CCSD Entry-Level 100V In-Ceiling Speaker – High-Power Performance with Metal Frame Reliability

Overview

The CCSD series is Lecovita’s heavy-duty in-ceiling speaker line designed for entry-level projects that still demand higher power handling, multiple transformer taps, and durable construction. Featuring a rugged metal frame, the CCSD is engineered to provide consistent and clear audio across large-scale distributed systems.

Available in 5.25″, 6.5″, and 8″ paper cone models, the CCSD accommodates a wide variety of installation needs—ranging from voice paging in schools to ambient music in supermarkets and parking structures. With up to 40W RMS output and multi-watt 100V transformer options, this speaker offers flexibility and strength for cost-conscious professional applications.

Key Features

• Multiple Power Tap Options
  Each model features a multi-watt 100V transformer (up to 20W) allowing installers to adjust power levels according to system requirements.

• Up to 40W RMS Output
  The CCSD-8 provides substantial audio output for larger and acoustically challenging environments.

• Reinforced All-Metal Chassis
  Built with a metal back can and mounting arms to withstand frequent use, public access areas, and difficult ceiling structures.

• Full-Range Frequency Response
  Wideband sound from 90Hz to 20kHz (for CCSD-6 and CCSD-8) supports both voice and music applications with clarity.

• Flexible Sizing Options
  Choose from 5.25”, 6.5”, or 8” versions depending on your space, SPL requirements, and system design.

  Applications

  • Commercial Halls & Supermarkets

  • Public Corridors & Waiting Areas

  • Classrooms and Lecture Halls

  • Underground Parking Facilities

  • Government & Utility Buildings

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  Why Choose Lecovita’s CCSD Series?

  The CCSD series stands out in the entry-level category by offering higher output, broader frequency, and transformer flexibility in a durable metal frame—making it the perfect upgrade from ultra-basic speakers. It’s designed for integrators who want simple installation without sacrificing audio reach or structural reliability.