The Adcom ACE-515 is a vintage AC power conditioner and power sequencer for audio systems. The unit provides several useful functions; AC power conditioning/protection and power sequencing for accessory equipment sources for your system. The rear of the unit features 7 outlets for accessories. There are four two prong polarized, and three, three prong with ground. The unit also has two cords. The main cord is a heavy duty power cord intended for the main AC input for all 7 outlets. The second is a unique smaller two prong cord that plugs into a switched convenience outlet on the back your main unit, receiver, preamp or controller. When you turn on your main unit the smaller cord triggers the outlets on the rear of the ACE-515 with a 10 second sequence power on delay for your amplifiers on the two main 3 prong grounded outlets. The four polarized outlets are instant on but are delayed 30 seconds on power down. Theis give the main amps time to settle. The sequential power-up/down (10s delay-on-make, 30s delay-on-break) for amplifiers and sources, protecting gear and improving sound clarity by preventing thumps and managing power on delivery and conditioning.
Condition: The unit was tested by DALAUDIO and is functional. The unit is in excellent condition with box, manuals and packing. Please see all photos.
Cash Sale, No Holds, Call or Text for Pick-up
Key Specifications:
- Function: Power Conditioner, Sequencer, Surge Protector
- Outlets: 7 total (3 grounded 3-prong for amps/control, 4 ungrounded 2-prong for sources).
- Power Handling: Up to 1800W total, 10A max for amplifier outlets.
- Protection: Surge/Spike (11 Joules, <10ns response), RFI/EMI Filtering.
- Sequencing: 10-second delay-on-make (amps) & 30-second delay-on-break (sources).
- Build: Heavy-duty chassis, aluminum front panel, UL/ETL listed.
- Dimensions: Approx. 17" W x 3" H x 6" D.
Benefits:
- System Management: Simplifies powering complex audio setups.
- Sound Quality: Reduces noise, adds clarity, depth, and vibrancy.
- Protection: Safeguards components from voltage spikes.