Taramps T 9.000 ChipEO Amplifier Instruction Manual
Introduction
Congratulations on your purchase of a Taramps product. This amplifier was developed in a modern laboratory with the latest technology. This manual covers all features, operations, and instructions to solve any doubt that may arise during installation. Please read it carefully to ensure proper installation and to benefit from all the features this product offers.
For questions, please call +55 (18) 3266-4050, email support@taramps.com.br, or visit www.taramps.com.br.
Safety Requirements
To ensure proper use, please read this manual before using the amplifier. Pay close attention to the CAUTIONS provided.
- The installation of this amplifier must be done by a qualified professional.
- Wear safety glasses, insulated gloves, and use correct tools for installation.
- This amplifier is for use with 12V batteries. Always check the voltage before installing.
- Install the amplifier in a firm place with at least 1" (25mm) space around the heatsink for proper heat spreading.
- Never install the amplifier in places exposed to dust, humidity, or water. Keep it away from fuel tanks, fuel lines, heat sources, and other vehicle parts.
- Install a protection fuse or circuit breaker near the battery, following the ampere rating indicated in this manual. Using an improper fuse or circuit breaker can result in overheating, smoke, product damage, injury, or burns.
- Avoid running wires over or through sharp edges. Use rubber or plastic grommets to protect wires routed through the car's body.
- Before making any connection to the amplifier, disconnect the battery's negative terminal.
- The external surface of the amplifier becomes hot during use. Avoid touching the heatsink area and keep children away from the amplifier.
- This amplifier may produce high sound pressure levels. Avoid continuous exposure to levels over 85dB to prevent permanent hearing loss.
- Output connections for speakers may have voltage levels when the amplifier is operating. Ensure the amplifier is turned OFF before making any connection or disconnection at these terminals.
- To dispose of this amplifier, do not throw it in domestic waste. It must be collected by an electronic product disposal service for proper recycling.
A CAUTION This symbol with “CAUTION” alerts the user to the presence of important instructions. Failure to heed these instructions may result in risk of injury or product damage.
Term of Warranty
TARAMPS warrants this product against any defects in project, manufacturing, assembly, and/or solidarity due to project vices that cause improper use or inadequacy for its intended purpose for 12 months from the date of purchase.
In case of defect during the warranty period, TARAMPS' responsibility is limited to the repairing or replacement of the device.
This warranty excludes:
- Products damaged by improper installation, water infiltration, or unauthorized individuals.
- Tampered or torn warranty seal.
- Cases where the product is not used in adequate conditions.
- Defects caused by accessories, modifications, or features attached to the product.
- Product damage from falling, bumps, or natural events (flooding, lightning, etc.).
- Warranty card not properly filled or torn.
- Costs involving uninstallation, reinstallation of equipment, and shipment to the factory.
- Damage of any kind due to product problems, or losses caused by discontinued use of the product.
Technical Assistance
For international support, check our website: www.taramps.com.br/en/rede-de-assistencias-tecnicas or contact factory support:
Phones: +55 18 3266-4050 / +55 18 99749-3391
E-mail: service@taramps.com.br
Power Supply Connector
The amplifier features the following power supply terminals:
- 1 - NEGATIVE POWER SUPPLY TERMINAL: Use a 1/0 AWG (50mm²) cable, as short as possible, connected to the negative battery pole.
- 2 - REMOTE TERMINAL: Connect the Head Unit's remote output using a 0.75mm² (18 AWG) cable. Only one remote input needs to be connected to activate the amplifier.
- 3 - POSITIVE POWER SUPPLY TERMINAL: Use a 1/0 AWG (50mm²) cable directly from the positive battery terminal with a 450A fuse, placed as close as possible to the battery.
It is recommended that all cables have tinned ends for improved electrical contact. When using a power bus bar, avoid overtightening with extenders on the allen wrench, as excessive torque may break the terminal.
A CAUTION Before making any connections to the power terminals, ensure the negative (-) terminal of the vehicle battery is disconnected.
LEDs Indicators & Protection System
- Blue LED steady on: Indicates the amplifier is turned on.
- Flashing yellow LED: Indicates excessive temperature (may be caused by obstructed internal fans, improper installation, or poor ventilation). When the amplifier reaches approximately 80°C (176°F), thermal protection activates, audio is interrupted, and the yellow LED flashes. The fans will operate to cool the components. Audio is restored once the amplifier reaches a safe temperature. It is recommended not to turn off the amplifier to allow fans to cool it down faster.
- Blinking yellow LED (with music): Indicates the amplifier is operating at the distortion threshold. If the red LED also blinks, it indicates excessive distortion.
- Red LED steady on: Indicates a short-circuit or impedance lower than supported at the output.
- RED LED flashes 2x: Supply voltage is less than 9V.
- RED LED flashes 3x: Supply voltage is greater than 16V.
Functions, Inputs & Outputs
- 1 - L/R: Inputs for signals to be amplified. Connect these signals to the Head Unit's RCA outputs using good quality shielded cables to avoid noise interference.
- 2 - GAIN: Adjusts the input sensitivity of the amplifier, allowing perfect adjustment to the output signal levels of various head units. Sensitivity can be adjusted from 4V (minimum) to 0.2V (maximum).
- 3 - MONITOR LEVEL REMOTE: Connection for the LED Monitor accessory (not included), which monitors the amplifier, indicating clipping and protection activation. It also allows for Monitor level remote control of volume.
- 4 - SPEAKER: Output (positive and negative) for transducer connection. Follow the described polarity and the minimum impedance recommended. When combining speakers, consider the resulting impedance.
Speaker Impedance Examples:
- Two 2 Ohm speakers in parallel result in a 1 Ohm load for the amplifier.
- Two 4 Ohm speakers in parallel result in a 2 Ohm load for the amplifier.
A CAUTION Due to voltage at the output terminals when the product is on, avoid contact. Risk of electric shock.
- 5 - SMART COOLER: This amplifier has two internal ventilation fans. For optimal performance, install the amplifier in a cool, aired place with at least 1" (25mm) space around the heatsink for proper heat dissipation. The typical operating temperature is 70°C (158°F).
A CAUTION The fan and ventilation openings are crucial for cooling the amplifier during use and must not be obstructed.
Installation
CAUTION: All connections to power supply, input, and output connectors must be made only with the amplifier turned OFF.
Recommended Wire Gauge & Fuse
- Positive/negative power supply cable: 2 x 1/0 AWG
- Output cables wire gauge: 7 AWG
- Remote cable: 18 AWG
- Protection fuse or circuit breaker: 450A
These gauges are calculated for a maximum length of 4m. For longer distances, increase the cable gauges.
A CAUTION Using wire gauges below the recommendation will result in power loss and overheating of wiring.
Check polarity and never reverse power supply cables to avoid amplifier damage. It is mandatory to install a protection fuse or circuit breaker as close as possible to the batteries.
Note: For compression drivers and tweeters, install a passive filter on their positive terminals (Consult the transducer's manufacturer manual).
Diagram Description: The diagram shows the amplifier connected to a battery bank (multiple batteries in parallel) and a Head Unit. Power cables (1/0 AWG) connect the batteries to the amplifier's positive and negative terminals. A remote cable (18 AWG) connects the Head Unit to the amplifier's remote terminal. RCA cables connect the Head Unit's audio output to the amplifier's L/R inputs. Speaker cables (7 AWG) connect the amplifier's speaker outputs to the speakers.
ACUIDADO The entire aluminum surface of the amplifier acts as a heat sink. The normal working temperature is 70°C (158°F). Avoid contact with this surface when the amplifier is in use.
ACUIDADO This equipment is not suitable for use in places where children may be present.
Required battery bank capacity: At least 450Ah
Technical Features
Feature | 1 Ohm | 2 Ohms |
---|---|---|
Minimum Output Impedance | 1 Ohm | 2 Ohms |
Number of Channels | 01 | |
Output Power @12.6VDC | 9000W RMS 5445W RMS |
9000W RMS 5445W RMS |
Output Power @13.8VDC | 10000W RMS 6100W RMS |
10000W RMS 6100W RMS |
Output Power @14.4VDC | 11000W RMS 6710W RMS |
11000W RMS 6710W RMS |
Input Sensitivity | 220mV ~ 4V RMS | |
Signal-to-noise Ratio | >90dB | |
Frequency Response | 5Hz ~ 5KHz (-3dB)** | |
Efficiency | 79% | 84% |
Input Impedance | 10K Ohms | |
Protection System | Short-Circuit to Output, Short on output compared to GND, Low impedance at output, High/Low supply voltage and Thermal protection | |
Minimum Supply Voltage | 9VDC | |
Maximum Supply Voltage | 17VDC | |
Idle Consumption | 3.70A | 1.50A |
Musical Consumption @12.6VDC | 450A | 423A |
Rated Power Consumption | 900A | 846A |
Dimensions (W x H x L) | 228 x 64 x 446mm (8.98" x 2.52" x 17.56") | |
Weight | 5.80Kg (12.76lb) |
*Rated power with 60Hz sinusoidal signal and THD <= 1%, with resistive loads, measured with Audio Precision APx525 audio analyzer or equivalent and the product at lower than 50°C case temperature and 12.6V supply voltage.
**Frequency response measured at the impedance.
The values above are typical and may vary due to electronic components tolerance or manufacturing process.
For further information or questions, visit our website or contact TARAMPS support.
Frequency Response Graph Description: The graph shows a frequency response curve starting at approximately -3dB at 5Hz, rising to a peak of about 5dB around 1kHz, and then decreasing to approximately -3dB at 5kHz. The x-axis represents frequency in Hz (from 5 to 10k), and the y-axis represents relative level in dB (from -3 to 6).