
Sylvania 64718 T/27 GCT 240V Halogen Bulb
Ensure Optimal Lighting for Your Stage and StudioIntroducing the Sylvania 64718 T/27 Halogen Light Bulb. A high-performance halogen bulb providing bright and consistent illumination, ideal for professional lighting applications. Brand: Sylvania Wattage: 650W Voltage: 240V Bas...
*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.
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Overview
Ensure Optimal Lighting for Your Stage and Studio
Introducing the Sylvania 64718 T/27 Halogen Light Bulb. A high-performance halogen bulb providing bright and consistent illumination, ideal for professional lighting applications.
- Brand: Sylvania
- Wattage: 650W
- Voltage: 240V
- Base Type: Bi-Pin Prefocus (GY9.5)
- Color Temperature: 3,000K
- Bulb Type: Halogen Incandescent
Key Features
OSRAM Light Bulbs, Halogen Bulbs
Wattage: 650w, Voltage: 240v
Base: GY9.5 2 Pin Prefocus
Rated Life: 400 hours
Luminous Flux: 14850 Lumens
Specifications
Pros & Cons
👍 Pros
- Offers a high luminous flux of 14850 lumens, providing significant brightness for its intended use.
- Operates at 240V, making it suitable for specific electrical systems that require this voltage.
- Features a GY9.5 2 Pin Prefocus base, ensuring a secure and precise fit in compatible fixtures.
- Provides a wattage of 650w, indicating a powerful light output for professional or specialized needs.
- Manufactured by OSRAM, a recognized brand in lighting, suggesting a level of quality and reliability.
👎 Cons
- The rated life of 400 hours is relatively short compared to modern LED alternatives, requiring more frequent replacement.
- Being a halogen bulb, it typically generates more heat than other lighting technologies, which can be a consideration for cooling.
- A 650w wattage means it consumes a significant amount of power, potentially leading to higher energy costs.
- The GY9.5 2 Pin Prefocus base is a specialized type, which might limit its compatibility with common fixtures.
- Halogen bulbs generally have a lower energy efficiency compared to newer lighting technologies like LEDs.