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UC FUTURE - Draka Datacom Solution

Draka - UC FUTURE COMPACT AWG26 Cat.7 S/FTP 4P LSHF

P/N: UC-COMPACT26X4P

Draka - UC FUTURE COMPACT AWG26 Cat.7 S/FTP 4P LSHF

Description

The solution for Data Centre cabling. A dependable, fast and always available part of Draka Datacom Solution!

For this application Draka has developed the new UCFuture program which contains slim cable designs based on existing work area cable standards, which are perfect for zone cabling in data centres because of these characteristics:

Up to 100% higher packing density in cable trays
Fully compliant with established cable standards
PIMF design to eliminate any Alien-Xtalk interferences
Full 10GBase-T performance over a channel distance of 70m

Data centre cabling 10Gbit solution. Pair screened 100 Ohms cable especially for Zone Distribution Area and Equipment Distribution Area.

Technical data

Application
IEEE 802.3: 10Base-T; 100Base-T; 10GBase-T, ISDN; xDSL
IEEE 802.5 16 MB; ISDN; TPDDI; ATM155Mbit/s
The conductor diameter is smaller compared to the standard installation cables. This leads to an increased attenuation and therefore the
operating distance is reduced (60 m instead of 90 m installation cable in standard permanent link).

Standards
IEC 61156-6 work area cable
ISO/IEC 11801 2^nd ed.
EN 50173-5
EN 50288-4-2

Flame resistance
PVC IEC 60332-1
LSHF IEC 60332-1, IEC 60754-2, IEC 61034

**Construction:**
Conductor	Bare copper wire, diamter 0.4 mm (AWG26)
Insulation	Foam-skin PP, diameter 1.0 mm (+/-0,05)
Twisting	2 cores to the pair
Pair screening	Pet-Al foil around each pair
Screen	Tinned copper braid approx. 60% coverage
Sheath	LSHF, orange RAL 2003

**Mechanical properties:**
Minimum bending radius	Without load	8xD
	With load	4xD
Temperature range	During operation	-20°C up to +60°C
	During installation	10°C up to +40°C

**Electrical properties at 20°C**
Loop resistance		≤ 280 Ω/km
Resistance unbalance		≤ 2%
Test voltage	core/core	1000 V_DC 1 min
	core/screen	1000 V_DC 1 min
Capacitance	800 Hz	Nom. 44 nF/km
Capacitance unbalance		≤ 1600 pF/km
Impedance	100 MHz	100 Ω ± 5 Ω
Nominal velocity of propagation		ca. 76%
Insulation resistance	500 V	≥ 2000 MΩkm
Coupling attenuation		≥ 85 dB

**Electrical Data (nominal) acc. to Cat.7 (at 20°C)**
f MHZ	Atten- uation dB/10m	NEXT dB	PS -NEXT dB	ELFEXT dB/100m	PS- ELFEXT dB/100m	Return loss dB
1,0	0,3	90	87	80	77	23
4,0	0,6	90	87	80	77	24
10,0	1,0	90	87	80	77	25
16,0	1,3	90	87	76	73	25
20,0	1,4	90	87	74	71	25
31,2	1,8	90	87	70	67	25
62,5	2,6	90	87	64	61	23
100,0	3,2	87	84	60	57	21
125,0	3,6	85	82	58	55	20
155,5	4,0	84	81	56	53	19
175,0	4,3	83	80	55	52	19
200,0	4,6	82	79	54	51	18
250,0	5,1	81	78	52	49	18
300,0	5,6	80	77	50	47	17
450,0	6,9	77	74	47	44	17
600,0	7,9	75	72	44	41	17