250 Ft Evolv Terminals with Pushlok Technology Long Span Stubbed 2 Port Stubbed SST Dielectric DMA2F1LSD1NC250F0P
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About:
The Evolv Terminals with Pushlok Technology you mentioned seem to be specialized components used in various electronic or telecommunications applications. These terminals are designed for applications where secure, long-distance connections are needed, and the Pushlok technology ensures that the connections are made easily and reliably.
Specifications :
Product Number : DMA2F1LSD1NC250F0P
Product Type : Evolv Terminal
Environment : Outdoor
Cable Type : Long Span All-Dielectric
Fiber Category : ITU-TG.652.D (OS2)
Packaging : Individual Pack
Preconnectorized “Stubbed” Hardware : No
Mounting Type : Strand mount, Pole-mount, Pedestal mount, Handhole Mount
Splice option : No
Application : FTTx
Technology : Pushlok
RoHS : Free of hazardous substances according to RoHS 2011/65/EU
Fiber Count : 2
Input Fiber Count : 2
Fibers per Port : 1
Number of single-fiber ports, SC APC connector : 2
Housing Material : Plastic
Pigtail Length : 250 ft
Adapter Type Master Level : Plastic
Adapter Color Front : Black
Adapter Type Front : Pushlok
Housing Type : Outdoor
Input Cable Type : Long Span All-Dielectric
Sealing Type : Welded
Housing Color : Black
Product Family : Evolv Terminal
Number of Ports : 2
Cold Mate/Demate : -40 °C (-40 °F)
Cable Length : 250 ft
Connector Type : Pushlok
Polish : Angled Polish
Endface Type : SC APC
Insertion Loss, Max. : 0.5 dB
Height : 2997 mm (117.99 in)
Width : 83.56 mm (3.29 in)
Depth : 154 mm (6.06 in)
Features :
• This technology simplifies the installation process by allowing for quick and easy connections without the need for specialized tools.
• The long span feature ensures that the terminal can handle longer cable runs, making it suitable for applications where extended reach is necessary.
• This design typically includes two ports that are pre-configured with stubs, which can facilitate easier connections and adaptability to different systems or configurations.
• The use of SST (Stable Support Technology) dielectric material helps in maintaining signal integrity and reducing signal loss over long distances.
