Mechanized And CNC Interface Matrix

This annex is for complaints on plasma and advanced industrial systems where the base machine may be healthy but the mechanized or controller side is not.

Use it with:

plasma systems with machine torch or CNC support
Hypertherm mechanized-capable platforms
Eastwood and similar hobby CNC plasma systems
Fronius or other industrial systems where process and interface layers can be separated

Core rule

If hand or baseline operation is normal and mechanized operation is not, keep the diagnosis on the interface branch first.

Symptom matrix

Symptom	Likely interface branch	High-value first move
Hand torch works, CNC cut poor	torch-height, trigger, start signal, controller setup	retest in hand mode and isolate CNC path
Mechanized-only no start	interface wiring or signal path	verify manual baseline and machine-torch wiring
Poor table cut quality with good hand cuts	height-control or process-selection issue	inspect height assumptions and controller path
Repeated mechanized fault with healthy consumables	interface, not power source	isolate interface and compare with manual behavior

Mechanized workflow

Prove the base machine in manual or simplest supported mode.
Confirm consumables or cartridge match the intended mechanized process.
Inspect machine-torch connection and interface wiring.
Inspect trigger/start signal path and height-control assumptions.
Only after that should the base power source be reconsidered.

By machine class

Hypertherm SYNC and mechanized-capable plasma

Keep SmartSYNC cartridge logic and mechanized interface logic separate but adjacent.
If manual cutting is normal, stop blaming the cutter and move to interface or CNC logic.

Eastwood and hobby CNC plasma

The fastest split is hand baseline, air/consumables, and CNC interface.
Torch-height and trigger assumptions are frequent false-fault generators.

Industrial multiprocess or premium systems

On systems with feeders, remotes, or licensed packages, an interface-layer complaint may not belong to the core power section.
Baseline reduction remains the first step.

Common false diagnoses

"cutter is weak" when the table setup is wrong
"power source is unstable" when the machine torch or trigger interface is the problem
"consumables are wrong" when height-control logic is causing the poor cut

Escalate sooner when

the same fault exists in both manual and mechanized baseline modes
interface path is verified but the base machine still faults with known-good setup
control or power behavior is abnormal independent of interface mode

Source posture

This annex is synthesized from model guides in this repository.
Exact machine-torch, CNC, and interface requirements should still be verified in the affected system's literature.