TX6500D - Car stereo MTX Audio - Free user manual and instructions

Product type	Class-D monoblock amplifier
Brand	MTX Audio
Model	TX6500D
Output power (CEA2006)	1 x 500 W RMS at 2 Ω (THD+N ≤ 1%) 1 x 300 W RMS at 4 Ω (THD+N ≤ 1%)
Low-pass filter	24 dB/oct, variable from 40 Hz to 150 Hz
Subsonic filter	24 dB/oct at 30 Hz (fixed)
Signal-to-noise ratio (1 W)	> 75 dB
Distortion (THD+N) (1 W)	≤ 0.1%
Frequency response (±0.5 dB)	10 Hz – 150 Hz
RCA input sensitivity	100 mV to 6 V
High-level inputs	Yes (adapters included)
Remote subwoofer control (EBC)	Included
Bridged / Master-Slave mode	Yes, with gain management
External fan connector	Thermoregulated, limited to 0.5 A
Power supply	12 V DC (battery terminal)
Dimensions (L × W × H)	366 mm × 133 mm × 54 mm
Protections	Short circuit, too low impedance (<2 Ω), thermal
LED indicators	3 red LEDs (steady: normal operation; flashing: protection)
Maintenance	Clean with a dry cloth; avoid moisture

Frequently Asked Questions - TX6500D MTX Audio

Why don't the power LEDs turn on?

Check that the REM terminal receives +12 V from the source. Make sure the power cable (12V terminal) is connected to the battery and that the ground (GND terminal) is properly attached to bare sheet metal of the vehicle. Also check the fuse near the battery.

What to do if the LEDs flash red?

The LEDs flash in the event of a short circuit, too low impedance (below 2 Ω), or overheating. Check the speaker connections, reduce the number of subwoofers, or wait for the amplifier to cool down. Turn the amp off and on again after cooling.

How to adjust the gain (sensitivity)?

Turn the Gain potentiometer to minimum. Raise the source volume to 3/4 of maximum. Slowly increase the Gain until you hear distortion, then slightly decrease it until the distortion disappears. This adjustment aligns the amplifier's sensitivity with the source's.

Why is there no sound even though the LEDs are on?

Check that the source volume is not at zero, that the speaker cables are properly connected, and that the gain is not at minimum. Also ensure that the RCA or high-level inputs are well connected.

How to use bridged mode with two TX6500D amplifiers?

Select one amp as Master (switch to Master) and the other as Slave (Slave). Connect the source RCA only to the Master. Connect the RJ15 cable between the two amps. The positive of the subwoofer goes to the '+' terminal of the Master and the negative to the '+' terminal of the Slave. Adjustments are made only on the Master.

Can I use speakers without RCA outputs?

Yes, the amp comes with high-level adapters. Connect the speaker wires from your source to these adapters, then plug them into the HLI connector on the amp.

How to adjust the low-pass filter for a subwoofer?

Use the LowPass X-over potentiometer to adjust the cutoff frequency between 40 and 150 Hz. For a subwoofer, start around 80 Hz and adjust according to your preferences. Also enable the subsonic filter (30 Hz) to protect the sub from very low frequencies.

What to do if the sound is distorted?

Reduce the Gain on the amplifier and lower the source volume. Distortion can come from gain set too high or source volume too high. Also ensure that the total speaker impedance is not below 2 Ω.

How to protect the amplifier from overheating?

Mount the amp in a well-ventilated area, preferably flat with the logo facing up. Use the thermoregulated connector to plug one or two external fans (≤0.5 A total). If the amp shuts down due to thermal protection, let it cool before turning it back on.

What power cable gauge do you recommend?

MTX recommends using a power cable of 50 mm² for optimal performance and to avoid voltage drops. The ground must be of the same gauge and as short as possible, attached to bare sheet metal.

USER MANUAL TX6500D MTX Audio

TX480D TX6500D TX81000D

Owner's Manual

Designed by MTX in Phoenix, AZ - USA

Specifications:

TX8100D Specifications :

• Mono block class-D amplifier
• CEA2006 certified Power Output :
• 1x 1000 Watts RMS @ 2Ω and THD+N ≤ 1%
• 1x600 Watts RMS @ 4Ω and THD+N ≤ 1%
  Crossover:
• Low pass 24dB/oct variable from 40Hz to 150Hz
• Subsonic filter 24dB/oc at 30Hz
• Signal-to-Noise Ratio (1 Watt): >75dB
• THD+Noise (Distortion) (1 Watt): ≤0,1%
  Frequency Response (± 0,5dB) : 10Hz - 150Hz
  Maximum Input Signal: 6V
  Maximum Sensitivity: 100mV
• EBC remote control
• Bridged mode with gain management
• Thermoregulated fan connector for an external fan(s)
• Dimensions : 366mm x 133mm x 54mm

TX6500D Specifications :

• Mono block class-D amplifier
• CEA2006 certified Power Output :
• 1x500 Watts RMS @ 2Ω and THD+N ≤ 1%
  -1x300 Watts RMS @ 4Ω and THD+N ≤ 1%
  Crossover:
• Low pass 24dB/occt variable from 40Hz to 150Hz
• Subsonic filter 24dB/occt at 30Hz
  Signal-to-Noise Ratio (1 Watt): >75dB
• THD+Noise (Distortion) (1 Watt): ≤0,1%
  Frequency Response (± 0,5dB) : 10Hz - 150Hz
  Maximum Input Signal: 6V
  Maximum Sensitivity: 100mV
  EBC remote control
• Bridged mode with gain management
  Thermoregulated fan connector for an external fan(s)
• Dimensions: 266 mm × 133 mm × 54 mm

TX480D Specifications :

• 4-Channel Class-D wide range amplifier
• CEA2006 certified Power Output :
• 4x140 Watts RMS @ 2Ω and THD+N ≤ 1%
• 4x80 Watts RMS @ 4Ω and THD+N ≤1%
• 2x 280 Watts RMS bridged at 4 and THD + N≤ 1%
  Crossover:
• High pass 12dB/occt variable from 40Hz to 400Hz
• Low pass 12dB/act variable from 40Hz to 400Hz
• Signal-to-Noise Ratio (1 Watt): >85dB
• THD+Noise (Distortion) (1 Watt): ≤ 0,05%
  Frequency Response (± 1dB) : 10Hz - 40000Hz
  Maximum Input Signal: 6V
  Maximum Sensitivity: 200mV
• Thermoregulated fan connector for an external fan
• Dimensions: 216 mm × 133 mm × 54 mm

- Settings, Power and Speaker connections :

TX81000D TX6500D

TX480D

Ground Terminal (GND) - A proper ground is required for your amplifier to operate at peak performance. A short ground cable the same diameter as the power cable should be used to attach the ground terminal directly to the chassis of the vehicle. Always remove paint, dirt or debris to expose bare metal where the ground cable will be attached.
Remote Terminal (REM) - The amplifier can be turned on by applying 12 volts to this terminal. Typically this voltage is supplied by a wire from the source unit marked "remote" or "power antenna".
+12V Power Terminal (12V) - This is the main power input for the amplifier and must be connected directly to the positive terminal of the vehicles battery for proper operation. Use caution when installing (+12) power cable in the vehicle. Avoid running this cable parallel with RCA cables, antennas, or other sensitive equipment due to massive currents that can induce noise into the audio system. It is also very important to have a tight, secure connection for maximum performance. MTX recommends using 50mm^2 power wire with the MTX RFL4001D amplifier.
Speaker Terminals TX8100D TX6500D (Sub outputs) : Connect your subwoofer(s) to these terminals. If using two subwoofer or a dual voice coil subwoofer, respect the phase (+) together, (-) together...

Speaker Terminals TX480D: Connect the speakers to these terminals. Observe speaker polarity throughout the system. Improper phase can result in loss of bass response and/or poor overall sound quality.

Bridge Mode :

When bridging the amplifier, use the Ch1 positive terminal and the Ch2 negative terminal only.

When bridging the amplifier, use the Ch3 positive terminal and the Ch4 negative terminal only.

Warning : do not bridge the amplifier with an impedance lower than 4

RCA Inputs (Ch.1 Ch.2 Ch.3 Ch.4) - These RCA inputs are used with head units that have RCA or Line level outputs (head units need a minimum level of 200mV output for proper operation of the amplifier). MTX recommends only high quality RCA cables to decrease the possibility of radiated noise entering the system.
Gain Control (Gain) - The gain control matches the input sensitivity of the amplifier to the head unit being used. The operating range varies from 0,2 to 6V. Adjusting the gain

1. Turn the gain control on the amplifier all the way down (counter clockwise).
2. Turn up the volume control on the head unit to approximately 3/4 of maximum.
3. Adjust the gain control on the amplifier until audible distortion occurs.
4. Adjust the gain control down until audible distortion disappears.
5. The amplifier is now calibrated to the output of the head unit.

7 Subsonic Switch (Subsonic) - Used to switch the subsonic filter on or off. The subsonic filter frequency is set to 20Hz . The subsonic filter protects subwoofer(s) against low frequencies that can cause damage. Very useful with vented enclosures.
8 Low Pass X-Over Frequency Control - Used to select the desired low-pass (LP) x-over frequency. The frequency is adjustable from 40Hz to 150Hz.
Bridge mode Switch - Used to put the amp in Master mode or Slave mode when bridging two RFL4001D's. For more details, see Master/Slave Mode section.
10 EBC Port (External Bass Control) - The Remote Subwoofer Level Control (EBC) plugs directly into this port, while the EBC itself can be placed anywhere in the vehicle for on demand bass adjustments. EBC is included.
Data link Port (Data Link) : Used to connect two TX8100D or two TX6500D in bridge mode and used in Master/Slave mode. The RJ15 cable is included. For more detail see Master/Slave mode section.
12 12V thermoregulated fan connector for one or two 12V external cooling fans (Attention : 0,5A max - two fans max). The harness is included.
High level inputs (HLI): This input will allow the amplifier to operate from source units with speaker-level outputs. Output speaker leads from the source unit should be tied directly to the wire harness provided with the amplifier. Please respect the polarity to get the maximum sound quality. Note: When speaker level inputs are used, a remote turn on wire must be used to switch the amplifier on and off.
14 X-Over Switch (X-Over) :

In "LP" position, the active low pass (LP) x-over is turned on. Use this position for subwoofer application.

In "HP" position, the active high pass (HP) x -over is turned on. Use this position for speaker application.

In "Off" position, the x-over is turned off. The amp is in wide range mode.

X-Over Frequency Control (Frequency) : Used to select the desired x-over frequency. The frequency is adjustable from 0Hz to 400Hz.
16 PowerOn/Protection LED :

1. The LED illuminates red when the amp is switched on.
2. The LED is flashing red when the outputs are in short circuit, when the impedance is too low (2Ω minimum), when the amp is in thermal protection.

Master Slave mode (Bridge mode):

For MAXIMUM output power, two TX81000D amps can be bridged together (You can do the same with two TX6500D).

1. Decide which TX81000D is the "Master" amp. The other one will be the "Slave" amp. Set the "Bridge Mode" switch (9) to "Master" on the master amp. Set the slave amp to "Slave" (9).
2. Connect the input signal from the head unit to the RCA inputs of the "Master" amp. The "Slave" amp does not need RCA connections. It will take the signal from the "Master" amp through the RJ15 cable.
3. Connect both "Data link" (11) ports together with one of the RJ15 included cable.
4. Adjust the gain, the x-over frequency and the subsonic filter on the master amp. All the "Slave" amp controls are disconnected through "Slave" mode. The "Master" amp fully manages the "Slave" amp.
5. Your (+) speaker output is the (+) speaker output from the master amp (4).
6. Your (-) speaker output is the (+) speaker output from the slave amp (4).
7. Connect both (-) speaker outputs together with the same cable as the one used for the subwoofer.

Note: The EBC remote works fine in master/slave mode. It only needs to be connected to the master amp (10).

Installation & Mounting :

MTX recommends your new amplifier be installed by an Authorized MTX retailer. Any deviation from specified installation instructions can cause serious damage to the amplifier, speakers and/or vehicle's electrical system. Damage caused from improper installation is NOT covered under warranty. Please verify all connections prior to system turn on!

1. Disconnect the vehicle's negative battery cable.
2. Determine the mounting place for your MTX amplifier. Keep in mind there should be sufficient air flow for proper cooling. Mark the mounting holes from the amplifier to be drilled. Before drilling make sure all vehicle wires, gas lines, brake lines and gas tank are clear and will not interfere with installation. Drill the desired holes and mount the MTX amplifier.

Installation & Mounting :

1. Install a positive (+) power cable from the vehicle's battery through the firewall using a grommet or firewall bushing to avoid cable damage from sharp edges of the firewall. Run the cable through the interior of the vehicle and connect it to the amplifier's (12V) terminal. Do Not connect to the battery at this time.
   Note : Use only proper gauge wire for both positive and negative connections.
2. Install a circuit breaker or fuse within 20cm of the battery. This effectively lowers the risk of severe damage to you or your vehicle in case of a short circuit or accident. Make sure the circuit breaker is switched off or the fuse is taken out of the fuse holder until all connections are made. Now connect your positive power cable to the positive battery terminal of the battery.
3. Grounding - Locate a proper ground point on the vehicle's chassis and remove all paint, dirt or debris to reveal a bare metal surface. Attach the ground wire to that contact point. Connect the opposite end of the ground wire to the (GND) terminal on the MTX amplifier.
4. Connect a Remote Turn-on wire from the head unit to the MTX amplifier's Remote terminal. If the head unit does not have a dedicated Remote Turn-on lead, you may connect to the head unit's Power Antenna lead.
5. Connect RCA cables from the head unit to the MTX amplifier's RCA inputs. Run all signal cables away from vehicle wiring, computers and power cables. If cables must be crossed do so at a 90^ angle. Use only high quality RCA cables to decrease radiated noise from entering the system.
6. Connect your speakers to the MTX amplifier's speaker terminals using proper gauge wire.
7. Double check all previous installation steps, in particular, wiring and component connections. Once verified, reconnect the vehicle's negative battery cable, turn the circuit breaker on or place the fuse in the fuse holder.

Note : Gain Levels on the amplifier should be turned all the way down (counter clockwise) before proceeding with adjustments.

Troubleshooting :

Problem

Cause

Solution

3 LEDs are off No +12V at remote connection Supply +12V to terminal No +12V at Power connection Supply +12V to terminal Insufficient ground connection Verify ground connection Blown power fuse Replace fuse and try to understand why Blown amp Return for service

3 LEDs are flashing red Speaker load is too low Remove the speaker(s) The amp is in thermal protection Wait for the amp to cool down Input tension is too high or too low Check your battery and your alternator

3 LEDs are solid red, Volume on head unit off Increase volume on head unit
but no output Speaker connections not made Make speaker connections
Gain control on amplifier set to minimum Turn up gain
Signal processing units off Apply power to signal processor
All speakers blown Replace speakers

Output distorted Head unit volume set too high Lower head unit volume Amplifier gain set too high Lower amplifier gain

Balance reversed

RCA inputs reversed

Bass is weak Not using MTX woofers

Speakers wired reversed

Reverse RCA input

Wire speakers with correct orientation

Blowing fuses

Amplifier defective

Speakers wired out of phase

Buy MTX woofers

Wire speakers with correct phase

Excessive output levels

Return for service

Lower the volume

How To Stay Tuned :

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:

TX81000D

\section*{Charakteristiques :}

• Amplificateur bloc mono Classe-D
  Puisance certifie CEA2006:

• 1x1000 watts RMS @ 2Ω et THD+N ≤ 1%

• 1x600 watts RMS @ 4Ω et THD+N ≤ 1%

• Filtre actif:

• Passe Bas (LPF) 24dB/ocnt variable de 40Hz à 150Hz

• Filtrubsonic 24dB/oc at 30Hz

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http://www.mtxaudio.eu

Technische Daten :

Master/Slave Modus (Bridge mode):

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http://www.mtxaudio.eu

Caratteristiche :

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Especificações :

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http://www.mtxaudio.eu

TexHnueckme xapakTepncTNK :

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• 1x 1000 BTRMS @ 2OM u THD+ N ≤1%
• 1x600BTRMS@4OMnTHD+N≤1%
  -KpoccoBep:

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-ⅠHΦpa3BykoBoi ΦnIbTp 24ДБ/OKT 30Γu
Co0THoHHeMe CnHnH-7yM (1Bt) ： > 75 6
- THD + wym (икхөнг) (1Вt): ≤0,1%
- YactoTHbIy dHaana3OH (±0,5dB):10TJ-150TJ
- MaKcImaJIbHbI BxOJHoi CmHAn:6B
- MakcImaJIbHaJyUbCTbHTeJIbHocTb: 100 MB
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- TepMoperyu npemybmypa3bemIJIa BHeUHero BEHTnIaTopa (OB)
Pa3MepbI: 366 MM x 133 MM x 54 MM

TX6500D TexHnueckne XapaKtepnctnKn:

• MoHOb6Iok KnaCcaD
  CEA2006 cepTnФицрованя bblxoHna MoUHocTB:
• 1x500BRT RMS @2OMnTHD + N ≤1%
  -1x300BRT RMS@4OMTHD+N≤1%
  -KpoccoBep:
  -HU24b/OKT BapnpyeTcO 40Tdo150Tc
  -ИнфраЗвковоидьт24дБ/okТ30Г
  -CunHan-7yM(1Bt) 75d6
  -THD+Wym（nckaxheHne）(1BT)：≤0,1%
  -actoTHbI dHaana3OH (±0,5dB):10Γu-150Γ
• MakcunmaJIbHbI BXoDHoi CnHAn: 6B
  MaKcMmAbHaayyBCTbHTeNbHoct b:100MB
  CnTeMa EBC dntaHOnHO ynpabJeHHN
  MocToboepezIMcynpabJeHmecy
  Tepmoperynpyemb pa3bem nBHeHero BHTNIATopa (OB)
  Pa3Mepbl:266MMX133MMX54MM

TX480D Texnueckne xapakTeprnCTnK:

-4-KaHaJIbHbIy ycINITenB KnaCCa D
CEA2006 ceptnfoupoBaHnBbIXOHaH MaHocTb:
-4x 140 BTRMS @ 2OM u THD + N ≤1%
-4x80BTRMS@40mTHD+N≤1%
-2x 280 B T RMS 4 O M Mo C T u THD + N ≤1%

-KpoccoBep:

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- YachToTHbIy dHaNa3aOH (±1D5): 10T4-40000 T
- MakcImaHbHbBxOdHou CnHaj:6B
-MakcunmaHbHa YBCTBnteJbHOctb:200MB
TepMoperynnpemybpa3bEmdIaBHeuHero BEHTNIATopaOB)
Pa3MepbI:216MMX133MMX54MM

Hactpoikn, Moochtb n noKIOueHne dHaMKOB:

TX81000D TX6500D

TX480D

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Pn moctobom nooknoeHH ycunnten, nCnoJb3yTe nonoxntelhBtepmHaan KaHAn CH 3 n OptuataeHbH TepmHaan KaHAn CH4.

BHHMaHHe: He donyckaIte MoCTOBOrIO NOkKnIOueHn yCmNTeHa cOnpTMBHeHne Hnke, Yem 4 Om.

RCA BxOdbi (Ch.1 Ch.2 Ch.3 Ch.4) - 3TN RCA BxOdbi NcNoIb3yOCTa Ira rnoOBHbX yctPoIcTB NMeIOUXRCA IIN IIN He HbIe BbIXOdbI (YdoJIHKbIMeTb MmHMaIbHbI yPOBHe BbIXOHO CnHaJ200 MB dIpaBnHbO pa6OtbY cunntel). MTX peKOMeHdyet TOnbKO bICOKKaueCTBeHHbIe Ka6EN RCA, IIN yMeHbWeHn BO3MOXHOCTN IONUyeHn BHEuHN X HaboDOK.
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1. Nobeprnnte peryunlptop ycnlenHIO do ynopa npotnb cacoBOn CTpeKN.
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   5.TenepbNaCTpoKa yCunInTeLa COOTBeTCTBvETyPObHIO BixOHOrO CnHana RoNOBHOrO yCTPOCTBA.

7 ΦHHT (Subsonic) -Испьзуетсдявькючehнии BBKIOUCHENH INHфра3BkyBOBOФильраз. Инфра3BvOBa YacTOTa Фильраз yctahabINBaETcHa 20 Tц. Инфра3BvOBо-fnIbTp3aunucaTcAB6Byep(bt)ОИнфранИЗКИX YacTOT, KOTOpbIe MOrYT npuHHT bpei nII BbIECTN c6Byepeu3 CTpo. PekOMeHdyETc pinnMeHrTB C6Byepeax CBENTUNIPyEmbIM TINOM KOpnyca.
ΦHγ -ИспόньуетсдЯ BBb6pa Heo6xodmno monolocb nponyckaHn Hγ. NaToTapeynpyetc oT 40 T do 150 T.
9peeknoatebMoCTOBORo peKIMa -NcnoIb3yETc nBn Bb6opa peKIMa ycInTeTn. GyeceTBye TBa peKIMa-Beduunn BeDombl (Master / Slave), KOrda npOn3BOJNTCA noKnOChEHe Napbl RFL4001D. Jn6oone noPpOboHnHOpMaunm Cm. pa3den Master / Slave.
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Popt DAnhBx (Data Link): NcnoB3yeTcIy nOdknueHn BbyTx TX81000D mN DByTx6500D B MocToBOM pexHMe mCNoB3oBaHn H B pexHMe Master / Slave. Kaebb noKIOUeHn RJ15 BXoHT B KOMPiEe NOCTABKn. BoJe e NoDpO6HO cm pa3dEe peXm Master / Slave.
Pa3bem DnnoNIOKJIIOUeHnBHeIHeRo BeHTNIaTOpa (OB) OxnaKeHn C TeMpOerpyIuPobAHm. (BHIMaHne: 0,5A MaKc TOK nI npbl BeHTNIaTOpB). IpoBoDa
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PpmeHne: Pnp nCpnoB30BaHm BxOoB BbCkOro yPoBn HcNoB3yIe npoBod Remote IaB KKnOueHn N BbKKnOueHn ycInTeTae.

1pepeknouateIb KpoccoBepa (X-Over):

B noJooKeHHN LP ),akTHNBbHnH3KoayctoTHbH 0nIbTp (LP) BKIOueHn.1cnoJIb3yIte 3to noJooKeHHn npn noJKNIOueHHm ca6Byepea.
B noJooKeHHN HP>>, aKTHBbH bblcokOaactoThb hIbTp (HP) BkIOUeH. IcnoJIb3yIte 3TO noJooKeHHm pnn nIOKnIOUeHHM dHnHaMMKOB.
B noJooKeHHN «BbIKn», BCE ombltpbI OTKIOUHeHb. Ycunlntenb HaxoUNTCBa B pexmme BocnpIm3BeDeHmno nnoHn noLoCb YaCTOT.

UnpabneHme cactotamKpoccbepa (X-Over): NcnoB3yetra nBb6opnHeo6xOIMoN qactotbl Kpoccbepa (X-0VER).Cactota perynpobkn: ot 0 Tdo 400 T.

16 INHdNKaTOp BKn/3aunTa:

1.CBeToDIOrROPITKpaChbIM:ycuTTeBbKnIouHeN.
2.CBtoDIO Mnraet KpaChbIM : Ha akyCTWueCKNX BbIXOaX KOPOTKOE 3aMbKaHne, cOpOTNBHeHne CmUKOM Hn3Koe (Mehee 2Ω) nIN yCmNTenb HaxoHTcBpeKmte TepNOB 3aUHTbl.

Pexim Master Slave (pexim Bridge) :

"ДЯ MaKmAmbHoi OTaHu N IO BbIXoHoi MoUHcTn, IBa ycNInTeNa TX81000D MOrY T 6bIT bNoKlnOueHb BMeCTe (TaKKe Bbl MoXeTe CdeNaTb To Xe CaMOe C DByMa TX6500D).

1. OnpeJeIte, kakoi u3 ycInnTee TX81000D yBIAETCA "OChOBbIM" (Master), a pyroT BeOMbIM" (Slave). YcTAHOBIT nepeKIOHATeJIb Ha OCHOBHOM ycINITeJ Bridge Mode"(9) B noJooKeHHe""Master". YcTAHOBIT nepeKIOHATeJIb Ha beOMom ycINITeE""Bridge Mode"(9) B noJooKeHHe""Slave"(9).
   2.ПодклочиТВхднгснган OT rolOBHOrO yCtpoCTBa K BXODAM RCA ha ycunnte"""Master". Ycunnte"Slave"He hyxhbl RCA coeMHHeHn. OH nonyaet CmHan ot Ycunnte""Master" uepe3 podknoyehhh kabeb RJ15.
2. CoeHnHTe npToBc yCnHnTeJe "Data link" (11) Ka6eJeR J15.
3. Otperynnpyte ycnneHme, cactoty kpcocbepa (X-OVER) n Hpaa3bkyoob 0hntbtp (Subsonic) ha master-ycnntene. Bce elementby npablenenBedomoro ycnnten "Slave" otknnoehb b pexnme""Slave""Master" ycniuteb noHcctbO ynpaBnT BeDMbIM ycnntenem""Slave".
   5.BbXoD nHAmnKa (+) ABnTeCBAxOdom (+) DnHaMnKa n3 rnaBHorO yCunntenA (4).
4. BixoD nHAmnKa (-) ABnErcB bIXoDM (+) DnHAMnKa m3 BeOMoro ycInmTeT (4).
   7.CoepHnIte o6a BbIXoJa (-)uHaMikOB yCunIteNei""Master" u""Slave"BMeTe npu nCOnB3OBAHm C a6Byfepeom.

PnmeHHe: nctaHIOHHb peyIaTOp 6aca (EBC) OTnUHO paOtaeB pexHMe Master / Slave. Heo6xmoToIbko noKIOHTb erO KrnaBHOMy ycInnten (Master) (10).

YctaHOBka M oHTaK:

MTX pekomehnyet yctahabnabaB baw hobb ycnntelb ByynoHMOeHOM yctahOBouHM uehtpe MTX. IIO6oe OTKIOHEHe NT 3aadhhx uHCTpykun no yctahOBKe MoKET npmbcTNCepbe3hM nobpexdneHm ycuiTe, dHaAMNKOB / nnn 3NEKTPuecko CNTEmb ABTO6nna. Ha yuep6, npnuHHbB peyblTa He npabnbo Hor o MOnTaXa, rapaHTn He pacnpocpaHReTc. Poxanytca, npOBepBe Bce CoedHHeNo DO BKNIOeHn yCTAHOBNeHNO CNTembl!

1.OTKINHOHTe OTPuataTeBHyb (-) Ka6eIb AKKyMnTOpa ABTOMO6nla.
2. OnpeJeIte MeTo MoTaxKa BaWero ycNInTeMa MTX. ImeIte B BuDy, yTo MeCa BOKpy ycNInTeNa, DOnJHo 6bItb DoCTaTOHNO dRn Bo3dyHoro NOToka n HauJeAeio OxJaKeHn. OImTeBte MoTAXKHe bE TBPcTHy ycNInTeNa. IpePe CBePJIeHm EybEnTeCb, YrCe BPOBoJa ABTOMoBuHa, TOnnNBHe MaHCTpAn, TopMO3Hbe MaTnCTpAn n ToONNBHb 6ak He NoMeuHOTcAHOBke. PocBepIte OTMeueHHbIE MoTAXKHe bTEBPcTHN y cTaHOBtyeCNIIneMTX.

1. PpOBeHtE CInIOB0 NIOKHTbHbIKa6eNb NITAHn (+) OT aTOMo6MbHorO aKKyMylTOpA, NcONb3yra 3aIHTHy BTyNky, YTO6bI N36eKaTb NOBpeKdHn Ka6eN OCTbIMN KpOMkAMN OTBepCTNa B Metanne. IpnOyCTNe Ka6eNb Upe3 cAnOH aTOMo6bU IN NOKIIouHTe ERO K NOLOXHTeBHOMy (+12 B) TepMNHany ycINNTe. He NoDKNIOuYte CInIOB0 Ka6eNb K aKKyMylTOpHoi 6aTaapee aTOMo6bU IN 3aEBPeHEHn BCEx CoEINHeH.
   PpIMueHne: McnoB3yute ToIbKO peKOMeHNoBaHnoe CEeHne CInOBoro n 3aEMnHOe Ro Ka6eN.
2. YctahOBtE abTomatHueckn npdeoxpaHnteB he daaee 20 cm ot aKKymyIaTOpHo 6batape. 3To 3fFekTHBHO cHxkaet pCK cepbe3HOro nOBpeJHeH yCNIHTe IIN BAeero ABTOMO6nB B Cnyae KopoTKoro 3ambKaHN Hn HecactHO Cnya. 8eNTcB, YTO ABTOMaTWeckn npdeoxpaHnteB bIKIOUeH NII PnABKn npdeoxpaHnteB ydaen H3 dpKaTeN (npdeoxpaHnteBho kon6b) noka BCE coeHNHeH He npou3BeHb. Tenepb noKnIOuHTe BaW nONOXHTeBn Ka6en NITAHN K NOXHTeBHOmy TepMNHaY (+12 B) 6batape aKKymyIaTopa.
   5.3a3eMneHHe - Hainitpe npabnbyky ToKy 3a3eMneHn Ha aaccn ABtOMo6nna n 3auchntte NOBepxHOCTb KOHTAKT o KpaK, rpaN m Mycopa do MeTann. PIOKJIIOUHTe npoBOd 3a3eMneHn K ToKcE 3a3eMneHn. PIOKJIIOUHTe npoTbONIOJXhki KOHeu npoBOda 3a3eMneHn K (GND) TepMNHaNy yCINNTenMTX.
3. NIOKIOHTe npoOy npaBHeHn BkIOUeHm oT r K TepMHAny BkIOUeHn ycIITeMTX.EcN IY He IMeET OTeJIbHOrnpoBOda nCTaHNOHOro BKIOUeHn yCINTEBA MoKeTe NIOKIOHTbc K npoBOy nTaHn AKTNBHO aHTHebl.
4. NIOKIOUHTe RCA Ka6enOT rONOBHOrO yCTPOINCTBa K BXoAM RCA ycunInTeIa MTX. IPOknaIbIaIte BCE CnHAnhBHe iKa6en MAKcMnAhnHo ydaJeHNO OT npOBdKn ABTOMO6nI IN CnIOBOI npOBdKN ABTOMO6nII.ECN CnRHaJIbHbIe IN CnIOBBie Ka6en nepeceKaIOTc, To IN Heo6xOnMo npOIOKITb NOy rNOM 90°. IINy UMeHbWeHHN BHEuHX NOMEX ON TReHepaTopa IN CnIOBOI npOBdKN ABTOMO6nIA NcNoJIb3yTe TOJbKO BBICOKKaueCTBeHHbIE Ka6en RCA.
   8.Подклioчte ДИнамКи K TePmHaHаЯм ДИнамКOB yCunHTeMa TMX B COOTBeTcBn C nOIOcamn.
   9.Двждп npOBepbte Bce npdIyIe Wn no yCTAHOBKe, B qACTHOCTN, npOBOky I BCE KOMNOHEtB coEINHHeH. Iocne npOBepK, NOIKIOHTe OTpuatelhBn Ka6en akymnyTopHoi 6aTape n ABTomO6nla, BKIOUHTe ABtomATWcckn npEOxpaHnte bnnnoCTabBe TnABkN npEOxpaHnte B depKaTeB npEOxpaHnte (npEOxpaHnteBHyIO kon6y).

PpmeHHe: yOBeHb ycIeHn oJIoKeH 6bIb y6paH do yO npoTn Hacobn cTeKn, nepeHaon KoppeKtnPoBKn yOBoHyCInHn.

YctpaHeHne HencnpaBHOcteI:

Ipo6nema

PnnuHa

PeweHne

3 cBeToIOJOna BbIKIOUeHb Het +12 Ha ynpabJIIOUeM npOBoJe IoKIOUHTe NtAHne Ha KNeMMy +12 B Het +12 B npn IOKIOUeHm nITAHm IooKIOUHTe NtAHne Ha KNeMMy +12 B HenpaBnIbHOe IOKIOUeHme 3aEMnEHHn IpoBepbTe 3a3EmHeHn IpepeOpEn npdeOxpanHTe b NITAHm 3aMeHte npdeOxpanHTe b NONbTaIaTecb NOHrTb, NooyeMy YcunNTeB HeNCnPpABeh ObpatNTecb B cepBVC
3cBeToMnOa MmraH KpaChbIM Harpy3ka DnHAMNKOB CnHKOM Hn3Ka CHMMTe DnHAMNK (u) YcNITeNb haoDnTcB PexKIMe TepNOB 3aNTbI DaHTe YcNITeNIO OCTbIb BxOHDoe HapRaeKHe CnIKoM BbcOKO Nn CnIKoM Hn3KO IpOBepeTbe AKKyMnyTOp n RehePApOp
3cBToIOIa rOpHT KpaChbIM, 3ByK Ha rOIOBHOM yCTpoiCTBe BbIKUoye YBeMnHbTe rPoMKoCTb Ha rOIOBHOM yCTpoiCTBe
HO HET 3ByKa He npOn3BeHeNo pOKJIIOUeyHne DInHAMNKOB BbIOJIHNTe POKJIIOUeyHne DInHAMNKOB
PergyIaTOp UnpaBHeHnYcIIeHnEM BbICTaBHeH Na MmHMym OtpereyIpyte ycIeHne
06pa6OtKa CnHaHa BbIKIoUeHa POnaIte PITaHne Ha npOceccop CnHaNoB
Bce DInAMnKn BbIuN N3 CTPOA 3aMeHHTb DInAMnKn

BbIXOHOH CnTHaN NCKaKaTaC

YpOBeHbIpOMKoCTnIyCNIuKOMBbICOKo

NoH3bTe ypoBeHr pOmKocTn r

Ko3ΦΦnIeHTyCINHeNcIIMKOMBbICOKO

ymehbinteKo3phiuueHtYcunenHHa

Ipepyan6anaHc

IpepyntaHbXoDbRCA

Ipepyan6anaHc

PoiKJIHOHTe DHHAMMKB COOTBECTCBN C NOHOCAMN

He nnonb3yetcMTX ca6byeep

Диhammknpacfa3npoBaHbI

PoiKIIIOUHTe DnHAMNKc Cc6bIODeHMeΦa3bI

PepdoxpaHnteHneHnpaBhbl

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Specificati:

TX8100D Specatcatii :

• Clasa-D amplifier Monoblock
• CEA 2006 certificat Putere de ijesire :
• 1x 1000 wati RMS @ 2Ω si THD + N ≤ 1%
• 1x600W RMS @ 4Ω sI THD + N ≤ 1%
  Crossover:
• Low Pass 24dB / oct variabila de la 40Hz la 150Hz
• Filtru subsonic 24dB / oct la 30Hz
• Raportul semnal-zgomot (1 Watt): >75dB
• THD + zgomot (distorsiuni) (1 Watt): ≤ 0,1%
  Raspuns in freventa (± 0,5dB) :10Hz-150Hz
  Semnal de intrare maxima: 6V
  Sensibilitate maxima:100mV
  Control de la distanta EBC
  Modul punte
  Reglat termic Conector ventilator pentru un ventilator extern (s)
• Dimensiuni: 366 mm × 133 mm × 54 mm

TX6500D Specificatii :

• Clasa-D amplifier Monoblock
• CEA 2006 certificat Putere de cesire :
• 1x500W RMS @ 2Ω si THD + N ≤1%
• 1x300 wati RMS @ 4Ω si THD + N ≤ 1%
  Crossover:
• Low Pass 24dB / oct variabila de la 40Hz la 150Hz
• Filtru subsonic 24dB / oct la 30Hz
• Raportul semnal-zgomot (1 Watt):>75dB
• THD + zgomot (distorsiuni) (1 Watt): ≤ 0,1%
  Raspuns in freventa (± 0,5dB) .. 10Hz - 150Hz
  Semnal de intrare maxima: 6V
  Sensibilitate maxima: 100mV
  Control de la distanta EBC
  Modul punte
• Reglat termic Conector ventilator pentru un ventilator extern (s)
• Dimensiuni: 266 mm × 133 mm × 54 mm

TX480D Specificatii :

-4 canale Clasa-D amplificator gamă largă
CEA 2,006 certificate Putere de cesire:
-4x140 wati RMS @ 2Ω si THD + N ≤1%
-4x80 wati RMS @ 4Ω si THD + N ≤ 1%
- 2x 280 wati RMS punte la 4 si THD + N ≤1%
Crossover:

Trece sus 12dB / oct variabela de la 40Hz la 400Hz
12dB scazut / TTPM variabela de la 40Hz la 400Hz
Raportul semnal-zgomot (1 Watt):> 85dB
- THD + zgomot (distorsiuni) (1 Watt): ≤ 0,05%
Raspuns in freventa (± 1dB) : 10Hz - 40000Hz
Semnal de intrare maxima: 6V
Sensibilitate maxima: 200mV
Reglat termic Conector ventilator pentru un ventilator extern (s)
- Dimensiuni: 216 mm × 133 mm × 54 mm

Setari, Alimentare si conexiuni Difuzoare

TX81000D TX6500D

TX480D

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http://www.mtxaudio.eu

M5

AUDIO

MTX is proud to be an

American Audio Company since 1971.

MTX is a proud member of Mitek Corp high quality consumer audio product lines.

MiTek

Corporation

Designed and Engineered by Mitek

in Phoenix - AZ, USA - Assembled in Korea. © 2016 Mitek. All rights reserved.

MTX is a registered trademarks of Mitek. Due to continual product development, all specifications are subject to change without notice.

Mitek-MTX-4545 East Baseline Rd. Phoenix, AZ 85042, USA