Atec Phenix-HC12C - Manual (Page 2)

TeCHniCAl sPeCiFiCATiOns
sAFeTY and Design FeATURes
TECHNOLOGIES
PHENIX
R
www.phenixtech.com
• Circuit breaker protection
• Control power switch with indicator
and Output On indicator
• Interlock open indicator
• Emergency Off pushbutton
• Highly reliable SCR’s combined with
a phase angle firing system
• Continuously variable output over
entire test range utilizing a motorized
vernier and programmable tap
selector allowing for both auto-jog
and current-hold capabilities
• Standard HCSS1 and HCSS2 stab sets
supplied (optional stab sets available)
• Digital AC voltmeter for monitoring
input, output, and external voltage
up to 600 VAC
• Currentmeter
• Interface port for optional printer
• Casters for ease of mobility
• Two copies of operation/maintenance
manual
User interface via HC-Controller
The HC-controller allows fully manual testing capabilities without the
need for computer software. Test results can be easily printed using
printer port.
Computer-Control via Win HC software
User-friendly, menu-driven commands provide advanced database
and report capabilities for test duplication and recall, report generation,
and current wave shape display.
Testing Modes
• normal – the operator manually controls all functions of the test set.
• Jog-to-Hold – the test set jogs the output on at “Jog on Cycles”
and off for “Jog off Secs” and raises the output until the “Hold Amps”
is reached.
• Jog-to-Trip – the test set jogs the output on at “Jog on Cycles” and
off for “Jog off Secs” until the circuit breaker under test trips.
• Current Hold – the output is held to within 1% of the “Hold Amps”.
• Memory – used for testing the sensitivity pickup of electronic controllers
(when the stop button is pressed, the current level is recalled).
Programmable Phase Angle Firing
This feature assures precisely repeatable current pulses with minimal
distortion and DC offset. This is achieved by combining the use of highly
reliable SCR’s and computer-controlled firing system.
Wave Form Display
This feature allows for viewing of the current wave form injected through
the breaker. Detection of DC offset or contact bounce can be seen.
With the use of the programmable phase angle firing circuit, DC offset
may be corrected by varying the firing phase angle.