TH0600 Precision AC Current Conversion Standard

Model NO.
TH0600
Secondary Output Signal
Voltage (I/V) or Current (I/I)
Measurement Frequency
40 Hz~2.5 kHz
Type I/V Uncertainty
10 Ppm
Direct Connected Type
0.1 a... 200 a
Through-Core Type
500 a... 10 Ka
Two Current Access Modes
Through-Core and Direct Connected Type
Transport Package
Package for Exporting
Trademark
TUNKIA
Origin
China
Production Capacity
1000
Reference Price
$ 3,870.00 - 11,700.00
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Product Description

TH0600 Precision AC Current Conversion Standard

1. Summary

TH0600   precision AC current transformer is based on   broadband current transformer technology . I t can convert nominal current from 0.1   A to 10 kA   AC into a voltage or current output in a certain proportion and maintains a high proportion uncertainty.

2. F eatures

(1)Supports two current access modes, through core and direct connected type respectively.
     Direct connected type with the input current of 0.1 A... 200 A.
     Through-core type with the input current of 500 A... 10 kA.
(2)The secondary output signal is optional for voltage (I/ V)   or current   ( I /I).
    Type  I /I:   Optimal ratio uncertainty of   5 ppm
    Type  I /V:   Optimal ratio uncertainty up to   10 ppm
(3)Measurement frequency: 40 Hz~2.5 kHz.
(4)Optional digital display   function and   support digital signal output.

3. Applications

(1)Establishment of an AC current precision measurement system
(2)Calibrate an AC current source or ammeter
(3)Calibrate AC   current transformers/sensors
(4)Calibrate the intercurrent   I/V   conversion standard

3.1 Application   of I/V   type TH0600

☆ Set up precision current   test system
TH0600 Precision AC Current Conversion Standard
  1. It can be used with AC test power supply or constant current source to form a precision current test system.
  2. Provide accurate and stable AC current signals for test devices and loads.


 
☆ Calibrate   AC high current source / meter
TH0600 Precision AC Current Conversion Standard
It can be used to   calibrate AC high current standard sources/meters with precision voltmeters.
 
☆ Build   a high-current   power/energy measurement system
TH0600 Precision AC Current Conversion Standard
(1) TH0600   (Type I /V )   can be used with V/V conversion equipment such as   TH0150   broadband voltage divider,   TH018   0  precision AC and DC high voltage divider, etc.),   TH2000   vector   voltage   analyzer   to form a high-current power/energy precision measurement system.
(2) It is used to measure the output power of high-power power supply, the efficiency of conversion  equipment, calibrate high-current power source, power meter and other   equipment.
 

3.2 I/I   type   TH0600   applications

☆ Calibrate   instrument transformer and   I/V   converter
TH0600 Precision AC Current Conversion Standard
If the selected TH0600  is proportional to the instrument transformer under test,   it can be calibrated using the difference method.
 
TH0600 Precision AC Current Conversion Standard
(1)If the TH0600  selected is not proportional to  the transformer or I/V   converter  under test ,   it   can be   calibrated using the comparative method   .
(2)Note: The DUT   is a   current transformer,   and   an external standard resistor must be connected for   I/V   conversion.
 

4. Specifications

4.1 Direct  I /I   conversion standard

M odel Primary
Nominal current
(A) 		Secondary
Nominal current
(A) 		Load resistance
(Oh) 		Measurement accuracy
(± μA/A, corresponding full-scale value).   @50Hz 		Phase shift
(μrad, corresponding full-scale value).    @50Hz
TH060  0-I-D-01A-01A-5 0.1 0.1 100 5 80
TH060  0-I-D-02A-01A-5 0.2 0.1 50 5 50
TH060  0-I-D-05A-01A-5 0.5 0.1 20 5 15
TH060  0-I-D-1A-01A-5 1 0.1 10 5 10
TH060  0-I-D-2A-01A-5 2 0.1 10 5 10
TH060  0-I-D-5A-01A-5 5 0.1 10 5 10
TH060  0-I-D-10A-01A-5 10 0.1 10 5 10
TH060  0-I-D-20A-01A-5 20 0.1 10 5 10
TH060  0-I-D-50A-01A-5 50 0.1 10 5 10
TH060  0-I-D-100A-01A-5 100 0.1 10 5 10
TH060  0-I-D-200A-1A-5 200 1 10 5 10
 

4.   2 Through-core  I /I   conversion standard

M odel Primary
Nominal current
(A) 		Secondary
Nominal current
(A) 		Load resistance
(Oh) 		Measurement accuracy
(± μA/A, corresponding full-scale value).   @50Hz 		Phase shift
(μrad, corresponding full-scale value).    @50Hz
TH0600-I-T-200A-01A-20 200 0.1 10 20 20
TH0600-I-T-500A-01A-10 500 0.1 10 10 10
TH0600-I-T-1kA-1A-10 1 k 1 1 10 10
TH0600-I-T-2kA-1A-10 2 k 1 1 10 10
 

4.3 Direct   I/V   conversion standard

M odel Primary
Nominal current
(A) 		Secondary
Nominal current
(A) 		Measurement accuracy
( ± 1×10-6, corresponding full-scale values).   @50Hz 		Phase shift
(μrad, corresponding the full-scale value).    @50Hz
TH0600-U-D-01A-1   V-30 0.1 1 30 30
TH0600-U-D-0   2A-1V-30 0.2 1 30 30
TH0600-U-D-0   5A-1   V-30 0.5 1 30 30
TH0600-U-D-1A-1   V-30 1 1 30 30
TH06  0 0-U-D-2A-1   V-30 2 1 30 30
TH06  0 0-U-D-5A-1   V-30 5 1 30 30
TH06  0 0-U-D-10A-1   V-30 10 1 30 30
TH06  0 0-U-D-20A-1   V-30 20 1 30 30
TH06  0 0-U-D-50A-1   V-30 50 1 30 30
TH06  0 0-U-D-100A-1   V-30 100 1 30 30
TH06  0 0-U-D-200A-1   V-30 200 1 30 30

4.   4 Through-core   I/V   conversion standard

M odel Primary
Nominal current
(A) 		Secondary
Nominal current
(A) 		Measurement accuracy
( ± 1×10-6, corresponding full-scale values).   @50Hz 		Phase shift
(μrad, corresponding the full-scale value).    @50Hz
TH0600-U-T-200A-1   V-30 200 1 30 30
TH0600-U-T-500   A-1   V-30 500 1 30 30
TH0600-U-T-1K   A-1   V-30 1 k 1 30 30
TH0600-U-T-2K   A-1   V-30 2 k 1 30 30
TH06  0 0-U-T-3k   A-1   V-30 3 k 1 30 30
TH06  0 0-U-T-5   k   A-1   V-30 5 k 1 30 30
TH06  0 0-U-T-6k   A-1   V-30 6 k 1 30 30
TH06  0 0-U-T-10k   A-1   V-30 10 k 1 30 30

5.  General Specifications

Power supply --
Warm-up time --
Temperature performance Working temperature: 18 ° C~28°C; Storage temperature: -10 °C ~ 55 °C
Humidity performance Operating humidity: < 80% @ 30°C, < 70% @ 40°C, < 40% @ 50°C
Storage humidity: (20%~80%) R· H , no condensing
altitude < 3000 m
 

6. Ordering Information


 

 

Calibrator

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