YJJ 012-63000 Excelitas Fluorescence Microscope Bulb X-Cite 120 Series Mercury Lamp with 200W Rated Service Life

Product Description:

012-63000 Excelitas Fluorescence Microscope Bulb X-Cite 120 Series Mercury Lamp

Features:

012-66000R is a mercury lamp bulb of the X-Cite series produced by LUMEN DYNAMICS, with the model number X-Cite 200DC. The following is the collation of key information:
1. Basic parameters:
◦ Power: 200W ◦
Rated service life: 2000 hours (Typical service life: 2500 hours)
Spectral range: 340-800nm, non-detachable
◦ Input voltage: 100-240VAC, 50/60Hz
2. Characteristics:
◦ DC regulated design: Provides stable light output and reduces photobleaching.
◦ High-speed baffle: Controls photobleaching, reduces mechanical vibration, and enhances imaging quality.
◦ Uniform illumination: The design ensures uniform illumination with no heat transferred to the microscope.
◦ Pre-calibrated lamp tubes: Easy to replace, no need for recalibration.
◦ Adjustable diaphragm: Adjust the light intensity within the range of 0-* to optimize different brightness requirements.
◦ Automatic detection function: Detection of the insertion status of the optical guide tube to optimize performance.
3. Application Scenarios:
The fluorescence microscope illumination system is suitable for fields such as medical care and the bioindustry.
However, there are still some pieces of information that may need further confirmation:
• Specific brand and manufacturer: Although LUMEN DYNAMICS is mentioned, it is necessary to confirm whether the company is the sole manufacturer of this model or whether there are other brands using this model.
• Detailed spectral characteristics: Although 340-800nm is mentioned, the specific peak wavelength or whether there is any optimization for specific applications (such as UV, visible light, etc.) is not clear.
• Certification status: Whether there are certifications such as CE and RoHS, which may be very important for some users.
• User reviews or actual usage feedback: The search results lack the actual user experience, making it impossible to assess their actual performance.
• Whether it is intelligent control: Abstract 6 mentions TTL input/synchronous output, but does not specify whether it supports intelligent control or integration with other systems.

Specifications: