PPFSM229G

The nVent **Side-Mount Subpanel (PPFSM229G)** is a high-performance, conductive steel panel engineered for secure installation on the interior sides of industrial frames. Designed to fit 2200x900mm frame systems, this subpanel provides a robust mounting solution for electrical and control components in demanding environments. Constructed from durable steel, it ensures long-term structural integrity while maintaining electrical conductivity—a critical requirement for grounding and EMI shielding in sensitive applications. **Key Features and Benefits:** - **Precision Fit:** Engineered to seamlessly integrate with 2200x900mm frame systems, ensuring compatibility with standard industrial enclosures. The panel’s dimensions (2108x747mm) are optimized for side-mounting applications, reducing installation time and eliminating the need for custom fabrication. - **Conductive Steel Construction:** The steel material provides superior strength and electrical conductivity, making it ideal for applications requiring grounding or EMI/RFI shielding. This is particularly valuable in industries such as manufacturing, telecommunications, and power distribution, where signal integrity and safety are paramount. - **Versatile Mounting Options:** Side-mounted panels like the PPFSM229G offer flexible installation on the interior sides of frames, maximizing interior space for additional components or wiring. The included mounting hardware simplifies installation, reducing labor costs and ensuring a secure, vibration-resistant fit. - **Durability for Harsh Environments:** Built to withstand industrial conditions, including temperature fluctuations, moisture, and mechanical stress, the subpanel delivers reliable performance in factories, data centers, and outdoor enclosures. Its conductive properties also help mitigate static discharge risks in sensitive electronic environments. - **Compliance and Reliability:** As part of the nVent product line, the PPFSM229G adheres to industry standards for electrical enclosures, ensuring compliance with NEC, UL, and IEC requirements. nVent’s reputation for innovation and quality makes this subpanel a trusted choice for professionals who prioritize safety, performance, and longevity. **Typical Applications:** The nVent Side-Mount Subpanel is widely used in industries where space optimization and electrical integrity are critical. Common applications include: - **Industrial Control Panels:** Mounting PLCs, relays, and other control components in manufacturing facilities. - **Telecommunications Enclosures:** Housing networking equipment in data centers or remote sites. - **Power Distribution Systems:** Supporting switchgear, circuit breakers, and other electrical infrastructure. - **Renewable Energy Installations:** Protecting inverters and monitoring systems in solar or wind farms. - **Outdoor Enclosures:** Providing weather-resistant mounting for sensors, cameras, or communication devices. **Installation and Selection Considerations:** When selecting a side-mount subpanel, professionals should evaluate frame compatibility, material conductivity, and environmental conditions. The PPFSM229G’s conductive steel construction makes it ideal for applications requiring grounding, while its side-mount design maximizes interior space. Installation is straightforward with the included hardware, but professionals should ensure proper alignment and secure fastening to prevent vibration or misalignment over time. For projects with stringent EMI shielding requirements, conductive subpanels like this one are often preferred over non-conductive alternatives. **Why Choose nVent?** nVent is a global leader in electrical and thermal management solutions, trusted by industries worldwide for its commitment to innovation, safety, and reliability. The PPFSM229G reflects nVent’s dedication to providing high-quality, application-specific products that meet the evolving needs of modern industrial environments. Whether for new installations or retrofits, this side-mount subpanel delivers the performance and durability professionals demand.