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Meade ACF-SC 254/2500 UHTC LX200 OTA Specs
| Brand | Meade Instruments |
| Full Model Code | Meade LX200-ACF 10-inch f/10 Advanced Coma-Free Optical Tube Assembly with UHTC (1010-60-03OTA) |
| Country of Origin | Mexico |
| Optical Design | Advanced Coma-Free (ACF) Catadioptric Catseye Structure (Hyperbolic Secondary / Aspheric Corrector) |
| Aperture | 254 mm (10.0 inches) |
| Focal Length | 2540 mm |
| Focal Ratio | f/10 |
| Optical Coatings | Ultra-High Transmission Coatings (UHTC) Matrix for Enhanced Light Throughput |
| Glass Material | Premium Pyrex Glass Primary Mirror Substrate with Water-White Glass Corrector Plate |
| Secondary Mirror Obstruction | 94 mm |
| Secondary Mirror Obstruction by Diameter | 37.0% |
| Secondary Mirror Obstruction by Area | 13.69% |
| Resolving Power | 0.45 Arcseconds (Dawes), 0.54 Arcseconds (Rayleigh) |
| Limiting Visual Magnitude | 14.5 |
| Highest Useful Magnification | 500x |
| Lowest Useful Magnification | 36x |
| Optical Tube Material | Powder-Coated Aluminum Cylindrical Shell with Heavy-Duty Die-Cast Rear Cell |
| Focuser Style & Mechanism | Internal Primary Mirror Focusing Mechanism with Zero-Shift Precision Slide Baffle Track and SC Threaded Rear Interface |
| Mirror Lock Mechanism | Yes (Equipped with Primary Mirror Manual Clamping Lock Bolt on Rear Cell) |
| Optical Tube Dimensions | 300 mm x 560 mm |
| Optical Tube Weight | 14.10 kg (31.08 lbs) |
| Mount Attachment Type | Heavy-Duty Losmandy-Style D-Plate Platform Rail |
| Finder Scope Specification | 8x50 Achromatic Optical Finder Scope with Crosshair Layout and Dual-Screw Alignment Bracket |
| Included Accessories | 10-inch LX200-Class f/10 ACF OTA, Losmandy Dovetail Rail, 8x50 Finder Scope, 1.25-inch Eyepiece Holder Back, 90-Degree Mirror Diagonal (1.25-inch), Super Plossl 26mm Eyepiece (98x) |
| Standard Warranty | 1-Year Limited Warranty |
| Application | Long-exposure deep-sky astrophotography tracking and high-magnification planetary research, using a dedicated mechanical primary mirror lock to eliminate image shift during long tracking arcs. |




























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