connecting Transformer
example : protected electric circuit
CAT II
Basic circuit of things which electric code is connected to AC
consent /Outlet.
example : equipments, portable tool, home apparatus etc.
CAT III
Electric circuit of fixed facilities which directly connected to Consent
and distribution board / Switching board.
example : fixed facility Switch or industrial equipment firmly
connected to fixed facility
CAT IV
Electric circuit from Entrance to Overvoltage protection system
(Distribution board/Switch board ) and Wattage Meter
Example : Electric meter and primary Over- current protector

3
1.3. Safety precautions
This instrument is designed and manufactured to be compliant with IEC 61010-1,
an international standard on safety requirements for electrical equipment for
measurement, control and laboratory use, and has been thoroughly tested prior
to shipment to ensure it performs at its best. This user’s manual contains
general safety precautions to prevent danger to the user as well as information
on how best to use the instrument for a longer service life. Be certain that, prior
to use, you get familiarized with this manual.
1.3.1. User Manual
lBefore using the instrument, make sure to read this User’s Manual thoroughly
and fully understand.
lKeep this User’s Manual in an easily accessible location for quick reference
whenever needed.
lEnsure that the product is used in a manner not deviating its intended use
and following operating instructions specified in User’s Manual.
lCarefully read, understand and observe the safety instructions described in
this manual, including safety precautions indicated by symbols.
lWith regard to the use of clamp sensor, it is also required to carefully read
and understand the operating instructions on the clamp sensor.
The safety instructions described herein shall be observed during all phases of
operation; if not, it may lead to injury or safety accident. The Manufacturer
assumes no responsibility and liability for any loss or damage caused by the
customer’s failure to comply with these safety precautions including those as
indicated by Danger, Warning and Caution.
Danger
lImproper use in a manner not following correct operations and conditions
may lead to accidents causing damage to the product or serious bodily
injuries due to electrical shock as the protection provided by the instrument
can be compromised. Before using the instrument, make sure to check the
product works properly.
lNever clamp the probe onto circuits with voltage greater than 300 VAC
Measurement Category CAT IV, 600 VAC CAT III and 1000 VAC CAT II.
lDo not use the instrument in an environment where combustible gas,
explosive gas or steam is present, because it is dangerous.
lNever use the instrument if the instrument or your hands are wet, or when
moisture or beads of water have formed on the surface of the instrument.
- Measurement

4
lDo not exceed the maximum allowable input of any measuring range.
lNever disassemble the instrument during taking measurements.
- Battery
lUse the battery specifically dedicated to the instrument. Do not use a battery
other than that.
lCharge the battery using an adapter specifically dedicated to the instrument.
- Measurement leads for measuring voltage
lUse the measurement lead provided with the product as standard.
lIf electrical measurement category ratings are different between the
measurement lead and the main body, the rating whichever lower shall
prevail.
lCheck ensuring that allowable measurement voltage is within rated voltage.
lNever connect a voltage measuring lead not needed for the measurement.
lFirst plug one end of the measurement lead into the main body and then
connect the other end to the voltage source line being measured.
lBe careful that your fingertip is not on or near the contact area when
measuring current with the instrument.
lNever remove the lead from the main body terminal during the measurement
(while energized from the voltage source line).
lDo not allow the metal part at the end of the measurement lead to short
between two lines of the measurement line.
lDo not touch the metal part at the end of the measurement lead.
- Clamp sensor
lMake sure to use a clamp sensor specifically dedicated to the power analyzer.
lNever fail to check that allowable measurement current is within rated
current. Use the analyzer in an electrical circuit not exceeding the maximum
rated voltage.
lNever connect a sensor not needed for the measurement.
lFirst connect the sensor to the main body and then connect it to the voltage
source line being measured.
lNever remove the sensor from the main body terminal during the
measurement (while energized from the voltage source line).
lMake sure to connect the instrument to the secondary side of a circuit
breaker; do not make measurements at the primary side because current
capacitance at the primary side is quite big.

5
Warning
lPay attention to the possibility that the voltage source line under
measurement is at high temperature.
lNever apply the current or voltage exceeding each measurement range for a
long period of time.
lDo not apply voltage and current to the measurement lead for voltage or
clamp sensor in the state where the power is turned Off.
lDo not use the instrument in an especially dusty environment, nor where it
might be splashed with liquid.
lDo not use the instrument near a source of strong electromagnetic radiation,
or near a highly electrically charged object.
lBe careful to avoid dropping the instrument or otherwise subjecting it to
mechanical shock or vibration.
lInsert a SD card securely in the correct direction until it clicks. Inserting it
incorrectly or with excessive force may result in damage in SD card itself or
the main body of the instrument.
lInserting and removing an SD card should be done to the extent as
practicably possible in the state of the instrument switched off. If the card is
removed while in use with the instrument, some data stored may be lost or
the main body may be damaged.
- Clamp sensor
lDo not excessively bend or pull the cable of the clamp sensor.
l- Storage after use -
lMake sure to remove the measurement lead for voltage and the clamp sensor
only after turning the power off.
lWhen not in use for a long period of time, store the instrument with the
battery charged around 50% full.
lDo not give shocks, such as vibration or drop, which many damage the
instrument, during transit or use.
lDo not expose the instrument to high temperatures, humidity or dew, or
direct sunlight.
lUse a damp cloth with neutral detergent or water for cleaning the instrument;
do not use abrasives or solvents.
lIf the outer surface is wet, store the instrument after drying it.

6
1.4. Unpacking
When you receive the product, inspect the package content right away to make
sure it matches the description in the seller’s listing. If the package is missing a
part or there is a damaged component, immediately notify to the supplier without
use. In this case, the shipping container needs to be stored to track the product
as evidence for your claim. It is recommended to recharge the battery before
using the instrument as it is run down to empty during transport.
1.4.1. Accessories as standard
Description
Pieces
Flexible current clamp 3000 A(T200F)
3
Colour test probe
4
Colour test clip
4
Colour voltage test pin
4
USB cable
1
SD Memory(8GB)
1
12 V / 2.5A Power supply adapter
1
Li-Ion rechargeable battery Pack(7.2V/5.2Ah)
1
Soft carrying bag
1
Compact disc (CD) with PC Program and manuals
1

7
1.5. Order information
1.5.1. Accessories and replaceable parts
nVoltage Test Lead(Assembly)
nClamp sensor(1000A)
TC1001
TCT 1000
nAC Adapter
nBluetooth Dongle
T1225 (DC12V 2.5A)
T400 (BTU400)
nCarry Bag
nRogowski Coil
T3001C
T100F

User’s Manual 8
2. Overview and specifications
2.1. Product overview
ŸTEKON 560 is a lightweight but robust handheld power analyzer designed for
routine and diagnostic testing on-site of power. It incorporates 7-inch wide
view touchscreen and uses rechargeable batteries.
ŸAllows you to monitor a variety of power parameters such as power, voltage,
current, harmonics, signal waveforms and phase diagram with added
convenience of being able to read the large LED screen
2.1.1. Features
ŸCaptures three-phase power quality measurements
ŸSimultaneously measures active/reactive/apparent power, power factor, RMS
voltage/current, phase angle and neutral line current
ŸSupports a variety of wiring such as single-phase 2-wire, single-phase 3-wire,
three-phase 3-wire and three-phase 4-wire
ŸDisplays voltage and current in waveforms and phase diagram
ŸSelectable excitation voltages: 5V, 10V, 40V
ŸLightweight and sturdy handheld device that is easy to install and carry
ŸEasy-to-read 7-inch widescreen
ŸTouchscreen with user-friendly UIs
ŸRechargeable batteries
ŸFacilitates a micro SD memory card slot (to 8GB capacity as standard) that
allows you to backup large volume of power survey data

User’s Manual
9
2.2. Nomenclature and functions
2.2.1. Appearance
No.
Function
Description
①
Power Button
Power On/Off Button
②
Adaptor socket
Socket used to be plugged into power outlet for
charging
③
Terminal for
line input
A power input terminal used to house the measurement
cable
④
SD socket
USB socket
A slot into which SD card is inserted to save data
Used to connect USB cable for communications
⑤
Display screen
LCD readout of the measurements (7-inch, 1024*600
pixels)
No.
Function
Description
①
Voltage input
terminal
A terminal for connection with
the lead for voltage testing
②
Clamp sensor
input terminal
A terminal for connection with
current clamp

User’s Manual 10
2.3. Specifications of the product
2.3.1. Power supply
ŸAC power adaptor
Input range
: AC 100V ~ 240V @ 50Hz/60Hz
Output
: DC 12V 2.5A
ŸBattery
Type
Rechargeable Li-ion battery pack, 5.2Ah
Rated voltage
7.4V
Charging current
2.5A
Charging time
hour
Battery life
> 8 hours
300 charging/discharging cycles
2.3.2. Mechanical specifications
ŸSize: 270 X 246 X 124mm
ŸWeight: 3500g
ŸShock and vibration: Latest edition of EN 61010-1
ŸWaterproof: IP 54, latest edition of EN 60529 (electrical IP2X terminal)
2.3.3. Requirements for operating environment
Operating temperature
0 ~ 50°C / 32 ~ 122°F
Storage temperature
-20 ~ 50°C / -4 ~ 122°F (<30 days)
Charging temperature
(from 40 ° C to 10 °) 104 ° F ~ 50 °
Altitude
Operating: 0~2,000m (6,560 feet)
Non-operating: 0 ~ 10,000 m (32,800 feet)
Relative humidity
10~85%
2.3.4. Safety compliance
¡Safety directives
500V CAT III, Pollution Degree 2
IEC 61010-1:2010(3rd Edi.)
EN 61010-1:2010(3rd Edi.)
¡EMC
IEN 61326-1:2013
EN 55011/A1:2010 (Class A)
EN 61000-3-2:2014
EN 61000-3-3:2013
2.3.5. Storage capacity
External 8G MicroSD storage

User’s Manual
11
Max. input voltage(Phase–Neutral):
1000Vrms
Max. input voltage(Phase–Phase):
1730Vrms
Phase-Neutral input impedance:
6 MΩ
Phase–Phase input impedance:
6 MΩ
AD converter
16 bit 8 channels,
simultaneous sampling
Sampling frequency
10.24k Samples/sec
Reference temperature
23°C±2°C
Temperature influence
25ppm/°C
2.3.6. Electrical specifications
■ Power Analyzer
Volt/Freq
Range
Resolution
Accuracy
Vrms (AC+DC)
1 ~ 300 V
1 ~ 6000 V
1 ~ 1000 V
0.1 V
0.1 V
1 V
± 0.25% rdg ± 0.2fs
± 0.25% rdg ± 0.2fs
± 0.3% rdg ± 0.2fs
Vpk
1 ~ 2000 Vpk
0.1 V 1 V
± 5%
Vrms½
1 ~ 300 V
1 ~ 6000 V
1 ~ 1000 V
0.1 V
0.1 V
1 V
± 0.5%
± 0.5%
± 0.6%
Vfund
1 ~ 300 V
1 ~ 6000 V
1 ~ 1000 V
0.1 V
0.1 V
1 V
± 0.25% rdg ± 0.2fs
± 0.25% rdg ± 0.2fs
± 0.3% rdg ± 0.2fs
V Crest Factor
1.0 ~ > 2.5
0.01
± 5%
Hz
42.5 ~ 69 Hz
0.1 Hz
± 0.1 Hz

User’s Manual 12
Amps
Range
Resolution
Accuracy
Arms
(AC+DC)
100F
200F
300A~5000 A (AC)
30A~500 A (AC)
3A~50 A (AC)
1 A
0.1 A
0.1 A
± 1.5% ± 5
± 1.5% ± 5
± 1.5% ± 5
CT
Apk
100F
200F
Apk
Apk
Apk
1 A
0.1 A
0.1 A
± 5%
± 5%
± 5%
CT
A Crest Factor
1 ~ 10
0.01
± 5%
Arms½
300A~5000 A (AC)
30A~500 A (AC)
3A~50 A (AC)
1 A
0.1 A
0.1 A
± 2% ± 10
± 2% ± 10
± 2% ± 10
Afund
300A~5000 A (AC)
30A~500 A (AC)
3A~50 A (AC)
1 A
0.1 A 1 A
0.1 A
± 1.5% ± 5
± 1.5% ± 5
± 1.5% ± 5
Power
Range
Resolution
Accuracy
Watt
Max 999.9MW
0.1 W ~
0.1 MW
± 0.3% rdg ± 0.2fs
+ Clamp Acuuracy
Power factor
Cos φ / DPF
-1 ~ 1
0.01
± 0.1%
Energy
Range, Resolution
Accuracy
kWh
(kVAh, kvarh)
Depends V nominal & Clamp Range
± 1% ± 10 digit

User’s Manual
13
Harmonics
Range
Resolution
Accuracy
Harmonics
order (n)
DC, 1~50 Harmonic groups
Inter-Harmonics
order
Off, 1~50 Harmonic & Inter-Harmonic subgroups
V %f
0.0 ~ 100.0%
0.1%
± 0.25% ± n x 0.1%
V %r
0.0 ~ 100.0%
0.1%
± 0.25% ± n x 0.4%
V Absolute
0.0 ~ 1000 V
0.1 V
± 5% (*)
V THD
0.0 ~ 100.0%
0.1%
± 2.5%
A %f
0.0 ~ 100.0%
0.1%
± 0.25% ± n x 0.1%
A %r
0.0 ~ 100.0%
0.1%
± 0.25% ± n x 0.4%
A Absolute
0.0 ~ 600 A
0.1 A
± 5 % ± 5 digit
A THD
0.0 ~ 100.0%
0.1%
± 2.5%
W %f또는 %r
0.0 ~ 100.0%
0.1%
± n x 2%
W Absolute
Depends V nominal & Clamp Range
± 5% ± n x 2%
± 10 digit
W THD
0.0 ~ 100.0%
0.1%
± 5%
Phase acgle
-180° ~ +180°
1°
± n x 1°

User’s Manual 14
2.3.7. Specifications of current probe
ETCR-100F (Φ100mm)
ETCR-200F (Φ200mm)

User’s Manual
15
3. Using power analyzer
3.1. Getting started
Press and hold the button Power to turn the power On. Then, the following
screen will appear enabling you to set up functions for power metering and
transformer turns ratio (TTR).
Select the button to activate functions for power analysis.

User’s Manual 16
3.2. Screen
A screen that appears differs with individual measuring functions. Hereunder is
the description of screens configured for the most common functions.
No.
Name
Description
①
Function keys
Comm
on
Used to return to the previous screen
Locks the touchscreen; tap once more to
unlock
Screen for settings
Power
analyz
er
Screen for power meter
Screen for phase diagram
Screen for waveforms
Screen for harmonics
TTR
Screen for TTR record
Buttons used to convert to different functions
②
Status bar
Displays the current status of the instrument
time
Displays present time
Bluetooth
.Displays whether bluetooth is activated
Buzzer
Displays volume of buzzer sound
Battery
Displays how much battery power
remains
③
Screen tab
If there is a lower-level screen below the current
function, such information as currently set wiring and
range is displayed on the right hand pane.
④
Soft key
Displays functional buttons necessarily for the current
screen, where labels are displayed depending on the
function under current processing and item selected

User’s Manual
17
3.3. Wiring
3.3.1. Type of wiring
The power analyzer supports a variety of wiring such as 1P3W, 2P4W, OpenDelta,
3P3W, and 3P4W.
1P3W
2P4W
OpenDelta
3P3W
3P4W
Wiring configuration
Voltage Input
Current Input
1P3W
UN, U1
IN, I1
2P4W
UN, U1, U2
IN, I1, I2
OpenDelta
UN, U1, U2, U3
I1, I3
3P3W
UN, U1, U2, U3
I1, I2, I3
3P4W
UN, U1, U2, U3
IN, I1, I2, I3

User’s Manual 18
3.4. Metering functions of Power Analyzer
3.4.1. Screen involving power meter
This is a screen enabled to check instantaneous power measurement values.
Tap the icon on the left to pop you into this screen. Then, various power
parameters are measured and displayed.
No.
Name
Description
①
Tab
Select to go into the screen you wish among four modes;
<All, Voltage, Current, Power>
②
Snapshot
Used to save the currently displayed image to SD card in
bmp file
③
Hold
Used to ‘hold’ the currently displayed measurement value;
press once more to release Hold in which case it is
updated to the latest measurement value.