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Retro C
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- Articles coming soon
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- Configuring the Touchscreen Computer's "Power-On"
- How to replace micro USB on the display computers
- How to Replace the Retro C's Computer
- How to replace the USB hard drive on the touch screen computer
- How To: Transfer Files to the Retro C
- New computer set bios power on
- Old computer set bios to power on
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- Angle (Arch) Movements - Overview
- Angle Chains - Proper Chain Tension
- Angle movements over run when going to position.
- Diagnosing Unknown Noises Coming from Blade Motor
- Power or Wiring Troubleshooting for Angle Motors or VFDs
- Replacing an Angle Encoder
- Stuck Angle or Centerline - How to Recover & Recalibrate
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- Centerline (Vertical) Movements - Overview
- Checking the Centerline Maximum & Minimum (Max & Min) Height Setting
- How to set the "Minimum" position for Blade #5
- How to Tighten the Centerline Slides
- How To: Calibrate Centerline 1-5
- How To: Calibrate Centerline 1-5 (Advanced)
- How To: Tension The Centerline Chains
- Replacing a Centerline Encoder
- Replacing a Centerline Gearbox
- Stuck Angle or Centerline - How to Recover & Recalibrate
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- Common Retro C issues and solutions
- Countdown Timer / E-Stop Troubleshooting
- Scrap Belt or Scrap Incline VFD Disconnected: Troubleshooting
- Stuck Angle or Centerline - How to Recover & Recalibrate
- Troubleshooting: Encoder Unplugged Error
- Troubleshooting: The Stationary or Carriage Side Horizontals Won't Move Anymore
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Linear Pickline
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Plant One Projection
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SmartConveyor
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Sticker Printer
Alpine SpeedCatch Settings for iCommand and iModel
Output processor
In the end the user should trag and rop a truss batch into the “Custom Output we created.
This is the standar procedure after all of the settings below have been set.
See below for an image example of the screen. In this setup we are use UESC as our custom output processor.
Configuration of the custom output processor
Note: These settings only need to bes set one time.
Create a “New Batch” with the new batch window. Name it “UESC”
Click on UESC “Edit Batch” to review and/or set the defaults for SpeedCatch.
NOTE “CHOOSE” CONFIGURATION FILE is where SpeedCatch settings are located.
The configuration file is constructed by an Alpine Software Consultant
Laser Table (Export TPS)
NOTE ALL SETTINGS must be set as shown EXACTLY SpeedCatch needs it’s own directory of native Alpine TPS files “P:\SHOP\alpineTps”
P: in this case is a network share and the path can be any path that can be used in the SpeedCatch software later in the steps.
Production Drawing
C:\intelliVIEW\iModel\CA\Usr01 “batchcut_UESC.cfg”
This file is typically configured by an Alpine software consultant
Very important to have the criteria DO NOT combine like pieces “_TRUSSBYTRUSS_”
SpeedCatch needs it’s own directory for native Alpine generated TRS files
“P:\SHOP\alpineTrs” “OALen >=2”
BATCHSPEED.XML
These are the file format elements that have to be followed for everything to work
Raw Alpine laser TPS files: <path>P:\SHOP\AlpineTps\</path> Raw Alpine cutting
TRS files: <path>P:\SHOP\AlpineTps\</path>
SpeedCatch DONE files: <path>P:\SHOP\SpeedCatchDONE\</path>
Both these directories and files must be used for PlantOne to work properly and show the Carts:
<path>P:\SHOP\RetroC\</path>
<tpsPath>P:\SHOP\Projectors\</tpspath>
Raspberry Pi “appconfig.xml” –
PlantOne datasource must match <path> and <sawPath> as shown below: