FS-MB-0002 Honeywell | Power Distribution Power Busbar

Honeywell FS-MB-0002 High-Current Mains Bus Bar

The Honeywell FS-MB-0002 is a robust power distribution bus bar designed for high-current DC applications. With a 200-amp capacity and support for multiple voltages, it provides a reliable and centralized power connection point for your control system components.

Technical Specifications

• Brand & Model: Honeywell, FS-MB-0002
• Maximum Current: 200 Amps
• Voltage Rating: 24, 48, or 110 VDC
• Length: 60 cm
• Material: Tin-plated copper for excellent conductivity and corrosion resistance
• Terminals: 12 connection points
• Conductor Cross-Section: Designed for cables up to 70 mm²
• Mounting: Standard DIN rail or direct panel mount
• Temperature Rating: Up to 105°C
• Safety Standards: Compliant with UL and IEC standards for power distribution

Installation & Packaging

• Installation: Securely mount the FS-MB-0002 bus bar in your enclosure. Connect the main power feed to one end. Then, distribute power to up to 12 devices (like FTAs, power supplies, or controllers) using appropriate cables and connectors on the remaining terminals.
• Packaging: Each FS-MB-0002 bus bar ships individually with necessary mounting hardware. We ship via reliable carriers such as FedEx, UPS, or DHL.

FAQ

• Q: What is the purpose of a mains bus bar?
  A: A bus bar like the FS-MB-0002 centralizes power distribution. It acts as a common connection point, replacing multiple individual wire runs from a power supply. This simplifies wiring, improves reliability, and makes maintenance easier.
• Q: Why is the bus bar made of tin-plated copper?
  A> Tin-plated copper combines the superior electrical conductivity of copper with the protective qualities of tin. The tin plating prevents oxidation and corrosion, ensuring a low-resistance, reliable connection over the product's lifetime.
• Q: How do I choose between 24, 48, and 110VDC?
  A> The voltage is determined by your system design. The FS-MB-0002 is rated for all three common industrial DC voltages. You must ensure that all connected devices and cables are rated for the same system voltage you intend to use.