TD1545 DC Energy Meter test bench

Customization: Available
Power: Electricity
Voltage Output: 10mV~1150V
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Products Details

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Overview

Basic Info.

Model NO.
TD1545
Trademark
TUNKIA
Origin
China
Production Capacity
1000

Packaging & Delivery

Package Size
55.00cm * 55.00cm * 30.00cm
Package Gross Weight
52.000kg

Product Description

TD1545 Verification Apparatus For DC Energy Meter

TD1545 DC Energy Meter test bench

1. Summary

TD1545 is a multi-functional instrument dedicated to the verification and calibration of DC electrical meter. It consists of DC voltage standard source, DC current standard source, DC small signal voltage source, DC standard virtual power source etc. It can verify not only conventional DC electrical measuring instruments, such as DC voltmeter/ammeter/power meter, but also DC shunt, direct and indirect connected DC energy meters.
 

2. Features

  1. Accuracy: class 0.01, class 0.02
  2. DC standard voltage source:10 mV~1150 V / 1550 V(option)
  3. DC standard current:1 mA~600 A
  4. DC small signal voltage source(four-line):10 μV~4.4 V
  5. Standard electric energy pulse input/output, used to detect the working error of electric energy meter
  6. A variety of quantity output adjustment methods
  7. Portable and easy to integrate into the cabinet to form a test system
  8. Support remote control adjustment output (option)
  9. Secondary signal measurement of transmitter (functional option)
 

3. Applications

☆ Calibration of DC electrical measuring instruments
TD1545 DC Energy Meter test bench
  1. Calibration of DC voltmeter and ammeter: the device has a built-in DC voltage standard source with an output range of 10 mV ~ 1550 V and a DC current standard source with an output range of 1 mA ~ 600 A. The voltage and current accuracy of the 0.02 level device reaches 0.01 level, which is applicable to the calibration of DC voltmeter or ammeter of 0.05 level and below.
  2. Calibration of DC power meter: a virtual power standard source composed of independent DC voltage and current output. The accuracy of a 0.02 level device reaches 0.02 level, which is applicable to the calibration of DC power meters of 0.1 level and below.
  3. Calibration of DC transmitter (option): The secondary DC signal measurement function of the optional transmitter supports the maximum DC 12 V or 24 mA signal input. With DC voltage, current and power standard sources, the proportional error of the transmitter can be detected.
 

☆ Calibration of DC electric energy meter
TD1545 DC Energy Meter test bench
  1. Application scenario 1: The maximum DC voltage output is 1550 V, meeting the requirements of 1.15 Un voltage test of 1 kV electrical energy meter; The maximum DC current output is 600 A, meeting the requirements of 1.2 In current test of 100 A electrical energy meter. With the power pulse measurement function, the test of direct connected DC watt hour meters for measuring DC electrical energy can be completed.
  2. Application scenario 2: The instrument has 10 μV~4.4 V four wire small signal voltage source, with 1550 V DC voltage source and electric energy pulse measurement function, can carry out the verification of indirect access DC electric energy meters.
  3. Application scenario 3: The maximum output of DC current is up to 600 A, which can be used as the primary current input of the DC shunt. With 1550 V DC voltage source and power pulse measurement function, the overall verification of the DC shunt + indirect connected meters for measuring DC electric energy can be achieved.
☆ Verification of DC shunt (option)
TD1545 DC Energy Meter test bench
  1. DC high current standard source: the maximum output is 600 A, which can be used as the primary current input of the DC shunt.
  2. DC small signal voltmeter: support voltage input range is 10 μV~4.4 V, which can measure the secondary output voltage of the DC shunt.
  3. Special low thermal potential wire and terminal block: it can reduce the measurement uncertainty introduced by contact potential and thermoelectric potential.
  4. Verification and test of DC shunt (option): it can measure the resistance value and basic error of the shunt, and draw R (I) and R (t) curve.

4. Characteristics

☆ Wide output / measurement range
TD1545 DC Energy Meter test bench
  1. The maximum output of its DC standard voltage source is 1550 V, and the maximum output of its DC standard current source is 600 A. The output range of the DC standard small signal voltage source used for the verification of indirect electric energy meters reaches ±(10μV~4.4 V);
  2. DC voltage measurement of the instrument up to 12 V, DC current measurement up to 24 mA.
 
☆ Four wire small signal voltage source
TD1545 DC Energy Meter test bench
  1. Four wire small signal voltage source:Precise output ± (10 μV ~ 4.4 V) small signal voltage signal is used as the current input of indirect connected DC energy meters (the specification of shunt can be set and displayed according to its primary current).

☆ Multiple output methods
TD1545 DC Energy Meter test bench
  1. The instrument has a "fixed-point output" mode. The required output value can be directly set by pressing the number keys on the console or clicking the touch screen, and the instrument will automatically switch to the optimal range output.
  2. In particular, when setting the power, input the voltage value and current value directly (as shown in b above).
TD1545 DC Energy Meter test bench
  1. The key operation area is equipped with a "rotary encoder", which can increase or decrease the value output by rotating clockwise or counterclockwise.


 
☆ Multiple output methods
TD1545 DC Energy Meter test bench
  1. When calibrating electrical measuring instruments, it is usually necessary to select calibration points according to the proportion of each range of the meter being tested;
  2. The user can select the calibration point of the tested meter through the "percentage verification point" on the touch screen of the instrument.



 
☆ Professional test software (option)
TD1545 DC Energy Meter test bench
  1. The instrument has RS232, LAN and USB communication interfaces, and its software functions can be customized according to customer needs.

5. Specifications

5.1 DC Voltage Output

Range Resolution Short Term Stability
(% / min)		 Accuracy (k=2)
(ppm of reading + ppm of range) [1]		 Maximum Burden Current (mA) Ripple  ( % )
Class 0.05 Class 0.02 Class 0.05 Class 0.02
100 mV 1 μV 0.005 3.5 μV 120 + 80 60 + 5 μV 200 < 1.0
300 mV 0.1 μV 0.005 0.002 120 + 80 60 + 40 200 < 1.0
1 V 1 μV 0.005 0.002 120 + 80 60 + 40 200 < 1.0
3 V 1 μV 0.005 0.002 120 + 80 60 + 40 200 < 1.0
10 V 10 μV 0.005 0.002 120 + 80 60 + 40 200 < 1.0
30 V 10 μV 0.005 0.002 120 + 80 60 + 40 200 < 1.0
100 V 0.1 mV 0.005 0.002 120 + 80 60 + 40 200 < 1.0
300 V 0.1 mV 0.005 0.002 120 + 80 60 + 40 60 < 1.0
600 V 0.1 mV 0.005 0.002 120 + 80 60 + 40 30 < 1.0
1000 V 1 mV 0.005 0.002 120 + 80 60 + 40 15 < 1.0
1500 V[2] 1 mV 0.005 0.002 120 + 80 60 + 40 10 < 1.0
Note [1] : (ppm = parts per million) (e.g.,10ppm = 0.001%).
[2]:1500V range is an option.
  1. Output range: 10 mV~1150 V, 7-bit display
  2. 1500 V voltage output option can be selected to expand the voltage output range to 10 mV~1550 V
  3. Protection function: Short circuit protection, overload protection
 

5.2 DC Current Output DCI [2]

Range Resolution Short term stability
 (% / min)		 Accuracy (k=2)
(ppm of reading + ppm of range) 		 Maximum Burden Voltage (V) Ripple
( % )
Class 0.05 Class 0.02 Class 0.05 Class 0.02
10 mA 0.1 μA 0.005 0.003 120 + 80 60 + 40 12 < 0.5
20 mA 10 nA 0.005 0.003 120 + 80 60 + 40 12 < 0.5
50 mA 10 nA 0.005 0.003 120 + 80 60 + 40 12 < 0.5
100 mA 0.1 μA 0.005 0.003 120 + 80 60 + 40 12 < 0.5
200 mA 0.1 μA 0.005 0.003 120 + 80 60 + 40 12 < 0.5
500 mA 0.1 μA 0.005 0.003 120 + 80 60 + 40 3 < 0.5
1 A 1 μA 0.005 0.003 120 + 80 60 + 40 3 < 0.5
2 A 1 μA 0.005 0.003 120 + 80 60 + 40 3 < 0.5
5 A 1 μA 0.005 0.003 120 + 80 60 + 40 3 < 0.5
10 A 10 μA 0.005 0.003 120 + 80 60 + 40 3 < 0.5
20 A 10 μA 0.005 0.003 120 + 80 60 + 40 3 < 0.5
50 A 10 μA 0.005 0.003 120 + 80 60 + 40 3 < 1.0
100 A 0.1 mA 0.005 0.003 120 + 80 60 + 40 3 < 1.0
200 A 0.1 mA 0.005 0.003 120 + 80 60 + 40 3 < 1.0
500 A 0.1 mA 0.005 0.003 120 + 80 60 + 40 3 < 1.0
Note: [3] As the current input of the direct access DC electric energy meter, or the current input of the external shunt of the indirect access DC electric energy meter;
  1. Output range: 1 mA~600 A, 7-bit display
  2. Protection function: open circuit protection, overload protection
 

5.3 DC Small Signal Voltage Output/Measurement DCIU [3]

Range Resolution Short term Stability
 (% / min)		 Accuracy (k=2)
(ppm of reading + ppm of range)		 Maximum Burden Current (mA) Ripple ( % )
1 mV 10 nV 0.1 μVrms 120 + 0.3 μV - < 0.2
3 mV 10 nV 0.3 μVrms 120 + 1 μV - < 0.2
10 mV 0.1 μV 1 μVrms 120 + 3 μV - < 0.2
30 mV 0.1 μV 0.002 120 + 80 - < 0.2
100 mV 1 μV 0.002 120 + 80 - < 0.2
300 mV 1 μV 0.002 120 + 80 ≤ 10 < 0.2
1 V 10 μV 0.002 120 + 80 ≤ 10 < 0.2
4 V 10 μV 0.002 120 + 80 ≤ 10 < 0.2
Note: [3] When the indirect connected DC energy meters is verified separately, it can be used as its current input (corresponding to the shunt voltage)
  1. Output range: ± ( 10 μV~4.4 V ), 7-bit display
  2. The specification and current voltage ratio of the shunt can be set, and the output value can be displayed according to the voltage or current converted by the shunts

5.4 DC Electric Energy

DC Power/Electric Energy Range Combination of DC voltage and DC current (or DC small signal voltage)
Accuracy class 0.05:0.05%*RD
class 0.02:0.02%*RD
Electric energy pulse Standard Electric Energy Pulse Output High frequency full range value corresponds to 60 kHz;
Low frequency full range value corresponds to 6 Hz;
Pulse Output Frequency Output frequency jitter time<10 μ s
Standard Electric Energy Pulse Input Signal amplitude is 5V, TTL level;
Able to receive high-frequency pulses ≤ 200 kHz;
FH=60 kHz × Power value ÷ voltage range value ÷ current range value
FL=60 kHz × Power value ÷ voltage range value ÷ current range value ÷ 10000
Electric Energy Error Display Automatic display, resolution 0.0001%
 

5.5 DC Small Signal Measurement (option)

Voltage/Current Range Measuring Range Accuracy (k=2)
(ppm of reading + ppm of range)
1 V ± (0~1.2) V 60 + 40
10 V ± (0~12) V 60 + 40
2 mA ± (0~2.4) mA 60 + 40
20 mA ± (0~24) mA 60 + 40
 

6. Ordering Information

TD1545 DC Energy Meter test bench

 

7. General Specifications

Power Supply AC ( 220 ± 22 ) V, ( 50 ± 2 ) Hz
Temperature Performance Working temperature: 15°C~30°C;
Calibration temperature: 18°C~22°C;
Storage temperature: -20°C~70°C
Humidity Performance Working humidity: < 80% @ 30°C, < 70% @ 40°C, < 40% @ 50°C
Storage humidity: (20%~80%) R·H, No condensation
Interface RS232,USB,LAN


 
Company Profile
 

TD1545 DC Energy Meter test bench


 

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