• On-site assessment of single phase electric energy meter verification device and single phase standard electricity meter with class 0.02 and below meeting R46 instruction

• The electric energy device can be assessed according to the JJG 597 regulations. The possible verification items are as follows:

Intrinsic Error

Power Stability

Interrelationship

The Influence of Alternating Alternating Magnetic Field

Multiplex Output Consistency

Adjustable Range

Measurement Repeatability

Degree of Symmetry

Potential Difference between the Terminals of the Same Name

Short-term Stability Variation

Fineness Adjustment

The Magnetic Field of the Device

Phase Sequence

Monitoring Indication Error

Variation Within Calibration Cycle

Load Effect

Waveform Distortion

• Suitable for calibrating single / three-phase power standard source and power meter of Class 0.02 and below (with stable power source).

S/N

Function

Built handle, that is, does not occupy space and convenient for users to carry instruments.

10.4-inch LCD touch color screen, multi-power intuitive display, full touch screen operation, more convenient operation.

The folding foot can raise the instrument by about 15° for optimal operation and reading view.

S/N

Function

Three-phase current fast connection terminal: the primary wiring can achieve a wide range of 0.2 mA ~120 A current measurement.

Three-phase voltage terminal: primary wiring can achieve voltage measurement of 6 V ~528 V.

Rich communication interface: including RS232, USB, LAN, easy for users to set up an automatic test system.

Shell ground: Make that the casing ground is reliably grounded before use.

Power interface: AC 220V power input interface with switch and safety pipe.

Pulse input terminal: from left to right, photoelectric pulse, electric energy pulse, synchronous signal and clock pulse PPS.

Pulse output terminal: from left to right is the electric energy pulse FL/ FH, Synchronous signal, clock pulse PPS 2.

Epitope difference / magnetic field measurement: it is used to measure the magnetic field in the 3 D magnetic field sensor; in the epitope difference sensor, it can measure the potential difference between the same phase voltage terminals of the multi-epitope device.

Temperature and humidity measurement: the temperature and humidity sensor is used to measure the temperature and humidity of the site.

• Each phase is equipped with a pair of fast terminals and wires, and the ac current of 0.2 mA ~120 A can be measured by direct connection, simplifying the wiring operation.

• Fully automatic switching range, the transformer does not shift at one time, no matter in which range suddenly into the large current will not lead to damage or measurement accuracy reduction

• The minimum measurement is limited to 0.2 mA, which can assess the accuracy and stability of the power / electric power of the R46 electric power device and its standard meter at the minimum starting current of 0.3 mA.

• There is complete electrical isolation between the voltage and current measurement circuits; in the limit state (500 V, 100 A), it will not damage the instrument, and can ensure the accurate value.

S/N

Function 

The measuring channel has the function of oscilloscope, which can display the waveform of the measured power in real time.

Accurately measure the phase between the voltage and current of each phase, and show it intuitively in the form of the phasor diagram.

Calculate the harmonic distortion of THD / T (harmonic relative to full wave) and THD / F (harmonic relative to base wave).

The amplitude (RMS), content (%) and phase of the second ~ 127th harmonic of each phase voltage or current can be analyzed in real time, and the base wave measurement frequency is 45 Hz~65 Hz or 45 Hz~400 Hz optional;

It is used to check whether the harmonic content and phase of the complex waveform output by the R46 device meet the requirements of the procedure.

Show the frequency spectrum of each harmonic directly in the form of a bar chart (100%).

S/N

Function

Can choose full wave, base wave, single harmonic, harmonic section to measure power, electric energy.

It can be measured according to active power, reactive power and apparent power.

Harmonic section can be set to measure power or electric energy.

S/N

Function

Statistical analysis of data: calculate the maximum (Max), minimum (Min), peak-peak (P-P), the mean (Avg), the standard variance (S.dev) class.

Power stability test: during the test cycle, draw the curve of power change over time in real time.

Normal distribution histogram: displays the distribution of the counted power quantity during the test period.

Power stability test: the output power stability of the inspected electric energy device can be automatically calculated according to the algorithm of JJG 597-2005 "Verification Regulations for AC Electricity Meter Verification Device".

• Built-in small signal AC voltmeter, can measure the "potential difference between the same name buttons" of the device.

• The input terminal can continuously withstand a voltage of 250 V to prevent misaccess to 220V, and the high voltage causes damage to the internal voltmeter.

• Built-in standard second pulse input / output function, annual measurement uncertainty (k=2): 510-8

• The daily timing error of the device can be assessed.

• The built-in 3 D magnetic intensity meter for measuring weak magnetic signals has better performance than the ordinary one; the triaxial probe is not required to find the maximum magnetic field, which greatly improves the detection efficiency.

• The built-in environmental temperature and humidity measurement function can reduce the number of equipment carried by users to the site, and also save the initial investment.

• The rear panel of the instrument is equipped with RS232, USB, LAN and other rich communication interfaces, to facilitate the establishment of automatic test system.

Class 0.02

Class 0.01

Class 0.02

Class 0.01

60 V

10 μV

60 + 40

30 + 20

0.5 + 0.5

0.25 + 0.25

120 V

0.1mV

60 + 40

30 + 20

0.5 + 0.5

0.25 + 0.25

240 V

0.1mV

60 + 40

30 + 20

0.5 + 0.5

0.25 + 0.25

480 V

0.1mV

60 + 40

30 + 20

0.5 + 0.5

0.25 + 0.25

Note {1]: RD is the read value and RG is the range value, the same below.

Range

Resolving Power

Measurement Uncertainty at different frequencies (Hz) (k = 2)

( ppm*RD + ppm*RG )

Temperature Coefficient @ (15~30) °C

(ppm*RD+ppm *RG) /°C

45 ≤ F ≤ 65

65 < F ≤ 200

200 < F ≤ 400

5 mA

1 nA

120 + 80

240 + 160

480 + 320

5 + 5

10 mA

10 nA

60 + 40

120 + 80

240 + 160

3 + 3

20 mA

10 nA

60 + 40

120 + 80

240 + 160

0.75 + 0.75

50 mA

10 nA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

100 mA

0.1 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

200 mA

0.1 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

500 mA

0.1 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

1 A

1 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

2 A

1 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

5 A

1 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

10 A

10 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

20 A

10 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

50 A

10 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

100 A

100 μA

30 + 20

60 + 40

120 + 80

0.25 + 0.25

Range

Resolving Power

Measurement Uncertainty at different frequencies (Hz) (k = 2)

( ppm*RD + ppm*RG )

Temperature Coefficient @ (15~30)°C

(ppm*RD+ppm *RG) /°C

45 ≤ F ≤ 65

65 < F ≤ 200

200 < F ≤ 400

5 mA

1 nA

240 + 160

480 + 320

1000 + 600

10 + 10

10 mA

10 nA

120 + 80

240 + 160

480 + 320

5 + 5

20 mA

10 nA

120 + 80

240 + 160

480 + 320

1.25 + 1.25

50 mA

10 nA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

100 mA

0.1 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

200 mA

0.1 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

500 mA

0.1 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

1 A

1 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

2 A

1 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

5 A

1 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

10 A

10 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

20 A

10 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

50 A

10 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

100 A

100 μA

60 + 40

120 + 80

240 + 160

0.5 + 0.5

Type of Measurement

TD3810

TD3810-R

Frequency

measuring range

45 Hz ～65 Hz

45 Hz ～400 Hz

Minimum resolution

0.000 01 Hz

0.000 01 Hz

Measurement uncertainty (k=2)

0.005%*RD

0.005%*RD

Phase Position

measuring range

0～360°（I ≥ 50mA ）

0～360°（I ≥ 50mA ）

Minimum resolution

0.000 1°

0.000 1°

Measurement uncertainty (k=2)

45 Hz ≤ F ≤ 65 Hz

0.003°

0.003°

65 Hz < F ≤ 200 Hz

——

0.01°

200 Hz < F ≤ 400 Hz

——

0.02°

Class 0.02 Specification

Type of Measurement

TD3810

TD3810-R

Frequency

measuring range

45 Hz ～65 Hz

45 Hz ～400 Hz

Minimum resolution

0.000 01 Hz

0.000 01 Hz

Measurement uncertainty (k=2)

0.005%*RD

0.005%*RD

Phase Position

measuring range

0～360°（I ≥ 50mA ）

0～360°（I ≥ 50mA ）

Minimum resolution

0.000 1°

0.000 1°

Measurement uncertainty (k=2)

45 Hz ≤ F ≤ 65 Hz

0.006°

0.006°

65 Hz < F ≤ 200 Hz

——

0.02°

200 Hz < F ≤ 400 Hz

——

0.04°

Voltage Range

Current range

Power Factor

Measurement Uncertainty at different frequencies (Hz) (k=2)

45 ≤ F ≤ 65

65 < F ≤ 200

200 < F ≤ 400

30 V ≤ U ≤ 480 V

50 mA ≤ I ≤120 A

0.5L~1~0.5C

0.01%*RD

0.02%*RD

0.04%*RD

10 mA ≤ I < 50 mA

1

0.01%*RD

0.03%*RD

0.08%*RD

0.5L~1~0.5C

0.02%*RD

3 mA ≤ I < 10 mA

1

0.02%*RD

-

-

0.5L~1~0.5C

0.04%*RD

-

-

0.2 mA ≤ I < 3 mA

1

0.02%*RD×3mA/I

-

-

Class 0.05 Specification

Voltage Range

Current Range

Power Factor

Measurement Uncertainty at different frequencies (Hz) (k=2)

45 ≤ F ≤ 65

65 < F ≤ 200

200 < F ≤ 400

30 V ≤ U ≤ 480 V

50 mA ≤ I ≤120 A

0.5L~1~0.5C

0.02%*RD

0.04%*RD

0.08%*RD

10 mA ≤ I < 50 mA

1

0.02%*RD

0.06%*RD

0.16%*RD

0.5L~1~0.5C

0.04%*RD

3 mA ≤ I < 10 mA

1

0.04%*RD

-

-

0.5L~1~0.5C

0.08%*RD

-

-

0.2 mA ≤ I < 3 mA

1

0.04%*RD×3mA/I

-

-

Measurement Uncertainty (k=2)

0.5%

Probe

Three-dimensional magnetic field sensing probe

Remarks

To measure the position of the measuring meter of the electric energy meter verification device

Object Difference Measurement

Range

5 mV 、50 mV 、500 mV 、5V

Measurement Uncertainty (k=2)

0.2 mV

Remarks

Can to withstand 250 V

Clock Measurement

Function

PPS standard second pulse output, measurement

Measurement Uncertainty (k=2)

5×10-8

Maximum Power Dissipation

80 VA

Preheating Time

30 Minutes

Temperature Performance

Operating temperature: 5°C~45°C

Storage temperature: -10°C~55°C

Humidity Performance

Working Humidity: <80% @ 30°C, <70% @ 40°C, and <40% @ 50°C

Storage humidity: (20%~80%) R·H, no condensation

Altitude

< 3000 m

Instrument Quality

About 9.9 kg

Communication Interface

RS232、USB 、LAN

Dimension

450 mm (W) ×215 mm (D) ×220 mm (H) (excluding handle)

1

Voltage combination test wires

3m/1.6mm2/ Φ 4- Φ 4 gun

Yellow, green, red and black

Each 1 root

Standard accessories

2

10A Current test

3m/2.1mm2/ Φ 4- Φ 4 gun

One for each root, yellow, green and red

Black 3 root

Standard accessories

3

Current snap plug test wire

1.5m/25mm2/ Φ 12 insert MC quick plug test cable

One for each root, yellow, green and red

Black 3 root

Standard accessories

4

Electric energy pulse signal line

1.5 m / BNC male head-crocodile clip two lines

One root

Standard accessories

5

Signal test wire

1.5 m / BNC head-BNC head

One root

Standard accessories

6

Three-axis magnetic field sensing probe

——

One root

Standard accessories

7

Epitope difference, test line

10 core, rammo head crocodile clip

One root

Standard accessories

8

Temperature and humidity sensing probe

——

One

Standard accessories

9

Card U disk

Contains special test software

A set

Standard accessories

10

Line from USB to RS232

1.8m / DB9 parent seat

One root

Standard accessories

11

Diameter reduction plug

MC patchplug

Red 6

Standard accessories

12

power line

AC 220V 、10A

One root

Standard accessories

13

Glass fuse

F3A 、250V

Three

Standard accessories

14

Portable instrument box

Waterproof, seismic and anti-static resistance

One

Standard accessories