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IMPORTANT: Our store is located in Canada. All orders that include products manufactured outside of Canada or USA will be subject to tariffs and duties, regardless of the order value. US customers are responsible for all applicable duties and tariffs, and those will be billed by the carrier, except for the Lacerta upgrade kit, for which we collect them at checkout.
IMPORTANT: Our store is located in Canada. All orders that include products manufactured outside of Canada or USA will be subject to tariffs and duties, regardless of the order value. US customers are responsible for all applicable duties and tariffs, and those will be billed by the carrier, except for the Lacerta upgrade kit, for which we collect them at checkout.
QHYCCD Camera Tilter Plate

QHYCCD Camera Tilter Plate

par QHYCCD
UGC QHY-020136
$40.00 - $40.00
$40.00
$40.00 - $40.00
$40.00
Égalisation de prix!
  • Rear-Access Adjustment Mechanism
  • Designed for Mono Camera and Filter Wheel Combinations
  • Selectable Three-Point or Four-Point Adjustment Patterns
  • Corrects Sensor Tilt for Sharper, Flatter Fields
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Alerte de retour en stock
Info disponibilité
Admissible à la livraison GRATUITE aux USA pour les commandes de plus de 350$.
  • Description
  • FAQ
  • Specifications
  • In the Box
  • Warranty

  • Camera Tilter Plate

    The Camera Tilter Plate provides a robust and accessible solution for eliminating sensor tilt, featuring a rear-adjustment mechanism designed specifically for complex imaging trains that include a filter wheel. This design allows for precise collimation without disassembling your setup, ensuring a perfectly flat focal plane for sharp stars from edge to edge.

    Rear-Access Adjustment: Fine-Tune Tilt with Your Filter Wheel Attached

    Correcting sensor tilt on a fully assembled imaging train is often impossible, forcing you to dismantle your camera and filter wheel to reach the adjustment screws. This Camera Tilter Plate solves that problem with a rear-adjustment design, placing all control points behind the main body. You can now make micro-adjustments to flatten your field while the full system is mounted, saving significant time and frustration during a critical imaging session.

    Flexible Collimation: Triangular and Rectangular Adjustment Patterns

    Every optical system has unique tilting challenges. This plate offers the flexibility to choose between a three-point (equilateral triangle) or a four-point (rectangle) adjustment arrangement. The three-point system provides a classic, intuitive method for quickly finding a flat field, while the four-point system can offer more granular control over specific axes of tilt, making it easier to correct for complex mechanical misalignments in your imaging train.

  • What is sensor tilt and why do I need this Camera Tilter Plate?

    Sensor tilt occurs when your camera's sensor is not perfectly perpendicular to the telescope's light path. This causes stars to be sharp in one area of your image but elongated or out of focus in another. A Camera Tilter Plate allows you to make fine mechanical adjustments to the sensor's angle, ensuring the entire focal plane is perfectly flat and your stars are sharp across the entire frame.

    How does the Camera Tilter Plate make adjustments easier with a filter wheel?

    Its key feature is a rear-adjustment design. On many tilters, the adjustment screws are on the front face, which becomes inaccessible once a filter wheel or off-axis guider is attached. This plate's design places the adjustment points on the back, allowing you to fine-tune tilt without having to take your imaging train apart.

    Will this Camera Tilter Plate work with my monochrome camera for imaging galaxies like Andromeda (M31)?

    Yes, this tilter is designed specifically for the common astrophotography setup of a monochrome camera combined with a filter wheel. Achieving a perfectly flat field is critical for large targets like the Andromeda Galaxy (M31), where distorted stars at the edges can ruin an otherwise excellent image. This plate provides the necessary correction for that exact use case.

    Is a Camera Tilter Plate important for a fast refractor like an f/4 system?

    Absolutely. Fast optical systems (those with low focal ratios like f/4 or f/5) have a very shallow depth of focus and are extremely sensitive to sensor tilt. Even a tiny misalignment can cause significant star distortion at the edge of the field. Using a Camera Tilter Plate is considered essential for achieving sharp, full-field images with fast refractors or astrographs.

    What is the difference between the three-point and four-point adjustment options on this Camera Tilter Plate?

    This plate offers two distinct patterns for collimation:

    • Three-Point (Triangle): This is a common and stable method for adjusting tilt. Adjusting one screw affects the entire plane, making it quick to achieve a good result.
    • Four-Point (Rectangle): This pattern can offer more isolated, intuitive control over the X and Y axes, which some users find easier for correcting specific, directional tilt.

    What are the thread types and back focus consumption of this Camera Tilter Plate?

    Specific mechanical dimensions, thread standards (e.g., M42, M48), and the precise amount of back focus this plate consumes are not specified. It is critical to measure your specific unit and ensure its physical characteristics are compatible with your imaging train's back focus requirements and connection points.