The Schaeffer panel database uses 6.3mm diameter holes which are designed for Cliplite LED lenses available from Maplin in the UK. Other LED lenses may be used with a suitable sized hole, although you may have alter the procedure below slightly to suit your chosen clips.

The LEDs are able to be soldered directly into the board. Preform the LED legs using a pair of fine nosed pliers, bending the leads at right angles to the body of the LED at a distance of around 8mm from the base of the LED’s package. When the LED is in its final placement the bend should be directly aligned with the holes in the PCB. Now poke the LED through the correct holes on the printed circuit board from the underside of the board but do not solder them yet.

Make sure you get the all the LEDs connected the right way if you are not using a bipolar LEDs. Pin 1, which is the square pad on this board, must be connected to the anode of the LED. The cathode of the LED is normally, but not always, marked with a flattened edge on the base of the package. It doesn’t matter which lead goes into which hole of the LED pad if you have used bipolar LEDs since these can go in any way.

The bicolour LED may go in any way around but I normally try to make sure that positive output voltages make the LED go red.

Fit the LED clips if you have them at this point to the panel. Now move the board into place on the front panel. The LEDs dangling loose should be carefully aligned with the LED clips in the panel. It is a little bit fiddly, but because you haven’t soldered the LEDs there is a good deal of slack so nothing will get damaged.

Once the LEDs are in place you can then attach the pots to the panel. You need to add the washer between the outside of the panel and the final nut. Again, do not over tighten and be careful not to scratch your panel.

You can now solder the LED’s legs to connect with the solder pads. Snip off any excess lead length from the two LEDs.

Note that the pot shafts of the two pots will not need cutting to size. They are already at the correct length.

Connections

The power socket is 0.156” Molex/MTA 4-way header. Friction lock types are recommended. This system is compatible with MOTM and standard Oakley Modular systems.

Power

Pin number

+15V 1 Module GND 2 Earth/SCR 3

-15V 4

14

Page 13 Page 15
Page 14
Image 14
Oakley OMS-820, MOTM-820 manual Connections, Power Pin number
Page 13 Page 15

MOTM-820, OMS-820 specifications

The Oakley OMS-820 and MOTM-820 stand out as exemplary models in Oakley's extensive range of performance eyewear, designed for both sports enthusiasts and everyday users. These models capture the essence of Oakley's commitment to innovation, superior optical technology, and stylish design.

One of the main features of the OMS-820 is its advanced lens technology. Utilizing Oakley’s High Definition Optics (HDO), the lenses provide exceptional clarity and optical fidelity. This technology minimizes distortion, ensuring that users have an unobstructed view, whether they are on the golf course, cycling, or participating in other outdoor activities. The lenses also come with Oakley's PRIZM technology, which enhances color contrast and visibility in various environments, allowing users to detect changes in terrain or obstacles more readily.

The MOTM-820, on the other hand, emphasizes adaptability and comfort. It features a lightweight frame crafted from Oakley’s proprietary O Matter material, which provides flexibility and resilience. This ergonomic design conforms to the shape of the wearer's face, ensuring a secure yet comfortable fit during extended use. The adjustable nose pads and temples further enhance comfort, making it ideal for an active lifestyle.

Both models incorporate Oakley’s innovative lens treatment technology, which includes anti-fog and anti-scratch advancements. This ensures that the eyewear remains clear in challenging conditions, whether users are facing misty weather or rugged terrains. Additionally, the UV protection offered by these lenses shields wearers from harmful rays, a critical feature for outdoor activities.

A striking characteristic of the Oakley OMS-820 and MOTM-820 is their customizable aesthetics. Available in a myriad of colors and styles, users can express their individuality while enjoying high-performance eyewear. This attention to style combined with functionality makes these models popular choices among both athletes and casual wearers alike.

In summary, the Oakley OMS-820 and MOTM-820 are distinguished models that integrate cutting-edge technology with comfort and style. Whether for competitive sports or daily wear, these eyewear options exemplify Oakley’s commitment to enhancing visual performance and user satisfaction.
Top Page Image Contents