Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)
Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)
Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)
Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)
Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)
Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)

Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)


Today's shipping of your order still possible:11Std 22min
Product no.:
N452-000
GTIN/EAN:
0037332122032
Manufacturer:
Tripp
More products of:

N/A
19 % VAT incl. excl. Shipping costs

Item unfortunately no longer in stock, next delivery date not known

Product Features Tripp Lite N452-000 Duplex MMF / SMF Coupler (SC/SC)

  • Duplex MMF / SMF Coupler (SC/SC)

Products description Tripp N452-000

This coupler provides a simple and easy way to link together two fiber optic cables with SC connectors. Can be used with duplex or simplex cable assemblies. Supports all Multimode versions ( OM1, OM2, OM3, and OM4 ), as well as Singlemode.

Dual SC female connectors
For 62.5/125, 50/125 multimode fiber, and 9/125 - 9/125 Singlemode
Supports OM1, OM2, OM3, and OM4 Multiomode
Supports linking Singlemode SC patch cables

Features
Connector(s):2x SC
Product colour:Grey
Weight & dimensions
Weight:10 g
Width:90.2 mm
Depth:12.7 mm
Height:152.4 mm
Technical details
Sustainability certificates:RoHS
Master (outer) case GTIN (EAN/UPC):10037332122039
Packaging content
Quantity per pack:1 pc(s)
Packaging data
Package width:90.2 mm
Package depth:12.7 mm
Package height:152.4 mm
Package weight:10 g
Logistics data
Country of origin:China
Master (outer) case width:149.9 mm
Master (outer) case length:185.4 mm
Master (outer) case height:149.9 mm
Master (outer) case gross weight:1 kg
Products per master (outer) case:10 pc(s)
* Applies to deliveries to Germany. Delivery times for other countries and information on the calculation of the delivery date, see here.
**Changes and errors excepted. Illustrations may differ from the original. Product images and information on technical product properties without guarantee.