Orion 52084 instruction manual Getting Started During Daylight, Obtaining First Images

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7.A Windows Security window will appear and mention that “Windows can’t verify the publisher of this driver software”. Choose Install this driver software anyway.

8.When the window appears telling you “The software for this device has been successfully installed”, click Close. This completes the driver instal- lation process.

9.Start MaxIm DL Essentials. The camera should be automatically recog- nized, and the Camera Control Window (Figure 6) will appear. Once the driver is installed, the computer and software will recognize the StarShoot Pro whenever it is plugged in.

Note: If your computer (Windows XP or Vista) has multiple USB ports, you will need to install the driver again if the StarShoot Pro is connected to a different USB port.

Getting Started During Daylight

We recommend using the StarShoot Pro for the first time during the day. This way, you can become familiar with the camera and its functions without having to stumble around in the dark. Setup your telescope and mount so the optical tube is pointing at an object that is at least a couple of hundred feet away. Insert an eyepiece and focus as you normally would.

Since the StarShoot Pro is so sensitive to light, you will need to “stop down” your telescope aperture to do any imaging in daylight. This can be done by creating a simple aperture mask out of a piece of cardboard. The piece of cardboard should be larger than the telescope’s aperture. Cut a circular hole in the cardboard approximately 1⁄2" in diameter, and place the cardboard over the front of the telescope so that it completely covers the aperture except for the 1⁄2" circle. If you are using a refractor telescope, then the hole should be cut so it is centered on the piece of cardboard. If you are using a reflector that has a central aperture obstruction, then the hole should be cut off to one side (in order to bypass the central obstruction). Affix your aperture mask to your telescope with tape (Figure 7).

Obtaining First Images

To obtain first images (in daylight) with the StarShoot Pro, follow these step- by-step instructions:

1.With an eyepiece inserted in the telescope, center and focus on an object approximately 1⁄4 mile away. If you cannot focus your telescope to an object this close due to lack of back-focus travel, then you will need to utilize an optional extension tube (available from Orion).

2.Plug the camera into your computer’s USB port.

3.Plug the power cable into the StarShoot Pro, with your 12VDC power source already connected. The cooling fan should automatically power on.

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Contents Orion StarShoot Pro Deep Space Color Imager Table of Contents Page System Requirements refer to Figure Parts ListGetting Started TelescopeSecuring ThumbscrewTelescope Mount ComputerPower Software Driver InstallationSoftware Installation Camera Driver Installation To install the camera driver on a Windows XP computerTo install the camera driver on Windows Vista computer Select Locate and install driver software recommendedGetting Started During Daylight Obtaining First ImagesPage Page Screen Stretch Window Astronomical Imaging Focusing Page Imaging Deep Sky Objects To startSet the Mode in the Camera Control Window to Dark Raw Dark FramesFlat Fields Set the Mode in the Camera Control window to Light Raw VignettingLight and Dark 2x2 Modes Select Setup Calibrate from the Process menuImage Processing Dark Frame CalibrationPage Flat Field Calibration Select Setup Calibrate in the Process menuConvert Raw to Color Combining Deep Sky Images Page Combine Methods FilterColor Balance Stretch Recommended Processing Sequence Batch Process Batch Process windowUsing The StarShoot Pro as an Autoguider Guide tab Computer to Mount Connection Click OK in the Ascom Telescope Chooser window Camera Control Window, click on the Guide tabAutoguider Calibration Page Multiple Camera Control for Autoguiding Other Features of Maxim DL EssentialsEdit Menu View Menu Window MenuPolar Alignment TipsHelp Menu Using Focal Reducers and Barlow Lenses Choosing a Site for Astro-imagingUSB Extension Cable Care and Maintenance FiltersSpecifications Appendix A. Troubleshooting Use the supplied USB cable first25.26 This is normalImages look very noisy overall Camera lost its connectionAppendix B. Field of View Quick Reference Guide 600mm 750mm 900mm 138.8’ X 90.6’ 111’ X 72.5’ 92.5’ X 60.4’ Telescope Focal Length 2032mm 3910mm Appendix C Summarized Procedure to Imaging Deep Sky Objects Camera Control Window, Subframe ResetProcess Calibrate Various processing commands are found in the Process menu Page Page One-Year Limited Warranty

52084 specifications

Orion 52084 is an advanced piece of geolocation technology designed for precision tracking and monitoring. It serves various sectors, including logistics, transportation, and personal security, enhancing efficiency and safety through real-time data. This device embodies a blend of cutting-edge features and technologies, including Global Navigation Satellite System (GNSS) capabilities, high-battery performance, and a compact, durable design.

At the heart of Orion 52084 is its superior GNSS functionality. It supports multi-constellation satellite systems, including GPS, GLONASS, Galileo, and BeiDou. This allows for improved positioning accuracy, even in challenging environments where traditional systems might struggle, such as urban canyons or dense foliage. The enhanced sensitivity ensures reliable tracking of assets and personnel, making it an essential tool for fleet management and emergency services.

Another standout feature of the Orion 52084 is its long-lasting battery life. Designed for extended use, it boasts a power-efficient architecture that allows for up to several weeks of continuous operation on a single charge. This is particularly valuable in logistics and field operations, where frequent charging is impractical. The device also comes with an optional solar charging capability, making it even more reliable in remote locations.

The Orion 52084 is equipped with multiple communication technologies, including cellular, satellite, and short-range wireless options. This versatility ensures a seamless connection, allowing users to access data from anywhere in real-time. The integration of Bluetooth and Wi-Fi allows for easy setup and management through a user-friendly mobile app, making it accessible for individuals and organizations alike.

Durability is another hallmark of Orion 52084. It is designed to withstand harsh conditions, with an IP67 rating that guarantees dust and water resistance. This ruggedness makes it suitable for various applications, from tracking heavy machinery in construction sites to monitoring outdoor adventurers.

In summary, the Orion 52084 combines advanced GNSS capabilities, efficient power management, versatile communication options, and robust durability to deliver a reliable geolocation solution. Its features cater to a wide range of users, making it an invaluable tool for enhancing safety and operational efficiency in various industries. Whether for fleet management, personal tracking, or asset monitoring, the Orion 52084 stands out as a leader in the market.
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