Features; Circuit Breaker; Specifications - Tripp-Lite IBAR12 Manual De Operación

Features

Circuit Breaker

If the current draw of the equipment connected to your model exceeds your model's circuit breaker
rating for longer than a few seconds, the circuit breaker will trip to prevent any possible damage. When
the circuit breaker trips, its plunger will be extended. Remove excess equipment and allow the breaker to
cool one minute before depressing its plunger to reset the breaker.
Illuminated "On/Off" Switch
When your model is plugged into an AC outlet providing power of appropriate voltage and frequency (see
specifications), this switch will illuminate RED when moved to the "ON" position. This indicates 120V AC
power is present at the model's AC receptacles.
Diagnostic Indicator Lights
When your surge suppressor is plugged into an AC outlet providing power of appropriate voltage and
frequency (see Specifications), the three LEDs on the front panel show current power conditions as
follows, from left to right across the front of the unit:
Line "OK" (Green LED): Indicates that nominal AC power is present with no wiring faults detected.
When this LED is illuminated, AC power is safe for connected equipment.
Line Fault (Red LED): Indicates a wiring fault has been detected. If this LED illuminates at any time
the unit is plugged in, the fault should be repaired by a qualified electrician as soon as possible. This
LED indicates that phases are reversed, ground is missing or some other sort of wiring error exists in
the circuit the ISOBAR is plugged into. The Line Fault detector circuitry will identify most common
wiring faults, but will not necessarily detect every possible type of fault.
If the Line Fault indicator light illuminates, carefully check the AC receptacle the ISOBAR is
plugged into. The receptacle must be tight and securely grounded. A loose AC receptacle
may cause the Line Fault LED to illuminate. It must be understood that this Red LED
indicates the presence of a wiring fault, but does not indicate the exact nature of the fault.
Therefore, a qualified electrician should make necessary repairs.
If the Line Fault indicator light illuminates and power is not present at the outlets, the
ISOBAR's surge-suppression components have been compromised as a result of surge
damage. For service, call Tripp Lite Customer Support at 773.869.1234. Fully explain the
perceived problem to the customer support person. They will either remedy the problem over
the phone or give you instructions about return, repair or exchange.
Protection Present (Green LED): Indicates the surge-suppression components are intact and
providing full protection against spikes and surges. This LED should be lit anytime the ISOBAR "ON/
OFF" switch is turned ON and power is present, as indicated by the lighted power switch. If the
Protection Present LED does not light, then some of the surge suppression components are not
functioning and the unit should be returned for repair as soon as possible. You may still use the unit;
however, connected equipment will be protected from spikes and surges at a lesser level than normal.
ISOLATED FILTER BANKS & CASCADE CIRCUITRY
(IBAR12 and ISOBAR12ULTRA Models Only)
Isolated Filter Banks prevent equipment plugged into each filter bank from interacting with equipment
plugged into the other filter bank. Cascade Circuitry provides different levels of protection between the
Isolated Filter Banks.
There are two Isolated Filter Banks on IBAR12 and ISOBAR12ULTRA models. Isolated Filter Bank #1
provides basic protection for less-sensitive or noise-producing equipment. Outlets protected on this bank
are black and can be found on the front and rear panels of these models. Isolated Filter Bank #2
provides enhanced, or the highest level of protection for your most sensitive equipment. Outlets
protected on this bank are white and can be found on the rear panel of these models.

Specifications

All Models: Nominal Input Voltage: 120VAC; Input Frequency: 60 Hz
All ISOBAR Models: Transient Response Time: Instantaneous (0 ns). Transient amplitude reduction occurs faster
than the clamp response of the varistors because of the high rejection rate of the ISOBAR filter networks.
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