Eaton PDB220-2 Power Distribution Block - SCCR 200 kAIC
Part Number: PDB220-2
Quick Summary
PDB220-2 Power Distribution Block safely routes and protects busbar connections in industrial control panels. Engineers and procurement teams rely on robust blocks to prevent wiring missteps and downtime during installation. A common challenge is balancing compact panel space with reliable fault current handling and easy field termination. This Eaton Bussmann series device delivers 175 A at 600 V with an SCCR of 200 kAIC, while maintaining tin-plated aluminum connectors for corrosion resistance. RoHS compliance supports regulatory requirements, and manufacturer confirmation helps with project certifications. By combining panel-mount practicality with strong electrical ratings, it streamlines installation, reduces part proliferation, and supports scalable automation projects.
Product Information
Extended Description
PDB220-2 Eaton: Eaton Bussmann series PDB power distribution block, 600 V, 175 A, Two-pole, SCCR: 200 kAIC, Panel, Tin-plated aluminum connectors, Operating temp -20° to 120°C
Product Name
Eaton Bussmann series PDB power distribution block
Catalog Number
PDB220-2
UPC
051712001717
Product Length/Depth
2.88 in
Product Height
1.75 in
Product Width
2.14 in
Product Weight
0.3 lb
Compliances
RoHS Compliant Contact factory
Certifications
Contact Manufacturer
Amperage Rating
175A
Short-circuit rating
SCCR: 200 kAIC
Voltage rating
600 V
Material
Tin plated aluminum connectors
Number Of Poles
Two-pole
Number of terminals
5
Operating Temperature
-20° to 120°C
Type
Power distribution block
Mounting
Panel
Mounting method
Panel
Two-pole power distribution block with five terminals and tin-plated aluminum connectors delivers a compact, reliable termination point for busbar layouts, reducing wiring complexity and enabling faster control-panel assembly. This translates to lower labor costs and shorter commissioning times in automated lines and motor control centers. The 175 A rating and 600 V capability provide a robust foundation for high-demand industrial equipment, while the 200 kAIC short-circuit rating ensures resilient fault current handling in demanding environments. RoHS compliance supports regulatory and sustainability goals, and panel mounting simplifies installation, reduces enclosure footprint, and improves serviceability in retrofit projects. The device’s restrained footprint and durable conductors also minimize vibration-induced wear in harsh factory settings. Its five-terminal configuration offers flexible, scalable wiring strategies for evolving automation topologies.
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FAQs
The PDB220-2 is designed for panel mounting with a two-pole configuration and five terminals. This arrangement consolidates busbar connections in a compact footprint, simplifies harnessing, and streamlines wiring inside control cabinets, MCCs, and other panel-enclosed systems.
The block provides a 175 A current rating and a 600 V voltage rating, with a short-circuit rating (SCCR) of 200 kAIC. Tin-plated aluminum connectors enhance durability and corrosion resistance, supporting reliable operation in industrial environments and improving fault-current resilience.
The PDB220-2 is RoHS compliant, aligning with restricted substances requirements for many industrial applications. Certifications beyond RoHS are not listed in the data; please contact the manufacturer for region-specific certifications and documentation to support project approvals and compliance schedules.
This panel-mount power distribution block is ideal for electrical panels, motor control centers, and factory automation enclosures where a compact, reliable distribution point is required. It supports efficient wiring, robust current handling, and straightforward maintenance in demanding manufacturing environments.
The five-terminal design, panel mounting, and high current/voltage ratings simplify installation and reduce the number of components needed. Durable tin-plated connectors resist corrosion, lowering maintenance frequency and extending service life, which translates to lower total cost of ownership over the system’s lifetime.