802 C-type CNC lathe Integrated Training assessment devices; CNC milling machine comprehensive assessment Training Device
802C型数控车床综合实训考核装置;数控铣床综合实训考核装置KRN - 802C CNC lathe comprehensive evaluation device is based Training "industry standard of education (NC technology equipment with the application of professional standards)", the Ministry of Education, "the revitalization of the 21st century vocational education curriculum reform and building materials planning," "shortage of talent" pui training planning teaching requirements and in light of actual production and professional positions skill requirements, in accordance with the teaching and vocational schools Training requirements research and development products. Suitable for higher vocational schools, secondary vocational schools in the installation and maintenance of electrical and mechanical equipment, electrical and mechanical technology applications, electrical operation and control, electrical technology applications, NC technology applications, mechanical processing, and other professional and non-professional categories of electrical and mechanical training courses required modules "CNC equipment maintenance", "NC technology "or elective courses module," Machine circuit maintenance, "Teaching and Training. Also suitable vocational training schools installation, maintenance electrician senior classes, installation, maintenance electrician technician classes, installation, maintenance electrician senior technician classes and milling machine work, and senior technician training and identification.
The use of the device will enable students to master CNC lathe system control theory, electrical design methods, component choice, lathe electrical installation and debugging, fault diagnosis maintenance, spare parts programming and graphics processing, and so a number of simulation experiments, industrial production reached the scene internship effect. The device using open architecture, modular design, both used in teaching, can also be used for curriculum design, design and Training graduation and will be beneficial to students CNC machine tool design electrical control systems, CNC equipment fault diagnosis ability to adapt to the maximum target of training and to meet market demand. The device can also help further understanding of scientific and technical personnel structure CNC milling machine, but also for the technical staff of the CNC lathe second development system provided the necessary conditions. The experimental apparatus are the main device used IPC products.
An integral part of product
CNC lathe Integrated Device Training examination by Siemens (SINUMERIK 802C base line) CNC systems, electrical control machine interface boards, spindle VVVF experimental boards, Digital AC servo drive and motor running and the electrical analog input and output module, tool carrier interface boards, and KRN6135 type switching power supply Teaching CNC lathe, and other components.
Training can be created experimental evaluation project
CNC lathe 802 C Programming experimental operating system
Spindle inverter module debugging operation and fault diagnosis experiment
Digital AC servo motor operation and fault diagnosis experiment
CNC lathe electrical control design and analysis of experiments
PLC programming, wiring and the application of CNC machine tools
Electric Tool control principle experiments and experimental wiring and fault diagnosis.
CNC lathe machine thread processing system control experiment
CNC lathe with the lighting and cooling experiments Fault Diagnosis
Screw pitch error compensation experiment
CNC lathe design fault exclude appraisal 28
KRN6135 CNC lathe specifications:
The use of the device will enable students to master CNC lathe system control theory, electrical design methods, component choice, lathe electrical installation and debugging, fault diagnosis maintenance, spare parts programming and graphics processing, and so a number of simulation experiments, industrial production reached the scene internship effect. The device using open architecture, modular design, both used in teaching, can also be used for curriculum design, design and Training graduation and will be beneficial to students CNC machine tool design electrical control systems, CNC equipment fault diagnosis ability to adapt to the maximum target of training and to meet market demand. The device can also help further understanding of scientific and technical personnel structure CNC milling machine, but also for the technical staff of the CNC lathe second development system provided the necessary conditions. The experimental apparatus are the main device used IPC products.
An integral part of product
CNC lathe Integrated Device Training examination by Siemens (SINUMERIK 802C base line) CNC systems, electrical control machine interface boards, spindle VVVF experimental boards, Digital AC servo drive and motor running and the electrical analog input and output module, tool carrier interface boards, and KRN6135 type switching power supply Teaching CNC lathe, and other components.
Training can be created experimental evaluation project
CNC lathe 802 C Programming experimental operating system
Spindle inverter module debugging operation and fault diagnosis experiment
Digital AC servo motor operation and fault diagnosis experiment
CNC lathe electrical control design and analysis of experiments
PLC programming, wiring and the application of CNC machine tools
Electric Tool control principle experiments and experimental wiring and fault diagnosis.
CNC lathe machine thread processing system control experiment
CNC lathe with the lighting and cooling experiments Fault Diagnosis
Screw pitch error compensation experiment
CNC lathe design fault exclude appraisal 28
KRN6135 CNC lathe specifications:
Three-jaw chuck 160mm
Rotary bed on the largest diameter 350mm
The largest workpiece length 500mm
Four-Position electric tool carrier
Spindle aperture 40mm
Spindle speed, CVT 200 ------ 1500rpm
The main motor power 0.75kw
Machine size (length x width x height) 1670 × 800 × 1300mm
Machine weight of 450kg
Rotary bed on the largest diameter 350mm
The largest workpiece length 500mm
Four-Position electric tool carrier
Spindle aperture 40mm
Spindle speed, CVT 200 ------ 1500rpm
The main motor power 0.75kw
Machine size (length x width x height) 1670 × 800 × 1300mm
Machine weight of 450kg
KRN - 802C type CNC milling machine comprehensive evaluation device is based Training "industry standard of education (NC technology equipment with the application of professional standards)", the Ministry of Education, "the revitalization of the 21st century vocational education curriculum reform and building materials planning," "shortage of talent" pui training planning teaching requirements and in light of actual production and professional positions skill requirements, in accordance with the teaching and vocational schools Training requirements research and development products. Suitable for higher vocational schools, secondary vocational schools in the installation and maintenance of electrical and mechanical equipment, electrical and mechanical technology applications, electrical operation and control, electrical technology applications, NC technology applications, mechanical processing, and other professional and non-professional categories of electrical and mechanical training courses required modules "CNC equipment maintenance", "NC technology "or elective courses module," Machine circuit maintenance, "Teaching and Training. Also suitable vocational training schools installation, maintenance electrician senior classes, installation, maintenance electrician technician classes, installation, maintenance electrician senior technician classes and milling machine work, and senior technician training and identification.
The use of the device will enable students to master CNC lathe system control theory, electrical design methods, component choice, lathe electrical installation and debugging, fault diagnosis maintenance, spare parts programming and graphics processing, and so a number of simulation experiments, industrial production reached the scene internship effect. The device using open architecture, modular design, both used in teaching, can also be used for curriculum design, design and Training graduation and will be beneficial to students CNC machine tool design electrical control systems, CNC equipment fault diagnosis ability to adapt to the maximum target of training and to meet market demand. The device can also help further understanding of scientific and technical personnel structure CNC milling machine, but also for the technical staff of CNC milling machine in the secondary development system provided the necessary conditions. The experimental apparatus are the main device used IPC products.
An integral part of product
CNC Milling Machine Integrated Device Training examination by Siemens (SINUMERIK 802C base line) CNC systems, electrical control machine interface boards, spindle VVVF experimental boards, Digital AC servo drive and servo motor running and the electrical input and output modules, switching power supply and KRN125 type CNC milling machine and other teaching composition.
Training can be created experimental evaluation project
CNC Milling Machine 802 C Programming experimental operating system
Spindle inverter unit operation and fault diagnosis experiment
Digital AC servo motor operation and fault diagnosis experiment
CNC Milling Machine Design and Analysis of Electric Control Experiment
NC connecting various modules, control and fault diagnosis experiment
The principle of low-voltage electrical components, performance and wiring experiment.
PLC programming, wiring and the application of CNC machine tools
CNC Milling Machine cooling and lighting and fault diagnosis experiment
Screw pitch error compensation experiment
CNC Milling Machine Design Fault exclude appraisal 28
KRN125 CNC milling machine specifications:
Clamping spindle drill chuck scope 1-20mm
Spindle speed range 200-2500rpm
The main electrical power 1.5kw
Table area (length x width) 840mm × 250mm
Table III to the itinerary (X, Y, Z) 450 × 250 × 250mm
T-slot number and width of 3 × 16mm
Machine external dimensions: length x width × high 1300 × 1200 × 2100mm
Weight 450kg
The use of the device will enable students to master CNC lathe system control theory, electrical design methods, component choice, lathe electrical installation and debugging, fault diagnosis maintenance, spare parts programming and graphics processing, and so a number of simulation experiments, industrial production reached the scene internship effect. The device using open architecture, modular design, both used in teaching, can also be used for curriculum design, design and Training graduation and will be beneficial to students CNC machine tool design electrical control systems, CNC equipment fault diagnosis ability to adapt to the maximum target of training and to meet market demand. The device can also help further understanding of scientific and technical personnel structure CNC milling machine, but also for the technical staff of CNC milling machine in the secondary development system provided the necessary conditions. The experimental apparatus are the main device used IPC products.
An integral part of product
CNC Milling Machine Integrated Device Training examination by Siemens (SINUMERIK 802C base line) CNC systems, electrical control machine interface boards, spindle VVVF experimental boards, Digital AC servo drive and servo motor running and the electrical input and output modules, switching power supply and KRN125 type CNC milling machine and other teaching composition.
Training can be created experimental evaluation project
CNC Milling Machine 802 C Programming experimental operating system
Spindle inverter unit operation and fault diagnosis experiment
Digital AC servo motor operation and fault diagnosis experiment
CNC Milling Machine Design and Analysis of Electric Control Experiment
NC connecting various modules, control and fault diagnosis experiment
The principle of low-voltage electrical components, performance and wiring experiment.
PLC programming, wiring and the application of CNC machine tools
CNC Milling Machine cooling and lighting and fault diagnosis experiment
Screw pitch error compensation experiment
CNC Milling Machine Design Fault exclude appraisal 28
KRN125 CNC milling machine specifications:
Clamping spindle drill chuck scope 1-20mm
Spindle speed range 200-2500rpm
The main electrical power 1.5kw
Table area (length x width) 840mm × 250mm
Table III to the itinerary (X, Y, Z) 450 × 250 × 250mm
T-slot number and width of 3 × 16mm
Machine external dimensions: length x width × high 1300 × 1200 × 2100mm
Weight 450kg
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