Showing results: 106 - 120 of 137 items found.
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ST9020 -
Shenzhen Star Instrument Co., Ltd.
The ST9020 single-phase energy meter test equipment is full-featured and stable. Optional accuracy classes are 0.1 and 0.05. As divided by structure there are combined type, integrated type and auto wiring type. The meter test equipment is controlled via PC-based software. Choices of meter position are 6, 12, 24, 30, 48 and 60.
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Model 2130 -
TransData, Inc.
The TransData Model 2130 is a fully automated, computer controlled electricity meter test set designed for on-site accuracy testing and revenue certification of high-accuracy, multi-function energy meters to meet rigorous PUC, Sarbanes Oxley and ISO testing requirements.
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ST9001D5 -
Shenzhen Star Instrument Co., Ltd.
The ST9001D5 three-phase energy meter test equipment is full-featured and stable. Optional accuracy classes are 0.05, 0.02 and 0.01. The product series include: universal type, smart meter type, high-class reference meter type, and equipotential isolation type. As divided by structure there are combined type and integrated type. The meter test equipment is controlled via PC-based software. Choices of meter position are 3, 6, 8, 12, 24, 32 and 48.
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SY2103 -
Hong Kong Songyang Industrial Ltd.
The new SY2103 series portable three phase phantom load stable power source, designed from new digital wave compound technology and according to International Standard, is newly intelligent equipment for energy meters. The equipment includes voltage/current source & standard meter, operated easily through front panel to preset directly all data of meter under test and test process.
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T 3000 -
Altanova Group
T 3000 is a primary current injection testing system designed to perform primary tests requested in substations commissioning. It allows to perform different tests and measurements on current transformers, voltage transformers, power transformers, protection relays, energy meters and transducers
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EE-120A-3S + EE-500V-3 -
EMSYST Ltd
The Phantom Load is able to generate three-phase voltages and currents with unprecedented stability and measurement accuracy. The amplitude and phase-shift of each current and voltage is individually adjustable. All types of electricity meters – mechanical or electronic, for active, reactive or apparent energy, single-phase or three-phase – can be tested with the Energy Standard. The following meter tests can be carried out with the EE Test System: Error Test, Register Test, No Load Test and Starting Current Test. Full analysis of the customer load can also be performed, if current clamps have been ordered. All test results ( maximum 3 Test Plans, 5 Manual Measurements and Customer Load Analysis) can be saved in one file. 100 saved files can be viewed on the LCD display or transferred to a PC via USB port.
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DRTS 66 -
Altanova Group
DRTS 66 is the most powerful diagnostic test set designed to perform accurate tests on protection relays, transducers, energy and power quality meters. This advanced test equipment is also thought to satisfy all the needs related to commissioning and substation maintenance. 6 Current and 6 Voltage generators simultaneously available.
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DRTS 34 -
Altanova Group
DRTS 34 is the most powerful diagnostic test set designed to perform accurate tests on protection relays, transducers, energy and power quality meters. This advanced test equipment is also thought to satisfy all the needs related to commissioning and substation maintenance. 3 Current and 4 Voltage generators simultaneously available.
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DRTS 33 -
Altanova Group
DRTS 33 is the most powerful diagnostic test set designed to perform accurate tests on protection relays, transducers, energy and power quality meters. This advanced test equipment is also thought to satisfy all the needs related to commissioning and substation maintenance. 3 Current and 3 Voltage generators simultaneously available.
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DRTS 64 -
Altanova Group
DRTS 64 is the most powerful diagnostic test set designed to perform accurate tests on protection relays, transducers, energy and power quality meters. This advanced test equipment is also thought to satisfy all the needs related to commissioning and substation maintenance. 6 Current and 4 Voltage generators simultaneously available.
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ST2302 -
Shenzhen Star Instrument Co., Ltd.
The ST2302 three-phase energy meter field test analyzer reaches accuracy class 0.02. Its stable performance comes from the embedding technology and digital signal processing. It is Windows CE-based and provides 7 inches color LCD display.
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Computec SRL
- Laboratory of electrical tests and measurements- Injection of voltages and currents. - Megger SMRT33 Triphasic Case- Protection relay test- Tests with class 0.2 instruments - Fluke N5K 3PP50IP Norma 5000 High Precision Power Analyzer- Verification of energy meters- Fault Recorder Verification- Verification of Power Quality Analyzers- GPS verification
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PEWM-3C -
EMSYST Ltd
The three-phase energy standard PEWM-3C is used for quick on-site tests of all types of electricity meters – for active, reactive or apparent energy, two-, three- or four-wire connection. Three voltages and three currents are measured at the same time. The current can be measured either via direct connection up to 10A (class 0.1), or with three current clamps (CC) to 120A, 150A or 1000A (class 0.2).
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ASTel -
Radian Research, Inc.
Three-phase Meter Test Equipment of ASTeL 3.2x.x series system is a fully automatic system enabling simultaneous, multi-position calibration and legalization of electric energy meters. The automatics include power sources, reference standards, stand controllers, photoelectric scanning heads, separating transformers, and other elements of the system. All these elements are controlled through a Windows based executive program.
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KoCoS Messtechnik AG
Dramatic advances in the field of measurement technology and the use of state-of-the-art micro-electronics have led to the development of a new generation of electricity meters which are far more accurate than their predecessors of just a few years ago. As well as measuring the exact amount of energy used, a high level of integration enables electronic meters to perform a number of additional functions. As a result, these meters are also more sensitive to network irregularities. This means that regular testing is the only way to ensure that a meter functions correctly, both during final factory tests and during the entire life span of a meter.