PowerMatch LED ModulePowerMatch LED Module

PowerMatch™
Compatible
LED Modules


Smart Integration.
Power Without Complexity.

PowerMatch™is a versatile mid-power linear platform engineered for seamless compatibility with ACE LEDS BABA Matchbook Constant Current drivers.

Designed to simplify OEM integration and fixture development, its flexible breakable architecture supports adaptable configurations while delivering reliable performance and cost-effective scalability across a wide range of lighting applications.

FEATURING:

  • Broad Compatibility: Engineered for effortless pairing with the ACE BABA Matchbook driver ecosystem.

  • Streamlined Design: Simplifies driver and module pairings for efficient OEM and fixture applications.

  • Versatile Architecture: Features a breakable 44” design allowing for flexible 2x22” configurations.

  • Cost-Effective Alternative: Delivers a reliable mid-power solution without the higher cost of higher cost of high-output platforms.

PowerMatch LED Drivers
PowerMatch
Validated Compatible
BABA Matchbook LED Drivers:

AC10CD250AT2KUS
AC15CD250AT2QUS
AC15CD350AT2SUS

AC25CD700AT2QUS
AC29CD700AT2QUS
AC40CD1.05AT2US

Manufactured in the USA
Manufactured in the USA as a component for BABA & Buy American compliant LED Luminaires.

PowerMatch™ 44” Cuttable
Linear LED Module


LE96CXXYY_44LE96CXXYYCRJ44 Diagram
LE96CXXYYCRJ44 Diagram
LE96CXXYYCRN44 Diagram
LE96CXXYYCRN44 Diagram

All sizes are the same voltage for Parallel wiring and designed for Multi-length linear fixture

Overview (LED configuration will be different for each PCB):

  • Constant Current DC Array
  • 16 LEDs in series x 6 parallel strings
  • Designed for easy use in standard luminaires
  • 3-step MacAdam Ellipse
  • UL Recognized Component
  • May be cut and separated into two (2) equivalent 22” modules

Connectivity:

  • Four Poke-In Connectors use #24-18 AWG stranded or BJB Connector, Part # 46.141.1001.50

Engineered by: ACE LEDS

Disclaimer: The modules referenced in this document are constructed with Cree LEDs unless explicitly specified otherwise. Actual performance is dependent on multiple external factors and may vary as much as +/- 3% from stated values.