ART3V RELAY TEST SYSTEM

ART3V RELAY TEST SYSTEM
The new ART3V Relay Test System brings new features to our range of relay test equipment making it far more adaptable. The new output voltages are higher and have a finer level of accuracy and control. The new full colour LCD provides more test detail, making it easy to understand.  The ART3V user interface is an improvement of the DVS3 mk2 allowing simple testing of complex voltage and loss of mains protection systems.
The ART3V has vastly improved accuracy, stability, and features. Designed to be the trusted and reliable voltage source for relay testing. The ART3V has been designed using the latest digital technology to generate a highly stable and accurate output with very low distortion.  Each phase output is individually adjustable for voltage, frequency and phase angle. The unit is controlled by a simple user interface within defined menus. Values may be either typed in at the capacitive keypad or finely varied using a smooth rotary encoder.

Bespoke test procedures can be created for step changes of any output variable at set times or with automatic timing of the response of the relay under test.

The ART3V has a colour back-lit display to provide an easy to read user interface.  Menu options are selected by dedicated buttons on the panel, allowing easy mode change.  All information is displayed including contact set status, and a phasor diagram.

The ART3V Relay Test System is ideally suited for testing G59/G99 protection, including loss of mains protection.  Vector surge and df/dt (ROCOF) relays can be simply tested and timed, as well as other protection requiring one to three voltages, including:

* Under and over frequency relays
* Under and over voltage relays
* Synchronising relays
* df/dt & ROCOF relays
* Vector surge relays
* Transducers
In conjunction with the ART3C or a current source (such as the 200ADM-P), the ART3V can be used to test protection circuits, including:

* Directional relays
* Distance protection
* Phase angle relays
* Power relays
* Power transducers

More information