Description
The Toshiba TCPSV is a high-performance CPU and Servo Control Module belonging to the Provisor TC200 programmable logic controller platform. Specially engineered for all-electric injection molding machinery and precise motion applications, this advanced hardware unit integrates centralized logic processing with dedicated inner-loop servo control algorithms to manage multi-axis high-speed operations.
- Manufacturer: Toshiba Corporation (Japan)
- Product Line: Provisor TC200 Series / Injection Molding Control System
- Model Number: Toshiba TCPSV
- Product Type: Main CPU Servo Controller Board
- Core Functions: Motion axis profiling, logic operations, and real-time process monitoring
- Processing Execution: High-speed parallel task processor architecture
- Communication Interfaces: Built-in network support including Ethernet, serial computer link, and Modbus protocols
- Programming Framework: Supports standard structured ladder logic and motion function blocks
- Hardware Structure: Modular single-slot card design with an integrated metal faceplate
- Cooling Method: Passive convection airflow via cabinet layout
- Dimensions: Standard Provisor rack footprint approx. 9.1 x 5.5 x 1.4 inches
- Weight: 1.54 lbs (0.700 kg)
- Country of Origin: Japan
TOSHIBA TCPSV
TOSHIBA TCPSV
TOSHIBA TCPSV
TOSHIBA TCPSV
Target Applications
This processing controller is primarily deployed in precision manufacturing environments requiring synchronous, high-accuracy motion control. Key application fields include:
- All-electric plastic injection molding machines (clamping, injection, and ejector axes)
- Industrial multi-joint robotic work cells and pick-and-place arms
- High-volume packaging, bottling, and sorting line synchronization
- Automated textile and metal forming heavy machinery
- Advanced municipal water facilities and process control lines
Operating Instructions and Safety Guidelines
- Always wear an adjusted Electrostatic Discharge (ESD) grounding wrist strap before pulling or installing this board to protect its microchips from static shock.
- Ensure the primary power supply to the Provisor TC200 backplane rack is fully switched off before sliding the module into its designated slot.
- Securely tighten the panel-mount retaining screws on the front faceplate to ensure continuous frame grounding to the chassis enclosure.
- Periodically verify that the lithium backup battery is within safe voltage levels to prevent loss of custom system parameters or machine application memory during power outages.
Frequently Asked Questions
- Q: What is the main structural difference between the TCPSV and standard PLC CPUs?
A: Unlike general-purpose controllers, the TCPSV is customized with embedded firmware instructions specifically optimized to regulate the precise pressure and speed loops of servo motors inside electric injection molding units.
- Q: Can the TCPSV module be integrated with other peripheral boards in the TC200 series?
A: Yes, it is fully compatible with companion modules in the Provisor system, including the TCPPC power control module, TCPCU communication hub, and TC32DIC discrete I/O cards.
- Q: How does the module handle real-time system faults during operation?
A: It features continuous self-diagnostics that track bus parity, hardware response times, and processing watchdogs, instantly turning off servo enable commands if a failure is detected.
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