an area between the left and right channel satellite units.
e) Protection. The TP2400 is equipped with advanced protec-
tion systems, which have been extensively checked.
- Soft-start. Connecting the power supply activates a delay cir-
cuit to prevent current peaks during this initial period. This power
supply circuit also includes an anti-parasite filter and an automa-
tic reset Breaker to protect against excess consumption.
- Short-circuit: If one or more speaker lines are short circuited
(+ connected to -) the system disconnects the corresponding
power module.
- DC. Presence of Direct Current at the speaker output. A spe-
cial designed circuit senses the power output of each of the
channels, disconnecting the power module to protect the louds-
peaker if a DC is detected
- Temperature. Protection against over-heating in the power
modules is controlled by a NTC sensor in contact with the heat
sinks. A protective circuit is activated if they pass pre-set limits
(90°C) resulting in a gradual reduction of the maximum power
within acceptable limits. This situation may indicate a fault in the
ventilation system (blocked or faulty) or abnormal working condi-
tions caused by continued excess input signal.
- Ventilation. The cooling fans are located on the back panel and
can operate at two speeds; the initial speed is at 50% of the maxi-
mum and will be the default. The full speed will be activated if any
of the temperature-sensed elements (power modules and trans-
former) heat over 55ºC. If for any reason, such as obstruction of
the cooling circuit or a fault in the cooling fans, the temperature
increases to dangerous levels (>90°C), the protection circuit will
disconnect the input signal (Red PROTECT LED lit constantly)
until normal conditions are restored. This circuit automatically re-
arms within a few minutes. In this case, immediately revise the
installation or elements that could have been the cause.
- Limiter. A highly efficient Anti-clip Limiter Circuit protects the
speaker output against the danger of Clipping Distortion, the
cause of the majority of breakdowns in speaker systems (burnt-
out or shorted coils). More than 25 years of using anti-clip tech-
niques have shown the efficiency of this circuit, extending the
working life of loudspeakers when operating continuously at full
Sensitivity
Input impedance
Output power (1kHz - 0.1% THD)*
L & R
Subwoofer
Max. Power Consumption (musical program)
Frequency Response
L & R
Subwoofer
Damping factor (1kHz@8Ohm)
Crosstalk
Harmonic Distortion TDH
S/N Ratio
Dimensions (HxWxD)
Net weight
Continuous burst tone 20ms (0 dB) / 480ms (-20dB) in accor-
*
dance with EIA RS-490 and IEC 60268-3(IHF A-202)
power.
In addition to this, the possibility of adjusting the limiter thres-
hold by the user (L&R + Sub), enables to independently adapt the
output power of each channel. The output power can be mat-
ched with the power handling of the available loudspeakers, de-
pending on their impedance. This adjust may also help to adapt
the maximum SPL level of the installation to the local regulations.
- Humidity and dust are the two most damaging elements for any
electronic device. Avoid use under these conditions.
- Basic maintenance is limited to inspection and cleaning of the
areas most affected by the air current generated by the cooling
fan at least once a year, or whenever any obstruction is observed
in the front air outlet grille.
TECHNICAL FEATURES
300 + 300 W @ 8 Ohms / 500 + 500 W @ 4 Ohms
1.5 V for full power
800 W @ 8 Ohms / 1400 W @ 4 Ohms
70~140 Hz - 20k Hz (-3dB)
30~50 Hz - 90~140 Hz (-3dB)
L & R >280 , Subwoofer > 400
88 x 482 x 440 mm (2U Rack 19")
20 kOhm
6 A
65 dB
< 0.05%
104 dB
21 Kg