5416-190 - NetCon Serial I/O Cable

SPECIFICATIONS:

Part Number: 5416-190
Manufacturer: Woodward
Series: NetCon / MicroNet
Product Type: Serial I/O Interconnect Cable
Cable Length: 10 feet (~3 meters)
Voltage Rating: 24 V dc (Nominal)
Weight: 0.23 kg (approx. 0.5 lbs)
Connection Type: Multi-pin Serial Interface
Operating Temperature: -30 °C to +65 °C
Certifications: CE, UL
Availability: In Stock
Country of Origin: USA

FUNCTIONAL DESCRIPTION:

The 5416-190 is a NetCon Serial I/O Cable designed and manufactured by Woodward for the NetCon and MicroNet digital control platforms. This cable serves as a critical communication link, facilitating the high-speed transfer of serial data between the central control CPU and peripheral I/O modules or expansion chassis. Designed for the rigorous environments of industrial engine and turbine management, the 5416-190 ensures deterministic signal integrity, which is vital for the real-time execution of complex control algorithms.

DETERMINISTIC DATA INTERFACE:

The NetCon Serial I/O Cable supports the serial bus structure required for expansion. It allows the main chassis to communicate with remote or distributed I/O racks, ensuring that discrete and analog signals are time-stamped and processed within the strict rate groups (often as fast as 5 ms) defined by the GAP (Graphical Application Programmer) software. This prevents latency-induced instability in critical control loops such as speed regulation or surge protection.

RUGGED INDUSTRIAL CONSTRUCTION:

To maintain reliable performance in EMI-heavy power generation and process environments, the Serial I/O Cable is built with:

• High-Grade Shielding: Minimizes electromagnetic interference and cross-talk between serial data lines.
• Industrial Strain Relief: Heavy-duty connector housings prevent physical disconnects or wire fatigue caused by turbine-deck vibrations.
• Corrosion Resistance: Gold-plated or high-durability pins ensure low-resistance contact over long service lives in high-humidity or saline environments.

SYSTEM SCALABILITY:

The cable is essential for users expanding their Woodward systems beyond the base chassis capacity. By utilizing the NetCon Serial I/O Cable, operators can chain additional I/O modules into the control network, enabling the management of auxiliary systems, sequence-of-events (SOE) recording, and complex station control without compromising the high-speed execution of the primary governor functions.

WHY BUY FROM WOC:

WOC is a premier provider of legacy and current Woodward control hardware. We maintain a significant inventory of the 5416-190, available in both unused and professionally refurbished conditions. Each cable undergoes rigorous continuity and insulation resistance testing to ensure it meets the demanding signal requirements of the MicroNet and NetCon series. Backed by our standard warranty and 24/7 technical support, WOC helps you maintain the connectivity and reliability of your critical turbine control assets.

FREQUENTLY ASKED QUESTIONS:

What is the 5416-190?

It is a 10-foot NetCon Serial I/O Cable used to interconnect Woodward MicroNet and NetCon control components. It acts as the physical communication path for serial data between the CPU and I/O expansion racks.

Can I use this cable for the MicroNet Plus series?

While specifically designed for the NetCon and standard MicroNet serial bus, compatibility with MicroNet Plus expansion depends on the specific SIO (Serial I/O) module version in use. It is primarily used for legacy serial expansion rather than the newer fiber-optic or Ethernet-based expansion links.

What is the length of this specific part number?

The NetCon Serial I/O Cable part number refers specifically to the 10-foot version of the cable. Longer or shorter variations typically have different Woodward dash-number suffixes.

How does this cable affect system diagnostics?

A faulty serial cable can lead to I/O Communication Failure or Module Offline alarms in the control software. The Serial I/O Cable's high-quality shielding ensures that these diagnostic signals remain clear, allowing the controller to accurately monitor the health of all connected field modules.