Справочник Пользователя для Furman Sound PS-PRO HT
P S - P R O H T - P O W E R CO N D I T I O N E R / S E Q U E N C E R
F E ATU R ES
20 amp (2400 watt) rating handles
even the largest power amplifiers.
even the largest power amplifiers.
Multiple levels of protection compo-
nents can safely absorb large voltage
spikes and provide highly effective
RFI / EMI filtering.
nents can safely absorb large voltage
spikes and provide highly effective
RFI / EMI filtering.
Extreme Voltage Shutdown guards
against catastrophically high volt-
ages.
against catastrophically high volt-
ages.
Power Status LED’s indicate which
outlet groups have power.
outlet groups have power.
Remote operation allows turn-on and
turn-off at a distance simply by con-
necting a momentary or maintained-
contact switch (and LED if desired).
turn-off at a distance simply by con-
necting a momentary or maintained-
contact switch (and LED if desired).
Multiple units may be linked to
handle higher currents and/or more
than three delay groups.
handle higher currents and/or more
than three delay groups.
Three unswitched outlets (one front,
two rear).
two rear).
Ten
foot 12 AWG heavy duty power cord.
Three year limited warranty.
I N TR O D UC T I ON
Congratulations on your pur-
chase of a Furman PS-PRO HT Power
Conditioner/Sequencer. The PS-PRO
HT offers maximum protection from
AC line hazards faced by delicate ana-
log and digital A/V equipment.
Conditioner/Sequencer. The PS-PRO
HT offers maximum protection from
AC line hazards faced by delicate ana-
log and digital A/V equipment.
The PS-PRO HT is a power se-
quencer, meaning it is capable of
powering a full systems equipment
in three steps separated by timed
delays. It is useful whenever various
kinds of equipment must be powered
up or down in groups, rather than all
simultaneously.
powering a full systems equipment
in three steps separated by timed
delays. It is useful whenever various
kinds of equipment must be powered
up or down in groups, rather than all
simultaneously.
DESCRIPTION
In audio systems, sequenced powering is often
necessary to allow turn-on transients from low
level amplifiers and processors to settle down
before any power amps are turned on, because
simultaneous powering results in a loud, annoy-
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