Martin Exterior Linear Pro-Cove, CTC, 4ft

Martin Exterior Linear Pro-Cove CTC, 4ft

The Martin Exterior Linear Pro-Cove CTC is a compact, flexible lighting fixture engineered for seamless integration into cove installations and linear applications. Its slim profile and daisy-chainable design make it straightforward to deploy across continuous runs, whether for studio accent lighting or production environments requiring distributed color-controllable illumination.

Light Output & Color Control

This 4-foot fixture delivers 3,200 lumens total at 800 lm/ft with 12 LEDs per foot, providing consistent output across its full length. Three selectable color temperature modes—2700K, 4000K, and 6500K—combined with high color rendering index (CRI) ensure accurate color reproduction for video recording, photography, and on-set lighting across warm, neutral, and cool applications.

Control & Integration

Full DMX control capability with Remote Device Management (RDM) allows sophisticated fixture addressing and remote diagnostics for studio workflows, while stand-alone mode provides straightforward operation without a control console. The fixture supports up to 42 daisy-chained units (52 m/169 ft) on a single circuit, streamlining installation in extended production runs and multi-zone studio setups.

Key Features

• 3,200 lumens total output (800 lm/ft)
• 12 LEDs per foot
• 100-degree beam angle
• Color temperature control: 2700K, 4000K, 6500K
• High color rendering index (CRI)
• DMX channels: 3/3/12/24 (standard/1 seg/4 seg/8 seg)
• DMX-controllable with RDM and stand-alone control modes
• Idle power consumption: 2.30W at zero intensity
• Heat dissipation: 41 BTU/hr per foot
• Maximum 42 daisy-chained fixtures (230V–277V)
• Maximum string length: 150 m / 328 ft
• Combined power and data connector for daisy-chaining

The Pro-Cove CTC combines efficient LED technology with flexible control architecture, making it a dependable choice for studio and production installations requiring distributed, color-accurate illumination across extended linear spans.