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Retro C
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- Articles coming soon
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- Replace the Retro C Computer
- Configure the Touchscreen Computer to Power On Automatically
- Replace the microSD Card in a Display Computer
- Transfer Files to the Retro C
- Replace the USB Drive in the Touchscreen Computer
- Configure a Newer Computer to Power On After an Outage
- Configure an Older Computer to Power On After an Outage
- Touchscreen Pointer Is Flipped or Mirrored
- Replace the Retro C Touchscreen USB Drive
- Retro C Touchscreen Is Black or Will Not Start
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- Recover and Recalibrate a Stuck Angle or Centerline
- Replacing an Angle Encoder
- Angle Movement Overruns the Commanded Position
- Angle (Arch) Movement Overview
- Angle Chains – Proper Chain Tension
- Diagnose Unknown Blade Motor Noises
- Pivot Point Calibration Check
- Troubleshoot Power or Wiring for Angle Motors and VFDs
- Dirty Saw Head Slide: Symptoms and Cleaning
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- Recover and Recalibrate a Stuck Angle or Centerline
- Calibrate Retro C Centerlines 1–5
- Advanced Centerline Recovery When Calibration Is Far Out
- Centerline (Vertical) Movement Overview
- Replace a Centerline Encoder
- Replacing a Centerline Gearbox
- Check the Centerline Maximum and Minimum Height Settings
- Tighten the Centerline Slides
- Adjust Centerline Chain Tension
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- Third Scrap Drive Wiring and GS23 Programming
- Adjust or Tighten the Scrap Conveyor Belt
- Configure the Scrap or Incline Conveyor to Always Run
- Replacing the Scrap Motor
- Scrap Belt: Support Roller Replacement
- Scrap Belt Sweeper Adjustment and Inspection
- Scrap Belt Tracking and Alignment
- Retro C Scrap System Overview and Daily Checks
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- VFD General Reference and Troubleshooting
- Drive (VFD) Disconnected Warning: Diagnosis and Recovery
- GS1 and GS2 VFD Reference
- GS20 VFD Reference
- GS20 ACM/DCM Common Wiring
- GS20 Standard VFD Wiring Reference
- GS3 VFD Reference
- Program a Replacement CFW Drive
- GS VFD Overvoltage Warning: Diagnosis and Safe Response
- VFD Replacement Options
- Yaskawa V1000 Blade Programming
- Program an AutomationDirect GS23 VFD
- Common VFD Wiring to VC1s
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- Replace and Commission a VC1
- Replace a VC1: Mechanical and Electrical Procedure
- Add a Delay Diode Jumper to a VC1
- Configure the Software After Replacing a VC1
- Temporary 24 V UPS Bypass: Qualified-Technician Procedure
- VC1 Standard Jumper Removal
- 24 AWG-to-22 AWG VC1/VFD Cable Upgrade Wiring Reference
- VC1 Status Lights and Startup Diagnosis
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- Encoder Wiring Diagram
- Stationary and Carriage Panel Cable Entry Layout
- Troubleshoot Power or Wiring for Angle Motors and VFDs
- Replace the Wires and Hoses in the Energy Chain
- Temporary 24 V UPS Bypass: Qualified-Technician Procedure
- 24 AWG-to-22 AWG VC1/VFD Cable Upgrade Wiring Reference
- Common VFD Wiring to VC1s
- Retro C Encoder Counts Move in the Wrong Direction
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- Common Retro C Issues and Solutions
- Countdown Timer Warning with All VC1s and VFDs Disconnected
- Scrap Belt or Scrap Incline VFD Disconnected: Troubleshooting
- Recover and Recalibrate a Stuck Angle or Centerline
- Touchscreen Pointer Is Flipped or Mirrored
- Encoder Unplugged Error: Diagnosis and Recovery
- Stationary or Carriage Horizontals Will Not Move
- Error Messages and Warnings: Quick Index
- Retro C Will Not Start or Enable After Power-Up
- Retro C Calibration Will Not Hold or Changes After Restart
- Recover Retro C After an Unexpected Power Loss
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Linear Pickline
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- Foot Pedal Controls and Troubleshooting
- Unexpected Conveyor Movement Caused by a Foot Pedal Contact
- Front Conveyor Sensor: Location and Diagnosis
- Kindle Fire 8 Configuration
- Linear PickLine – Conveyor Sensor Integration
- Linear PickLine – Installation Requirements
- Linear PickLine – Installing the Brain Box
- SmartConveyor Air Stop: Operation and Troubleshooting
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Plant One Projection
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SmartConveyor
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- Cable Pull Emergency-Stop System
- SmartConveyor V40 Encoder: Route, Replacement, and Verification
- Foot Pedal Controls and Troubleshooting
- Unexpected Conveyor Movement Caused by a Foot Pedal Contact
- Front Conveyor Sensor: Location and Diagnosis
- SmartConveyor Dual-Pedal Controls
- SmartConveyor Air Stop: Operation and Troubleshooting
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Sticker Printer
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NexPlate
Retro C Sticker Printer Overview and Operating Modes
The Retro C sticker printer replaces handwritten lumber information with labels generated directly from the saw’s cut list. Depending on the mounting location and software option, it can support the sawyer, the catcher, or both during production.
Front-mounted operation
- The printer produces 3 × 2 labels just in time for the sawyer.
- The look-ahead information lets the sawyer review upcoming lumber while applying labels.
- The printer presents one label and waits for it to be removed before printing the next.
- An automatic take-up reel collects the excess liner inside the printer.
Rear-mounted operation
A rear-mounted printer produces the appropriate label as the board is set up so the catcher can apply it. This works well for manual boards, but it does not provide the same sawyer-side look-ahead workflow as a front-mounted printer.
Direct-thermal printing
The printer does not use ink or toner. Its direct-thermal printhead darkens heat-sensitive label material, so the correct direct-thermal labels are required. Replacement-media pricing can change; confirm current label cost and part specifications with Enventek.
Sticker information
The sticker can include production and board information from the cut list. The layout shown below is configured by the Retro C system and is not intended to be rearranged by the machine operator.

Mounting and protection
The printer may be mounted on the sawyer’s side or catcher’s side. A support arm positions it above the table and lumber, and the dust cover protects it during operation.


Peel-off operation
The peel-off mechanism separates the label from its backing and waits for the operator to remove that label before printing another:
This production example shows the sawyer applying a sticker to every board:
Quantity options
- Every board: one sticker is printed for each board.
- One per setup: one sticker is printed for the first or last board in a saw setup.
- Two per setup: one sticker can be placed on the first board and one on the last board.
- Every other board: one sticker is printed for every second board.
- When the software combines identical boards with different names into one setup, additional labels may be generated for those names.
Daily operator checks
- Confirm that the correct label roll is installed with the printable side facing up.
- Keep the sensor, rollers, label path, and take-up reel free of dust, adhesive, and torn liner.
- Verify that the printer waits for label removal and that the next label advances correctly.
- Keep the dust cover and mounting arm secure.
- If the printer reports a constant blocked sensor, misfeeds labels, or prints incorrect cut-list information, stop and correct the source before continuing the batch.