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ADTECH Motion Control Card

 ADTECH Motion Control Card
Card type: PCI bus
ADT-8940A1 ADT-8960 ADT-8949G1 ADT-8969G1
High performance 4-axis motion control card High performance 6-axis motion control card High performance 4-axis motion control card High performance 6-axis motion control card
ADT-8940A1 motion control card is one of ADTECH 4-axis motion control cards based on PCI bus. A system can support up to 16 control cards, in order to control 64 channels of servo / stepper motor. It is plug-and-play, and widely used in testing, advertising, printing, PCB processing and other industries. ADT-856 motion control card is one of ADTECH 6-axis motion control cards based on PCI bus. A system can support up to 16 control cards, in order to control 96 channels of servo / stepper motor. It is plug-and-play, and widely used in testing, advertising, printing, surface mount and other industries. ADT-8949G1 motion control card is one of ADTECH 4-axis motion control cards based on PCI bus. A system can support up to 10 control cards, in order to control 40 channels of servo / stepper motor. It is plug-and-play, and widely used in testing, semiconductor packaging, mechanical arm, biomedical sampling, dispensing, packaging, engraving, PCB processing and other industries. ADT-8969G1 motion control card is one of ADTECH 6-axis motion control cards based on PCI bus. A system can support up to 6 control cards, in order to control 60 channels of servo / stepper motor. It is suitable for high-speed, high-precision precision position control, and widely used in testing, semiconductor packaging, mechanical arm, biomedical sampling, dispensing, packaging, engraving, PCB processing and other industries.
T-type, S-type curve acceleration and deceleration Real-time change of speed and target position Hardware stop Multi-axis synchronous motion and stop Position latch Several ways of return-to-zero Handwheel T-type, S-type curve acceleration and deceleration Real-time change of speed and target position Hardware stop Position latch Manual deceleration 16 channel input/output IO Handwheel T-type, S-type, C-type and E-type acceleration and deceleration Speed preview Spline curve Dual drive gantry Position latch Output control added to cache Multi-process simultaneous control T-type, S-type, C-type and E-type acceleration and deceleration Speed preview Spline curve Electronic cam, electronic gear Output control added to cache Multi-process simultaneous control Dual-channel independent processing complement function, manual wheel control function Compatible two methods are available: pulse equivalent-based and pulse-based
Axis quantity 4 6 4 6
Digital input 40 32 36 44
Digital output 16 16 32 40
Encoder 4 6 4 6
Linear interpolation Random 2-4 axis Random 2-6 axis Random 2-4 axis Random 2-6 axis
Circular interpolation Software arc Software arc Random 2-3 axis Random 2-3 axis
Hardware cache 2M hardware cache 2M hardware cache 10000 segments 10000 segments
Maxi. impulse frequency 2MHz 2MHz 5MHz 8MHz