cFP-PM-H Request for Availability

National Instruments cFP-PM-H Horizontal Panel Mounting Kit

The National Instruments cFP-PM-H (Part Number: 778616-01) is a horizontal panel mounting kit for secure mounting of the Compact FieldPoint backplanes to a panel—such as 4-slot and 8-slot, cFP-BP-4 and cFP-BP-8, respectively. This accessory is included with all Compact FieldPoint backplanes and includes strategic mounting holes on either side of the backplane for horizontal mounting.

The cFP-PM-H is part of the Compact FieldPoint system, a rugged, modular industrial control platform for advanced embedded control, data logging, Ethernet communication, and headless operation in harsh industrial and mobile environments. These backplanes and mounting kits provide safe and efficient installation, which is very important for several applications that need high levels of resistance to shock and vibration along with temperature stability.

Constructed for durability, the cFP-PM-H is part of a system that can support various I/O modules, controllers, and field signal connections via 37-pin D-Sub connectors. Users have multiple options to connect field wiring: integral connector blocks, external DIN-rail-mounted blocks, or custom cabling—each further enhancing installation flexibility. The flexibility of the cFP-PM-H means that it can be mounted several ways: with a vertical panel mount, DIN rail mount, or 19-inch rack mount (cFP-RM-8), all purchased separately for various installation requirements.

Compact FieldPoint systems with the cFP-PM-H thus provide a solid basis for industrial automation solutions where space, accessibility, and system integrity are critical. The cFP-PM-H integrates easy and safe panel mounting into the system and is therefore essential to easily implement and maintain these systems.

Offering flexibility with modular features, robustness in performance, and ease of installation, cFP-PM-H presents precision and reliability expected from any National Instruments' industrial-grade solution for meeting the rigid demands of modern control and monitoring systems.