Here’s a comprehensive inspection-to-installation checklist tailored for a pre-owned unit of Hyundai Wia SE2000PA CNC Lathe (South Korea manufacture) combined with a **EDGE Technologies Rebel V-65 servo bar-feeder/loader (with parts catcher) setup. Use this when evaluating a used/surplus machine so you cover all the important mechanical, electrical, automation, logistic and commissioning aspects.

---

1. Confirm Machine / Automation Package Specs & Fit-for-Purpose

Lathe (SE2000PA)

• Confirm model: SE2000PA (the “PA” often means bar-feed version) from Hyundai Wia.
• Key specs (verify with the seller and serial number):
  • Max turning diameter ~ 13.8 in (≈ 350 mm).
  • Max turning length ~ 11 in (≈ 280 mm) for some listings.
  • Spindle speed up to ~6000 rpm and 20 HP spindle motor in one listing.
  • 45° slanted bed and rigid structure noted in spec sheet.
• Verify control system (e.g., FANUC, Mitsubishi) in the machine you are buying.
• Determine what tooling / attachments are present: bar-capacity (for example 2.0″ in one listing)
• Check if the bar-feeder interface is properly integrated (since the “PA” implies bar-feed ready).

Bar-Feeder / Loader (Rebel V-65)

• Confirm model: Rebel V-65 Servo (or equivalent) from EDGE Technologies.
• Key specs:
  • Bar diameter capacity: ~5 mm to ~65 mm (0.196″ to 2.63″) depending version.
  • Maximum bar length: up to ~1.2 m or ~1.5 m depending model.
  • Bar-loading cycle time ~20 seconds in one listing.
  • Ensure it includes parts catcher / loader as claimed (you’ll want to check this physically or in the listing).
• Confirm integration: The bar-feeder must align to the lathe’s spindle centre line and the data/specs must match.

Fit-for-Your Application

• Compare the machine’s capacity with your workpieces (diameter, length, material, cycle time).
• Consider tooling, chuck size, turret stations, live tooling capability (if applicable).
• Consider automation and how the bar-feeder and parts-catcher will support your throughput needs.

---

2. Physical Condition / Mechanical Inspection

When physically inspecting (or via detailed photos/videos) check all the following:

Structure & Bed

• Inspect ways, bed surface, slideways for wear, corrosion, gouges.
• For SE2000PA: Check the slanted bed (45° type) for rigidity and any signs of past heavy damage.
• Check alignment: Use reference bars, straight edges, check bed sag, spindle to bed travel alignment, tailstock (if fitted).
• Check for weld repairs or modifications – these can indicate past problems.

Spindle & Chuck

• Insert test bar or indicator to measure spindle run-out.
• Listen/feel spindle bearings under slow speed: vibration or noise = warning.
• Inspect chuck mounting face, jaws, hydraulic/pneumatic actuation if hydraulic type.
• Check spindle bore, bar-capacity claims (e.g., 2.0″ in listing) and condition of bore.

Turret / Tooling / Axis Motion

• Inspect turret indexing: smoothness, accuracy, any chatter.
• Inspect hydraulic/pneumatic lines around turret tool clamping for leaks.
• Move axes manually (X and Z): check for backlash, “stickiness”, variation in traverse speed, unusual noises.
• Inspect lubrication systems: Are ways and ball screws (if used) appropriately lubricated? Note if machine uses box-ways or linear guides – check wear accordingly.
• Check axis rapid traverse and compare to rating (if available) for anomalies.

Bar-Feeder / Loader / Parts Catcher

• Check the bar-feeder magazine, rails, feed belt or servo drive for wear.
• Inspect the pusher mechanism, check alignment with the lathe spindle centre.
• Check mounting of the feeder: it must be properly fixed, aligned and locked down (see installation docs for Rebel V-65).
• Inspect parts catcher: ensure it is present, check its condition, mounting, and any connections to the lathe.
• Check feeder electronics, sensor alignment, and whether spare parts are available.

Accessories and Auxiliary Systems

• Coolant system: pump, tank, hoses, filters — any signs of contamination or neglect.
• Chip conveyor / chip management: condition, guards, motors.
• Hydraulic systems, pneumatics: check hoses, pressure units, signs of leaks.
• Check wiring, panels for cleanliness, corrosion, missing covers.

---

3. Electrical / Control / Software Condition

Controller & Drives

• Verify the machine control type and version. Check for any unsupported legacy versions.
• On the lathe: check hours (if displayed), alarms logged, major rebuilds performed.
• Observe operation: Does the machine respond smoothly to commands? Are there unusual delays or errors?
• Check servo drives, motor wiring and cabinet: look for heat damage, dust accumulation, missing fans.
• On the bar-feeder: check PLC type (often Mitsubishi PLC for Rebel V-65) and remote pendant.

Integration & Interfaces

• Check the interface between the lathe and feeder: bar-feed signals, safety interlocks, parts-catcher logic.
• Confirm that all safety switches, guards, interlocks function properly: E-stop, doors open, feeder connectivity.
• Power supply: check voltage, phase, compatibility with your facility (especially if exporting/importing).
• Software backups: ensure CNC programs, offsets, tooling tables, feeder settings are backed up and included.
• Confirm availability of manuals/documentation for both lathe and feeder controllers.

---

4. Usage History, Maintenance & Provenance

• Ask for the machine’s service history: number of hours, how many shifts, type of production run (continuous, heavy cutting, bar-feed production).
• Ask about any rebuilds: spindle replacement, ways regrind, turret rebuilds, structural repairs.
• Check reasons for selling: Was machine upgraded, replaced, or was it idle? Idle machines may have hidden deterioration (rust, bearing seizure, etc).
• Check storage conditions if idle: Was machine stored in a dry, climate-controlled environment?
• Verify that the machine has not been misused (overloaded, poor maintenance) as this can dramatically reduce lifespan.

---

5. Transport, Installation & Commissioning Considerations

Transport

• Determine approximate machine weight and footprint (lathe + feeder + parts catcher). Ensure your rigging/crane/transport path can handle it.
• Secure machine for shipping: drain fluids, lock moving parts, protect spindle, feeder rails, etc.
• Check for export/import documentation if shipping internationally (customs, duties, transport insurance).

Installation in Your Facility

• Floor considerations: ensure the foundation can support the weight, vibration isolation if needed.
• Provide sufficient space around machine: front access for operator, bar-feeder space, parts catcher access, maintenance clearance.
• Utilities: power (phase/voltage), compressed air (feeder requires ~70-100 psi in some specs).
• Coolant & filtration system setup: tank, piping, drain, filtration.
• Alignment & leveling: Once installed, perform spindle alignment, bed alignment, check turret alignment, tailstock alignment (if any).
• Bar-feeder alignment: For Rebel V-65 the feeder centre line must align to lathe spindle centre and mounting bolts must be secured.
• Commissioning: Run warm-up, no-load, then test-cut to confirm accuracy, surface finish, cycle time, parts catcher functionality.

Parts Catcher Commissioning

• Check that parts catcher collects machined parts properly and evacuates them safely.
• Confirm interlocks: If catcher full or jammed, does the lathe stop? Ensure safety logic.
• Ensure clear path for parts ejection, no interference with chip conveyor or bar-feeder.

---

6. Documentation & Compliance

• Get full manuals: lathe operation, maintenance, parts list; feeder manuals (EDGE Rebel V-65) including mounting and installation instructions.
• Confirm compliance/certification: CE (if Europe), safety standards for automation, electrical wiring.
• Ensure you get drawings, electrical schematics, interface wiring documentation between lathe and feeder.
• Ask for list of spare parts included or available, especially for automation items (feeder, parts catcher).
• Obtain a machine condition report or history if available.

---

7. Red Flags & Deal-Breaker Items

• Excessive wear on bed ways or saddle indicating expensive re-conditioning required.
• High spindle run-out or bearing noise (spindle rebuild is costly).
• Bar-feeder misalignment, damaged rails or missing major components.
• Controller/PLC obsolete or unsupported (difficult/expensive to maintain).
• Machine idle for long period without proper storage/maintenance (risk of hidden corrosion, stuck axes).
• Missing parts catcher or improper integration between machine and feeder — defeats the automation value.
• Incompatible or missing utilities (power, air) for feeder or lathe in your facility.
• No documentation/manuals, or missing spare parts support.

---

8. Pre-Purchase Checklist Summary

• Confirm SE2000PA specs match your application
• Confirm Rebel V-65 specs (bar diameter, length, parts catcher integration)
• Mechanically inspect lathe bed, spindle, turret, axes for wear
• Inspect bar-feeder, parts catcher, integration alignment
• Inspect electrical/control cabinets, drives, PLC, interface wiring
• Review usage history, maintenance records, reason for sale
• Plan transport & installation logistics (weight, footprint, utilities)
• Plan for commissioning: alignment, test cut, automation test
• Secure documentation, manuals, compliance certificates
• Identify any deal-breaker condition ahead of purchase