Brand: Applied Precision

Transformator de precizie tensiune secundar izolat monofazat Applied Precision D-MSVT 1110B

Cod: Applied Precision D-MSVT 1110B


 

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Descriere

Distributed Multi Secondary Voltage Transformer D-MSVT™

 

Isolation Transformer for testing single-phase meters with interconnected current and voltage circuits

 

The Distributed Multi Secondary Voltage Transformer D-MSVT™ is a voltage uncoupling system for elimination of interaction of simultaneously single-phase electricity meters having interconnected current and voltage circuits (closed I-P links).

The accuracy is specified as maximum deviation of voltage output of any unit in the batch. Any output voltage can be used as reference for voltage measurement for the whole batch.

The unit is equipped with over-current protection fuse.

The unit is designed to work with two nominal voltages (115 V and 230 V). The transformers can be used for voltage doubling and halving with specified accuracy.

The transformers are optimized for minimum capacitive leakage current from input side to the isolated output device. This feature maintains accuracy of meter testing at low-currents.

The unit has negligible additional power loss therefore no power increase is needed for test system upgrade to closed link test capability.

The MSVT 1110B is the basic unit of the Distributed Multi Secondary Voltage Transformer D-MSVT™ system. It is constructed as universally applicable standalone unit with easy implementation into any existing test bench system.

 

 

  •  DIN rail mounting possibility
  • Accuracy class 0.05 for differential measurement
  • Optimized for minimum residual capacitive current from the input to output circuits
  • Operation without external power supply
  • Selectable 1:1, 1:2, 1:0.5 transfer ratio
  • Built-in short circuit protection
  • Easy user-friendly mounting enable simple extension of any existing single-phase meter test equipment to closed I-P link testing capability
 

Alte produse APPLIED PRECISION

SURSA TRIFAZATA SARCINA FANTOMA CU CONTOR ETALON INTEGRAT PT CALIBRARE CONTOARE ELECTRICE

• Multifunction portable signal source with integrated working standard of power and energy
• Model PTE 2100A : 1-phase, 0.05% Class Accuracy
• Model PTE 2100E : 1-phase, 0.02% Class Accuracy
• Model PTE 2300A :3-phase, 0.05% Class Accuracy
• Model PTE 2300E : 3-phase, 0.02% Class Accuracy
• Power Source per phase: Voltage 3..300V, Current 1mA..120A
• Reference Meter per phase : Voltage 30..300V, Current 1mA..120A

 

TRANSFORMATOR DE TENSIUNE SI PRECIZIE CU REJECTIE MOD COMUN TESTARE CONTOARE ELECTRICITATE APPLIED PRECISION CMR-U 1110A

• DIN rail mounting possibility
• Accuracy class 0.05
• Elimination of residual capacitive current from the input to output
• Operation without external power supply
• Unity transfer ratio of the CMR-U unit enables simple user test of functionality and accuracy
• Built-in short circuit, overload and misconnection protection

 

TRANSFORMATOR CURENT REJECTOR MOD COMUN TESTARE CONTOARE ELECTRICITATE APPLIED PRECISION CMRI

• Standalone through-hole precision electronically compensated transformer with single
• wire capability
• Excellent accuracy and dynamics
• Remote control via serial communication
• Monitoring of individual contact resistance and power loss
• Protection against open circuit and overload

 

RECTIFICATOR UNDA CURENT DIRECT TESTARE CONTOARE ELECTRCITATE APPLIED PRECISION HWR

• Ideal zero-voltage switch
• Negligible power loss
• Simple functionality modification

 

SURSA TENSIUNE SI CURENT DE INALTA PUTERE SI PRECIZIE CALIBRAT CONTOARE APPLIED PRECISION PS

• 1 or 3 Phases
• 0.2 0.05 0.02 0.01 Class
• 100 VA to 2500 VA Output Power
• Up to 500 V Output Voltage
• Up to 200 A Output Current
• Modular design with simple customization
• Signal generation based on digital synthesis of the signal waveform

 

STAND AUTOMATIZAT MASURA, TESTARE, CALIBRARE CONTOARE ELECTRICITATE APPLIED PRECISION ELMA

• The accuracy of the power and energy reference meter is available up to 0.01 %. The reference meter measures all main and influencing quantities inclusive harmonic analysis and distortion of the test signals.
• The available power and the maximum current of 240 A of extremely pure synthesized 4-quadrant test signal covers the needs of both precision and high capacity testing laboratories. The test signal can be created with user defined harmonic content.

 

UNITATE EVALUARE LOCALA EROARE CONTOARE ELECTRICITATE TESTATE APPLIED PRECISION OPS

• Remotely configurable either for reflexive mark or SO output of electromechanical or LED of electronic meters
• Supplied with enhanced optical scanner working with coded signal which suppresses false light signals
• Auto-calibration capability significantly increases the work comfort and productivity of the test system
• Remotely controlled internal dividers enable evaluation of high constant meters with light impulses up to 1 kHz

 

CONTOR ETALON PORTABIL ELECTRICITATE APPLIED PRECISION WS

• Lightweight compact size
• Single-phase and three-phase versions, accuracy classes 0.2, 0.1, 0.05
• USB, RS-232 and optical interface
• Vector diagram and signal shape display (oscilloscope mode)
• Harmonics analysis in tabular and graphical format
• Two universal input channels for any combination of Voltage and Current probes for Power or CT / VT ratio
• Optional wireless communication interface and wireless scanning head
• Optional portable printer

 

ANALIZOR PORTABIL PROPRIETATI TRANSFER CALDURA APPLIED PRECISION ISOMET 2114

• Measurement of Thermal Conductivity, Thermal Diffusivity, Volume Heat Capacity and Temperature
• Lightweight compact size
• Color graphic display and alphanumerical keypad
• USB and RS-232 interface
• High capacity internal memory for results
• Transport case with high protection degree

 

STANDARD REFERINTA FAZA ZERO APPLIED PRECISION ZPS 1101

• Broad-band operation up to 100th harmonic of mains frequency
• Optional scalable current up to 240 A (720 A)
• nominally zero phase angle between the current flowing through the resistor and the respective voltage on its voltage terminals