DIGITUS Premium CAT 5e SF-UTP crossover patch cord

Product number: DK-1531-020-CO

EAN: 4016032215837

CAT 5e SF-UTP crossover patch cord, Cu, PVC AWG 26/7, length 2 m, color grey

Future-oriented standards and high-end quality for your network.

Transfer rate up to 100 MHz
Conductor: Copper (Cu)

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Description

The DIGITUS® Category CAT5e, Class D, SF-UTP patch cords are manufacutred and tested to the ISO/IEC 11801 and DIN EN 50173 CAT 5e specifications. DIGITUS® patch cords will guarantee the installed cabling system is compliant with the ISO & EN channel specification requirements and will provide optimum performance levels of DIGITUS® CAT 5e cabling. DIGITUS® offers a various range of colors and lengths. The cable length is stated on each connector and it is suitable for use in routers, switches servers and other active and passive components. The cables are packed in individual DIGITUS® polybags.

Technical details

2x RJ45 (8P8C) connectors
Boots with kink protections and strain reliefs
Length marking on boot
4 x 2 AWG 24/7, twisted pair
Conductor: Cu
Assortment: Twisted Pair Patch Cables
Configuration: crossover
Connector 1: Modular RJ45 (8/8) plug
Connector 2: Modular RJ45 (8/8) plug
Packaging: DIGITUS Polybag
Category: CAT 5e
Shielding: SF-UTP, foil and braid shielding
Length: 2 m
Color: grey
Jacket: PVC
Slim Version: no
Structure: 4 x 2 AWG 26/7, twisted pair
Flat Version: no

Downloads and Certificates

Datasheet

Certificate

DK-1531-XX

Logistics

	Number (pcs)	Weight (kg)	Depth (cm)	Width (cm)	Height (cm)	cm³
Packaging Unit Carton	180	13,90	46,00	33,00	28,00	42.504,00
Packaging Unit Inside	10	0,77	12,00	25,00	30,00	9.000,00
Packaging Unit Single	1	0,08	16,00	4,00	33,00	2.112,00

Customs tariff number: 8544421000

Safety notes

When plugging and unplugging the cable, only grasp the plug and do not pull directly on the cable.
Cables must not be kinked sharply or bent at tight angles, as this can damage the inner wires and lead to failures.
Ensure that the cables are not under tensile load, as this can damage the insulation and the wires inside the cable.
Ensure that cables are not laid in areas where they can be easily damaged mechanically.
Cables should not be used in environments with extremely high or very low temperatures. Observe the product information on the maximum operating temperature of the cable
Check cables regularly for visible damage such as cracks, kinks or signs of wear. Defective cables should be replaced immediately to avoid failures, short circuits or even electric shocks.