Description
The Woodward 8230-3011 is a programmable high-voltage digital controller from the robust 723PLUS series. Engineered for complex prime mover applications, it supports dual magnetic pickups (MPUs) or proximity switches for accurate speed sensing and features integrated circuitry specifically designed for seamless load-sharing systems and precise generator or mechanical drive control.
📋 Technical Specifications
- 🌍 Origin Country: United States
- ⚖️ Weight: Approximately 1.4 kg (3.1 lbs)
- 📐 Dimensions: 203 mm x 152 mm x 64 mm (8 in x 6 in x 2.5 in)
- ⚡ Operating Voltage: High Voltage AC/DC power supply variant (typically 88–264 VAC or 90–150 VDC)
- 🔌 Power Consumption: Max 25 W
- 🌡️ Operating Temperature: -40°C to +70°C
- 🖥️ Display Type: External programming interface via handheld programmer or PC software
- 🔌 Communication Ports: RS-232, RS-485 serial ports for configuration and monitoring
- 🛡️ Enclosure Protection: Chassis mount (IP20 standard for internal cabinet installation)
- 🔄 Application Support: Load-sharing systems, steam/gas turbines, diesel/gas engines requiring dual speed sensors
📖 Operating Instructions
- Power Verification: Ensure the high-voltage power supply matches the rated AC/DC input range and verify proper grounding before energizing the unit.
- Sensor & Wiring Connections: Connect dual magnetic pickups (MPUs) or proximity switches to the designated speed input terminals, alongside actuator drivers, discrete I/O, and communication lines according to the wiring manual.
- Software Configuration: Connect a PC running Woodward’s service/control software or a handheld programmer to the serial port to configure PID loops, governor dynamics, and load-sharing parameters.
- Operation & Testing: Initiate start sequences, monitor speed and load signals via the software interface, and verify load-sharing performance across the network under operational conditions.
❓ Frequently Asked Questions (Q&A)
- Q: What makes the 8230-3011 unique within the 723PLUS series?
- A: It is a high-voltage powered model equipped with dedicated inputs and circuitry to support dual magnetic pickups or proximity switches and integrated load-sharing capabilities.
- Q: How is the controller programmed or configured?
- A: It is configured using Woodward’s proprietary service tool software or a handheld programmer connected through the unit’s serial communication ports.
- Q: Can this controller be used in multi-unit parallel operations?
- A: Yes, it features built-in circuitry and connections specifically supported for integration into load-sharing systems.
