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Lab.gruppen FP 2200 User Manual

Lab.gruppen FP 2200
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Bridged mono mode combines the power of both channels into one speaker. This results in twice the
voltage swing, four times the peak power and just less than three times the full power of a single
channel.
One way to understand the load
and power from the amplifier’s
perspective in bridged mode is
that it is zero voltage at the
centre of the voice-coil
winding. This is because the
coil is driven with positive
voltage at one pole and an
equivalent negative voltage at
the other pole. So, if an 8 ohms
load is connected in bridged
mode, one channel shares one 4
ohms part of the load, and the other channel shares the other 4 ohms part. The power into 4 ohms from
an fP 2200 is 650W. So, the total bridged power into the 8 ohms load will be 2 x 650 = 1300W
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The amplifier is two rack units high (2U) and will fit into a standard EIA 19” rack. Amplifiers may be
stacked directly on top of each other; there is no need for spacing in between units. If it is the intention
to fill a rack with amplifiers, we recommend to start racking from the bottom of the rack. It is also
recommended that rear supports are used for amplifiers mounted in the middle of the rack, especially if
used as part of a portable system.
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The amplifier uses a forced air cooling system to maintain a low and even operating temperature. All
fan-cooled Lab.gruppen amplifiers have front to rear airflow. There are several reasons for this, one
being that there is usually cooler air outside the rack than inside, and therefore the amplifiers can run at
higher continuous power levels without thermal problems. Never try to reverse the airflow, as the
Intercooler® needs a pressure chamber between the fans and heat sink, and this only works in one
direction of the airflow.
Should a heat sink get too hot, its sensing circuitry will mute the hot channel. If the power supply
overheats, another sensing circuitry will mute all output channels, until it cools down to a safe operating
temperature.
Make sure that there is an adequate air supply in front of the amplifier, and that the rear of the amplifier
has sufficient space to allow the exhaust to escape. If the amplifier is rack-mounted, do not use covers
or doors on the front or rear of the rack.
For installations with a central cooling system, as usually found in fixed installations with a dedicated
rack room, it may be necessary to calculate the maximum heat emission. Refer to power consumption
on page 9
.
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WARNING!
A label just below the mains cable on the rear of the amplifier indicates the AC mains voltage for
which the amplifier is wired. Connect the power cable only to the AC source referred to on the
label. The warranty will not cover damage caused by connecting to the wrong type of AC mains.
Lab.gruppen switch mode amplifiers use primary switching. The mains power is being rectified directly
in front of the transformer, meaning that the power supply is insensitive to the mains frequency and will
operate from DC to 400 Hz.
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Lab.gruppen FP 2200 Specifications

Power Output IconPower Output
max output power at 8 Ω per channel (EIA)350 W
max output power at 8 Ω per channel (FTC)340 W
max output power at 4 Ω per channel (EIA)650 W
max output power at 4 Ω per channel (FTC)630 W
max output power at 2 Ω per channel (EIA)1100 W, 1175 W
max output power at 2 Ω per channel (FTC)950 W
max output power at 8 Ω bridged (EIA)1400 W
max output power at 8 Ω bridged (FTC)1300 W
max output power at 4 Ω bridged (EIA)2200 W
max output power at 4 Ω bridged (FTC)1900 W
Voltage Specifications IconVoltage Specifications
max output voltage at 8 ohms load, MLS @ 0 dB53 Vrms
peak voltage, no load77 V
slew rate40 V/µs
Distortion and Noise IconDistortion and Noise
THD 20 Hz–20 kHz and 1 W to full power0.03 %
THD @ 1 kHz and –1 dB under clip0.006 %
DIM 30 at –3 dB under clip0.008 %
hum and noise<–110 dB
channel separation @10kHz70 dB
Input Specifications IconInput Specifications
gain, selectable20, 23, 26, 29, 32, 35, 38, 41 dB
impedance20 kohm
common mode rejection50 dB
Power Requirements IconPower Requirements
operation voltage (230 V version)130 V–265 V AC
operation voltage (115 V version)65 V–135 V AC
minimum start voltage (230 V version)175 V
minimum start voltage (115 V version)85 V AC
full output power at 4 ohms (230 V version)180 V–265 V AC
full output power at 4 ohms (115 V version)90 V–130 V AC
peak inrush current (soft start limited)5 A
Current Draw IconCurrent Draw
quiescent power (no load) (230 V version)0.9 Arms
quiescent power (no load) (115 V version)1.8 Arms
1/8 of full power (–9 dB) (230 V version)5 Arms
1/8 of full power (–9 dB) (115 V version)10 Arms
1/3 of full power (–5 dB) (230 V version)8 Arms
1/3 of full power (–5 dB) (115 V version)16 Arms
at full power (0 dB) @1 kHz 1% THD (230 V version)14 Arms
at full power (0 dB) @1 kHz 1% THD (115 V version)28 Arms
Weight and Dimensions IconWeight and Dimensions
net dimensions (mm)483 W ✕ 88 H ✕ 287 D
net dimensions (inch)19˝ W ✕ 3.5˝ H ✕ 11.3˝ D
shipping dimensions (mm)560 W ✕ 180 H ✕ 500 D
shipping dimensions (inch)22˝ W ✕ 7.1˝ H ✕ 19.7˝ D
net weight7.9 kg (17 lbs)
shipping weight9.6 kg (21.2 lbs)