Eaton PDBFS303 Power Distribution Block - IP-20 Finger-safe

Part Number: PDBFS303
Manufacturer
Eaton
Part number
PDBFS303

Quick Summary

Power distribution block PDBFS303 from Eaton provides compact, DIN rail mounted distribution for panel cabinets in industrial automation. Engineers often need reliable, safe, and scalable power distribution in tight spaces, and this unit delivers with finger-safe IP-20 protection and robust current handling. It supports 310 A with a short-circuit rating of 200 kAIC and accepts both 600 Vac and 600 Vdc, enabling safe operation across AC and DC feeds. Compliant with RoHS, it helps installers meet modern regulatory expectations while maintaining footprint efficiency. As a DIN rail adaptable solution, it pairs with standard control panels and offers easy wiring, fast commissioning, and reduced downtime, driving overall equipment effectiveness.

Product Information

Extended Description

PDBFS303 Eaton: Eaton Bussmann series PDBFS power distribution block, IP-20 Finger-safe, 600 Vac, 600 Vdc, 310A, SCCR: 200 kA, DIN rail, panel, Tin-plated aluminum connectors
Product Name
Eaton Bussmann series PDBFS power distribution block
Catalog Number
PDBFS303
UPC
051712659840
Product Length/Depth
0.5 in
Product Height
1 in
Product Width
0.5 in
Product Weight
0.041 lb
Warranty
Not Applicable
Compliances
Contact factory RoHS Compliant
Certifications
Contact Manufacturer
Amperage Rating
310A
Short-circuit rating
SCCR: 200 kAIC
Voltage rating
600 Vac, 600 Vdc
Material
Tin plated aluminum connectors
Type
Power distribution block
Mounting
DIN rail, panel
Special features
IP-20 Finger-safe
High-current capability and a 200 kAIC short-circuit rating enable stable power distribution for motor drives and PLC-fed loads. The business impact is reduced downtime and improved safety margins in demanding automation environments, with clear advantages for machine control panels, conveyors, and robotics in manufacturing. The 600 Vac/600 Vdc voltage rating delivers flexibility for mixed AC/DC architectures, simplifying design and reducing parts to stock while enabling rapid configuration in control cabinets. IP-20 finger-safe protection enhances personnel safety during maintenance and commissioning, supporting safer servicing in crowded panels and meeting workplace safety expectations. Tin-plated aluminum connectors provide corrosion resistance and reliable terminations in harsh environments, extending service life and reducing maintenance cycles. mounting options of DIN rail and panel mounting enable fast installation and seamless integration with existing enclosures, minimizing retrofit costs. The compact footprint and light weight conserve cabinet space and shipping weight, supporting efficient layouts and easier on-site handling. RoHS compliance ensures regulatory alignment across global manufacturing sites, easing procurement and reducing compliance risk.

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FAQs

The PDBFS303 supports both DIN rail and panel mounting, enabling quick integration into existing control cabinets or new assemblies. This flexibility reduces installation time and ensures compatibility with standard enclosure layouts used in industrial automation.
Yes. With a 310 A amperage rating and a short-circuit rating of 200 kAIC, the block provides a substantial safety margin for high-current loads such as motor drives and servo systems, helping to prevent nuisance trips and enhance system reliability.
The module features IP-20 finger-safe protection and RoHS compliance, aligning with safety and environmental standards for modern manufacturing. Certifications are provided by the manufacturer, and the device is designed to meet typical industrial safety requirements for control panels.
Its compact size, tin-plated aluminum connectors, and DIN rail/panel mounting simplify wiring and reduce cabinet congestion. This translates to faster maintenance, easier fault tracing, and improved overall equipment effectiveness in automated lines.
Ideal for control panels, machine builds, and motor control centers in manufacturing, packaging, and process industries. It provides reliable, compliant power distribution for both AC and DC feeds in compact enclosures.