|
|
|
|
Stepper Systems : Fics-PDS/3
|
|
|
|
Dynaservo Fics-PDS/3 integrated position control system was developed specifically to simplify the design
and manufacturing of 3-axes robotic systems. The Fics-PDS/3 successfully integrates motion controller,
motion software, 3 step motor drives, multiple I/Os and interconnecting devices into one compact unit,
which delivers superb functionality and reliable, precise performance. The
Fics-PDS/3 contains all the necessary motion control components required for construction of robotic systems.
|
|
The Fics-PDS/3 uses proven DYNAX CPU equipped with specific motion control firmware to provide
comprehensive, multi-functional position control. Furnished with Fics-III Basic-like programming language,
the Fics-PDS/3 utilizes the simple yet very powerful nature of this language to create flexible and
reliable motion control systems.
The Fics-PDS/3 integrated position control system offers users, specifically OEMs of robotic system,
design simplicity, application versatility and above all extraordinary cost effectiveness.
|
|
|
|
|
Features
|
- All digital design using ASIC and SMT technology
- Multi-function motion controller
- DYNAX CBIC CPU
- 4 M bit Flash memory
- 2 M bit SRAM
- multi-tasking (8 tasks)
- 3D linear, 2D arc and circular interpolation
- Multiple velocity profiles
- Point-to-Point position control
- Matrix and pallet functions
- Programming language : Fics-III Basic-like language
- RS232C serial communication links
- Inputs / Outputs
- On board 48 DI and 16 DO opto-isolated type
- Expandable to 256 DI/DO opto-isolated or relay type
- High resolution, micro-step, 3-axes step motor drive with up to 500 divisions
- Power supply: 24 VDC, 6 A
- Output current: Max 2 A per phase
- Driving method: uni-polar chopper
- Status LED indicators
- User-friendly manual operation and programming with Fics-RT1 or PC
- Compatible step motors: 2-phase or 4-phase hybrid step motors manufactured by Sanyo Electric and
Oriental Motors, or other similar models
|
|
|
|
|
Benefits
|
- Integrated, compact design
- Eliminates the need for PLC
- Simplified system design
- Increased reliability
- Reduced size of control enclosure
- Reduced wiring requirements
- Reduced manufacturing cycle
- Reduced labor and material costs
- Flexible and affordable motion control application solution
|
|
|
|
|
Applications
|
- Part transfer
- Dispensing
- Sorting
- Stamping
- Mounting
- Soldering
- Gluing
- Cleaning
- Polishing
- Inspection
|
|
|
|
|
|
|