Osram-Xenophot- 12V100W

Name: Osram-Xenophot- 12V100W
Brand: New Trade Links
Price: 853.0 INR
Availability: InStock

Price 853.0 INR/ Piece

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MOQ : 1 Piece

Osram-Xenophot- 12V100W Specification

Product Type
Halogen Reflector Lamp

Material
Glass and Metal

Usage
Medical, Scientific, and Projection Equipment

Design
Xenophot technology, Mirror Reflector Type

Input Voltage
12V

Power
100W

Working Frequency
50/60 Hz

Shape
Reflector Lamp, MR16 Shape

Weight
Approx. 26g

Color
Silver

Luminous Flux
Approx. 2600 lm

Body Material
Glass

IP Rating
Not rated (for indoor use only)

Diameter
Approx. 50mm

Color Temperature
3400K

Average Lifetime
Approx. 50 hours

Lamp Base
GZ6.35

Model Number
64627 HLX EFP

Max Surface Temp.
> 500C as indicated

Feature
UV-stop, High Luminous Efficacy, Instant Start

Burning Position
Universal

Osram-Xenophot- 12V100W Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Osram-Xenophot- 12V100W About

Osram-Xenophot-12V100W

The Osram 12V 100W Xenophot (HLX) is a low-voltage tungsten-halogen lamp that uses xenon gas instead of krypton. This technology produces up to 10% brighter light than standard halogen bulbs while using the same amount of power. It is designed for medical, dental, and microscopic applications.

Key Details

Voltage: 12V
Wattage: 100W
Gas Fill: Xenon (HLX)
Color Temperature: 3200K - 3450K
Average Life: 50 hours (varies by specific model)

Advanced Xenophot Technology for Optimal Performance

Integrating Osram's innovative Xenophot technology, the 64627 HLX EFP lamp achieves higher luminous efficiency and instant startup. The combination of a specialized reflector design and high-quality materials ensures consistent light output, enhancing its suitability across demanding fields such as medical diagnostics, laboratory science, and precision projection applications.

Unmatched Versatility and Efficiency

Capable of functioning in any burning position and designed for universal usage, this lamp provides flexibility in installation and application. The UV-stop feature enhances user safety by reducing ultraviolet emissions, while the lamp's 50-hour average lifetime offers reliable short-term operation for rigorous professional or technical workspaces.

FAQ's of Osram-Xenophot- 12V100W:

Q: How is the Osram Xenophot 12V 100W lamp typically used in professional settings?

A: This lamp is commonly employed in specialized equipment such as medical devices, scientific instruments, and professional projection systems. Its high luminous output and precision reflector make it ideal for applications where bright, focused illumination is essential.

Q: What are the benefits of the Xenophot technology incorporated in this lamp?

A: Xenophot technology boosts luminous efficacy, ensuring brighter light with reduced energy consumption. It also enables instant startup and lower operating temperatures compared to standard halogen lamps, making it more efficient and reliable for high-demand environments.

Q: When should I replace the Osram Xenophot 64627 HLX EFP lamp?

A: Replacement is recommended after approximately 50 hours of operation, as this represents the average lifetime for peak performance. If you notice a significant reduction in brightness or any signs of lamp degradation, prompt replacement is advised to maintain optimal output.

Q: Where is it safe to install this lamp?

A: The Osram Xenophot 64627 HLX EFP is rated for indoor use only, and should be installed in equipment designed to accommodate its GZ6.35 base. It is not suitable for outdoor or moisture-prone environments due to the lack of an IP rating.

Q: What is the process for installing the lamp securely?

A: Always ensure that the projector or equipment is unplugged before installation. Insert the lamp into the GZ6.35 socket, handling it by the base or using gloves to avoid contact with the glass. Confirm it is properly seated before reconnecting power and starting the device.

Q: How does the UV-stop feature benefit users?

A: The integrated UV-stop reduces the emission of ultraviolet radiation, helping to protect sensitive materials, prevent fading, and safeguard users or patients exposed to the light output during operation.

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