Omicron CMS 356 Voltage and current amplifier

Cod: Omicron CMS 356


 

Brosura produs PDF, 0.35 Mb
     

Descriere

The CMS 356 is a voltage and current amplifier for analog low-level signals provided by a CMC test set or by any other signal source, such as a digital real-time power system network simulator. When used in combination with a CMC test set, the amplifier extends the capabilities of the test set to provide additional output channels and higher amplitudes.

 

The high-amplitude and high-power current outputs make it equally suitable for testing modern numerical relays as well as high-burden electromechanical relays. The outputs of the voltage amplifier and the current amplifier are galvanically separated from each other and also from the inputs as well as from the mains. Configuration and monitoring of the device status of the CMS 356 amplifier can be performed via the easy-to-use web interface.

 

Features:

  • Six analog low-level inputs with selectable range (½7.07 Vpk or ½10 Vpk)
  • Numerous output configurations, for example, 3 x 300 V + 3 x 64 A or 6 x 32 A
  • Calculation and output of residual voltage and current
  • Parallel connection of several CMS 356 units for even higher current amplitudes
  • All current and voltage outputs are fully overload and short circuit proof
  • Protection against voltage transient signal and over temperature
 

Alte produse OMICRON

OMICRON MPD 600 HIGH-END MEASURING AND ANALYSIS SYSTEM FOR PARTIAL DISCHARGES

• Unsurpassed immunity to interference for partial discharge measurements, even under difficult operating conditions
• High measurement accuracy thanks to completely digital data processing
• Quickly and easily extendible to a virtually unlimited number of channels

 

OMICRON CMC 256 + HIGH PRECISION RELAY TEST SET AND UNIVERSAL CALIBRATOR

• Protection test set and universal calibrator in one device
• Testing of all relay generations ½ electromechanical, static, numerical, IEC 61850
• Highly accurate test signals. For meter testing: The sources are the reference ½ no additional reference meters are required

 

OMICRON CMCONTROL P SIMPLE TESTING OF PROTECTION AND MEASUREMENT DEVICES WITH CMC TEST SETS

• Simple and fast testing with innovative user guidance
• Runs on Windows & Android devices and on the dedicated front panel control unit
• Reduced testing efforts, increased productivity

 

OMICRON TESTRANO 600 THREE-PHASE POWER TRANSFORMER TEST SYSTEM

• Powerful device (3x 33 A DC and 400 V AC)
• One setup for multiple tests, less re-connecting
• Three times faster testing

 

OMICRON COMPANO 100 PRIMARY INJECTION, SECONDARY INJECTION AND BASIC PROTECTION TEST SET

• Accurate output of desired value
• Run complex predefined sequences and ramps
• Polarity check signal generation for quick setup of wiring tests

 

OMICRON ISIO 200 BINARY INPUT/OUTPUT (I/O) TERMINAL WITH IEC 61850 INTERFACE

• Testing of complex protection schemes with CMC test sets
• Remote control of binary outputs
• Indication of GOOSE timeouts and malfunctions using alarm output contact
• Integration of conventional devices into IEC 61850 systems

 

OMICRON VOTANO 100 ACCURATE AND MOBILE VOLTAGE TRANSFORMER TESTING AND CALIBRATION SYSTEM

• Determination of VT ratio and phase angle accuracy for different voltage levels
• VT winding resistance measurement of secondary windings
• Determination of magnetization characteristics
• Leakage reactance measurement

 

OMICRON CMC 353 COMPACT AND VERSATILE THREE-PHASE RELAY TEST SET

• Compact design and light weight
• High current amplitudes for 5 A relay testing
• Powerful current sources for testing electromechanical relays

 

OMICRON CMC 430 ULTRA-PORTABLE PROTECTION TEST SET AND CALIBRATOR

• Precise test signals for protection testing and device calibration
• Robust design with shock absorbing edge protection
• All terminals on front side

 

OMICRON TANDO 700 PRECISE MEASUREMENT OF DISSIPATION FACTOR, POWER FACTOR AND CAPACITANCE

• Reliable measurement accuracy in heavy interference environments
• Galvanic isolation for optimum safety during setup and operation
• Large input measurement range for a wide variety of test objects