140XBP01000 Schneider Electric | Modicon Quantum 10-Slot Rack Backplane

Product Overview

The Schneider Electric 140XBP01000 provides the foundational electrical and mechanical communication bus for the Modicon Quantum automation platform. This 10-slot heavy-duty rack backplane routes high-speed data signals and logic power between central processing units, power supplies, network modules, and I/O cards. It establishes a rugged communication backbone that supports local control architectures, remote I/O sub-assemblies, and distributed network drop configurations across power plants, chemical manufacturing facilities, and municipal water infrastructures.

Technical Specifications

Engineering Advantages

• Universal Multi-Topology Integration: Modern control panels require flexible I/O layout options to cut network latency. The 140XBP01000 eliminates specialized hardware restrictions by accepting local CPUs, remote I/O network drops, and distributed infrastructure modules interchangeably. This common platform architecture allows engineering teams to standardize on a single backplane model across the entire facility footprint.

• High-Integrity Data Bus Shielding: High-voltage industrial switchgear and nearby motor drives generate severe electromagnetic interference (EMI). This backplane incorporates heavy internal copper ground planes and rigid multi-layer bus tracks that actively suppress inductive cross-talk between adjacent communication channels. This internal shielding prevents data corruption and keeps module-to-module scanning times stable.

• Heavy-Gauge Structural Rigid Mount: High-vibration environments, such as marine engine rooms or rock crushing facilities, can cause thin backplanes to flex, loosening critical module pin connections. The 140XBP01000 features a thick, rigid structural mounting plate that anchors securely into control enclosures via direct screw points. This mechanical stiffness eliminates flexing, maintaining flush contact across all 10 slots.

• Optimized Thermal Dissipation Geometry: Enclosing high-power modules inside unventilated boxes risks localized heat pockets that accelerate component aging. The physical layout of this backplane optimizes passive airflow currents around the seated modules, exhausting hot air upward while drawing cooler air through the base to drop internal enclosure temperatures.

• Industrial-Grade Connection Tolerances: Repeatedly inserting and extracting modules during panel testing can weaken standard backplane sockets. Schneider Electric builds these 10 hardware slots using high-grade, gold-plated spring contacts that maintain constant insertion pressure over thousands of operational cycles, preventing micro-arc faults and signal dropouts.

FAQs

• Do you supply this 140XBP01000 backplane as a brand new original unit?

  Yes. We supply this product strictly as a 100% brand new, original factory unit. It ships in the authentic Schneider Electric industrial box, completely unmounted, retaining all original protective terminal caps and factory quality-control stamps.

• Can I install any combination of Quantum power supplies and CPUs on this rack?

  Yes. The 140XBP01000 routes a standardized parallel backplane bus across all 10 slots. This allows you to position Modicon Quantum power supplies, central processors, specialized network coprocessors, and standard discrete/analog I/O cards in any slot configuration that matches your software application mapping.

• What are the exact package dimensions required for layout planning during transport?

  The shipping package measures 1.850 inches (4.700 cm) high, 11.614 inches (29.500 cm) wide, and 21.063 inches (53.500 cm) long, with a total shipping weight of 4.475 lb (2.030 kg). Ensure your receiving bay allocates sufficient space for unboxing the component safely.

• Does this chassis require specific grounding connections during panel assembly?

  Yes. To ensure maximum EMI immunity and reliable module bus performance, you must ground the rigid backplane mounting plate directly to your main control cabinet enclosure ground strip using heavy-duty, low-impedance copper grounding straps or dedicated star washers under the mounting screws.