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Sonel MZC-340-PV Loop Tester

£5,580.00 £4,650.00
Availability: In stock
SKU
Sonel MZC-340-PV Loop Tester-WMGBMZC340PV

Sonel MZC-340-PV

Index: WMGBMZC340PV

Sonel MZC-340-PV is used for measurements in networks with rated voltage up to 900V AC.  Ideal for tests in facilities controlled by power companies, wind farms, high-speed rail and solar farms.

  • High-current fault loop impedance meter has an installation working range of 200V to 900V and frequencies 45-65Hz.
  • Measurement of very low short circuit loop impedances (resolution 0.1mΩ) with a current of 130A at 230V, 305A at 550V, 250A at 900V AC.
  • Perform measurements in short circuit system: phase-phase, phase-PE, phase-N

Comes complete with a free of charge calibration Certificate Traceable to National Standards when purchased new, from us.

DESCRIPTION

  • Remote measurements mean maximum safety

Choose the Sonel MZC-340-PV high-current short-circuit loop impedance meter for operating voltages up to 900 V AC with measurement category CAT IV 1000 V and efficient ventilation system for smooth and effective operation without downtime. It is only wirelessly controlled.

In case of multiple short-circuit loop impedance measurements, some measuring devices may get blocked. This problem does not affect the Sonel MZC-340-PV meter. To prevent blockages, the device is equipped with a special high performance ventilation system that significantly reduces the time required to cool the short-circuit resistor. The Sonel MZC-340-PV advanced high current meter is the right choice for professionals in the power, electrical, as well as installation and measurement industries. The device combines extensive measuring capabilities with high durability and resistance to harsh working conditions. A specially developed ventilation system translates into greater efficiency and significantly reduces working time.

Capabilities

  • Measurement of very low short circuit loop impedances (with resolution 0.1 mΩ) with a current of 130 A at 230 V; maximum 305 A at 550 V AC and 250 A at 900 V AC.
  • Measurements in installations with rated voltages: 220/380 V, 230/400 V, 240/415 V, 290/500 V, 400/690 V, 460/800 V (from 200 V up to 900 V) and frequencies 45...65 Hz.
  • Ability to perform measurements in short circuit system: phase-phase, phase-PE, phase-N.
  • Differentiation between the phase voltage and the inter-phase voltage while calculating the short circuit current.
  • 4p (four-pole) method, test leads do not require calibration (measurement with current up to 305 A).
  • Measurement of resistance (RS) and reactance (XS) components.

Additional features

  • Remote control.
  • Touch voltage and touch shock voltage measurement with resistor 1 kΩ).
  • AC voltage measurement in range 0...900 V.
  • Frequency measurement 45.0...65.0 Hz.
  • Memory of 990 measurement results, data transmission via USB and Wi-Fi.
  • Power supply: rechargeable battery.

Facing the challenge

When building medium- and large-scale PV farms, designers, guided by the need to ensure the highest possible energy yield and thus the maximum return on investment, select inverters with a voltage of 1500 V DC / 800 V AC. Testing of such a system must address both the AC and DC sides of the PV system. Testing of all AC circuits must be performed in accordance with the requirements of IEC 60364-6.

 The output voltage of 800 V AC, which in real conditions often exceeds this value, poses a huge problem for contractors and servicing companies, since for such high voltages there are no devices on the market to check the installation for compliance with the conditions of electric shock protection in terms of measuring the impedance of the short circuit loop.

The energy released at mains voltage of 800-900 V AC can pose a danger to the personnel performing measurements. That’s why the MZC-340-PV is only wirelessly controlled.

Applications

The instrument is used for measurements in networks with rated voltage up to 900 V AC, where the prospective fault current may reach over 100 kA, as measured according to EN 61557.

 These parameters make the meters perfect for tests and measurements at wind farms, high-speed rail and in facilities controlled by power companies.

Remote working is always the best solution

The instrument can be controlled remotely - all that is required is for the meter to be logged into the same Wi-Fi network as the controlling device, i.e. any device with a web browser. After calling up the virtual control panel in the browser, the user will be able to start the measurement from a convenient distance and then read out the results.

By the same means, he will gain access to the stored measurement results. Importantly, he or she will also be able to download them in the classic manner, i.e. via a USB connection.

Technical  specifications

     

Measurement functions

Measurement range

Display range

Resolution

Accuracy

Voltage

0 V…900 V

0 V…900 V

1 V

from ±(2% m.v. + 2 digits)

Frequency

45.0 Hz…65.0 Hz

45.0 Hz…65.0 Hz

0.1 Hz

±(0.1% m.v. + 1 digit)

Short-circuit loop parameters

 

 

 

 

4p method - high current measurement maximum current 300 A

7.2 mΩ…1999 mΩ

0.0 mΩ…1999 mΩ

from 0.1 mΩ

±(2% m.v. + 2 mΩ)

acc. to EN 61557-3

Short-circuit current readings

 

 

 

 

4p method - high current measurement network voltage 115 V…690 V

up to 400 A…111.1 kA

110.0 A…199.9 kA

from 0.1 A

Calculated on the basis of error for fault loop

acc. to EN 61557-3

Touch and shock voltage

 

 

 

 

4p method - high current measurement

0 V…100 V

0 V…100 V

1 V

±(10% m.v. + 2 digits)

m.v. - measured value

       

 

Safety and work conditions

 

Measuring category according to EN61010

IV 1000V

Ingress protection

Open cover

Closed cover

 

IP20

IP67

Type of insulation according to EN61010-1 and EN61557

Double

Power supply

Li-Ion 7.2V 8.8 Ah rechargeable battery

Dimensions

429 x 328 x 236 mm

Weight

Ca. 9kg

Operating temperature

-10 to +40°C

Storage temperature

-20 to +60°C

Humidity

20 to 90%

Nominal temperature

23 ± 2°C

Reference humidity

40% to 60%

Memory of measurement results

990 results

Data Transmission

USB, Wi-Fi

Quality standard – Development, design and production

ISO 9001

The product meets the EMC requirements according to standards

EN 61326-1

EN 61326-2-2

Standard accessories:
  • Double-wire test lead 3m (10/25A) CAT IV 1000V U1 / I1 (WAPRZ003DZBBU1I1CATIV) U2 / I2 (WAPRZ003DZBBU2I2CATIV)
  • 2x Kelvin clamp, 1kV 25A CAT IV 1000V (WAKROKEL07)
  • 2x high-current pin probe 1 kV CAT IV 1000V (banana sockets) (WASONSPGB2)
  • Mains cable 230V with IEC C7 plug (WAPRZLAD230)
  • Power supply Z-19 (WAZASZ19)
  • USB cable (WAPRZUSB)
  • M-6 carrying case (WAFUTM6)
Optional accessories:
  • Control panel (WAPOZTAB08)
  • Test lead 5kV 1.8m (banana plugs) black shielded (WAPRZ1X8BLBB)
  • Pin probe 5kV (banana socket) black (WASONBLOGB2)

Sonel MZC-340-PV comes complete with a free of charge calibration Certificate Traceable to National Standards when purchased new, from us.

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