Panel fabrication
Front panel remake with modular inserts so the standby cluster and annunciator strip can be serviced without removing the whole panel.
Build Log
76 entriesTest-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Test-fitted standby panel
Adjusted the standby opening by 1.5 mm to stop the bezel from binding after paint.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Cut new annunciator carrier
Machined a separate carrier plate for the annunciator row so LED boards can slide out from the rear.
Bill of Materials
Total estimated cost: € 112.60
EUR · Prices include VAT
| Part | Qty | Unit price | Total | Supplier | Status |
|---|---|---|---|---|---|
|
3 mm acrylic front panel
Laser-cut locally
|
2.0 | € 39.50 | € 79.00 | — | Installed |
|
M3 brass heat-set inserts
|
40.0 | € 0.18 | € 7.20 | — | Received |
|
Warm white 12 V annunciator LEDs
|
24.0 | € 1.10 | € 26.40 | — | Installed |
Photos
1 photoShowcase reference view