How to troubleshoot Soundstream Tarantula Amplifier that will not power up?
First, ensure you have a solid ground connection and that battery power is reaching the (+) terminal. Then, inspect all fuses and replace any that are blown. Also, check if the Protection LED is illuminated; if it is, that's preventing power-up.
Why does my Soundstream Amplifier have distorted sound?
First, make sure the input level control matches the head unit's signal level, setting it as low as possible. Also, verify that all crossover frequencies are correctly configured. Finally, check the speaker leads for any short circuits.
What to do if the Protection LED comes on in Soundstream Amplifier?
The Protection LED might be on due to short circuits in the speaker leads or if the speaker load is beyond the minimum. Check for short circuits on the speaker leads and verify the speaker load. You can also try removing the speaker lead and resetting the amplifier. If the protection LED persists, the amplifier may be faulty and require servicing.
Why does my Soundstream Amplifier get very hot?
Overheating may occur if the amplifier's minimum load impedance is incorrect or if there's insufficient air circulation. Check that the load impedance is correct for your amplifier model and ensure good air circulation around the unit. In some cases, adding an external cooling fan might be necessary.
What to do if Soundstream Tarantula has no output?
First, check that the RCA audio cables are correctly plugged into the appropriate inputs. Next, inspect all speaker wiring to ensure everything is connected properly. Finally, check both the headunit output and the amplifier level setting to make sure they are correctly configured.
Why is there a high hiss in the speakers connected to my Soundstream Amplifier?
A hissing sound could be caused by a shorted RCA cable or grounding issues. Check that the RCA cable is not shorted to power ground at the amplifier side and verify the amplifier's grounding.
General| Series | Tarantula |
|---|---|
| Category | Amplifier |
| Crossover | Variable Low Pass |
| Amplifier Class | D |
| Input Sensitivity | 0.2V - 6V |
| Power Output | Varies by model |
| RMS Power @ 4 Ohms | Varies by model |
| RMS Power @ 2 Ohms | Varies by model |
| RMS Power @ 1 Ohm | Varies by model |
| Bridged RMS Power | Varies by model |
| Fuse Rating | Varies by model |
| Dimensions | Varies by model |
Prolonged listening at high levels can cause hearing loss; exercise caution.
Connect speakers/subwoofers here, ensuring correct polarity and avoiding chassis ground.
Connect to the positive battery terminal via a fuse/breaker within 18 inches.
Connect to the head unit's remote output to turn the amplifier on.
Connect directly to bare metal chassis frame using shortest, thickest cable.
For source units with RCA outputs; requires minimum 200mV level. Use twisted pair cables.
Red LED indicates fault; disconnect amp and resolve before reconnecting.
Be careful of car layout, disconnect battery, turn off equipment, use correct fuse.
Plan installation, find location with sufficient air circulation.
Choose appropriate cable gauge and fuse rating based on the model from the table.
Connect ground to bare metal chassis with nut/bolt; use same size cable as +12V.
Connect remote terminal to head unit remote output with 16-gauge wire.
Place fuse holder within 18" of battery and run cable to amp.
Check ground, battery, fuses. Ensure Protection LED is off.
Check speaker shorts/overload, remove leads, reset amp.
Verify RCA cables, speaker wiring, headunit output, and amp level settings.
Set input level low, check crossover frequencies, check for speaker shorts.
Verify load impedance, ensure air circulation, consider cooling fan.
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