Introduction: It'S About A 3Nn Dual Band Designed To Drastically Reduce The Effect Of Light Pollution, The 3Nm Isolates The Nebulae'S Emissions Into H-Alpha (Red) And Olll (Green-Blue). It Blocks Light Pollution, Maximizes The Signal From Nebulae, And Darkens The Sky Background. It Also Blocks Artificial Light From Mercury Vapor Lamps, High And Low Pressure Sodium Vapor Lights, And Unwanted Natural Light Caused By The Emission Of Neutral Oxygen In Our Atmosphere. Maximizes The Transmission Of The Main Emission Lines Of The Nebula In Olli (496Nm And 500Nm) And H-Alpha (656Nm). Used With Dsl, Color/Mono Cmos And Ccd, However, This Filter Is Not Suitable For Fast Ratio Systems.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What are the dimensions of the Optolong L-Ultimate filter?A: The dimensions are two point nine one inches by two point nine one inches by zero point eight seven inches. This compact size makes it suitable for various astrophotography setups.
Q: What material is the Optolong L-Ultimate filter made of?A: The filter is made of optical glass. This high-quality material ensures optimal light transmission and clarity for imaging.
Q: What is the model number of this filter?A: The model number is zero four five. This designation helps identify the specific features and specifications of the product.
Q: How do I use the Optolong L-Ultimate filter?A: To use the filter, simply attach it to your camera or telescope's filter thread. Ensure that you are using it with compatible DSLRs or CMOS/CCD cameras.
Q: Is this filter suitable for beginners in astrophotography?A: Yes, it’s suitable for beginners. Its dual bandpass design simplifies capturing nebulae images by blocking light pollution effectively.
Q: Can I use the filter for fast ratio systems?A: No, this filter is not suitable for fast ratio systems. It's designed for specific imaging setups to avoid performance issues.
Q: How do I clean the Optolong L-Ultimate filter?A: To clean the filter, use a microfiber cloth and lens cleaning solution. Avoid abrasive materials to prevent scratches on the optical glass.
Q: What is the shelf life of the Optolong L-Ultimate filter?A: The filter does not have a defined shelf life. However, proper care and storage can maintain its performance for many years.
Q: How should I store the filter when not in use?A: Store the filter in a protective case away from direct sunlight and dust. This helps preserve the quality of the optical glass.
Q: Is the Optolong L-Ultimate filter effective in heavy light pollution areas?A: Yes, it is effective in heavy light pollution areas. The design selectively filters out interference while maximizing the signal from nebulae.
Q: How does the L-Ultimate filter compare to other dual-narrowband filters?A: The L-Ultimate filter has a dual three nanometer bandwidth, unlike other filters, allowing for better contrast and reduced halo effects.
Q: Can this filter be used for both color and monochrome imaging?A: Yes, it can be used for both color and monochrome imaging. It is designed to enhance the signal for various camera types.
Q: What if the filter arrives damaged?A: If the filter arrives damaged, contact customer support for a replacement or refund. Ensure to have your order details ready for a quicker process.
Q: Is there a warranty for the Optolong L-Ultimate filter?A: Yes, it typically comes with a manufacturer's warranty. Check the product details or contact support for specific warranty information.
Q: What kind of astrophotography can I use this filter for?A: You can use this filter for capturing images of nebulae and other celestial objects. It enhances contrast and reduces light pollution effects.
Q: Does the filter block artificial light sources?A: Yes, it blocks artificial light from sources like mercury vapor and sodium vapor lamps. This enhances the visibility of celestial objects during imaging.