Foxboro P0500RY Fieldbus Module Cable Assembly - Brand New
Manufacturer: Foxboro
-
Part Number: FBM4/39/44 P0500RY
Condition:New with Original Package
Product Type: DCS Wiring Accessories
-
Country of Origin: USA
Payment:T/T, Western Union
Shipping port: Xiamen
Warranty: 12 months
Product Overview
The Foxboro P0500RY serves as a high-performance terminal plug and cable assembly engineered for the I/A Series Distributed Control System. This assembly establishes a secure electrical bridge between Fieldbus Modules—specifically FBM4, FBM39, and FBM44—and the field termination environment. It maintains the absolute integrity of control signals and power distribution in high-interference areas. By utilizing nickel-plated brass and aluminum alloy housing, the P0500RY provides a ruggedized interconnect solution that prevents signal attenuation and mechanical disconnection in mission-critical gas, oil, and power utility applications.
Technical Specifications
The P0500RY integrates premium materials to meet stringent global industrial safety standards:
-
Manufacturer: Foxboro (Invensys / Schneider Electric)
-
Model Number: P0500RY (100% Brand New)
-
Compatibility: Foxboro Fieldbus Modules FBM4, FBM39, and FBM44
-
Housing Material: Aluminum alloy with nickel-plated brass components
-
Cable Conductors: High-grade copper alloy
-
Voltage Rating (Plug/Cable): 500 V DC / 600 V AC
-
Current Rating (Plug/Cable): 20 A / 10 A
-
Insulation Resistance: ≥ 10⁹ Ω (Plug); ≥ 1000 MΩ (Cable)
-
Ingress Protection: IP67 (Waterproof and Dustproof)
-
Operating Temperature: –20°C to +85°C
-
Connection Type: Solder connection or industry-standard plug terminals
-
Certifications: CE, UL, CSA compliant
Engineering Advantages
The P0500RY solves localized wiring and environmental challenges through specialized hardware features:
-
Superior Environmental Sealing: The IP67-rated housing completely blocks moisture and particulate ingress. This allows the assembly to operate reliably in water treatment plants or offshore platforms where humidity and salt spray typically corrode standard connectors.
-
High-Voltage Signal Security: With a 600V insulation rating, the cable assembly prevents dielectric breakdown during transient voltage spikes. This shielding ensures that high-power surges on adjacent lines do not compromise the low-voltage control data inside the FBM.
-
Vibration-Resistant Locking Mechanism: The aluminum alloy housing includes a robust locking interface. This design prevents the plug from loosening due to the constant mechanical vibration found near large turbines or heavy pumping machinery, eliminating intermittent signal loss.
-
Minimized Contact Resistance: Nickel-plated brass terminals optimize electrical conductivity and resist oxidation over long-term deployment. This ensures a stable millivolt-drop profile, which is critical for the accuracy of analog sensors connected to FBM39 or FBM44 modules.
FAQs
-
Can I use the P0500RY cable for modules other than FBM4, 39, or 44?The P0500RY features a specific pin configuration and mechanical keying optimized for the FBM4, FBM39, and FBM44 series. While some other Foxboro modules share similar form factors, you must verify the specific P-number in the module's instruction book to prevent mismatched wiring or physical damage to the module header.
-
What maintenance does the IP67 housing require?The assembly requires minimal maintenance due to its sealed design. However, during scheduled outages, technicians should inspect the nickel plating for signs of chemical corrosion and ensure the locking ring remains hand-tight to maintain the waterproof seal.
-
Does this assembly come with pre-soldered ends?We supply the P0500RY as a complete assembly featuring either pre-terminated industry-standard plugs or ready-to-solder terminals depending on the sub-model. This allows for immediate integration into existing I/A Series baseplates.
-
Is the P0500RY suitable for high-temperature turbine enclosures?Yes. The module operates safely up to +85°C. For applications exceeding this range, ensure the cable routing stays away from direct heat sources to maintain the 1000 MΩ insulation integrity.