Portable Test Equipment - MTE Meter Test Equipment AG (2024)

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PWS 3.3 genXThe PWS 3.3 genX is a combination of a Portable Working Standard of class 0.05 % and an IEC 61000-4-30 Class A compatible Power Quality Analyzer with 4 voltage (U1, U2, U3, UN, UPE) and 4 current channels (direct: I1, I2, I3 and via clamp-on CT: IN / IPE Neutral current / Protection Earth current).The modular concept of the PWS 3.3 genX allows the extension of the direct current measurement range from 12A up to 120A and the addition of a battery pack keeps the device running in the event of interruptions in the supply voltage.CheckSystem 2.1The CheckSystem 2.1 portable test system consists of an integrated single-phase 120 A current source unit and a single-phase electronic reference standard available in class 0.2.PWS 2.3 genXThe PWS 2.3 genX Portable Working Standard is a three-phase portable electronic meter test unit of accuracy class 0.1, used for testing single and three-phase electricity meters on site. The PWS 2.3 genX allows checking of all meter installation parameters and associated circuits.Clip-on CTs up to 120 AError compensated clip-on CTs for measurement in the range of 10 mA ... 120 A.PRS 600.3The PRS 600.3 is a combination of a three-phase Portable Reference Standard of accuracy class 0.02 and an IEC 61000-4-30 Class A compatible Power Quality Analyzer with 3 voltage and 3 current channels. The device is equipped with two 8.4” colours TFT VGA displays based on touch screen operation.CALegrationCALegration is an all-in-one software package to operate MTE´s portable and stationary test equipment product lines with one software solution and on a common database. It bundels the fuctionalities and advantages in a new comprehensive software solution.CheckSystem 2.1 SThe CheckSystem 2.1 S portable test system consists of an integrated single-phase 120 A current source unit and a single-phase electronic reference standard available in accuracy class 0.05.CheckMeter 2.3 genXThe CheckMeter 2.3 genX Portable Working Standard is a three-phase portable electronic meter test unit of accuracy class 0.2, used for testing single- and three-phase meters on-site.NEW: If only single-phase meters are to be tested, the CheckMeter 2.3 genX can be ordered with a single-phase user interface and a single-phase 120A current clamp to simplify operation.K2008The K2008 is a three-phase comparator of accuracy class 0.005 (50ppm) with direct voltage and current inputs. It has been designed for universal laboratory and test applications and is intended for checking and the calibration of reference standards for electrical power and energy. In addition, it can be integrated into meter or reference standard test systems of highest accuracy.PTS 2.3 genXThe PTS 2.3 genX portable test system consists of an integrated three-phase current source unit and a three-phase electronic reference standard of accuracy class 0.1. Characteristic features of the PTS 2.3 genX are its wide measuring range, high accuracy and high tolerance to unwanted external influences.Clip-on CTs up to 100 AElectronically compensated clip-on CT's up to 100 AClip-on CTs up to 1000 APrecision current clamps up to 1000 AFLEX 3000Flexible Current Transformers up to 3000 ACALegration PQThis document is an extension to the CALegration Operation Manual and treats especially the Power Quality functions of the software.For the installation and basic functions of the software please consult the CALegration Operation Manual also.A Login is required to download the CALegration PQ manual.PTS 3.3 genXThe PTS 3.3 genX portable test system consists of an integrated three-phase current and voltage source unit and a three-phase electronic reference standard of accuracy class 0.05. Characteristic features of the PTS 3.3 genX are its wide measuring range, high accuracy and high tolerance to unwanted external influences.PPS 3.3 genXThe PPS 3.3 genX is a powerful and portable three-phase current and voltage source. All test values are generated absolutely synthetically with a high degree of accuracy and stability.Transport pocket PWS 2.3 genXThe transport pocket has been especially designed for the portable working standard PWS 2.3 genX and allows transporting the standard well protected and comfortable to the use on site.CheckSystem 2.3The CheckSystem 2.3 portable test system consists of an integrated three-phase electronic reference standard of accuracy class 0.2 and a current source up to 16 A.SH 11The SH 11 universal scanning head is suitable for scanning the marks of mechanical rotating disc meters or the detection of light emitting diodes (LED's) of electronic meters plus simulated pulses on LCD displays. Mode of operation is selectable via a switch.PTS 400.3 PLUSThe portable, fully automatic test system PTS 400.3 PLUS consist of two seperate modules. The highly accurate reference standard PRS 600.3 of accuracy class 0.02 and the programmable power source PPS 400.3, available in two versions of up to 12 A or 120 A.SH 2003The SH 2003 photoelectric scanning head is suitable for scanning the marks of mechanical rotating disc meters or the detection of light emitting diodes (LED's) of electronic meters. Mode of operation is selectable via a switch.CheckSource 2.3The CheckSource 2.3 is a three-phase current source for currents up to 6 A. The test currents are generated with the same frequency and a user-defined phase shift to the voltages applied to the voltage inputs (phantom load). Alternatively the test currents can also be generated with a user defined frequency.PWS 3.3The PWS 3.3 is a combination of a three-phase Portable Working Standard of accuracy class 0.05 or 0.1 and an IEC 61000-4-30 Class A compatible Power Quality Analyzer with 3 voltage and 4 current channels.PPS 400.3The PPS 400.3 is a powerful and portable threephase current and voltage source. All test values are generated absolutely synthetically with a high degree of accuracy and stability. Following the different demands of customers, this source is available in two versions, for the supply of transformer meters with a maximum current up to 12 A as well as wider range source up to 120 A. The PPS 400.3 portable power source may be usedCALPORT 300The CALPORT 300 is a accuracy class 0.05 Reference Standard and an universal test system for the comprehensive investigation and commissioning of all components of a modern metering installation.TVU 7.2The TVU 7.2 scanning head support is for on-site meter testing with the SH 11 photoelectric scanning head.SCD 2003The SCD 2003 scanning head support is for on-site meter testing with the SH 2003 photoelectric scanning head.VIDEOHot SticksHot Sticks for measurements on high voltage and current potential up to 40 kV and 2000 A.Transport case to PTS 400.3 PLUSThe transport cases has been especially designed for the portable test system PTS400.3 PLUSand allows transporting the test system well protected and comfortable to the use onsite.IMP-IF 1The IMP-IF1 interface adapter is suitable for interfacing MTE reference standards with meters having retransmitting contacts, open-collector transistor outputs or true S0-outputs to allow full testing of meters with these types of outputs interfaces.SH 2015The SH 2015 photoelectric scanning head is designed for the efficient and accurate testing of electronic meters.
Portable Test Equipment - MTE Meter Test Equipment AG (2024)

FAQs

What is energy meter testing equipment? ›

The Meter Test Equipment is used to calibrate & test the accuracy of the Three-phase & Single-phase energy meters. Similarly, it's compatible to test electricity meters, both static and electro-mechanical.

What is a tester equipment? ›

Test Equipment means testers, fixtures, tooling, and other test equipment used in manufacture, assembly, and production test of the Products, as set forth on Exhibit B hereto.

What are the different types of testing in energy meter? ›

The performance test of an electric meter is divided into three main segments. These include circuiting, electrical, and climatic conditions. In every test, ensure you're using the best equipment for testing electric meters. The climatic test conditions include external factors that influence your meter's performance.

How to test an energy meter? ›

Test Procedure:

Between all interconnected current and voltage circuits and auxiliary circuits with a reference voltage > 40V on the one hand and earth on the other : 5 MΩ Between circuits not intended to be connected together in service (Current and Voltage circuit in case of transformer operated meters): 50 MΩ.

What is basic test equipment? ›

Basic equipment

The following items are used for basic measurement of voltages, currents, and components in the circuit under test. Voltmeter (Measures voltage) Ohmmeter (Measures resistance) Ammeter, e.g. Galvanometer or Milliammeter (Measures current)

Which equipment is used for testing? ›

In the electronic industry voltmeters, ohmmeters, ammeters, capacitance meters, and EMF meters (to measure electronic and magnetic fields), signal generators, digital pattern generators, pulse generators, oscilloscopes and frequency counters are used to produce signals and then measure the response of the object being ...

What is the difference between a multimeter and a tester? ›

The difference between a multimeter and a voltage tester is the non-contact voltage tester only detects whether or not voltage is present. A multimeter can tackle many different measurements and tests, including measuring the voltage level on the wire.

What is energy meter used for? ›

The energy meter is an electrical measuring device, which is used to record Electrical Energy Consumed over a specified period of time in terms of units.

What does energy meter do? ›

Electric meter or energy meter measures the total power consumed over a time interval. Electric utilities use electric meters installed at customers' premises for billing and monitoring purposes. They are typically calibrated in billing units, the most common one being the kilowatt hour (kWh).

What is an energy meter? ›

An energy meter is an electrical device that measures the electrical power being consumed and this allows the energy consumed over time (by a residential building, a business, or an electrically powered device) to be determined.

How does an energy meter work? ›

The working principle of an electric energy meter is based on Faraday's law of electromagnetic induction, which states that when a current flows through a conductor, it will generate a magnetic field around it. Electric energy meters use this principle to measure electrical energy consumption.

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