IPhone camera lens

2.Now attach the longer arm of the L-bracket to the back of the cradle bracket using the triangular lock knob (Figure 4). Leave both lock knobs slightly loose for now to allow adjustment.

It is easiest to first align the telescope eyepiece with the phone’s camera lens before installing the whole eyepiece/ SteadyPix/iPhone assembly on the telescope.

3.Insert your iPhone into the cradle bracket by placing the bottom of the iPhone into the padded retaining tabs, then pushing the top of the iPhone under the upper, rubber-coated tab (Figure 5). Once installed in this way, the iPhone will not fall out, even when facing down toward the ground.

4.Now, place the iPhone face down (place a cloth on the table to protect the iPhone’s screen from getting

Figure 4. The triangular lock knob fastens the long arm of the L-bracket to the cradle bracket.

Figure 5. Push the iPhone under the rubber-coated upper tab to secure it in place.

Figure 6. Rotate the eyepiece clamp and insert the eyepiece, then tighten the clamp around the housing with the triangular lock knob.

scratched) so the eyepiece clamp is facing up. Using a fairly low-power (long focal length) eyepiece to start with, like a 25mm, insert it into the eyepiece clamp and tighten the clamp bolt (Figure 6).

5.Rotate the eyepiece clamp so that the eye lens of the eyepiece is facing the iPhone’s camera lens, then lower the clamp until the eyepiece is touching, or nearly touching, the cradle bracket.

6.Looking through the rear of the eyepiece barrel, move the eyepiece until the lens of the iPhone appears approximately centered in the lens of the eyepiece (Figure 7). Then lightly tighten both the lens height thumbscrew and the triangular L-bracket lock knob. Make sure the eyepiece is flat relative to the cradle bracket, not skewed (Figure 8).

Figure 7. Adjust the eyepiece clamp in the L-bracket so that the iPhone’s camera lens appears roughly centered in the eyepiece lens, as shown in this view from the bottom of the eyepiece.

Figure 8. The eyepiece lens should be flat relative to the cradle bracket (a), not skewed at an angle (b).

5303 specifications

The Orion 5303 is a pioneering device designed to address the growing demands of modern technology in various sectors. This versatile equipment stands out due to its advanced features, robust technology, and adaptability. The Orion 5303 integrates powerful processing capabilities with high-performance specifications, making it ideal for a range of applications from industrial automation to smart city infrastructure.

One of the main features of the Orion 5303 is its powerful multi-core processor. This processor ensures that the device can handle multiple tasks simultaneously without compromising on speed or efficiency. Coupled with an extensive memory capacity, the Orion 5303 delivers rapid data processing and real-time analytics, which are essential for applications that require quick decision-making.

In terms of connectivity, the Orion 5303 is equipped with a range of communication interfaces, including Wi-Fi, Bluetooth, and Ethernet options. This flexibility allows for seamless integration into existing systems, enabling the device to communicate with various sensors and other smart devices. Additionally, the Orion 5303 supports multiple protocols, promoting interoperability within diverse technological ecosystems.

The design of the Orion 5303 is another notable aspect. Built to withstand harsh environmental conditions, it features a durable casing that protects its internal components. This rugged design is especially beneficial for use in industrial settings where dust, moisture, and extreme temperatures can be prevalent.

Another crucial technology embedded in the Orion 5303 is its advanced data security features. With the rising concerns about cyber threats, the device incorporates state-of-the-art security protocols to ensure that data is encrypted and protected during transmission. This focus on security helps to build trust and reliability in sectors such as healthcare and finance.

Moreover, the Orion 5303 is highly customizable, allowing users to tailor its functionalities to better fit their specific needs. By enabling software upgrades and modular components, the device can evolve alongside technological advancements, making it a long-term investment.

Overall, the Orion 5303 represents a convergence of innovation, adaptability, and resilience in technology. Its main features, including a robust processor, versatile connectivity options, rugged design, strong security measures, and customization capabilities, position it as a leading solution for organizations seeking to leverage the power of digital transformation.

Orion 5303 instruction manual IPhone camera lens

Models: 5303

Figure 4. The triangular lock knob fastens the long arm of the L-bracket to the cradle bracket.

Figure 5. Push the iPhone under the rubber-coated upper tab to secure it in place.

Figure 6. Rotate the eyepiece clamp and insert the eyepiece, then tighten the clamp around the housing with the triangular lock knob.

scratched) so the eyepiece clamp is facing up. Using a fairly low-power (long focal length) eyepiece to start with, like a 25mm, insert it into the eyepiece clamp and tighten the clamp bolt (Figure 6).