QOR Console Surface - Using Test Mode
This article describes the QOR-based console's self-test mode and applies to the following consoles:
- 2001-00273 Radius Console
- 2001-00275 iQ Console
- 2001-00283 iQ 8 Fader Expansion Console
- 2001-00284 iQ 6 Fader Expansion Console + Phone
- 2001-00285 iQ 6 Fader Expansion Console + Options
- 2001-00290 RAQ Console
- 2001-00313 DESQ Console
Before we begin
Please take the time to read through this document before starting any work.
The QOR based consoles have a built-in self-test for performing diagnostics on surface hardware. Disconnect all cabling and power from the unit before proceeding. You will be exposing sensitive components to the outside world, so please take special care to work in a static and moisture-free environment. Field upgrades and repairs are performed at your own risk, so please take care. If you would prefer to send the unit to the factory for service, contact Telos Technical Support and request a Return Authorization.
- Device Under Test (DUT): QOR based console
- QOR Engine with canbus cable
- Phillips Screwdriver
- Small needle-nosed pliers - or tweezers
Put the console surface in test mode
- Place the console on a table on a soft surface, so you have access to underside/rear. Remove the eight screws from the bottom dress panel show here.
- On the CPU board near the cable connector for the overbridge, you will find the test mode jumper. Set the jumper to the TEST position. The center pin connects to the right-hand pin in TEST mode as shown here.
- With the QOR powered off, connect the console to any of the CANbus ports. Power up the QOR engine.
Turn the unit right side up and press all buttons. This illuminates the buttons and displays. Move the far left faders to an appropriate position to illuminate the buttons and displays.
Fader-0 movement controls the brightness of the panel buttons while the Fader-1 movement controls the intensity of the displays. Slide each fader between its two positions, bottom to top, and observe the fader position value on the associated display.
The value expressed on the display is hexadecimal. At the minimum setting, the value should be 0020 (+/-35). At the maximum setting, the value should be 7FFE (+/-35).
Move Fader-0 to the maximum top position. Press each button once. When pressed, it will illuminate. With all buttons illuminated, slide Fader-0 to the bottom position. Observe that the brightness of all buttons change to no illumination. Return Fader-0 to the top position, and all buttons will be fully illuminated. Press each button once more to turn them off.
Rotary Encoder Test
Each encoder is displayed in hexadecimal value on a display under the “Rt:” label. Two sets of encoders are display on a single displays. Clockwise rotation will increment the value. Counter-clockwise will decrement the value.
Rotate each encoder clockwise and verify correct value change in associated display. Reverse rotation direction and verify appropriate value change.
Each encoder has a button function. Pressing the encoder will result in a reported button press on all displays “Key#nnDN.” Press each encoder and verify button DN and UP state are reported.
The OLED displays to monitor during this test are outlined here:
Press Button 00 to invert the displays. Verify response. Press Button 01 to illuminate all pixels on the displays. Inspect displays and make sure there are no missing pixels.
Press buttons 06, 10, 1A,24 (the leftmost four ‘ON’ buttons). With each button press, the green LEDs to the right of the surface will illuminate. Verify all four green LEDs illuminate.
Exit Test Mode
Remove power from the QOR engine. Flip the console back over and move the test mode jumper back to its original positions. Remove the canbus cable and -attach the bottom panel. Then reattach the canbus cable, and power the QOR engine back up.
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