Woodward 8200-1300 | 505D LVDC Steam Turbine Control

Description

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Key Technical Specifications

Woodward’s current product manual specifically identifies 8200-1300 as one of the released 505 Digital Governor versions for steam turbines with single or split-range actuators. The 8200-1300 is the LVDC ordinary-location version, with an 18–36 VDC supply range.

Product Introduction (Anti-Template)

Operating as the core digital governor of the Woodward 505 platform, the 8200-1300 is designed for steam-turbine speed and load control with single or split-range actuators. The controller can be configured as part of a plant DCS or operated as a stand-alone turbine control system. Its integrated graphical operator interface provides local access to turbine control and configuration functions. Woodward documentation distinguishes this model from the 8200-1301 and other 505 variants primarily through its LVDC power and compliance configuration.

The 8200-1300 is particularly relevant when maintaining an installed 505 control system where the replacement must match the existing power architecture and application. It should not be substituted solely on the basis of the “505” family name: the 8200-1301, for example, uses a different AC/DC power arrangement. Honestly, checking the exact part number before shipment can prevent an otherwise unnecessary cabinet modification.

8200-1300

8200-1300

8200-1300

8200-1300

8200-1300

QC, Procurement & Logistics SOP

1. Inbound Verification
   Verify the complete part number 8200-1300, nameplate, hardware revision, serial information, display condition, connectors, and enclosure before accepting the unit into stock. Confirm that the power designation corresponds to the LVDC version rather than 8200-1301 or another 505 variant.
2. Live Rig Testing
   Where a suitable Woodward 505 test setup is available, verify controller startup, display operation, diagnostic status, communication functions, and configuration access. For a replacement project, compare the existing controller configuration and application data before commissioning.
3. QA & Anti-Static Packaging
   Protect the controller and its electronic interfaces from ESD, impact, vibration, and moisture. Photograph the nameplate, front panel, connectors, and overall condition before packaging. Use antistatic protection and sufficient internal cushioning for international transport.
4. Global Logistics & Export Compliance
   Confirm the applicable HS classification according to the actual product and destination before export. Use shock-resistant packaging suitable for air or sea freight and keep the model number consistent across the quotation, commercial invoice, packing list, and shipment documentation.

Technical Pitfalls & Integration Warnings

1. Firmware / Hardware Revision Mismatch
   The 505 platform has multiple hardware and software revisions. Woodward’s documentation notes different OS/footprint and GAP requirements depending on the control revision. A hypothetical replacement using the correct 8200-1300 part number but an incompatible revision could therefore require additional configuration or software work. Verify the installed revision and applicable GAP/OS requirements before replacement.
2. Configuration Errors
   The 505 is a configurable turbine controller rather than a generic PLC. Incorrect speed, load, actuator, extraction, or protection parameters can affect turbine behavior. Never assume that a replacement unit can simply be powered up with default parameters and placed directly into service.
3. Wiring / Power Incompatibility
   The 8200-1300 uses LVDC power at 18–36 VDC. It should not be confused with the 8200-1301, which is the AC/DC version. Applying the wrong supply architecture during replacement can damage the controller or prevent startup.
4. ESD During Unboxing
   The controller contains electronic circuitry and should be handled using appropriate ESD precautions. Keep the unit in antistatic packaging until installation and avoid touching exposed connector contacts unnecessarily.

Frequently Asked Questions (FAQ)

1. What is the Woodward 8200-1300 used for?
The 8200-1300 is a 505 Digital Governor used for control of steam turbines with single or split-range actuators.

2. What power supply does the 8200-1300 require?
Woodward identifies the 8200-1300 as the LVDC version with an 18–36 VDC supply range.

3. Is the 8200-1300 the same as the 8200-1301?
No. Both belong to the 505 Digital Governor family, but their power configurations differ. The 8200-1300 is the LVDC version, while the 8200-1301 is the AC/DC version. Confirm the exact part number before ordering.

4. Can the 8200-1300 operate as part of a DCS?
Yes. The 505 Digital Governor can be configured as part of a plant DCS or used as a stand-alone turbine controller.

5. Can I replace an installed 8200-1300 directly?
The mechanical replacement is only one part of the job. The existing hardware revision, OS/GAP requirements, configuration, actuator arrangement, wiring, and turbine application should all be checked before commissioning. Woodward documents different OS/footprint and GAP requirements across revisions.

6. How quickly can an 8200-1300 be shipped internationally?
Actual lead time depends on stock condition, inspection requirements, destination, and shipping method. For an urgent replacement, provide the complete part number and photos of the existing unit so availability and revision can be checked before quotation.

7. What information should I send when requesting a replacement?
Provide the exact 8200-1300 part number, nameplate photo, hardware revision if visible, quantity, destination country, and—if available—the existing 505 configuration or application information. This allows the replacement to be checked against the installed turbine-control architecture rather than matching only the model number.