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KT210 CT/PT Analyzer

Item No.: 204002
Easy to operate CT / PT Analyzer,
120V / 15A Current Output,
9.7 inch touch screen operation,
IEC60044-1, IEC60044-6, IEC61869-2, ANSI30/45 standard
High stability for bushing CT testing;
INQUIRY
Description Specifications
 
Adopt 9.7 inch touch screen TFT LCD display with clear and beautiful software interface design, user can operate easily.
AC/DC current input for wide range only, satisfy all power supply standard requested.
Easy to operate, measure quickly, all test can be done automatically based on the same connection line type except overload impedance measurement.
Adopt low voltage & variable frequency measurement method, it can test inflexion voltage up to 30kV transformer as output max voltage only is 120V and max peak value current is 15A, high security.
Portable design with light weight of 8kg, suitable for field test of electric power system, manufacturing factory of current transformer or laboratory to use.
High measurement accuracy, resistance accuracy is 0.1%+1mΩ, phase accuracy±0.05 degree, variable accuracy is ±0.1% (1-5000 ), variable accuracy is ±0.2%(5000-10000).
It can test current transformer according to IEC60044-1, IEC60044-6, IEC61869-2 and ANSI30/45 standard etc.
Complete measurement function, it can test all type current transformer for secondary overload, secondary loop resistance, excitation characteristic, transient characteristic, ratio difference, angle difference and polarity. It can also test exact limit coefficient(ALF), device security coefficient(FS), secondary time constant(Ts), remanence coefficient(Kr), transient area coefficient(Ktd), inflexion voltage, current, level, saturation inductance, un-saturation inductance, 5% 10% error curve, of current transformer, hysteresis loop for current transformer, and evaluate test result according to defined standard.
PT Test As for those inductive PT based on the definition of GB1207-2006(IEC60044-2), KT210 CT/PT Analyzer can also test them. KT210 CT/PT Analyzer can do variable ratio, polarity and secondary winding excitation test of inductive PT.


Auto Demagnetizes
Software-based tool to determine the residual magnetism in current transformers
Analysis of the remanence condition before putting into operation the CT to assure proper function
Simplifies power grid failure analysis after unwanted operation of protective relays
Demagnetizes the CT core after measurement
PC Control Available
Full access to all functions of the KT210 via a PC using the RJ45 interface
Optimizes the integration into automated testing procedures in production lines
Data export into Word
Customizable testing and reports
Data Handling and Reporting
Test reports can be saved on the local host and transferred to a PC
Data and protocols can be shown on a PC via the Word file loader program
"Guessing" NameplatesReference for unknown CT
Determination of unknown CT data
Older CTs can be classified and put into service without contacting the manufacturer
Determinable parameters include:
  CT type
  Class
  Ratio
  Knee point
  Power Factor
  Nominal and operating burden
  Secondary winding resistance
 
Technical Features
Excellent noise immunity to disturbances from energized power lines close to the measurement
CT ratio and phase measurement with consideration of nominal and connected secondary burden; CT ratio up to 10000:1
Knee-point voltage from 1 V up to 30 kV can be Measured
Currents from 1% up to 400 % of the rated value
Different burdens (full, ½, ¼, ⅛ burden)
Determination of ALF/ALFi and FS/FSi, Ts, and composite error for nominal and connected burden
CT winding resistance measurement
CT excitation curve (unsaturated and saturated)
Saturation characteristic recording
Direct comparison of excitation curve to a reference curve
CT phase and polarity check
Secondary burden measurement
Automatic demagnetization of the CT after the test
Small and lightweight (< 8 kg)
Short testing time due to fully automatic testing
High level of safety using patented variable frequency method (max. 120 V)
"Nameplate guesser" function for CTs with unknown data
PC control interface
QuickTest: Manual testing interface
Color display readable in bright sunlight
Simulation of measured data with different burdens and currents
Easily adaptable reports (customizable)
Knee-point voltage from 1 V up to 30 kV can be Measured
Automatic assessment according to IEC 60044-1, IEC 60044-6, IEC61869-2, ANSI30/45
Automatic assessment for accuracy class > 0.1
Measurement of transient behavior of TPS, TPX, TPY and TPZ type CTs
PT ratio, polarity and excitation curve according to IEC60044-2
 
Ratio Accuracy
Ratio 1 - 5000 0.03 % (typical) / 0.1 % (guaranteed)
Ratio 5000 - 10000 0.05 % (typical) / 0.2 % (guaranteed)
 
Phase Displacement
Resolution 0.01 min
Accuracy 1 min (typical) / 3 min (guaranteed)
 
Winding Resistance
Range 0.1 - 100 Ω
Resolution 1 mΩ
Accuracy 0.05 % + 1 mΩ (typical) (guaranteed)
0.1 % + 1 mΩ  (guaranteed)
 
Load Measurement
Range 0~300VA
Resolution 0.01VA
 
Voltage Measurement Input
Secondary Input Range 0~300V
Secondary Input Accuracy ±0.1%
Primary Input Range 0~30V
Primary Input Accuracy ±0.1%
 
Output
Output Voltage 0 Vac to 120 Vac
Output Current 0 A to 5 A (15 A peak)
Output Power 0 VA to 450 VA (1500 VA peak)
 
Main Power Supply
Input Voltage 176 Vac to 264 Vac @ 10A Max
Permissible Input Voltage 120 Vdc to 370 Vdc @ 5A Max
Frequency 50 / 60 Hz
Permissible Frequency 47 Hz to 63 Hz
Connection Standard AC socket 60320
 
Physical Dimensions
Size (W x H x D) 360 x 140 x 325mm
Weight <8 kg (without accessories)
 
Environment Conditions
Operating Temperature -10°C up to + 55°C
Storage Temperature -25°C up to + 70°C
Humidity Relative humidity 5% up to 95% not condensing