Eaton pin and sleeve connector AH330C6WDR - IP69K
Part Number: AH330C6WDR
Quick Summary
Eaton pin and sleeve connector AH330C6WDR delivers a rugged power interconnect for demanding industrial machinery. In harsh environments, inconsistent seals and loose connections drive unplanned downtime and costly maintenance. This unit carries IP69K protection with IP67 compatibility and a two-pole, 30/32A rating at 250V, supporting reliable operation across washdowns and high-pressure cleaning. Its nylon body and nickel-plated brass contacts provide corrosion resistance and long service life, while compatibility with #10 to #2 AWG cables simplifies field wiring. For procurement teams, this means fewer parts, faster panel assembly, and predictable performance in food processing, automotive, and plastics applications.
Product Information
Extended Description
AH330C6WDR Eaton: Eaton Arrow Hart pin and sleeve connector, IP69K Rated, 30/32A, 30A 250V/32A 200-250V, two-pole, 0.433-0.985in (1.10-2.5cm) cable diameter, #10 -#2 AWG, nickel plated brass, 3 wire
Product Name
Eaton Arrow Hart pin and sleeve connector
Catalog Number
AH330C6WDR
UPC
032664006661
Product Length/Depth
8.55 in
Product Height
3.97 in
Product Width
3.97 in
Product Weight
0.01 lb
Special features
IP69K Rated
Type
Connector
Amperage Rating
30/32A
Voltage rating
30A 250V/32A 200-250V
Contact material
Nickel plated brass
Number of wires
3 Grounding
Number Of Poles
Two-pole
Cable diameter
0.433-0.985in (1.10-2.5cm)
Environmental resistance
IP69K IP67
Allowable wire size
#10 -#2 AWG
Design type
Pin and sleeve connector
Face/body material
Nylon
Eaton’s Arrow Hart Dual rated pin and sleeve devices
30A Dual Rated pin and sleeve devices spec sheet
IP69K rated sealing provides washdown resilience and reduces maintenance downtime in harsh environments, translating to higher equipment uptime for food and beverage lines, packaging automation, and automotive assembly. This protection also supports compliant cleaning regimes without sacrificing electrical integrity, enabling safer, longer-lasting connections. The two-pole, 3-wire configuration with grounding enhances safety and simplifies panel wiring, helping engineers meet industrial wiring codes and reduce installation errors on conveyors and robotic drivetrains. The 0.433-0.985 inch cable diameter range and #10–#2 AWG compatibility offer flexible field wiring options, improving job-site efficiency and inventory management. Nickel-plated brass contacts deliver low contact resistance and robust performance in vibration-prone equipment, while nylon housing resists chemicals and wear, cutting maintenance costs over the product lifecycle. Overall, this connector aligns with Arrow Hart legacy systems, enabling smoother integration and lower total cost of ownership for automation projects.
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FAQs
When installing AH330C6WDR, verify the cable diameter falls within 0.433-0.985 inches and use conductors ranging from #10 to #2 AWG. Ensure the mating connector is properly aligned for a two-pole, 3-wire configuration with grounding, and secure the nylon housing to withstand vibration and cleaning cycles in washdown environments.
Yes. It accommodates #10 through #2 AWG conductors and a cable diameter range of 0.433-0.985 inches (1.10-2.5 cm), offering flexibility for a variety of power feeds while preserving reliable contact and sealing performance.
Absolutely. The connector is IP69K rated, providing high-level protection against water ingress during high-pressure cleaning, and IP67 compatibility adds robustness for varied industrial washdown scenarios, ensuring dependable performance in demanding facilities.
Ideal for food and beverage lines, transport and packaging automation, plastics processing, and automotive assembly, where durable, high-current connections with washdown compatibility are essential for continuous operation and reduced maintenance downtime.
The IP69K/IP67 protection reduces seal failures and cleaning-related wear, while its nickel-plated brass contacts maintain low contact resistance over time. This translates to fewer replacement parts, less downtime, faster installation, and a lower total cost of ownership across the lifecycle of automated equipment.