Information about the manufacturer of the CNC lathe 16K30F3
The manufacturer of the 16K30F3 lathe is the Ryazan Machine Tool Plant RSZ , founded in 1949.
The Ryazan Machine Tool Plant produced its first machine on February 21, 1949 - it was a 164 series screw-cutting lathe. Within a short time, the plant put into production three more series of lathes - 166, 165 in 1953, 163 in 1956.
As the design of the machines improved, the plant produced more and more modern models - 1M63, 1M63B, 1M63BF101, 1M63N, 16K30, 1A64, 16K40, 1M65, 1N65.
Based on universal lathes, the Ryazan Machine Tool Plant mastered the production of CNC lathes - 16K30F3, 16M30F3, 16K40RF3, 16R50F3, etc.
The plant has also mastered the production of modern turning machining centers with a number of coordinates from 4 to 8, CNC lathes of inclined 1P756DF3 and horizontal layouts, pipe processing machines 1A983, 1N983 - for processing the ends of pipes with a diameter of up to 460 mm, wheel lathes, roll lathes, machines for processing deep holes and etc.
Machine tools produced by the Ryazan Machine Tool Plant RSZ
- 1A64
universal screw-cutting lathe, Ø 800 - 1M63
universal screw-cutting lathe, Ø 630 - 1М63Б, 1М63БГ
screw-cutting lathe with increased power, Ø 630 - 1М63БФ101
screw-cutting lathe with digital display, Ø 630 - 1М63Ф101
screw-cutting lathe with digital display, Ø 630 - 1M63N
universal screw-cutting lathe, Ø 630 - 1M65
heavy screw-cutting lathe, Ø 1000 - 1Н65
heavy screw-cutting lathe, Ø 1000 - 1N983
pipe cutting machine, Ø 830 - 1P756DF3
CNC lathe, Ø 630 - 16K30
universal screw-cutting lathe, Ø 630 - 16K30F3
CNC lathe, Ø 630 - 16K40
universal screw-cutting lathe, Ø 800 - 16K40F101
screw-cutting lathe with digital display, Ø 800 - 16M30F3
CNC lathe, Ø 630 - 16Р25П
high-precision screw-cutting lathe, Ø 500 - 163
universal screw-cutting lathe, Ø 630 - 165
heavy screw-cutting lathe, Ø 1000 - 1658
heavy screw-cutting lathe, Ø 1000 x 8000 - RT117
heavy screw-cutting lathe, Ø 1140 - RT817
heavy screw-cutting lathe, Ø 1370 - RT755F3
heavy special CNC lathe, Ø 1000 - TNP-111
table lathe, Ø 150
16K30 Screw-cutting lathe. Purpose, scope
16K30 screw-cutting lathe is designed to perform a variety of turning and screw-cutting operations, including turning cones and cutting threads (metric, inch, modular and pitch) in single production conditions.
16K30 machine processes ferrous and non-ferrous metals at high cutting speeds with cutters made of high-speed steel and hard alloys.
Changing the spindle speed and two feeds can be done without stopping the rotation during cutting.
History of the 163 series screw-cutting lathe
In 1934
, the Moscow Machine Tool Plant mastered the production of heavy universal screw-cutting lathes DIP-300, DIP-400, DIP-500. A screw-cutting lathe from the German company VDF was chosen as a prototype.
IN 1944
In 2009, the production of these machines was transferred to
the Ryazan Machine Tool Plant RSZ .
In 1956
year, the first model of the 163 series was put into production - 163 - RMC 1400, 2800.
IN 1968
The next generation of the series was launched into production - model 1m63, 1m63B.
WITH 1973
year, the beginning of serial production of lathes: 16K30, 16K30F3, 1M63Bf101, 16M30F3, 1P756DF3.
Machines of the 163 series were also produced in Tbilisi - 1D63A, 1M63D, 1M63DF101.
IN 1992
the beginning of serial production of the latest model 163 series 1M63N.
Technical characteristics of the machine 16K30F3
| Parameter name | 16K30FS353 | 16K30FS333 |
| Basic machine parameters | ||
| Machine accuracy class P according to GOST 8-77 | P | P |
| CNC system designation | NTs-31 | NTs-31 |
| The largest diameter of the workpiece above the bed, mm | 630 | 630 |
| The largest diameter of the workpiece above the support, mm | 320 | 320 |
| Maximum length of the workpiece, mm | 1400 | 1400 |
| Spindle | ||
| Spindle hole diameter, mm | 71 | 71 |
| The largest diameter of the rod passing through the hole in the spindle, mm | 70 | 70 |
| Number of spindle speeds (total/per program) | 24/ 12 | 24/ 12 |
| Spindle speed limits, rpm | 6,3..1600 | 6,3..1250 |
| Spindle center according to GOST 13214-67 | ||
| Spindle end according to GOST 12593-72 | 11M | 11M |
| Maximum torque on the spindle, kgf*m | 340 | |
| Caliper | ||
| Maximum movement of the caliper: longitudinal/transverse, mm | 1200/ 300 | 1200/ 300 |
| Height of the cutter installed in the tool holder, mm | 32 | 32 |
| Number of tools installed in the tool holder, mm | 4, 8 | 4, 8 |
| Maximum longitudinal feed speed when cutting threads, mm/min | 2400 | 2400 |
| Maximum feed rate in automatic control mode, mm/min | 2400 | 2400 |
| Dimensions of cut metric threads, mm | 0,01…20,47 | 0,01…20,47 |
| Feed speed range (longitudinal and transverse), mm/min | 0,01…20,47 | 0,01…20,47 |
| Speed of fast strokes (longitudinal/transverse), mm/min | 6000/ 5000 | 6000/ 5000 |
| Discreteness of movement (longitudinal/transverse, mm | 0,05/ 0,01 | |
| Highest speed in manual control mode, mm/rev | 1,5 | 1,5 |
| Maximum feed force (longitudinal/transverse), kN | 15/ 5 | 15/ 5 |
| Tailstock | ||
| Tailstock spindle center according to GOST 13214-67 | Morse 6 | |
| Maximum movement of the quill, mm | 240 | |
| Maximum displacement of the quill from the hydraulic cylinder, mm | 100 | |
| Parameters of CNC systems | ||
| CNC system designation | NTs-31 | |
| Number of controlled coordinates (total / simultaneously | 2/ 2 | |
| Zero position sensor type | ||
| Feedback sensor type | Photopulse | |
| Electrical equipment and machine drives | ||
| Circuit | 380/220 V,50 Hz | |
| Number of electric motors on the machine | 6 | |
| Main drive electric motor, kW (rpm) | 22 (1460) | 22 (1460) |
| Feed drive electric motor, kW (rpm) | 2,8 (500) | 2,8/ 500 |
| Toolholder electric motor, kW (rpm) | 0,5 (1415) | 0,5 (1415) |
| Lubrication station electric motor, kW (rpm) | 1,5 (1440) | 1,5 (1440) |
| Cooling pump electric motor, kW (rpm) | 0,12 (2800) | 0,12 (2800) |
| Total power of electric motors, kW | ||
| Total power of the machine, kW | ||
| Dimensions and weight of the machine | ||
| Machine dimensions (length x width x height), mm | 5290 x 3470 x 2105 | 5290 x 3470 x 2105 |
| Weight of CNC machine, kg | 7800 | 7800 |
- CNC lathe. Model 16K30F333. Operating manual 16K30F333.00.000 RE, Ryazan, 1984
- Acherkan N.S. Metal-cutting machines, Volume 1, 1965
- Batov V.P. Lathes., 1978
- Beletsky D.G. Handbook of a universal turner, 1987
- Denezhny P.M., Stiskin G.M., Thor I.E. Turning, 1972. (1k62)
- Denezhny P.M., Stiskin G.M., Thor I.E. Turning, 1979. (16k20)
- Modzelevsky A. A., Muschinkin A. A., Kedrov S. S., Sobol A. M., Zavgorodniy Yu. P., Lathes, 1973
- Skhirtladze A.G., Novikov V.Yu. Technological equipment for machine-building industries, 1980
- Tepinkichiev V.K. Metal cutting machines, 1973
- Chernov N.N. Metal cutting machines, 1988
- Pikus M.Yu. A mechanic's guide to machine repair, 1987
Bibliography:
Useful links on the topic
- Classification and main characteristics of turning
- Selecting the right metalworking machine
- Multi-start thread. Methods for cutting multi-start threads on a lathe
- Graphic signs for lathes
- Friction clutch of a screw-cutting lathe
- Methodology for checking and testing screw-cutting lathes for accuracy
- Directory of lathe manufacturing plants
- Directory of factories producing metal-cutting machines
- Directory of lathes
- Generations of CNC systems. Terms and concepts of CNC systems
- Russian manufacturers of modern CNC systems
- Review of Russian-made CNC systems
- Recommendations for choosing CNC devices
- Problems with modernized CNC machines: tips and tricks from professionals
- Requirements for ensuring stability and safety of machine control systems
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SPECIAL MECHANISMS
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The CNC screw-cutting lathe 16K30F353 (16K30F3) is designed for turning parts such as rotating bodies with stepped, simple, curved (including ellipsoidal) profiles. Capable of cutting almost any thread, drilling, boring and performing many other operations. It is used in conditions of single, small-scale and serial production in the shops of machine-building, instrument-making, general construction and other enterprises. This machine model 16K30F353 is completely modernized: equipped with a new NC-201M numerical control system, DC feed drives, variable-frequency main drive, electrical automation, and circular interpolation sensors. A complete replacement of routes and electrical elements was carried out.
The main design features of the machine: — the design rigidity of the main components of the machine ensures high processing accuracy; — the movement of the tailstock quill is mechanized — driven by a pedal; — a powerful four-position tool holder allows installation of up to eight tool blocks; — structural strengthening of the guides guarantees long-term operation without changing the characteristics of the machine; — main drive — variable frequency drive (VFD). — a wide range of regulation of spindle speeds and feeds, high-speed feed drives with feedback provide a variety of cutting modes; — an electromechanical conveyor is used to remove chips; — the introduction of the NC-201M CNC with a USB connector has significantly simplified the processes of editing and saving programs. The following are supplied with the machine as standard: - conveyor for chip collection; — self-centering three-jaw chuck with a diameter of 400 mm with one set of jaws; — tool block – 4 pieces; — reinforced rotating center 1 piece.
Specifications:
| Basic machine parameters | |
| Machine accuracy class P according to GOST 8-77 | P |
| CNC rack model | NC-201M |
| The largest diameter of the workpiece above the bed, mm | 630 |
| The largest diameter of the workpiece above the support, mm | 320 |
| Maximum length of the workpiece, mm | 1400 |
| Gearbox | |
| The largest diameter of the rod passing through the hole in the spindle, mm | 70 |
| Possibility of smooth adjustment of spindle speed | Yes |
| Number of spindle speed ranges | 3 |
| Spindle speed limits, rpm | 11…2250 |
| Spindle taper for chuck | 11M |
| Caliper | |
| Maximum movement of the caliper: longitudinal/transverse, mm | 1200/ 300 |
| Height of the cutter installed in the tool holder, mm | 32 |
| Maximum number of tools installed in the tool holder, mm | 8 |
| Maximum longitudinal feed speed when cutting threads, mm/min | 2400 |
| Limits of caliper working feeds (longitudinal / transverse), mm/min | 2400 |
| Maximum speed of fast movements of the caliper (longitudinal/transverse), mm/min | 6000/ 5000 |
| Tailstock | |
| Tailstock spindle taper | Morse 6 |
| Maximum movement of the quill, mm | 240 |
| Maximum displacement of the quill from the hydraulic cylinder, mm | 100 |
| Control system | |
| CNC system designation | NC-201M |
| Number of controlled coordinates (total / simultaneously) | 2/ 2 |
| Electrical equipment and machine drives | |
| Circuit | 380V,50Hz |
| Number of electric motors on the machine | 7 |
| Main drive electric motor, kW/rpm | 27/ 750 |
| Electric motors of longitudinal and transverse feed, kW/rpm | 2,8/ 500 |
| Tool holder electric motor, kW/rpm | 0,5/ 1415 |
| Lubrication station electric motor, kW/rpm | 1,5/ 1440 |
| Cooling pump electric motor, kW/rpm | 0,12/2800 |
| Conveyor electric motor, kW/rpm | 1,5/ 1440 |
| Total power of the machine, kW | 36 |
| Dimensions and weight of the machine | |
| Machine dimensions (length x width x height), mm | 5290 3470 2105 |
| Weight of CNC machine, kg | 7800 |
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