Accu-Cable AACXLR-L-10 Power/Audio Combo Link Cable
Accu-Cable AACXLR-L-10 Power/Audio Combo Link Cable is backordered and will ship as soon as it is back in stock.
Description
Description
AACXLR-L-10
The XLR-M to XLR-F connection carries balanced audio from the output of one powered speaker to the input of the next. At the same time, locking IP-M to IP-F connectors link power between compatible equipment. This integrated design helps production professionals, installers, and venue operators reduce the number of individual cables required for each speaker connection.
Constructed with two-conductor 20 AWG twisted-pair audio wiring, a braided shield, three-conductor 12 AWG power wiring, and a flexible 12 mm PVC jacket, the AACXLR-L-10 is designed for professional audio production, touring, corporate events, churches, and entertainment venue installations.
- Combines balanced audio and locking power connections
- Designed for linking compatible powered speakers
- Reduces the number of cables required for each connection
- 10 ft / 3 m length supports wider speaker spacing
- Helps create cleaner stages and permanent installations
- Simplifies equipment setup and teardown
- Heavy-duty 12 AWG power conductors
- Shielded twisted-pair audio construction
- Flexible PVC jacket for convenient cable routing
- Suitable for portable production and fixed installations
Specifications:
- Model: AACXLR-L-10
- Cable length: 10 ft / 3 m
- Audio connector A: 3-pin XLR male
- Audio connector B: 3-pin XLR female
- Audio cable: Two-conductor 20 AWG twisted pair
- Audio shielding: Braided shield
- Power connector A: Locking IP male
- Power connector B: Locking IP female
- Power cable: Three-conductor 12 AWG
- Outer jacket: Flexible PVC
Cable diameter: 12 mm
Recommended Applications:
Powered speaker systems
Concert tours
Live production
Corporate audiovisual events
Houses of worship
Theaters and performing arts centers
Nightclubs, bars, and lounges
Entertainment venue installations
Professional and commercial audio installations
Specifications are subject to change without notice.


