Pin & Sleeve Receptacles, Receptacle/Part Type: Receptacle, Pin Configuration: 4, Number of Poles: 3, IEC Pin & Sleeve Style: IEC 60309-2, IEC 60309-1 MPN:460R9WLEV
Pin & Sleeve Receptacles; Receptacle/Part Type: Receptacle; Pin Configuration: 4; Number of Poles: 3; IEC Pin & Sleeve Style: IEC 60309-2; IEC 60309-1; Amperage: 60 A; Voltage: 250 V ac; Resistance Features: Water-Tight; Number Of Phases: 3; Number Of Wir
Introducing our premium quality Pin & Sleeve Receptacles, designed for reliable electrical connections in a range of industrial and commercial settings. Featuring a durable construction, these receptacles are suitable for both indoor and outdoor use, making them an ideal choice for a variety of applications. With a 4-pin configuration, this model offers up to 3 phases, enabling users to power multiple devices simultaneously. Water-resistant and able to withstand up to 60 amps at 250 Vac, these receptacles are built to stand the test of time. Use them in manufacturing plants, data centers, warehouses, or other demanding environments where high performance and reliability are essential.
Top product features:
- 4-pin configuration for multiple phases
- Water-resistant construction for durability
- Withstands up to 60 amps for high power needs
Top product applications:
- Industrial settings for high power needs
- Outdoor installations in harsh environments
- Data centers for multiple device connections
- Pin & Sleeve Receptacles
- Receptacle/Part Type: Receptacle
- Pin Configuration: 4
- Number of Poles: 3
- IEC Pin & Sleeve Style: IEC 60309-2
- IEC 60309-1
- Amperage: 60 A
- Voltage: 250 V ac
- Resistance Features: Water-Tight
- Number Of Phases: 3
- Number Of Wir
Product Information
- : 460R9W
Additional Information
- Hazardous Materials: No, oK to Ship Via Air
- Material Safety Data Sheet (MSDS) Required: No
- Country of Origin: Coo Data Unavail
- TAA Compliant: No
- UNSPSC: 39121400
- CA Restricted (Prop 65): Unknown
- Package Weight: 3.00
- Prohibited States: AK,HI,PR
Product info last updated on October 1, 2024 5:15am UTC
Category: Electrical Receptacles