GE Quartzline Q1500T3/CL 23828 – 1500W 208V T3 Halogen Heat Lamp (R7s Base, 3050K, 32,000 Lumens, 2,000-Hour Life)

The GE 23828 (Q1500T3/CL-12PK) is a high-output Quartzline double-ended halogen T3 lamp optimized as an infrared heat source. With 1500W power at 208V, clear quartz envelope, C-8 filament, and horizontal burn orientation, it delivers intense thermal energy and bright light for industrial/commercial heating applications. Ideal for food warming displays, hot food service, infrared tunnels, curing/drying systems, and thermal processing equipment requiring reliable high-heat output.

Key Features

• 1500W high-intensity halogen for powerful infrared heating
• 208V operation suited to commercial/industrial systems
• T3 quartz linear bulb with clear finish for maximum IR transmission
• C-8 filament configuration for stable performance
• Horizontal burn position recommended for optimal thermal distribution and longevity

Electrical & Performance Specifications

• Wattage: 1500W
• Voltage: 208V
• Base Type: R7s Recessed Single Contact (double-ended)
• Initial Lumens: 32,000 lm (high output for heat + visible light)
• Efficacy: Approximately 22 lm/W
• Color Temperature: 3050K Warm White
• Average Rated Life: 2,000 hours

Physical Dimensions

• Maximum Overall Length (MOL): 255.6 mm (10.06 in)
• Bulb Diameter: 9.5 mm (0.375 in)
• Light Center Length (LCL): 158.8 mm (6.25 in)

Certifications & Compliance

• CE Certified
• RoHS Compliant
• UL Listed for safety and quality

Recommended Applications

• Industrial heating systems and process equipment
• Commercial food warmers, hot food displays, and buffet lines
• High-intensity thermal processing, drying, or curing systems
• Infrared heating fixtures, tunnels, or ovens
• Specialized heat lamps requiring high power and IR output

This GE Quartzline 1500W 208V T3 halogen heat lamp (23828) provides robust, reliable infrared performance for demanding commercial and industrial environments. Use in compatible R7s fixtures with proper ventilation and safety precautions due to high heat output. Note: Primarily a heat source—handle with care, and consider energy-efficient IR LED alternatives for modern upgrades where applicable.