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TUNKIA TD5610 Three-Phase High Voltage Wideband Power Standard Meter

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TD5610 Three-Phase High Voltage Wideband Power Standard Meter

Name: TD5610 Three-Phase High Voltage Wideband Power Standard Meter
Brand: TUNKIA
SKU: 572181367
Rating: 5.0 (73 reviews)

TD5610 is a modular high-voltage wideband power standard meter. It consists of a V/V converter, an I/V converter and a three-phase wideband standard meter. Under various wiring methods such as three-phase Y/V, it can simultaneously measure multiple electrical parameters in the AC circuit, including: voltage, current, frequency, phase, harmonics, active power, reactive power, apparent power, power factor, active energy, reactive energy, etc. The measurement uncertainty has two specifications of class 0.05 and class 0.02.

Features:	3ph voltage measurement: 1 kV ~ 10 kV 3ph current measurement: 10 A ~ 1000 A F: 45 Hz ~ 1 kHz harmonic: 45 Hz ~ 5 kHz 2nd ~ 64th harmonics
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Model:
TD5610
Brand:
TUNKIA

TD5610 Three-Phase High Voltage Wideband Power Standard Meter

TUNKIA TD5610 Three-Phase High Voltage Wideband Power Standard Meter

1. Summary

TD5610 is a modular high-voltage wideband power standard meter.

It consists of a V/V converter, an I/V converter and a three-phase wideband standard meter. Under various wiring methods such as three-phase Y/V, it can simultaneously measure multiple electrical parameters in the AC circuit, including: voltage, current, frequency, phase, harmonics, active power, reactive power, apparent power, power factor, active energy, reactive energy, etc. The measurement uncertainty has two specifications of class 0.05 and class 0.02.

The instrument is widely used, small in size, light in weight, and easy to carry and use on site.

2. Features

• Three-phase voltage measurement: 1 kV ~ 10 kV;

• Three-phase current measurement: 10 A ~ 1000 A;

• F: 45 Hz ~ 1 kHz, harmonic: 45 Hz ~ 5 kHz

• Measurement of 2nd ~ 64th harmonics, and display of the content of each harmonic, harmonic histogram and total harmonic distortion

• Measurement of multiple electrical parameters in the AC circuit simultaneously under various wiring modes such as three-phase Y/V

• Power/electrical energy accuracy: class 0.02 and class 0.05

• Oscilloscope, phase diagram display, electrical parameters stability test, trend change curve, data statistical analysis, etc.

3. Application

☆ Calibration of High-Voltage Measuring Devices Under Real Load (Standard Meter Method)

TUNKIA TD5610 Three-Phase High Voltage Wideband Power Standard Meter

• Three-phase voltage measurement, range is 1 kV～10 kV

• Three-phase current direct measurement 10 A～1000 A;

• Application scenario: suitable for calibrating single-phase/three-phase high-voltage source, high-current source, power source, high-voltage meter, high-current meter, power meter, etc. of class 0.2 and below in the laboratory or on-site.

4. Equipment

Equipment	Specification	Qty
I/V Converter (A/B/C Phase)	• Through-hole measurement current: three-phase, 10 A ~ 1000 A; • Frequency: 45 Hz ~ 1000 Hz; • Phase: 0.000°~ 359.999° • Harmonic function: 2nd ~ 63rd, total harmonic distortion	1 for each A/B/C phase
V/V Converter (A/B/C Phase)	• Measuring voltage: three-phase, 1 kV~10 kV; • Frequency: 45 Hz~1000 Hz; • Phase: 0.000°~359.999° • Harmonic function: 2nd~63rd, total harmonic distortion	1
Wideband Standard Meter	• Synchronously display voltages, frequencies, phases, power/electric energy, power factor, AC harmonics, etc. of multiple channels. • Real-time display of electrical parameter curves U(t), I(t), P(t), E(t), etc. • Communication interface: RS232. It can be used with a computer to establish a comprehensive test system.	1

5. Specifications

5.1 Three-Phase High Voltage V/V Converter

Nominal Input Voltage (kV)

(± ppm)

Maximum AC/DC Difference

(± ppm)

Maximum Phase Shift At Different Frequencies ( ± μrad )

50 Hz

1 kHz

50 Hz

1 kHz

100

600

150

750

• Built-in precision amplifier, voltage is differential output, output impedance: ≤10Ω@1kHz.

5.2 Three-Phase High Voltage I/V Converter

Nominal Input Current (kA)

(± ppm)

Maximum AC/DC Difference

(± ppm)

Maximum Phase Shift At Different Frequencies ( ± μrad )

50 Hz

1 kHz

50 Hz

1 kHz

100

600

150

750

• Data is transmitted entirely via optical fiber, which has good insulation and strong resistance to external interference.

5.3 Three-Phase Voltage Measurement

Range	Frequency Range （Hz）	Measurement Uncertainty ( k=2) *( ppmRD+ ppmRG)[1]*						Temperature Coefficient *± ppmRD /℃ 15℃～30℃**
		24 Hours 23℃ ± 1℃		90 Days 23℃ ± 5℃		1 Year 23℃ ± 5℃		Temperature Coefficient *± ppmRD /℃ 15℃～30℃**
		Class 0.02	Class 0.05	Class 0.02	Class 0.05	Class 0.02	Class 0.05	Class 0.02	Class 0.05
6 kV (phase voltage)	DC	40+25	80+50	50+32	100+60	60+40	120+80	<15	<30
	45～100	40+25	80+50	50+32	100+60	60+40	120+80	<15	<30
	100～1k	200+120	300+200	300+150	400+250	400+200	600+400	<15	<30
10 kV (line voltage)	DC	40+25	80+50	50+32	100+60	60+40	120+80	<15	<30
	45～100	40+25	80+50	50+32	100+60	60+40	120+80	<15	<30
	100～1k	200+120	300+200	300+150	400+250	400+200	600+400	<15	<30
Note [1]: RD is the reading value, RG is the range value, the same below.

• The above indicators include the high voltage divider error indicator, manual/automatic shift range, minimum resolution: 1 mV

• Measurement range: 1k V ~ 10 kV, measurement method: AC/DC measurement

• Measurement bandwidth: fundamental wave: 45 Hz ~ 1 kHz; harmonics: 45 Hz ~ 5 kHz

5.4 Three-Phase Current

Range	Frequency Range （Hz）	Measurement Uncertainty ( k=2) *( ppmRD+ ppmRG)[1]*						Temperature Coefficient *±ppmRD /℃ 15℃～30℃**
		24 Hours 23℃ ± 1℃		90 Days 23℃ ± 5℃		1 Year 23℃ ± 5℃		Temperature Coefficient *±ppmRD /℃ 15℃～30℃**
		Class 0.02	Class 0.05	Class 0.02	Class 0.05	Class 0.02	Class 0.05	Class 0.02	Class 0.05
100 A	DC	70+50	120+80	100+60	150+100	120+80	180+120	<15	<30
	45～100	70+50	120+80	100+60	150+100	120+80	180+120	<15	<30
	100～1k	300+180	500+300	400+250	600+400	500+300	750+500	<15	<30
200A	DC	70+50	120+80	100+60	150+100	120+80	180+120	<15	<30
	45～100	70+50	120+80	100+60	150+100	120+80	180+120	<15	<30
	100～1k	300+180	500+300	400+250	600+400	500+300	750+500	<15	<30
500A	DC	60+30	120+80	80+40	150+100	100+50	180+120	<15	<30
	45～100	60+30	120+80	80+40	150+100	100+50	180+120	<15	<30
	100～1k	240+120	500+300	320+160	600+400	400+200	750+500	<15	<30
1000A	DC	60+30	120+80	80+40	150+100	100+50	180+120	<15	<30
	45～100	60+30	120+80	80+40	150+100	100+50	180+120	<15	<30
	100～1k	240+120	500+300	320+160	600+400	400+200	750+500	<15	<30

• Minimum resolution: 1 mA, the above indicators include I/V converter error indicators, manual/automatic switching range,

• Measurement range: 10 A ~ 1000 A, measurement method: DC measurement, AC measurement

• Measurement bandwidth: fundamental wave: 45 Hz ~ 1 kHz; harmonics: 45 Hz ~ 5 kHz

5.5 Frequency / Phase / Harmonics

Frequency Adjustment

Adjustment range: 45.000 Hz ~ 1000.000 Hz;

Adjustment fineness: 0.001 Hz;

Measurement uncertainty (k = 2): 0.01 Hz

Phase Adjustment

Adjustment range: 0.000° ～ 359.999°;

Adjustment fineness: 0.005°;

Measurement uncertainty (k = 2): 0.05°

5.6 Three-Phase Power/Energy Measurement

Range	Measurement Uncertainty ( ( k = 2 ) *( %FS)[2]**
Range	Class 0.02	Class 0.05
Active power/ energy \|cosφ\| ≥ 0.5	0.02	0.05
Reactive power/ energy \|sinφ\| ≥ 0.5	0.05	0.1
Apparent power/ energy	0.05	0.1
Power factor	0.05	0.1
Note [2]: FS = voltage range value x current range value

• Power factor setting range: -1.000 000…0.000 000…1.000 000

• When high-frequency pulse output is used, the full range value corresponds to 60 kHz; when low-frequency pulse output is used, the full range value corresponds to 6 Hz

• Electric energy pulse input: frequency ≤10 kHz, voltage: 0～3.3 V…24 V

6. General Specification

Power Supply	AC (220 ± 22) V, (50 ± 2) Hz
Warm-up Time	30 minutes
Temperature Performance	Operating temperature: 0°C~45°C; Storage temperature: -20°C~70°C
Humidity Performance	Operating humidity: < 80% @ 30°C, < 70% @ 40°C, < 40% @ 50°C
Altitude	Storage humidity: (20%~80%) R H, no condensation
Communication Interface	< 3000 m