WOODWARD 5503-282 – Control Module for Turbine/Engine Digital Control Systems

Brand / ModelWOODWARD 5503-282

Product TypeControl module / replacement board for Woodward digital controls

HS Code9032.90 (Parts and accessories for automatic regulating or controlling instruments)

Power RequirementsSupplied via host backplane; 24 VDC system power is typical in Woodward racks

Operating TemperaturePer host system specification; typically 0 to +60 °C inside a ventilated control cabinet

Signal I/OHandled through the system backplane; channel types depend on the function of 5503‑282 in your configuration

Communication InterfacesSystem bus via backplane; front‑panel access (if any) varies by revision—verify against your rack manual

Installation MethodPlug‑in rack module, secured with captive screws; ESD‑safe handling recommended

Categories: Tags:
contact qrcode

Need help?
Email: sales@fyplc.cn
Tel/WhatsApp: +86 173 5088 0093

Description

WOODWARD 5503-282 – Control Module for Turbine/Engine Digital Control SystemsOIP-18

The WOODWARD 5503-282 is a factory-grade control module typically used as a replacement/spare board within Woodward digital control platforms, such as MicroNet and related turbine/engine control systems. From my experience, plants keep this part on the shelf to cut unplanned downtime—when a channel drifts or a board faults, you swap the 5503-282, perform a quick functional check, and you’re back on line without re-architecting the cabinet.

Company’s Order Placement Process and Guarantees

  • Warranty: 365 days
  • Delivery: 1 week if in stock; no more than one month at the latest
  • Payment: 50% advance; full payment prior to delivery
  • Express options: FedEx, UPS, DHL

Key Features

  • Drop‑in replacement – Designed to seat directly into the Woodward rack/backplane used by your system, minimizing engineering work.
  • Backplane-powered – Power and signals are handled through the host chassis, which simplifies wiring and keeps the cabinet tidy.
  • Industrial reliability – Built for 24/7 operation in turbine/engine environments; in many cases, it’s the preferred spare for MRO teams.
  • Consistent performance – Tight, repeatable behavior helps avoid calibration drift that can creep into older boards.
  • Service-friendly – You might notice that access to connectors and indicators is straightforward once the panel door is open, so maintenance time stays short.
  • Lifecycle support – Typically compatible with existing Woodward toolsets and procedures, which reduces retraining.

Technical Specifications

Brand / Model WOODWARD 5503-282
Product Type Control module / replacement board for Woodward digital controls
HS Code 9032.90 (Parts and accessories for automatic regulating or controlling instruments)
Power Requirements Supplied via host backplane; 24 VDC system power is typical in Woodward racks
Operating Temperature Per host system specification; typically 0 to +60 °C inside a ventilated control cabinet
Signal I/O Handled through the system backplane; channel types depend on the function of 5503‑282 in your configuration
Communication Interfaces System bus via backplane; front‑panel access (if any) varies by revision—verify against your rack manual
Installation Method Plug‑in rack module, secured with captive screws; ESD‑safe handling recommended

Note: Exact role and channel count for 5503-282 can differ by system build. If you share the controller family (e.g., MicroNet/MicroNet TMR) and rack P/N, we’ll cross-check compatibility before shipment.

Application Fields

  • Gas and steam turbine control (start/stop sequencing, speed/load control, protection interlocks)
  • Industrial engines and compressors in oil & gas midstream and refining
  • Power generation islands and cogeneration packages
  • Balance-of-plant control panels where Woodward platforms are standard

One thing I appreciate is how these modules keep brownfield systems running without forcing a DCS migration. A maintenance supervisor recently told me they swapped a 5503‑series board during a planned outage and shaved a full day off their return‑to‑service window.

Advantages & Value

  • Risk reduction – Stick with a known-good spare and you avoid firmware and wiring surprises.
  • Compatibility – Works within the existing Woodward rack, so cable looms and terminal plans stay untouched.
  • Cost control – In many cases, a like‑for‑like board swap is far less expensive than a system re‑design.
  • Pre‑shipment verification – We typically verify part numbers and revisions against your system list, reducing the chance of mismatch.

Installation & Maintenance

  • Cabinet environment – Mount in a clean, dry, ventilated control cabinet. Follow the original Woodward spacing and airflow guidance.
  • ESD handling – Use wrist straps and anti‑static bags. Avoid touching component surfaces when sliding the board into the rack.
  • Wiring – Signals and power are via the backplane; confirm slot assignment and keying before insertion.
  • Commissioning – After installation, perform a system self‑test and confirm status LEDs/diagnostics per your controller manual.
  • Routine care – Periodically check cabinet filters, tighten grounding, and back up control strategies. Firmware or configuration updates should follow site MOC procedures.

Quality & Certifications

  • Manufactured under ISO 9001 quality systems (Woodward)
  • CE conformity for applicable control modules; UL/CSA recognition may apply by system and region
  • RoHS status can vary with production date; we can check by serial if needed
  • Covered by our 365‑day warranty

Next Step

Share your installed controller type, rack P/N, and the slot position for 5503-282. We’ll confirm form/fit/function and lock in the lead time. If you need a matched set or adjacent modules, we can propose a complete kit to keep your spares strategy consistent.

Reviews

There are no reviews yet.

Be the first to review “WOODWARD 5503-282 – Control Module for Turbine/Engine Digital Control Systems”

Your email address will not be published. Required fields are marked *

zzfyplc_Lily

Related products