ADT-8949C1/H1 High-performance four-axis pulse motion control card based on PCI bus
Description
Product introduction
ADT-8949C1/H1 multi-axis motion control card is one of the high-performance four-axis motion control cards based on computer PCI bus of Xinshida Zhongweixing. One system can support up to 10 control cards and can control 40 servos. / stepper motor. It has T-type, S-type and E-type various acceleration and deceleration, point position and trajectory motion planning functions, and also has electronic gear, electronic cam synchronous motion planning functions, linear interpolation, circular interpolation planning functions, spline curve, following and other functions. It is especially used in occasions requiring high-speed, high-precision and precise position control. This product is widely used in inspection, semiconductor packaging, robotic arms, dispensing, packaging, engraving, PCB processing and other industries.
Features
32-bit PCI bus, plug and play;
Number of controllable axes: four axes;
The maximum pulse output frequency is 5MHz;
Each axis encoder feedback channel A/B phase difference pulse input or up and down pulse input, 32-bit counting, frequency up to 2MHz, 4 times;
Pulse output type: pulse + direction (PUL+DIR) or double pulse (CW+CCW);
Large-capacity multi-axis buffer interpolation function, which can store 10K interpolation instructions;
Supports hardware serial number and third-party encryption.
T-shaped, S-shaped, E-shaped curve acceleration and deceleration;
Manual deceleration function;
Arbitrary 2-4 axis hardware linear interpolation, arbitrary 2, 3 axis hardware circular interpolation;
Manual pulse function;
Pulse output mode;
Probe hardware capture function;
Electronic cam, electronic gear;
spline, follow;
Position comparison and motion command combination;
Increase output in cache;
Change the speed and target position in real time during the movement;
Hardware stop function, multiple axes move and stop at the same time;
External signal triggers multi-axis position latch;
Signal filtering.