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Stepper Motor 1 to 4 Axes Dual-Chip: Navigator MC2500 |
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Page 3 of 4 Features - Available in 1, 2 and 4-axis versions.
- High Speed (up to 5 M-pulses/sec) pulse and direction output.
- Motion profiles include S-curve, trapezoidal, velocity contouring and electronic gearing.
- Asymmetric acceleration and deceleration to custom program a trapezoidal motion profile.
- Velocity and acceleration changes on-the-fly for trapezoidal and velocity-contouring profiles.
- Incremental encoder quadrature input and parallel input for absolute encoder or resolver for on-the-fly motor stall detection.
- Parallel and serial (point-to-point or multi-drop) communications interface.
- Trace capabilities for system performance checks, maintenance and diagnostics.
- Encoder rate of 5.0 Mcounts/sec allows use of fine resolution feedback devices for reading motor position.
- Advanced breakpoint capability allows precise sequencing of events.
- PLC-style programmable inputs and outputs, including a per-axis programmable input and output.
- 256 16-bit word I/O locations for user-defined peripherals.
- 8 general-purpose 10-bit analog inputs.
- Two-directional limit switches, index input and home indicator per axis.
- Axis settled indicator and tracking window in addition to stall detection.
- Packaged in a 132-pin processor and a 100-pin logic device (surface mount CMOS technology).
- Available in commercial and industrial temperature versions.
- Software backward compatible with PMD's MC1xxx family (1451, 1251 and 1151 series).
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Newsflash
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Motion Control Cards with Special PIEZO (Ceramic) Motor Functions Motion Control Chips with special functions to compensate PIEZO Motor behaviour Products Names: - POSYS® 1800-PIEZO Series
- POSYS® 1900-PIEZO Series
Description: The POSYS® 1800-PIEZO and POSYS® 1900-PIEZO are motion control cards (PC-104, PCI-bus) for servo and stepper motors and provide one to four axes of motion. The functionality of these series has been significantly improved by using a special motion control chip with enhanced PIEZO (Ceramic) control functions. It is now possible to compensate the special behaviour of PIEZO (Ceramic) motors like for example stiction. |
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