PPC2410 & PPC2310 Series
Characteristics
The PPC2410 and PPC2310 are high performance 4-Axis and 3-Axis Motion Controller Cards (respectively) for ISA-Bus (PC/AT Expansion Bus) systems. In both systems, commands are sent directly from the ISA-Bus to the Pulse Generator chips, MPG2031’s, in order to generate Pulse Trains to control Stepping motors or Digital Input Servo motors. Each Axis of Motion has Encoder Feedback (A/B/Z phases) inputs and Six Driver Control Inputs & Outputs. This Controller can be used for Point to Point control or Linear Interpolation of the general purpose motion systems. S-curve, Trapezoidal as well as complex movement profiles can be generated with this Controller in order to provide smooth machine operations.
Features
- High Speed Pulse Rate outputs up to 1.6384 Mhz .
- S-Curve, Trapezoidal as well as Complex motion profiles can be defined.
- Acceleration and Deceleration Rates can be defined separately.
- Point to Point Positioning, coordinated Linear Interpolated movements can be performed for all Axes. Synchronized as well as independent movements can be performed.
- Step & Direction Opto-isolated signals , CW & CCW Clocks signals are provided.
- Encoder Feedback TTL or Phase Differential A & B and Z (Index) phase inputs are provided.
- Opto-isolated Forward Limit, Reverse Limit, Near Home and Home position inputs are provided for each Motion Axis. Active high or low Sensor Logic can be selected.
- Operating Systems: MS-DOS Version 6.2 or higher , MS Windows Version 95 or higher, MS Visual C++ Version 4.0 or higher.
- Computer System : IBM PC/AT compatible.
Specifications
| Items | Contents |
| Control System | Custom LSI MPG2031 commands. |
| Bus Specification | Byte access: Even number address.
Word access: Lower order addresses are used. |
| Number of Axis | 4-Axis and 3-Axis |
| Motors Controlled | Stepping Motor and Digital Input Servo Motors. |
| Reference Clock | 3.2768 Mhz. |
| Output Pulse Rate | 0.1 Hz ~ 1.6384 Mhz. |
| Acceleration and Deceleration Gradient | 4.9 Hz/sec ~ 81.9 Mhz/sec. |
| Number of Pulses per movement | 1 ~ 16,777,215 pulses. |
| Clock Output | 2 clock(Bi-clock) or 1 clock (Step & Direction) control settings; Forward / Reverse setting. Set output logic. |
| Acceleration & Deceleration formats | S-curve, Triangular or Trapezoidal movements |
| Functions | PTP positioning, Linear Interpolation positioning (2 ~4 Axes interpolation is possible), zero search, mid-point interrupt from the encoder input signal. |
| Driver Control Output | Each axis has 3 terminals (Power down, Servo ON/OFF, Deviation Counter Reset.) Output impedance: 35V / 10mA or less. |
| Driver Control Input | Each axis has 3 terminals (Driver Alarm, In-Position ready), 10mA max., uses external +24VDC power supply. |
| Encoder Signal Input | Each axis: A/B/Z phase input.
TYPE L: Line receiver input. TYPE P: Photo-coupler, 10mA, +24VDC. |
| Sensor I/F | Forward Limit , Reverse Limit, Near Nome and Home. Active High or Low Sensor Logic can be selected with jumpers. (Z-phase Home or Sensor Home can be used.) |
| External Input | Emergency Stop Input , 10mA max., uses external +24VDC power supply. |
| Interrupt I/F | Interrupt Clear function is included. IRQ5, 10 ~ 12, 15 jumper setting. |
| Board Select | It is possible to access address 0xC0000 ~ 0xFFFFF by setting A12 ~ 15 jumper settings. 0x1000 is occupied. |
| Power Requirement | Bus logic: +5VDC ± 5% @ 1.0A or less
Sensor I/F: +24VDC(External) power supply, 0.5A or less Driver I/F: +5VDC(External) power supply, 0.5A or less |
| Dimension | 160.0(W) x 121.9(D) x 20.0(H) mm. |
| Weight | 160g. |