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This CNC-OCL520 X 1700 Model CNC Control oil country lathe is widely used to turn the end of various kinds of pipes. Moreover, it has the functions of a general-purposed lathe. The FANUC 0i mate CNC control system and the full-digital AC servo system are equipped on this oil country lathe.
2. Main Components
2.1 Machine Base
The one-piece construction machine base, the headstock frame, the carriage case, the cross slide and the tool post are made of the high-strength and high-density close grained HT-250 grey cast iron with the resin sand casting processes. They have been processed with three steps of aging treatments including the natural aging treatment of more than 6 months to eliminate the internal stress and retain their stable accuracy in a long time.
Bed ways have been supersonic frequency induction quenched and precision ground on a precision guide way grinder. PTFE anti-abrasion soft belts with low friction coefficient are coated on the guide ways on both the carriage and the cross slide to improve the precision of the bed ways and prolong the service life of the lathe.
2.2 Headstock
The 37 KW powerful AC variable frequency motor is controlled by the AC frequency conversion control system and drives the spindle through the narrow V belts and the speed-changing mechanism. The spindle, being shifted in nine steps, runs at infinitely variable speeds in a range of 6 – 205 RPM.
2.3 Feeding Movements
Both the Cross feeding (X axis) and the longitudinal feeding (Z axis) are driven by an independent AC servo motor via the synchronous toothed belt and the precision ball screw pair. Thus the rapid traverses and feeding movements on both the X axis and the Z axis are performed at infinitely variable speeds. The X axis and the Z axis are controlled with semi closed loop using the encoder.
The carriage guide ways are processed with medium frequency quenching and precision grinding and coated with PTFE to prevent the carriage from taking the stick-slip motions on the guide ways.
2.4 NC Turret
4-Station NC turret is equipped with this machine. It features high precision with repeatability of 0.005 mm, stable swivel and simple motions.
2.5 Tailstock
The design of the stock features high rigidity, loading capacity and convenient operations. The center in mounted internally. The diameter of the quill is 140 mm and it has high rigidity and revolution accuracy.
2.6 Cooling System
Under the foundation level of the lathe, there is a special coolant reservoir. The coolant is pumped out and flows along the pipeline to the cutting area to improve the cutting conditions.
2.7 Lubrication System
The central quantitative automatic lubrication device lubricates the ball screw pairs and bed ways periodically.
2.8 Hydraulic System
The hydraulic system lubricates the headstock and the automatic shifts of the changing gears in the headstock. The main hydraulic components are made in Taiwan. The hydraulic system works reliably and is convenient to maintenance.
2.9 Auxiliary Supporting
The auxiliary supporting device is available as an option for this lathe.
3. Machine Performance Accuracy
Positioning Accuracy, X-Axis: 0.03 mm / 1000 mm
Positioning Accuracy, Z-Axis: 0.04 mm / 1000 mm
Repeatability, X-Axis: 0.012 mm
Repeatability, Z-Axis: 0.016 mm
Dimension Tolerance: IT 7 Grade
Surface Roughness, Finish Cylindrical Turning: Ra3.2 μ M
Roundness, Finish Cylindrical Turning: 0.02 mm
Cylindricity, Finish Cylindrical Turning: 0.025 mm / 300 mm
Flatness, Finish Face Turning: 0.025 mm / 300 mm
Thread Pitch Tolerance: 0.015 mm / 60 mm
Model
CNC-OCL520 X 1700
General Parameters
Swing over bed
1200 mm
Swing over cross slide
610 mm
Bed width
755 mm
Maxi. workpiece length between centers
1700 mm
Spindle bore diameter
520 mm
Pipe threads diameters range
330 - 510 mm
Headstock
Spindle speeds
6- 205 RPM, 9 Steps
Spindle bore diameter
520 mm
Main motor power
37 KW
 Feeding System
Tool post cross travel
500 mm
Carriage longitudinal travel
1250 mm
Tool Post
Vertical distance from spindle centerline to tool mounting datum plane
40 mm
Tool shank sectional size
80x80 mm
Tailstock
Diameter of quill
140 mm
Quill travel
300mm
Taper of quill bore
MT #6
Tailstock cross adjustment
±25 mm
Power Supply
Main motor
37 KW, 1460 RPM
Clamping motor
3 KW, 1420 RPM
Gear pump
2.5 MPa, 1450 RPM
 Cooling System
Coolant pump
0.15 KW, 22 L/Minute
Overall Size and Net WeightÂ
Overall size, LxWxH
5000x2200x1750 mm
Net Weight
15000 KG
1. General Description
This CNC-OCL520 X 1700 Model CNC Control oil country lathe is widely used to turn the end of various kinds of pipes. Moreover, it has the functions of a general-purposed lathe. The FANUC 0i mate CNC control system and the full-digital AC servo system are equipped on this oil country lathe.
2. Main Components
2.1 Machine Base
The one-piece construction machine base, the headstock frame, the carriage case, the cross slide and the tool post are made of the high-strength and high-density close grained HT-250 grey cast iron with the resin sand casting processes. They have been processed with three steps of aging treatments including the natural aging treatment of more than 6 months to eliminate the internal stress and retain their stable accuracy in a long time.
Bed ways have been supersonic frequency induction quenched and precision ground on a precision guide way grinder. PTFE anti-abrasion soft belts with low friction coefficient are coated on the guide ways on both the carriage and the cross slide to improve the precision of the bed ways and prolong the service life of the lathe.
2.2 Headstock
The 37 KW powerful AC variable frequency motor is controlled by the AC frequency conversion control system and drives the spindle through the narrow V belts and the speed-changing mechanism. The spindle, being shifted in nine steps, runs at infinitely variable speeds in a range of 6 – 205 RPM.
2.3 Feeding Movements
Both the Cross feeding (X axis) and the longitudinal feeding (Z axis) are driven by an independent AC servo motor via the synchronous toothed belt and the precision ball screw pair. Thus the rapid traverses and feeding movements on both the X axis and the Z axis are performed at infinitely variable speeds. The X axis and the Z axis are controlled with semi closed loop using the encoder.
The carriage guide ways are processed with medium frequency quenching and precision grinding and coated with PTFE to prevent the carriage from taking the stick-slip motions on the guide ways.
2.4 NC Turret
4-Station NC turret is equipped with this machine. It features high precision with repeatability of 0.005 mm, stable swivel and simple motions.
2.5 Tailstock
The design of the stock features high rigidity, loading capacity and convenient operations. The center in mounted internally. The diameter of the quill is 140 mm and it has high rigidity and revolution accuracy.
2.6 Cooling System
Under the foundation level of the lathe, there is a special coolant reservoir. The coolant is pumped out and flows along the pipeline to the cutting area to improve the cutting conditions.
2.7 Lubrication System
The central quantitative automatic lubrication device lubricates the ball screw pairs and bed ways periodically.
2.8 Hydraulic System
The hydraulic system lubricates the headstock and the automatic shifts of the changing gears in the headstock. The main hydraulic components are made in Taiwan. The hydraulic system works reliably and is convenient to maintenance.
2.9 Auxiliary Supporting
The auxiliary supporting device is available as an option for this lathe.
3. Machine Performance Accuracy
Positioning Accuracy, X-Axis: 0.03 mm / 1000 mm
Positioning Accuracy, Z-Axis: 0.04 mm / 1000 mm
Repeatability, X-Axis: 0.012 mm
Repeatability, Z-Axis: 0.016 mm
Dimension Tolerance: IT 7 Grade
Surface Roughness, Finish Cylindrical Turning: Ra3.2 μ M
Roundness, Finish Cylindrical Turning: 0.02 mm
Cylindricity, Finish Cylindrical Turning: 0.025 mm / 300 mm
Flatness, Finish Face Turning: 0.025 mm / 300 mm
Thread Pitch Tolerance: 0.015 mm / 60 mm
Model
CNC-OCL520 X 1700
General Parameters
Swing over bed
1200 mm
Swing over cross slide
610 mm
Bed width
755 mm
Maxi. workpiece length between centers
1700 mm
Spindle bore diameter
520 mm
Pipe threads diameters range
330 - 510 mm
Headstock
Spindle speeds
6- 205 RPM, 9 Steps
Spindle bore diameter
520 mm
Main motor power
37 KW
 Feeding System
Tool post cross travel
500 mm
Carriage longitudinal travel
1250 mm
Tool Post
Vertical distance from spindle centerline to tool mounting datum plane
40 mm
Tool shank sectional size
80x80 mm
Tailstock
Diameter of quill
140 mm
Quill travel
300mm
Taper of quill bore
MT #6
Tailstock cross adjustment
±25 mm
Power Supply
Main motor
37 KW, 1460 RPM
Clamping motor
3 KW, 1420 RPM
Gear pump
2.5 MPa, 1450 RPM
 Cooling System
Coolant pump
0.15 KW, 22 L/Minute
Overall Size and Net WeightÂ
Overall size, LxWxH
5000x2200x1750 mm
Net Weight
15000 KG
Model NO.: CNC-OCL520
Precision: High Precision
Certification: CE, ISO 9001
Condition: New
Spindle Bore Diameter: 520 Mm
Maximum Workpiece Length Between Centers: 1700 Mm
Od of Casings to Be Turned: 13-3/8" - 20"
CNC System: Siemens, Fanuc, GSK, etc.
Trademark: SONGEN
HS Code: 84597000
Model NO.: CNC-OCL520
Precision: High Precision
Certification: CE, ISO 9001
Condition: New
Spindle Bore Diameter: 520 Mm
Maximum Workpiece Length Between Centers: 1700 Mm
Od of Casings to Be Turned: 13-3/8" - 20"
CNC System: Siemens, Fanuc, GSK, etc.
Trademark: SONGEN
HS Code: 84597000
1. General Description