Philips MasterColor CDM/TC 3000K - User Manual

A compact solution
for retail displays
The Philips MasterColor
®
3000K Tubular Single-Ended
T4 lamp is a compact, energy efficient, ceramic metal halide
lamp that provides crisp, sparkling light.
Excellent color
• 81–83 CRI (color rendering index)
• Color stability over life within ± 200K
• Lamp to lamp color consistency over life
Total cost of ownership benefits
• High lamp efficacy (up to 92 LPW)
• Energy-efficient alternative to incandescent/halogen
• Improved lumen maintenance over standard metal halide
Application versatility
• Universal operating position
• Compact lamp dimensions for high beam intensities
FadeBlock
™
• Lamps feature integrated UV blocking medium for reduced
fading of fabrics and paintings
CDM/TC 3000K
Philips MasterColor
®
Ceramic Metal Halide
3
000K Tubular
Single-Ended T4 Lamps
Ideal for reta il displ ay light ing,
and accent lighting

Philips MasterColor CDM/TC 3000K Specifications

General

Color Temperature	3000K
Technology	Ceramic Metal Halide (CDM)
Base	G12
Average Lifetime	12000 hours
Application	retail

Summary

A compact solution for retail displays

Excellent color

Highlights high CRI, color stability, and lamp-to-lamp consistency for superior visual quality.

Total cost of ownership benefits

Focuses on high lamp efficacy and energy efficiency as key economic advantages.

Application versatility

Covers universal operating position and compact dimensions for flexible installation.

FadeBlock

Features integrated UV blocking medium for reduced fading of fabrics and paintings.

Ordering Data

Electrical and Technical Data

Physical Characteristics

Operating Characteristics

WARNINGS, CAUTIONS AND OPERATING INSTRUCTIONS

UV Radiation Hazard

Alerts to skin and eye inflammation risk from UV radiation if the outer envelope is broken.

Arc Tube Rupture Risk

Warns of potential injury from arc tube rupture due to internal or external factors.

Lamp Operating Instructions

Provides guidance on relamping, fixture suitability, operating position, and ballast use.