LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Applications
- Heavy-duty turning, facing, threading, and boring operations
- Machining large shafts, rollers, and oversized industrial components
- Production shops, repair facilities, and toolrooms
- Processing steel, alloys, and high-strength materials
LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Specifications
| Model | RKL-2000V |
|---|---|
| Swing Over Bed | 21.34″ |
| Distance Between Centers | 40″ / 60″ / 83.46″ |
| Swing Over Cross Slide | 15.23″ |
| Swing in Gap | 28.74″ |
| Cross Slide Travel | 11.81″ |
| Top Slide Travel | 5.9″ |
| Bed Width | 12.5″ |
| Spindle Nose | D1-8 |
| Spindle Bore | 3.149″ |
| Spindle Taper Adapter | MT 5 |
| Spindle Speed Range | 25 – 1800 RPM |
| Speed Control | Three Infinite Speed Ranges |
| Main Motor | 12.5 HP |
| Voltage | 480V / 3PH / 60Hz (other voltages available) |
| Coolant Motor | 1/8 HP |
LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Threading & Feed Capacity
| Inch Threads | (45) 2 to 72 TPI |
|---|---|
| Metric Threads | (39) 0.2 to 14 mm |
| Modular Threads | (18) 0.3 to 3.5 |
| Diametral Threads | (21) 8 to 44 |
| Lead Screw Diameter | 1.25″ |
| Lead Screw Pitch | 4 TPI |
| Longitudinal Feed | 0.0015 to 0.04 IPR |
| Cross Feed | 0.00075 to 0.02 IPR |
LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Variable Speed System
- Three gear ranges deliver optimal torque and performance across all machining conditions
- Low Range: 25 – 100 RPM for heavy cuts and large diameters
- Mid Range: 75 – 370 RPM for general-purpose machining
- High Range: 360 – 1800 RPM for finishing and high-speed work
- Electronic variable speed control enables precise RPM adjustments
- LED RPM display provides real-time speed monitoring
- AC inverter duty motor ensures smooth, consistent torque delivery
- Forced lubrication system maintains headstock performance and longevity
LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Headstock & Spindle
- Forged alloy steel spindle hardened, ground, and dynamically balanced
- D1-8 cam-lock spindle mount supports heavy-duty workholding
- 3.149″ spindle bore accommodates larger workpieces
- Precision bearing system ensures long-term accuracy and durability
- Constant oil bath lubrication protects internal components during continuous operation
LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Bed & Construction
- One-piece cast iron base provides maximum rigidity and vibration control
- Meehanite cast wide bed is stress relieved for structural stability
- Induction hardened bed ways (HRC 48–55) ensure long service life
- Precision ground and hand-scraped bed enhances machining accuracy
- Removable gap bed allows for larger diameter turning when required
- Large removable chip tray simplifies cleanup and maintenance
LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Tailstock Specifications
| Quill Diameter | 2.322″ |
|---|---|
| Quill Travel | 5.0″ |
| Quill Inside Taper | MT 4 |
LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control Standard Equipment
- Coolant system with electric pump
- Chuck guard with operator safety interlock
- Removable front chip pan
- Adjustable apron infeed overload safety clutch
- Lockable main disconnect switch
- LED work light
- Leveling pads
- Operation manual and parts list
- Tool box and tools
- Steady rest with roller jaws (1.6″–8.7″ capacity)
- Follow rest with roller jaws (0.6″–3.3″ capacity)
- Telescopic taper attachment
- 4-way quick turn tool post
- 14″ face plate
- Safety red spindle brake pedal
- Full-length splash guard
- Dead centers (2)
- Spindle center sleeve (MT5)
Why Choose the LeBlond RKL2000V Series Variable Speed Lathe with Electronic Control
- Large 21″ swing capacity for heavy and oversized workpieces
- Extended between centers up to 90″ for long shaft machining
- Advanced variable speed system for precision control
- Powerful 12.5 HP motor for demanding industrial applications
- Rigid construction ensures consistent accuracy and long-term reliability


