Omicron TESTRANO 600 Three-phase power transformer test system

Code: Omicron TESTRANO 600


 

Datasheet PDF, 2.64 Mb
         

Description

TESTRANO 600 is the world½s first portable (20 kg / 44 lbs), three-phase power transformer test system, which supports most common electrical tests on power transformers for routine and diagnostic testing onsite or during factory acceptance tests (FAT).

 

By using TESTRANO 600 you can perform various tests on power transformers without re-connecting. The three integrated sources speed up testing as tests can be done on all three phases simultaneously. Thus, TESTRANO 600 cuts down testing time to one third compared to testing times with conventional single-phase test sets.

 

You can operate TESTRANO 600 via the smart TESTRANO TouchControl on the integrated 10.6½, multi-touch display or by using the Primary Test Managerâ„¢ (PTM) software on your laptop.

 

Features:

  • Powerful device (3x 33 A DC and 400 V AC)
  • One setup for multiple tests, less re-connecting
  • Three times faster testing
  • Active discharge function for increased efficiency and safety during testing
  • Fast and reliable demagnetization
  • Portable and compact ½one-box½ solution (20 kg / 44 lbs)
 

More products OMICRON

OMICRON CMC 310 TEST SET FOR BASIC THREE-PHASE TESTING

• Easy manual testing with the CMControl P unit and the CMControl P App running on a Windows PC or an Android Tablet
• Portable and lightweight testing solution
• Reduced testing efforts, increased productivity

 

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 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 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 OMS 605 SYSTEM PORTABLE ON-LINE PARTIAL DISCHARGE DIAGNOSIS AND MONITORING SYSTEM FOR VARIOUS ELECTRICAL ASSETS

• All-in-one solution for on-line PD diagnosis and monitoring
• Easy to transport to different locations
• Plug-and-play modules for fast system set-up
• Compatible with a variety of PD sensors

 

OMICRON DANEO 400 HYBRID SIGNAL ANALYZER FOR POWER UTILITY AUTOMATION SYSTEMS

• Hybrid measurement of analog/binary signals and network traffic
• Distributed recording with multiple time-synchronized devices
• IEC 61850 communication verification based on SCL information
• Live observation of measurement values and IEC 61850 messages

 

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 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

 

OMICRON CPC 80/CP TD1 CAPACITANCE/DISSIPATION FACTOR TEST SYSTEM

• Reliable and exceptionally precise results even under extreme conditions due to excellent noise suppression
• Automated storage of test results and report generation
• Built-in safety features provide highest operator safety during testing

 

OMICRON MONGEMO PERMANENT ON-LINE PARTIAL DISCHARGE MONITORING SYSTEM FOR POWER GENERATORS AND ELECTRICAL MOTORS

• Customized system approach to match specific monitoring requirements
• Synchronous, four-channel PD data acquisition for complete PD assessment
• Advanced noise suppression and fully automated PD cluster separation for convenient evaluation