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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.
Baader Planetarium IMP85 Adapter S120a to PlaneWave SecureFit
Baader Planetarium IMP85 Adapter S120a to PlaneWave SecureFit
Baader Planetarium IMP85 Adapter S120a to PlaneWave SecureFit
Baader Planetarium IMP85 Adapter S120a to PlaneWave SecureFit
Baader Planetarium IMP85 Adapter S120a to PlaneWave SecureFit
Baader Planetarium IMP85 Adapter S120a to PlaneWave SecureFit

Baader Planetarium IMP85 Adapter S120a to PlaneWave SecureFit

par Baader Planetarium
UGC BAA-2451317
$216.00 - $216.00
$216.00
$216.00 - $216.00
$216.00
Égalisation de prix!
  • Connects IMP85 Instrument Selector to PlaneWave SecureFit focusers
  • Enables automated switching between three optical paths
  • Designed for remote observatories and advanced imaging setups
  • Maintains a rigid, zero-flexure connection
  • Facilitates parfocal alignment between multiple instruments
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Alerte de retour en stock
Info disponibilité
Admissible à la livraison GRATUITE aux USA pour les commandes de plus de 350$.
  • Description
  • FAQ
  • Specifications
  • In the Box
  • Warranty

  • IMP85 Adapter S120a to PlaneWave SecureFit

    The IMP85 Adapter S120a provides the critical, rock-solid connection between the IMP85 three-port instrument selector and a PlaneWave SecureFit focuser. This component allows you to integrate a versatile instrument-switching system into your PlaneWave telescope, enabling remote, automated changes between your primary camera and two secondary instruments. For remote observatories or complex imaging setups, this adapter is the key to unlocking the full potential of the IMP85 system without compromising the rigidity of the optical train.

    The IMP85: A Three-Port Instrument Selector for Remote Observatories

    This adapter is designed for the IMP85, an instrument selector built to eliminate manual reconfiguration. The system allows an observatory to keep a deep-sky astro camera, a high-speed planetary camera, and a spectrograph permanently mounted and ready for use. For public observatories, a camera can remain on the main telescope while an eyepiece is brought into the light path for guests with the push of a button, saving valuable time after events.

    Unobstructed Main Port and Dual Mirrored Side Ports

    The IMP85 system's design is distinct from other instrument selectors. The primary optical path, Port 1, is a direct, straight-through connection with no intervening mirror, ensuring no light is lost on the way to your main imaging camera. Two secondary ports are accessed via electronically controlled, 40x40mm fused silica mirrors that can be inserted into the light path with extremely high repeatability, directing the beam to a spectrograph, guide camera, or eyepiece with precision.

    Seamless Connection to PlaneWave SecureFit Systems

    The S120a adapter creates the physical, threaded link between the IMP85 body and the PlaneWave SecureFit focuser system. Its purpose is to translate the IMP85's native S120 thread to the PlaneWave standard, maintaining a rigid, flexure-free connection essential for serious imaging. By using this adapter, you ensure that the precision and stability of your PlaneWave telescope are fully preserved when adding the instrument-switching capabilities of the IMP85.

  • What is the main purpose of the IMP85 Adapter for PlaneWave SecureFit?

    This adapter's sole function is to physically connect the IMP85 instrument selector to a PlaneWave telescope's SecureFit focuser. It creates a rigid, threaded connection, allowing the two systems to work together seamlessly without introducing flexure.

    How does the IMP85 system, which this adapter connects, avoid light loss on the main camera?

    The IMP85 features a unique design where the primary optical port is a straight, unobstructed path. Unlike systems that use a central rotating mirror, the IMP85's main port has no mirror, ensuring the maximum amount of light reaches your primary imaging camera without any degradation.

    Can I use an eyepiece with the IMP85 system on my PlaneWave telescope?

    Yes. One of the key applications is mounting an eyepiece on one of the two secondary, mirrored ports. This allows you to switch from imaging with your main camera to visual observation instantly, which is ideal for public outreach or for quickly centering an object before an imaging run.

    I run a remote observatory with a PlaneWave CDK. How does the IMP85 system with this adapter help me?

    For a remote PlaneWave CDK setup, this system is a game-changer. It allows you to permanently install multiple instruments, such as a deep-sky monochrome camera, a color planetary camera, and a spectrograph. You can switch between them electronically without needing on-site staff to reconfigure the telescope, maximizing your imaging time and versatility.

    What kind of instruments can I attach to the two side ports of the IMP85?

    The two electronically switched side ports can be used for a wide variety of secondary instruments. Common choices include:

    • Planetary or video cameras
    • Spectrographs
    • Autoguiders or finders
    • Visual eyepieces

    Does using the IMP85 with my PlaneWave scope introduce flexure?

    The IMP85 itself is built with a compact and solid construction to minimize flexure. The S120a adapter is specifically designed to mate with the PlaneWave SecureFit system, which is known for its zero-flexure performance. This combination is engineered to maintain the rigidity of your entire imaging train.

  • Baader Planetarium Warranty Policy