Telecommunication Copper Cables - PENGG KABEL GmbH

Telecommunikation Copper Cables

Introduction 

Telecommunication Copper Cables 

Plant Kapfenberg-Einöd 

1999 

2002 

2005 

Pengg Kabel GmbH is an Austrian cable manufacturer and a member 

of the german Wilms group with two plants in Styria. At the 

location in Kapfenberg-Einöd we have been producing telecommunication 

coppercables for more than 40 years. 

In addition to a quality management system, which is certified 

according to ISO 9001, Pengg Kabel GmbH set a high value on the 

fact that the loads of the environment are kept as small as possible. 

With our production equipment we are able to produce all usual 

kinds of stranding such as layer-stranding, SZ-stranding and random 

stranding. On this basis, we are able to produce the main 

types of telecommunications cables. 

Telecommunication cables: 

•conductor diameter 0.4 mm up to 1.8 mm 

•symmetric local and district cables 

•symmetric indoor cables 

•all types of jumper wires according to national and international 

standards and/or customers specifications. 

Differential protection cables: 

•conductor diameter 0.4 mm and 1.8 mm 

Cables for watersupply- as well as for power-supply companies: 

•with pairs, triples or quads 

•special filling materials 

•different kinds of electrical shielding 

Control cables for railway applications, special cables: 

•with plastic insulation 

•with cores, pairs or quads 

•spare cables in plastic version for paper-lead cables 

Flexibility and customer proximity are the bases for a successful 

development on the market. New developments and product 

improvements are always necessary. Apart of the permanent 

search for improvements of our products, our efforts for the future 

run towards reduction of production time, increase of flexibility and 

constant improvement of quality, in order to be a reliable partner 

for our customers. 

Telecommunication Copper Cables • 09/2012 • © by PENGG KABEL GmbH • Subject to technical alterations 3

Contact Persons 


Managing Director: 

Product Manager: 

Sales Director: 

Max Rothwangl 

Managing Director 

(+43) (0)3862 23990 410 

(+43) (0)3862 23990 452 

@ max.rothwangl@penggkabel.at 

Werner Lenger 

Product Manager - Railway cables 

(+43) (0)3862 23990 418 

(+43) (0)3862 23990 444 

@ werner.lenger@penggkabel.at 

Uwe Löcker 

Key Account Manager 

(B, BG, BY, CH, CY, CZ, D, DK, E, EST, FIN, GB, GR, H, I, IRL, 

IS, L, LT, LV, MD, N, NL, P, PL, RO, RUS, S, SK, UA) 

(+43) (0)3862 23990 690 

(+43) (0)3862 23990 672 

@ uwe.loecker@penggkabel.at 

Key Accounts: 

Brigitte Wenzl 

Key Account Manager (A, D, F) 

(+43) (0)3862 23990 666 

(+43) (0)3862 23990 672 

@ brigitte.wenzl@penggkabel.at 

Robert Hofreiter 

Key Account Manager 

(A, AL, BIH, HR, KOS, MK, MNE, SLO, SRB) 

(+43) (0)3862 23990 683 

(+43) (0)3862 23990 672 

@ robert.hofreiter@penggkabel.at 

Holger Quest 

Key Account Manager (D) 

(+49) (0)172 95 99 471 

(+43) (0)3862 23990 672 

@ holger.quest@penggkabel.at 

Addresses 

PENGG KABEL GmbH 

Mariazellerstraße 125 

A-8605 Kapfenberg, Austria 

Area representatives: 

PROCABLE S.A. 

Isabelle & Udo Guldner 

Area representative (F, LU) 

7, Z.I. Bombicht 

L-6947 Niederanven, Luxembourg 

Interteam Srl 

Mauro Rota 

Area representative (I) 

Via C. Battisti, 50 

I-24019 Zogno (BG), Italy 

Sasta/Sakelliou Spyros & CO OE 

Spyros Sakelliou 

Area representative (GR) 

15B, Konstantinidou Str. 

GR-104 45 K.Patissia, Athen, Greece 

(+43) (0)3862 23990 0 

(+43) (0)3862 23990 424 

@ info@penggkabel.at 

URL: www.penggkabel.at 

(+352) (0)263 40244 

(+352) (0)263 40245 

@ procable@pt.lu 

URL: www.procable.lu 

(+39) 0345 90938 

(+39) 0345 50684 

@ rota.mauro@inter-team.it 

URL: www.inter-team.it 

(+30) (0)210 8322611612 

(+30) (0)210 8325444 

@ sasta@otenet.gr 

4 Telecommunication Copper Cables • 09/2012 • © by PENGG KABEL GmbH • Subject to technical alterations

Index 


Telecommunication-Outdoor Cables Page 7 

Telecommunication-Indoor Cables Page 35 

General Information Page 47 


Telecommunication Cables 

Note 


Telecommunication-Outdoor Cables 

F-2YA2Y ..x2x.. Page 8 

F-2YC2Y ..x2x.. Page 9 

F-2YJ2Y / F-2YJA2Y ..x2x.. Page 10 

A-2Y(L)2Y ..x2x.. STIII BD Page 11 

A-2YF(L)2Y ..x2x.. STIII BD Page 12 

A-02Y(L)2Y ..x2x.. STIII BD Page 13 

A-02YSF(L)2Y ..x2x.. STIII BD C42 Page 14 

A-02YSF(L)2Y ..x2x.. STIII BD C52/55 Page 15 

A-02YSOF(L)2Y ..x2x.. STIII BD Page 16 

AD-2YF(L)2Y Page 17 

CU/SPE/SWM/FOL/AL/FRNC 4x2x0.5 + 2xG657A BAL-Kabel Page 19 

CU/SPE/FOL/AL+PE (unfilled, 40nF) Page 20 

CU/SPE/VAS/FOL/AL+PE (filled, 40nF) Page 21 

CU/SPE/VAS/FOL/AL+PE/ARM/PE (filled, 40nF) Page 22 

CU+TIN/PE/VAS/FOL/PE (filled, 70nF) Page 23 

CU+TIN/PE/VAS/FOL/AL+PE (filled, 70nF) Page 24 

TK- ..x4/.. -PE-ALT Page 25 

TK- ..x4/.. -PE-ALT-CLT Page 26 

TK- ..x4/.. -PE4-ALT Page 27 

QV ..x4x.. Page 28 

QL ..x4x.. Page 29 

TK59 ..x4x.. M/GM Page 30 

TD59 ..x4x.. Page 31 

VMOU-AQ ..x2x.. Page 32 

µ-copper ..2x0.6 Page 33 



Polyethylen-insulated, local telecommunication cable with static shield F-2YA2Y ..x2x.. 

conductor diameter 0.6 mm conductor diameter 0.8 mm 

Type number of outer diameter weight outer diameter weight 

double cores approx. mm approx. kg/km approx. mm approx. kg/km 

F-2YA2Y 2x2x.. 2 6.9 43 7.3 55 

F-2YA2Y 4x2x.. 4 8.2 65 9.9 91 

F-2YA2Y 6x2x.. 6 9.1 81 10.4 115 

F-2YA2Y 8x2x.. 8 9.8 105 12.4 160 

F-2YA2Y 10x2x.. 10 10.5 120 12.0 170 

F-2YA2Y 20x2x.. 20 13.7 200 15.9 300 

F-2YA2Y 30x2x.. 30 15.4 275 18.0 425 

F-2YA2Y 40x2x.. 40 16.1 340 19.0 535 

F-2YA2Y 50x2x.. 50 18.9 420 22.6 665 

F-2YA2Y 60x2x.. 60 19.5 485 23.1 780 

F-2YA2Y 80x2x.. 80 21.4 625 27.0 1030 

F-2YA2Y 100x2x.. 100 24.8 795 29.6 1260 

Application 

In all kinds of operating premises (excepted locations with special protection 

demands - like in fire or highly combustible premises); e.g. for local area networks 

of the telecom, as station communication cables and for small telephone 

networks of industry, traffic and public utilities. 

Construction 

Conductor: solid, bare copper wire Ø 0.6 / 0.8 mm 

Insulation: PE (2Y) 

Core colours: natural (counter quad black), red, green, blue 

Cable make up: 4 cores twisted to quads, quads cabled together in 

concentric layers to cable core, 

wrapping with plastic foil 

Drain wire: tinned copper wire Ø 0.5 mm 

Screening: alu minium laminated plastic foil (A) 

Sheath: PE (2Y), black 

Laying 

suitable for underground installation and pulling into conduits, ducts 

Marking 

 

Note 

other number of pairs or conductor diameters on request 

dimension of 

conductor 

cable elements 

number of 

double cores 

8 Telecommunication Copper Cables • 09/2012 • © by PENGG KABEL GmbH • Subject to technical alterations 

C55 

Ø 

0.6 

mutual capacitance 

Ø 

0.8 

DC 

n 

filling 

overall shield, 

armouring 

Technical Details (at 20°C) 

standard TLB X5019 (03.67) 

conductor diameter 0.6 0.8 mm 

loop resistance ≤ 130 ≤ 73.2 Ω/km 

insulation resistance ≥ 10 ≥ 10 GΩkm 

mutual capacitance (at f=800Hz) 

capacitance unbalance k1 ≤ 55 ≤ 55 nF/km 

(at f=800Hz) 100 % ≤ 1500 ≤ 1500 pF/300m 

97% 

capacitance unbalance k9-12 ≤ 800 ≤ 800 pF/300m 

(at f=800Hz) 100% ≤ 1500 ≤ 1500 pF/300m 

97% 

capacitance unbalance e1,2 ≤ 800 ≤ 800 pF/300m 

(at f=800Hz) 100% ≤ 1500 ≤ 1500 pF/300m 

97% ≤ 800 ≤ 800 pF/300m 

operating voltage 200 VAC 

300 VDC 

dielectric strength conductor/conductor 500 V/50Hz 

conductor/shield 2000 V/50Hz 

temperature range 

during installation -20 up to +50°C 

for stationary conditions up to +70 °C


Polyethylen-insulated, local telecommunication cable with copper shield F-2YC2Y ..x2x.. 




F-2YC2Y 2x2x.. 2 8.7 82 9.3 98 

F-2YC2Y 4x2x.. 4 9.4 97 10.3 125 

F-2YC2Y 6x2x.. 6 9.6 105 10.8 145 

F-2YC2Y 10x2x.. 10 10.9 145 12.4 210 

F-2YC2Y 20x2x.. 20 14.1 240 16.3 350 

F-2YC2Y 30x2x.. 30 15.8 325 18.4 485 

F-2YC2Y 40x2x.. 40 16.5 390 19.3 600 

F-2YC2Y 50x2x.. 50 19.3 480 22.8 745 

F-2YC2Y 60x2x.. 60 19.9 550 23.6 865 

F-2YC2Y 80x2x.. 80 22.1 700 26.3 1110 

F-2YC2Y 100x2x.. 100 25.0 865 29.6 1360 

Application 





Construction 



Colour code: natural (tracer quad black), red, green, blue 


concentric layers to cable core, 

wrapping with plastic foil 

Screening: copper tape (C) 

Sheath: PE (2Y), black 

Laying 


Marking 

 

Note 


C55 

Ø 

0.6 


Ø 

0.8 

dimension of 

conductor 









(at f=800Hz) 100% ≤ 1500 ≤ 1500 pF/300m 

97% 

capacitance unbalance k9-12 ≤ 800 ≤ 800 pF/300m 

(at f=800Hz) 100% ≤ 1500 ≤ 1500 pF/300m 

97% 

capacitance unbalance e1,2 ≤ 800 ≤ 800 pF/300m 

(at f=800Hz) 100% ≤ 1500 ≤ 1500 pF/300m 

97% ≤ 800 ≤ 800 pF/300m 


300 VDC 





for stationary conditions up to +70 °C 

Telecommunication Copper Cables • 09/2012 • © by PENGG KABEL GmbH • Subject to technical alterations 9 

DC 

n 

number of 

double cores 

filling 


armouring


Polyethylen-insulated, local telecommunication cable F-2YJ2Y ..2x.. E / F-2YJA2Y ..x2x.. 




F-2YJ2Y 2x2x.. E 2 - - 9.0 80 

F-2YJ2Y 4x2x.. E 4 - - 11.7 140 

F-2YJ2Y 6x2x.. E 6 10.5 115 12.2 165 

F-2YJA2Y 10x2x.. 10 12.3 165 14.2 240 

F-2YJA2Y 20x2x.. 20 16.0 290 18.9 435 

F-2YJA2Y 30x2x.. 30 18.1 390 21.5 590 

F-2YJA2Y 40x2x.. 40 18.9 460 22.6 720 

F-2YJA2Y 50x2x.. 50 22.0 590 26.9 950 

F-2YJA2Y 70x2x.. 70 25.0 790 29.2 1200 

F-2YJA2Y 100x2x.. 100 28.7 1075 35.5 1750 

F-2YJA2Y 150x2x.. 150 34.0 1550 - - 

Application 





Construction 



Colour code: natural (tracer quad black), red, green, blue 


concentric layers to cable core, cable core filled with 

petrol jelly (J), wrapping of paper tape 

Drain wire: tinned copper wire Ø 0.8 mm (E) (2 up to 6 pairs) 

Sheath: PE (2Y), black (2 up to 6 pairs) 

Al/PE-composite layer sheath (A2Y), black (≥ 10 pairs) 

Laying 


Marking 

 

Note 



C52 

Ø 

0.6 

C55 

Ø 

0.8 


dimension of 

conductor 






insulation resistance 


≥ 5 ≥ 5 GΩkm 

2 up to 6 pairs ≤ 55 ≤ 55 nF/km 

≥ 10 pairs 


(at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 

95% ≤ 400 ≤ 400 pF/300m 

capacitance unbalance k9-12 (at f=800Hz) 100% ≤ 300 ≤ 300 pF/300m 

capacitance unbalance e1,2 (at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 


300 VDC 






DC 

n 

number of 

double cores 

filling 


armouring


Polyethylen-insulated, local telecommunication cable A-2Y(L)2Y ..x2x... STIII BD 

Application 





Construction 



Core colours: basic colours of quads: RD, GN, GY, YE, WT 

Group mark: side circuit 1 a-core 

side circuit 1 b-core 

side circuit 2 a-core 


Cable make up: 4 cores twisted to quads (STIII), 5 quads cabled 

together to basic units (BD), tracer units and tracer main 

units are marked with an open red helix in each layer, all 

other basic and main units are identified with an open 

white or natural coloured helix. 5 basic units cabled 

together to main units (from 150 DC upwards). Basic- 

/main units cabled together in layers to cable core. 

Cable core wrapping of plastic tapes. 

Sheath: PE double-coated aluminium foil bonded with the PEouter 

sheath ((L)2Y), black 

Laying 


Marking 

 

Note 


Ø 

0.4 


Ø 

0.6 

Ø 

0.8 


dimension of 

conductor 


standard VDE 0816/part 1 

conductor diameter 0.4 0.6 0.8 mm 

loop resistance ≤ 300 ≤ 130 ≤ 73.2 Ω/km 



≥ 5 ≥ 5 ≥ 5 GΩkm 

(at f=800Hz) 100 % ≤ 50 ≤ 52 ≤ 55 nF/km 

95 % ≤ 48 ≤ 50 ≤ 53 nF/km 

80 % ≤ 48 ≤ 50 nF/km 

capacitance unbalance k1 (at f=800Hz) 100 % ≤ 800 ≤ 800 ≤ 800 pF/300m 

98 % ≤ 400 ≤ 400 ≤ 400 pF/300m 

capacitance unbalance k9-12 (at f=800Hz) 100 % ≤ 300 ≤ 300 ≤ 300 pF/300m 

98 % ≤ 100 ≤ 100 ≤ 100 pF/300m 

operating voltage (peak value) ≤ 150 ≤ 225 ≤ 225 V 

dielectric strength conductor conductor – 500 500 V/50Hz 

conductor/shield 2000 2000 2000 V/50Hz 





DC 

n 

number of 

double cores 

filling 


armouring 

conductor diameter 0.4 mm conductor diameter 0.6 mm conductor diameter 0.8 mm 

Type number of outer diameter weight outer diameter weight outer diameter weight 

double cores approx. mm approx. kg/km approx. mm approx. kg/km approx. mm approx. kg/km 

A-2Y(L)2Y 2x2x.. STIII BD 2 – – 7.7 60 8.3 73 

A-2Y(L)2Y 4x2x.. STIII BD 4 – – 9.8 89 10.9 115 

A-2Y(L)2Y 6x2x.. STIII BD 6 9.0 77 10.2 106 11.4 142 





















A-2Y(L)2Y 1200x2x.. STIII BD 1200 58.9 4350 79.7 8710 – – 

A-2Y(L)2Y 1500x2x.. STIII BD 1500 64.9 5255 – – – – 

A-2Y(L)2Y 1800x2x.. STIII BD 1800 71.2 6300 – – – – 

A-2Y(L)2Y 2000x2x.. STIII BD 2000 74.6 7070 – – – –


Polyethylen-insulated, jelly filled, local telecommunication cable A-2YF(L)2Y ..x2x... STIII BD 




A-2YF(L)2Y 2x2x.. STIII BD 2 – – 8.2 67 9.1 85 

A-2YF(L)2Y 4x2x.. STIII BD 4 9.3 82 10.8 112 12.4 155 


















A-2YF(L)2Y 700x2x.. STIII BD 700 53.7 3620 73.1 7140 – – 




A-2YF(L)2Y 1200x2x.. STIII BD 1200 70.3 6050 – – – – 




Application 





Construction 

Conductor: solid, bare copper wire Ø 0.4 / 0.6 / 0.8 mm 








together to basic units (BD), tracer units and tracer 

main units are marked with an open red helix in each 

layer, all other basic and main units are identified with 

an open white or natural coloured helix. 5 basic units 

cabled together to main units (from 150 DC upwards). 

Basic-/main units cabled together in layers to cable 

core. The cable core is filled with petrol jelly (F). Cable 

core wrapping of plastic tapes. 



Laying 


Marking 

 


Ø 

0.4 


Ø 

0.6 

Ø 

0.8 


dimension of 

conductor 


standard VDE 0816/part 1 





≥ 5 ≥ 5 ≥ 5 GΩkm 

(at f=800Hz) 100% ≤ 50 ≤ 52 ≤ 55 nF/km 

95 % ≤ 48 ≤ 50 ≤ 50 nF/km 

80 % ≤ 48 ≤ 50 nF/km 

capacitance unbalance k1 (at f=800Hz) 100% ≤ 800 ≤ 800 ≤ 800 pF/300m 

98 % ≤ 400 ≤ 400 ≤ 400 pF/300m 

capacitance unbalance k9-12 (at f=800Hz) 100% ≤ 300 ≤ 300 ≤ 300 pF/300m 

Impedance 

98 % ≤ 100 ≤ 100 ≤ 100 pF/300m 

(at f= 1MHz) (approx. value) - 130 120 Ω 

operating voltage (peak value) ≤ 150 ≤ 225 ≤ 225 V 

dielectric strength conductor conductor – 500 500 V/50Hz 





DC 

n 

number of 

double cores 

filling 


armouring


Foam-PE-insulated, local telecommunication cable A-02Y(L)2Y ..x2x... STIII BD 




A-02Y(L)2Y 2x2x.. STIII BD 2 7.1 37 7.7 63 
















Application 





Construction 


Insulation: foam-PE (02Y) 







together to basic units (BD), tracer units and tracer 

main units are marked with an open red helix in each 

layer, all other basic and main units are identified with 

an open white or natural coloured helix. 5 basic units 

cabled together to main units (from 150 DC upwards). 

Basic-/main units cabled together in layers to cable 

core. Cable core wrapping of plastic tape. 



Laying 


Marking 

 

Note 


C42 

Ø 

0.6 


Ø 

0.8 

dimension of 

conductor 



standard similar to VDE 0816/part 1 





≥ 5 ≥ 5 GΩkm 

(at f=800Hz) 100% ≤ 42 ≤ 42 nF/km 

95 % ≤ 40 ≤ 40 nF/km 

80 % ≤ 38 ≤ 38 nF/km 

capacitance unbalance k1 (at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 

98 % ≤ 400 ≤ 400 pF/300m 


98 % ≤ 100 ≤ 100 pF/300m 

operating voltage (peak value) ≤ 225 ≤ 225 V 

dielectric strength conductor/conductor 500 500 V/50Hz 

conductor/shield 2000 2000 V/50Hz 





DC 

n 

number of 

double cores 

filling 


armouring


Foam-skin-PE-insulated, jelly filled, local telecommunication cable A-02YSF(L)2Y ..x2x... STIII BD C42 




A-02YSF(L)2Y 2x2x.. STIII BD 2 – – 8.2 66 9.8 70 

A-02YSF(L)2Y 4x2x.. STIII BD 4 – – 9.8 95 12.9 159 

A-02YSF(L)2Y 6x2x.. STIII BD 6 9.7 88 11.3 130 12.9 177 

















A-02YSF(L)2Y 700x2x.. STIII BD 700 50.3 3130 68.0 6305 – – 

A-02YSF(L)2Y 800x2x.. STIII BD 800 53.2 3530 76.8 7530 – – 

A-02YSF(L)2Y 900x2x.. STIII BD 900 56.8 4000 – – – – 



Application 





Construction 


Insulation: foam-skin-PE (02YS) 

Colour code: basic colours of quads: RD, GN, GY, YE, WT 





Cable make up: 4 cores twisted to quads (STIII), 5 quads cabled together to 

basic units (BD), tracer units and tracer main units are marked 

with an open red helix in each layer, all other basic and 

main units are identified with an open white or natural 

coloured helix. 5 basic units cabled together to main units 

(from 150 DC upwards). Basic-/main units cabled together 

in layers to cable core, cable core filled with petrol jelly (F). 

Cable core wrapping of paper tape. 

Sheath: PE double-coated aluminium foil bonded with the PE-outer 


Laying 

suitable for underground laying and pulling into conduits, ducts 

Marking 

 







≥ 1.5 ≥ 1.5 ≥ 1.5 GΩkm 

(at f=800Hz) ≤ 42 ≤ 42 ≤ 42 nF/km 

capacitance unbalance k1 (at f=800Hz) 100% ≤ 800 ≤ 800 ≤ 800 pF/300m 

98 % ≤ 400 ≤ 400 ≤ 400 pF/300m 

capacitance unbalance k9-12 (at f=800Hz) 100% ≤ 300 ≤ 300 ≤ 300 pF/300m 

98 % ≤ 100 ≤ 100 ≤ 100 pF/300m 

operating voltage (peak value) 

dielectric strength 

≤ 225 ≤ 225 ≤ 225 V 

conductor/conductor 500 500 500 V/50Hz 






C42 

Ø 

0.4 


Ø 

0.6 

Ø 

0.8 


dimension of 

conductor 

DC 

n 

number of 

double cores 

filling 


armouring


Foam-skin-PE-insulated, jelly filled local telecommunication cable A-02YSF(L)2Y ..x2x... STIII BD C52/55 




A-02YSF(L)2Y 2x2x.. STIII BD 2 8.0 60 9.0 75 














Application 





Construction 














in layers to cable core, cable core filled with petrol jelly (F). 

Cable core wrapping of paper tape. 



Laying 


Marking 

 

C52 

Ø 

0.6 

C55 

Ø 

0.8 




dimension of 

conductor 




insulation resistance ≥ 1.5 ≥ 1.5 GΩkm 


(at f=800Hz) 100% ≤ 52 ≤ 55 nF/km 

95 % ≤ 50 ≤ 53 nF/km 

80 % ≤ 48 ≤ 50 nF/km 

capacitance unbalance k1 (at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 

98 % ≤ 400 ≤ 400 pF/300m 


98 % ≤ 100 ≤ 100 pF/300m 



≤ 225 ≤ 225 V 

conductor/conductor 500 500 V/50Hz 



during installation -20 up to +50 °C 



DC 

n 

number of 

double cores 

filling 


armouring


Foam-skin-PE-insulated, jelly filled local telecommunication cable A-02YSOF(L)2Y ..x2x.. STIII BD 




A-02YSOF(L)2Y 6x2x.. STIII BD 6 10.0 115 11.5 150 










Application 





Construction 














in layers to cable core, cable core is filled with a special filling 

material (OF). Cable core wrapping of paper tape. 



Laying 


Marking 

 







≥ 1.5 ≥ 1.5 GΩkm 

(at f=800Hz) ≤ 52 ≤ 55 nF/km 

capacitance unbalance k1 (at f=800Hz) ≤ 800 ≤ 800 pF/300m 

capacitance unbalance k9-12 (at f=800Hz) ≤ 300 ≤ 300 pF/300m 


Dielectric strength 

≤ 225 ≤ 225 V 

conductor/conductor 500 V/50Hz 






C52 

Ø 

0.6 

C55 

Ø 

0.8 



dimension of 

conductor 

DC 

n 

number of 

double cores 

filling 


armouring


Polyethylen-insulated, jelly filled power line protection cable AD-2YF(L)2Y .. 

Type number outer diameter weight 

triples/pairs approx. mm approx. kg/km 

AD-2YF(L)2Y 1/ 9 1/ 9 16.9 330 

AD-2YF(L)2Y 1/24 1/24 22.0 596 

AD-2YF(L)2Y 3/ 3 3/ 3 18.4 394 

AD-2YF(L)2Y 3/18 3/18 25.5 739 

AD-2YF(L)2Y 3/42 3/42 28.7 1078 

AD-2YF(L)2Y 4/19 4/19 24.0 793 

AD-2YF(L)2Y 7/22 7/22 27.6 1024 

AD-2YF(L)2Y 7/24 7/24 30.6 1131 

AD-2YF(L)2Y 7/50 7/50 33.1 1482 

Application 

For connecting of power line protection equipment, e.g. differential protection 

equipment in power systems, for telephone purposes and for transmission of 

signals. 

Construction 

Conductor: solid, bare copper wire Ø 0.8 and Ø 1.4 mm 


Colour code: basic colours of pair: YE, RD 

basic colours of triples: YE, RD, GN 

the tracer triple and the tracer pair are marked with a 

red helix 

Cable make up: 3 cores twisted to triples (diameter 1.4), 

2 cores twisted to pairs (diameter 0.8), 

triples and pairs cabled together in layers to cable core, 

cable core filled with petrol jelly (F), cable core wrapping 

with paper tape 



Laying 


Marking 

 

C60 

Ø 

0.8 


Ø 

1.4 

dimension of 

conductor 



standard - 


conductor resistance – ≤ 11.9 Ω/km 

loop resistance ≤ 73.2 – Ω/km 


mutual capacitance (H60) 

≥ 5 ≥ 5 GΩkm 

(at f=800Hz), max. 60 – nF/km 



2000V/50Hz conductor/conductor (pair) 

2000V/50Hz pair/pair 

2000V/50Hz conductor (pair)/shield 

2500V/50Hz conductor/conductor (triples) 

8000V/50Hz triples/triples 

8000V/50Hz pair/triples 

8000V/50Hz core (triples)/shield 

during installation –20 up to +50 °C 



DC 

n 

number of 

double cores 

filling 


armouring


Note 



Foam-skin-PE-insulated, armoured telecom hybrid cable BAL 

Type number of outer diameter weight 

double cores approx. mm approx. kg/km 

CU/SPE/SWM/FOL/AL/FRNC/SR/FRNC 4x2x0.5 + 2xG657A 4 13.0 179 

Application 

This hybrid cable is designed for outdoor application in high speed access 

telecommunication networks in customer premises. 

Construction 

Conductor: solid, bare copper wire Ø 0.5 mm 

Insulation: PE foam skin 

Colour code: WT/BU, WT/OR, WT/GN, WT/BN 

Cable make up: cores twisted to pairs, pairs and fiber optic duplex cable 

(I-VQH 2E9/125) stranded around a central element, wrapped 

with swellable tape, plus 1 tinned copper wire. 

Sheath: Aluminium laminated FRNC sheath, orange. 

Armouring: corrugated steel tape 

Protective cover: FRNC sheath, orange 

Marking 

according customers requirements 

C49 mutual capacitance 

4 

Ø 

0.5 

dimension of 

conductor 



standard TDK-TS 900 010 

conductor diameter 0.5 mm 

conductor resistance ≤ 95.1 Ω/km 

resistance unbalance ≤ 2 % 

insulation resistance ≥ 1.5 GΩkm 


capacitance unbalance 

≤ 49 nF/km 

K1 100% ≤ 250 pF/500m 

K1 90% 


≤ 150 pF/500m 

conductor/conductor 330 Veff/50Hz/1min 

conductor/conductor 670 Veff/50Hz/3sec 

conductor/screen 2000 Veff/50Hz/1min 


TF 

number of cores 

filling 


armouring


Foam-PE-insulated local telecommunication cable CU/SPE/FOL/AL+PE 



double cores approx. mm approx. kg/km approx mm approx. kg/km approx. mm approx. kg/km 

CU/SPE/FOL/AL+PE 50x2x... 50 - - 20 370 - - 


CU/SPE/FOL/AL+PE 200x2x... 200 - - 36 1220 49 2270 

CU/SPE/FOL/AL+PE 300x2x... 300 - - - - 59 3320 

CU/SPE/FOL/AL+PE 400x2x... 400 - - - - 67 4380 

CU/SPE/FOL/AL+PE 600x2x... 600 - - 59 3410 81 6340 



CU/SPE/FOL/AL+PE 1200x2x... 1200 70 4430 - - - - 

CU/SPE/FOL/AL+PE 2000x2x... 2000 88 7100 - - - - 

Application 





Construction 

Conductor: solid, bare copper wire Ø 0.4 / 0.5 / 0.7mm (CU) 

Insulation: Foam-PE (SPE) 

Colour code: WT/BU, WT/OR, WT/GN, WT/BN, WT/GY, RD/BU, 

RD/OR, RD/GN, RD/BN, RD/GY 

Cable make up: 2 cores twisted to pairs, 10 pairs stranded together to 

units, units stranded together in concentric layers to 

cable core (≤ 200 pairs), unit identification with 

numbers, cables with ≥ 200 pairs: groups with 50 or 100 

pairs, in each group the units are identified with numbers 

(1-5 bzw. 1-10, first group red, the last green coloured), 

wrapping with plastic foil (FOL) 


Sheath: PE single-coated aluminium foil bonded with the PEouter 

sheath (AL+PE), orange 

Laying 


Marking 

 




conductor resistance core ≤ 150.0 ≤ 95.9 ≤ 49.0 Ω/km 

mean value ≤ 144.0 ≤ 92.1 ≤ 47.0 Ω/km 

conductor resistance difference of ≤ 2% ≤ 2% ≤ 2% 

insulation resistance ≥ 5 ≥ 5 ≥ 5 GΩkm 

mutual capacitance nominal value 40 40 40 nF/km 

(at f=800Hz) pair ≤ 49 ≤ 49 ≤ 49 nF/km 

mean v. (≥ 20 pairs) ≤ 42 


≤ 42 ≤ 42 nF/km 

(at f=800Hz) 100 % ≤ 250 ≤ 250 ≤ 250 pF/500m 

95% ≤ 150 ≤ 150 ≤ 150 pF/500m 

operating voltage ≤ 50 ≤ 50 ≤ 50 V AC 


≤ 75 ≤ 75 ≤ 75 V DC 







C40 

Ø 

0.4 


Ø 

0.5 

Ø 

0.7 


dimension of 

conductor 

DC 

n 

number of 

double cores 

filling 


armouring


Foam-PE-insulated, filled local telecommunication cable CU/SPE/VAS/FOL/AL+PE 

conductor diameter 0.4 mm conductor diameter 0.5mm conductor diameter 0.7 mm 



CU/SPE/VAS/FOL/AL+PE 2x2x... 2 - - 9.0 70 - - 

CU/SPE/VAS/FOL/AL+PE 4x2x... 4 - - 9.0 80 - - 

CU/SPE/VAS/FOL/AL+PE 5x2x... 5 9.0 70 10.0 90 - - 

CU/SPE/VAS/FOL/AL+PE 10x2x... 10 10.0 100 12.0 140 15.0 215 








CU/SPE/VAS/FOL/AL+PE 700x2x... 700 - - 64.0 4913 



Application 





Construction 

Conductor: solid, bare copper wire Ø 0.4 / 0.5 / 0.7 mm (CU) 

Insulation: foam-PE (SPE) 

Colour code: WT/BU, WT/OR, WT/GN, WT/BN, WS/GY, RD/BU, 





numbers, cables with ≥ 200 pairs: groups with 50 or 

100 pairs, in each group the units are identified with 

numbers (1-5 bzw. 1-10; first group red, the last green 

coloured), cable core filled with petrol jelly (VAS), wrapping 

with plastic foil (FOL) 




Laying 


Marking 

 

 

C40 

Ø 

0.4 


Ø 

0.5 

Ø 

0.7 


dimension of 

conductor 




conductor resistance core ≤ 150.0 ≤ 95.9 ≤ 49.0 Ω/km 

mean value ≤ 144.0 ≤ 92.1 ≤ 47.0 Ω/km 

conductor resistance difference of ≤ 2% ≤ 2% ≤ 2% 

insulation resistance ≥ 1.5 ≥ 1.5 ≥ 1.5 GΩkm 

mutual capacitance nominal value 40 40 40 nF/km 

(at f=800Hz) pair ≤ 49 ≤ 49 ≤ 49 nF/km 

mean V. (≥ 20 pairs) ≤ 42 


≤ 42 ≤ 42 nF/km 

(at f=800Hz) 100% ≤ 250 ≤ 250 ≤ 250 pF/500m 

95% ≤ 150 ≤ 150 ≤ 150 pF/500m 

operating voltage ≤ 50 ≤ 50 ≤ 50 V AC 


≤ 75 ≤ 75 ≤ 75 V DC 







DC 

n 

F 

number of 

double cores 

filling 


armouring


Foam-PE-insulated, filled and armoured local telecomm. cable CU/SPE/VAS/FOL/AL+PE/ARM/PE 



CU/SPE/VAS/FOL/AL+PE /ARM/PE 4x2x0.5 4 14.0 220 






CU/SPE/VAS/FOL/AL+PE /ARM/PE 1002x0.5 100 32.0 1200 

Application 





Construction 

Conductor: solid, bare copper wire Ø 0.5 mm (CU) 

Insulation: foam-PE (SPE) 

Colour code: WT/BU, WT/OR, WT/GN, WT/BN, WS/GY, RD/BU, 





numbers, cables with ≥ 200 pairs: groups with 50 or 

100 pairs, in each group the units are identified with 

numbers (1-5 bzw. 1-10; first group red, the last green 

coloured), cable core filled with petrol jelly (VAS), 

wrapping with plastic foil (FOL) 




Armouring: 2 layers galvanized steel tape (ARM) 

Protective cover: PE, orange (PE) 

Laying 


Marking 

 

 




conductor resistance core ≤ 95.9 Ω/km 

mean value ≤ 92.1 Ω/km 

conductor resistance difference of ≤ 2% 


mutual capacitance nominal value 40 nF/km 

(at f=800Hz) pair ≤ 49 nF/km 

mean value (≥ 20 pairs) ≤ 42 nF/km 


(at f=800Hz) 100% ≤ 250 pF/500m 

95% ≤ 150 pF/500m 

operating voltage ≤ 50 V AC 

≤ 75 V DC 







C40 

Ø 

0.5 


dimension of 

conductor 


DC 

n 

F 

number of 

double cores 

filling 


armouring


Polyethylene-insulated, filled telecommunication- and signal cable CU+TIN/PE/VAS/FOL/PE 



CU+TIN/PE/VAS/FOL/PE 5x2x0.7 4 8.0 88 






Application 





Construction 

Conductor: solid, tinned copper wire Ø 0.7 mm (CU+TIN) 

Insulation: PE (PE) 





cable core, unit identification with numbers, cable core 

filled with petrol jelly (VAS), wrapping with plastic foil 

(FOL) 

Sheath: PE, black (PE) 

Laying 


Marking 

 

 

Note 

other sheath colour on request 

C70 

Ø 

0.7 


dimension of 

conductor 



standard NKT, IEC60708-1 


DC 

n 


conductor resistance (core) ≤ 48.0 Ω/km 




mean value ≤ 77 nF/km 

capacitance unbalance k 

(at f=800Hz) 100% ≤ 250 pF/500m 

capacitance unbalance e 

(at f=800Hz) 100% ≤ 1700 pF/500m 


≤ 75 V DC 

dielectric strength conductor/conductor 1200 V DC 

bending radius > 15x outer diameter 

tensile strength ≤ 10 N/mm2 temperature range 



F 

number of 

double cores 

filling 


armouring


Polyethylene-insulated, filled telecommunication- and signal cable CU+TIN/PE/VAS/FOL/AL+PE 


double cores (DC) approx. mm approx. kg/km 

CU+TIN/PE/VAS/FOL/AL+PE 5x2x0,7 4 10,0 122 




CU+TIN/PE/VAS/FOL/AL+PE 40x2x0,7 Green 40 18,0 517 


Application 





Construction 







cable core, unit identification with numbers, cable core 

filled with petrol jelly (VAS), wrapping with plastic foil 

(FOL) 



sheath (AL+PE), black 

Laying 


Marking 

 

 

Note 

other sheath colour on request 


C70 

Ø 

0.7 


dimension of 

conductor 



standard NKT, IEC60708-1 

DC 

n 








(at f=800Hz) 100 % ≤ 250 pF/500m 

capacitance unbalance e 

(at f=800Hz) 100 % ≤ 1700 pF/500m 


≤ 75 V DC 

dielectric strength conductor/conductor 1200 V DC 


tensile strength ≤ 10 N/mm2 temperature range 



F 

number of 

double cores 

filling 


armouring


Polyethylene-insulated subscriber cable TK-..x4/..-PE-ALT 




TK 1x4/..-PE-ALT 2 7.8 65 8.8 83 

TK 3x4/..-PE-ALT 6 10.6 112 12.6 164 

TK 5x4/..-PE-ALT 10 12.1 159 15.3 250 

TK10x4/..-PE-ALT 20 16.6 270 20.1 406 

TK15x4/..-PE-ALT 30 18.4 356 22.7 541 

TK20x4/..-PE-ALT 40 21.4 453 26.8 731 

TK30x4/..-PE-ALT 60 22.9 590 29.0 975 

TK40x4/..-PE-ALT 80 25.7 773 32.1 1242 

TK50x4/..-PE-ALT 100 28.6 926 36.4 1543 

TK60x4/..-PE-ALT 120 30.2 1076 38.5 1802 

TK100x4/..-PE-ALT 200 38.5 1726 49.6 2912 

Application 


demands - like in fire or highly combustible premises). In telecommunication 

network systems and similar systems, for example as PTT subscriber’s cable. 

Construction 



Colour code: tracer quad: WT-OR-TQ-VI 

counter quad: WT-GN-TQ-VI 

standard quad 1: WT-BN-TQ-VI 

standard quad 2: WT-GY-TQ-VI 

Cable make up: 4 cores twisted to quads, quads stranded together in 

concentric layers to cable core, cable core wrapping 

with plastic foil 


sheath (ALT), black, one or two drain wire(s) 

Design 

2-200 DC (1 up to 100 quads) 

Laying 


Marking 

< ..x4/.. PE-ALT> 

 

C40 

Ø 

0.6 


Ø 

0.8 

dimension of 

conductor 



standard acc. PTT 844.14 




mutual capacitance spec.value 40±9 40±9 nF/km 

(at f=800Hz) mean value 1) 40±3 40±3 nF/km 

capacitance unbalance k 1 

(at f=800Hz) mean value 1) ≤ 50 ≤ 50 pF/230m 

capacitance unbalance k 9-12 


capacitance unbalance e a1 

(at f=800Hz) ≤ 400 ≤ 400 pF/230m 

mean value 1) ≤ 100 ≤ 100 pF/230m 


conductor/conductor 500V/50Hz 

conductor/shield 2000V/50Hz 

1) for cables with 20 and more elements 


DC 

n 

number of 

double cores 

filling 


armouring


Polyethylene-insulated subscriber cable TK-..x4/..-PE-ALT-CLT 




TK1x4/..-PE-ALT-CLT 2 12.0 161 13.0 190 

TK3x4/..-PE-ALT-CLT 6 14.8 238 16.8 310 

TK5x4/..-PE-ALT-CLT 10 16.3 300 19.5 425 

TK10x4/..-PE-ALT-CLT 20 20.8 459 24.3 631 

TK15x4/..-PE-ALT-CLT 30 22.6 564 26.9 794 

TK20x4/..-PE-ALT-CLT 40 25.6 692 31.0 1027 

TK30x4/..-PE-ALT-CLT 60 27.1 846 33.2 1295 

TK40x4/..-PE-ALT-CLT 80 29.9 1058 36.3 1594 

TK50x4/..-PE-ALT-CLT 100 32.8 1241 40.6 1940 

TK60x4/..-PE-ALT-CLT 120 34.4 1408 42.7 2221 

TK100x4/..-PE-ALT-CLT 200 42.7 2145 54.4 3496 

Application 




Construction 



Colour code: tracer quad: WT-OR-TQ-VI 

counter quad: WT-GN-TQ-VI 

standard quad 1: WT-BN-TQ-VI 

standard quad 2: WT-GY-TQ-VI 

Cable make up: 4 cores twisted to quads, quads stranded together in 

concentric layers to cable core, cable core wrapping 

with plastic foil 


sheath (ALT), black, one or two drain wire(s) 

Armouring: 2 layers of galvanized steel tape (CL) 

Protective cover: PE, black (T) 

Design 

2-200 DC (1 up to 100 quads) 

Laying 


Marking 

< ..x4/.. PE-ALT-CLT> 

 

C40 

Ø 

0.6 



standard acc. PTT 844.14 




mutual capacitance spec. value 40±9 40±9 nF/km 

(at f=800Hz) mean value 1) 40±3 40±3 nF/km 





capacitance unbalance e a1 

(at f=800Hz) ≤ 400 ≤ 400 pF/230m 

mean value 1) ≤ 100 ≤ 100 pF/230m 




1) for cables with 20 and more elements 


Ø 

0.8 

dimension of 

conductor 


DC 

n 

number of 

double cores 

filling 


armouring


Foam-skin-PE-insulated subscriber cable, filled with swellable materials TK-..x4/.. PE4-ALT 




TK-3x4x.. PE4-ALT 6 - - 12 130 14 170 

TK-5x4x.. PE4-ALT 10 - - 13 170 16 240 

TK-10x4x.. PE4-ALT 20 - - 18 270 21 400 

TK-25(26)x4x.. PE4-ALT 50(52) 18 310 23 540 30 850 

TK-50(51)x4x.. PE4-ALT 100(102) 23 520 30 960 40 1600 

TK-75(77)x4x.. PE4-ALT 150(154) 28 790 39 1460 51 2440 

TK-100(102)x4x.. PE4-ALT 200(204) 34 1030 45 1920 59 3260 

TK-150(153)x4x.. PE4-ALT 300(306) 40 1510 53 2760 69 4680 

TK-200(204)x4x.. PE4-ALT 400(408) 46 1910 61 3560 79 6100 

TK-300(306)x4x.. PE4-ALT 600(612) 55 2690 72 5160 95 8810 

TK-450(459)x4x.. PE4-ALT 900(918) 66 3870 87 7510 - - 

Application 




Construction 


Insulation: foam-skin-PE (PE4) 

Colour code: quad 1: WT-BU-TQ-VI 

quad 2: WT-OR-TQ-VI 

quad 3: WT-GN-TQ-VI 

Cable make up: 

other quads alternating: WT-BN-TQ-VI and 

WT-GY-TQ-VI 

4 cores twisted to quads, quads stranded together to 

cable core in concentric layers (up to 50x4x..) or to 

units (above 75x4x..) 

Filling: swellable materials (tapes, yarns) inside of the cable 

core, cable core wrapping with swellable tapes 

Sheath: 2 copper drain wires Ø 0,8 mm; PE single-coated 

aluminium foil bonded with the PE-outer sheat (ALT), 

black 

Design 

2-900 DC (1 up to 450 quads) 

Laying 


Marking 

< ..x4/.. PE4-ALT> 

 

Ø 

0.4 


Ø 

0.6 

Ø 

0.8 


dimension of 

conductor 


standard 6PHETOP_1042_00E_11 


loop resistance ≤ 291 ≤ 129 ≤ 72 Ω/km 

conductor difference of ≤ 2.0 ≤ 2.0 ≤ 2.0 % 



≥ 10 ≥ 10 ≥ 10 GΩkm 

(at f=800kHz) 

attenuation 

calc.value 36 35 35 nF/km 

(at f=100kHz) mean value ≤ 8.0 ≤ 5.0 ≤ 3.5 dB/km 

(at f=1MHz) mean value ≤ 20 ≤ 15 ≤ 11 dB/km 

(at f=10MHz) 

impedance 

mean value ≤ 70 ≤ 50 ≤ 45 dB/km 

(at f=1MHz) mean value 135±10% 135±10% 135±10% Ω 

(at f=10MHz) mean value 135±10% 135±10% 135±10% Ω 

NEXT Loss (l≥100m) 

(at f=100kHz) mean value ≥ 60 ≥ 60 ≥ 60 dB 

(at f=1MHz) mean value ≥ 45 ≥ 45 ≥ 45 dB 

(at f=10MHz) mean value ≥ 30 ≥ 30 ≥ 30 dB 

ELFEXT Loss (l=1000m) 

(at f=100kHz) mean value1) ≥ 63 ≥ 63 ≥ 63 dB 

(at f=1MHz) mean value1) ≥ 43 ≥ 45 ≥ 45 dB 

(at f=10MHz) mean value1) ≥ 23 ≥ 23 ≥ 23 dB 


conductor/conductor 

conductor/shield 

500 

2000 

500 

2000 

500 

2000 

Veff Veff Telecommunication Copper Cables • 09/2012 • © by PENGG KABEL GmbH • Subject to technical alterations 27 

DC 

n 

T 

number of 

double cores 

filling 


armouring


Foam-skin-PE-insulated, filled local telecommunication cable QV ..x4x.. 


Type number of extra outer diameter weight outer diameter weight outer diameter weight 

double cores quads approx. mm approx. kg/km approx. mm approx. kg/km approx. mm approx. kg/km 

QV 1 x4x... 2 - 5.6 34 6.6 47 10.0 88 

QV 3 x4x... 6 - 7.6 58 9.4 97 12.0 156 

QV 5 x4x... 10 - 9.4 87 11.5 147 14.1 226 

QV 10 x4x... 20 - 11.5 139 15.0 262 18.3 401 

QV 15 x4x... 30 - 12.7 179 16.6 348 20.5 537 

QV 25 x4x... 50 - 15.6 278 20.1 532 25.5 859 

QV 35 x4x... 70 - 17.5 374 22.0 654 - - 

QV 50 x4x... 100 - 19.4 468 25.9 960 32.7 1590 

QV 75 x4x... 150 - 24.0 695 32.2 1436 41.2 2345 

QV 100 x4x... 200 - 27.1 905 36.5 1879 47.3 3118 

QV 150 x4x... 300 - 31.5 1290 43.1 2613 - - 

QV 200 x4x... 400 5 35.1 1665 48.5 3444 63.2 5969 

QV 300 x4x... 600 5 41.6 2398 58.3 5049 - - 

QV 400 x4x... 800 5 48.7 3241 69.3 7147 - - 

QV 500 x4x... 1000 5 53.5 3974 - - - - 

QV 600 x4x... 1200 5 59.4 4756 - - - - 

QV 800 x4x... 1600 10 66.4 6250 - - - - 

QV 1000 x4x... 2000 10 73.7 7752 - - - - 

Application 

Local distribution cables underground, primary cable between exchanges and 

distribution points and secondary cables to distribution points. 

Construction 

Conductor: plain annealed copper wire Ø 0.4 / 0.6 mm 

Insulation: foam-skin-PE 

Colour code: a-core: RD-GN-YE-BU-BN 

b-core: WT 

c-core: BK 

d-core: GY 

Stranding and coding: Basic strand (bs) of 5 quads (stranded) are laid up in 

concentric layers for cables up to max. 50 quads. For 

larger cables, basic strand (bs) are laid up in primary 

strand (ps) 25 quads, medium strand (ms) 50 quads or 

super strand (ss) 100 quads, and strands are laid up in 

concentric layers. 

The tracer unit is identified by an open red helix, the 

counter unit by a green one, all other units alternativly 

by an open yellow or blue helix. 

Filling: The interstices of the cable core are completely filled 

with petroleum jelly compound. 

Lapping: 

Screen / 

crepe paper 

Moisture Barrier: 0.15 mm aluminium tape coated with polyethylene 

0.05 mm on both sides, longitudinally applied with 

overlap 

Sheath: Polyethylene (PE), black 

Laying 

suitable for underground laying and drawing into conduits, ducts 

Marking 

 

 


C50 

Ø 

0.4 


Ø 

0.6 

dimension of 

conductor 



standard MKM MATÁV MF 23836/1 and 4 


loop resistance ≤ 300 ≤ 130 Ω/km 

mean value ≤ 288 ≤ 127,8 Ω/km 



(at f=800Hz) ≤ 50 ≤ 50 nF/km 

mean value ≤ 46 ≤ 46 nF/km 


(at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 

98% ≤ 400 ≤ 400 pF/300m 


(at f=800Hz) 100% ≤ 300 ≤ 300 pF/300m 

98% ≤ 100 ≤ 100 pF/300m 

capacitance unbalance e 1-2 

(at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 

DC 

n 







F 

number of 

double cores 

filling 


armouring


Foam-skin-PE-insulated, unfilled self supporting local telecommunication cable QL ..x4x.. 

Type number of tensile strength outer diameter weight 

double cores kN approx. mm (d x D x h) approx. kg/km 

QL 5x4x0.4 10 7.1 6.0 x 9.0 x 17.0 154 

QL 10x4x0.4 20 7.1 7.0 x 11.0 x 22.0 196 

QL 15x4x0.4 30 7.1 7.0 x 14.0 x 24.0 232 

QL 25x4x0.4 50 7.1 7.0 x 15.0 x 26.0 354 

QL 50x4x0.4 100 12.6 8.0 x 20.0 x 32.0 523 

QL 75x4x0.4 150 12.6 8.0 x 22.0 x 34.0 560 

QL 1x4x0.6 2 - 6.0 x 8.0 x 12.0 180.5 

QL 3x4x0.6 6 - 7.0 x 9.0 x 17.0 197 

QL 5x4x0.6 10 11.0 8.0 x 10.0 x 22.0 213 

QL 10x4x0.6 20 14.0 8.0 x 13.0 x 26.0 326 

QL 15x4x0.6 30 14.0 8.0 x 15.0 x 28.0 398 

QL 25x4x0.6 50 14.0 8.5 x 19.0 x 32.0 533 

QL 50x4x0.6 50 14.0 - 891 

QL 3x4x0.8 6 - - 219 

QL 5x4x0.8 10 - - 281 

QL 10x4x0.8 20 - - 437 

Application 

Local distribution cables aerial, primary cable to distribution cabinets and 

secondary cable to distribution points. 

Construction 

Conductor: plain annealed copper wire Ø 0.4 / 0.6 mm 


Colour code: a-core: RD-GN-YE-BU-BN 

b-core: WT 

c-core: BK 

d-core: GY 

Stranding and coding: Basic strand (bs) of 5 quads (stranded) are laid up in 

concentric layers for cables up to max. 50 quads. For 

cables with 75 quads (150 pairs), base strands (stranded) 

are laid up in primary strand (ps) 25 quads and 

strands are laid up in concentric layers. 

The tracer unit is identified by an open red helix, the 

counter unit by a green one, all other units alternativly 

by an open yellow or blue helix. 

Lapping: 

Screen / 

polyester tape 

Moisture Barrier: 0.15 mm aluminium tape coated with polyethylene 

0.05 mm on both sides, longitudinally applied with 

overlap 

Suspension wire: galvanized stranded steel wire 

Sheath: Polyethylene (PE), black 

Laying 

on pylon and poles 

Marking 

 

 

C50 

Ø 

0.4 


Ø 

0.6 

dimension of 

conductor 



standard MKM MATÁV MF 23836/1 and 10 



mean value ≤ 288 ≤ 127.8 Ω/km 



(at f=800Hz) ≤ 50 ≤ 50 nF/km 

mean value ≤ 46 ≤ 46 nF/km 


(at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 

98% ≤ 400 ≤ 400 pF/300m 


(at f=800Hz) 100% ≤ 300 ≤ 300 pF/300m 

98% ≤ 100 ≤ 100 pF/300m 

capacitance unbalance e 1-2 

(at f=800Hz) 100% ≤ 800 ≤ 800 pF/300m 


DC 

n 







number of 

double cores 

filling 


armouring


Foam-skin-PE-insulated and filled local telecommunication cable TK59 ..x4x.. M/GM 




TK59 1x4x.. M 2 6.9 42 7.8 58 

TK59 3x4x.. M 6 9.4 83 11.2 123 

TK59 5x4x.. M 10 11.0 113 13.3 177 

TK59 10x4x.. GM 20 13.5 176 17.0 300 

TK59 15x4x.. GM 30 14.4 195 17.5 362 

TK59 20x4x.. GM 40 16.1 275 19.9 457 

TK59 25x4x.. GM 50 17.8 329 21.8 564 

TK59 30x4x.. GM 60 18.5 375 23.7 680 

TK59 35x4x.. GM 70 19.0 410 24.5 737 

TK59 40x4x.. GM 80 20.3 455 27.9 897 

TK59 45x4x.. GM 90 21.3 515 28.0 925 

TK59 50x4x.. GM 100 22.3 551 29.0 1010 

TK59 75x4x.. GM 150 28.1 844 35.0 1533 

TK59 100x4x.. GM 200 31.4 1073 40.7 2044 

TK59 125x4x.. GM 250 32.5 1241 45.8 2559 

TK59 150x4x.. GM 300 36.5 1533 49.3 3004 

TK59 175x4x.. GM 350 39.0 1758 52.8 3490 

TK59 200x4x.. GM 400 41.3 1982 56.8 4033 

TK59 225x4x.. GM 450 43.0 2202 59.8 4491 

TK59 250x4x.. GM 500 46.0 2468 63.5 4954 

TK59 300x4x.. GM 600 48.6 2809 68.9 5867 

TK59 350x4x.. GM 700 54.8 3442 73.4 6765 

TK59 400x4x.. GM 800 58.0 3903 79.3 7813 

TK59 500x4x.. GM 1000 64.6 4885 87.6 9595 

TK59 600x4x.. GM 1200 70.6 5852 95.7 11568 

Application 





Construction 



Colour code: a-core RD, GN, GY, YE, WT 

b-core BK 

c-core BU 

d-core OR 

Cable make up: 4 cores twisted to quads, 5 quads cabled together to 

basic units (G), the tracer basic and tracer main unit 

are identified with an open red helix in each layer, all 

other basic and main units are identified with an open 

white helix. 5 basic units stranded together to main 

units (up to 500 DA), basic and/or main units cabled 

together in layers. Cable core filled with petrol jelly (M). 

Cable core wrapping with overlapping paper tapes. 

Sheath: PE-double-coated aluminium foil bonded with the 

PE-outer sheath, black 

Laying 

suitable for underground laying and pulling into conduits 

Marking 

 


C38 

Ø 

0.4 

C42 

Ø 

0.6 



dimension of 

conductor 


standard TenderdocumentsTelecomSlo2001 





≥ 5 ≥ 5 GΩkm 

(at f=800Hz) 100 % ≤ 38 ≤ 42 nF/km 

95 % - ≤ 40 nF/km 

90% ≤ 36 - nF/km 

80 % - ≤ 38 nF/km 

capacitance unbalance k1 (at f=800Hz) 100 % ≤ 800 ≤ 800 pF/300m 

98 % ≤ 400 ≤ 400 pF/300m 

capacitance unbalance k9-12 (at f=800Hz) 100 % ≤ 300 ≤ 300 pF/300m 

98 % ≤ 100 ≤ 100 pF/300m 

capacitance unbalance e1,2 (at f=800Hz) 100 % ≤ 800 ≤ 800 pF/300m 



225 225 V 

conductor/conductor 500 500 V/50Hz 



during installation -10°C up to +50 °C 

for stationary conditions -30°C up to +70 °C 

DC 

n 

F 

number of 

double cores 

filling 


armouring


Foam-skin PE insulated, quad twisted, jelly filled telecommunication cable TD 59 ..x4x.. 



TD 59 5x4x0.9 BD 10 19.5 350 

TD 59 10x4x0.9 BD 20 26.5 640 

TD 59 10x4x1.2 BD 20 30.2 969 

Application 

Outdoor application for connecting of individual exchanges in decentralized 

networks. 

Construction 

Conductor: solid, bare copper wire Ø 0.9 / Ø 1.2 mm 


Colour code: a-core: RD, GN, GY, YE, WT 

b-core: BK 

c-core: BU 

d-core: OR 

Cable make up: cores twisted to quads, 5 quads stranded 

together to cable core, cable core filled with 

jelly, cable core wrapping with overlapping tape. 

Sheath: aluminium laminated PE-sheath, black 

Marking 

 

C34 

Ø 

0.9 

C35 

Ø 

1.2 

dimension of 

conductor 




DC 

n 

J 

number of 

double cores 

filling 


armouring 


standard PTT Vestnik 5/80 


loop resistance ≤ 56.6 ≤ 31.8 Ω/km 

resistance unbalance ≤ 0.6 ≤ 0.6 Ω/km 


mutual capacitance (at f=800Hz) ≤ 34 


≤ 35 nF/km 

K1 ≤ 100 ≤ 100 pF/426m 

K2,3 ≤ 550 ≤ 550 pF/426m 

K4-8 ≤ 100 ≤ 100 pF/426m 

K9-12 ≤ 100 ≤ 100 pF/426m 

e1,2 ≤ 550 ≤ 550 pF/426m 

e3 


≤ 1110 ≤ 1110 pF/426m 

conductor/conductor 500 500 Veff/50Hz/1min 

conductor/shield 4000 4000 Veff/50Hz/1min 

attenuation at 800 Hz 65 52 mN/km


Foam-skin PE insulated, quad twisted, jelly filled telecommunication cable VMOU-AQ ..x2x.. 

Application 

Copper cable with symmetrical pairs for local networks. 

Construction 

Conductor: solid, bare copper wire Ø 0.5 - 1.0 mm 

Insulation: Foam-skin-PE 

Colour code: a-core: WT (1-5), RD (6-10), YL (Spare) 

b-core: BU+ring, OR, GN+2rings, BN, GY+ring 

(1-5) and (6-10), BU+ring (spare) 

c-core: turquoise 

d-core: violet 

Unit ID with ribbons: Unit 1: BU, Unit 2: OR, Unit 3: GN, Unit 4: BN, 

Unit 5: GY, Unit 6: WT, Unit 7: RD, Unit 8: BK, 

Unit 9: YE, Unit 10: VT 

Cable make up: 2 cores twisted to quads, 10 quads stranded to 

a unit, units stranded to the cable core, one 

copper wire, jelly filling, wrapping with a tape. 

Sheath: PE-orange / grey 

Marking 

 


C64 

Ø 

0.5 

C49 C42 C42 

Ø 

0.6 

Ø 

0.8 


Ø 

1.0 

mutual 

capacitance 

dimension of 

conductor 

20- 

400 

J 

number of 

double cores 

filling 


armouring 

conductor dia 0.5mm conductor dia 0.6mm conductor dia 0.8mm conductor dia 1.0mm 

Type number of outer dia weight outer dia weight outer dia weight outer dia weight 

pairs mm kg/km mm kg/km mm kg/km mm kg/km 

VMOU-AQ 20x4x... 20 13 185 16 251 20 431 25 647 

VMOU-AQ 50x4x... 50 18 366 22 526 29 928 35 1.397 

VMOU-AQ 100x4x... 100 22 656 27 955 37 1.703 46 2.639 

VMOU-AQ 200x4x... 200 30 1.233 37 1.809 51 3.283 - - 

VMOU-AQ 400x4x... 400 42 2.459 - - - - - - 


standard Belgacom 

conductor diameter 0.5 0.6 0.8 1.0 mm 

conductor resistance ≤ 95.9 ≤ 66.6 ≤ 36.8 ≤ 23.5 Ω/km 

resistance unbalance ≤ 2 ≤ 2 ≤ 2 ≤ 2 % 

insulation resistance ≥ 5 ≥ 5 ≥ 5 ≥ 5 GΩkm 



≤ 64 ≤ 49 ≤ 42 ≤ 42 nF/km 

K1 100% ≤ 500 pF/500m 

K1 90% ≤ 250 pF/500m 

K9-12 100% ≤ 250 pF/500m 

K9-12 

attenuation 

90% ≤ 150 pF/500m 

1 MHz ≤ 3.8 dB/100m 

6 MHz ≤ 8.0 dB/100m 

10 MHz ≤ 10 dB/100m 

20 MHz ≤ 14 dB/100m 

30 MHz ≤ 16 dB/100m 


conductor/conductor 

near end cross talk attenuation 

500 Veff/50Hz/1min 

800 Hz 81 dB 

40 kHz 71 dB 

60 kHz 68 dB 

90 kHz 66 dB 

150 kHz 62 dB 

500 kHz 55 dB 

1 MHz 50 dB 

2 MHz 45 dB 

4 MHz 41 dB 

8 MHz 36 dB 

10 MHz 35 dB 

17 MHz 32 dB 

far end crosstalk attenuation 

800 Hz 90 dB 

40 kHz 76 dB 

60 kHz 72 dB 

90 kHz 69 dB 

150 kHz 64 dB 

500 kHz 54 dB 

1 MHz 48 dB 

2 MHz 42 dB 

4 MHz 36 dB 

8 MHz 30 dB 

10 MHz 28 dB 

17 MHz 23 dB


Foam-skin PE insulated, quad twisted, jelly filled telecommunication cable µ-copper-cable ..x2x0.6 

Type number of outer diameter deviation weight 

double cores approx. mm mm approx. kg/km 

µ-copper 2x2x0,6 2 4.2 -0/+0,3 23 

µ-copper 6x2x0,6 6 6.8 -0/+0,3 56 

Application 

Cable for outdoor application designed for high frequency XDSLconnections 

for blowing technique. 

Construction 

Conductor: solid, annealed plain wire Ø 0.6 mm 

Insulation: Foam-skin-PE 

Colour code: a-core: white 

b-core: blue, orange, green 

c-core: turquoise 

d-core: violet 

Cable make up: 2 cores twisted to quads, quads stranded to a 

cable core, one copper wire, jelly filling, wrapping 

with a tape. 

Sheath: PE-orange 

Marking 

 

 

C55 

Ø 

0.6 


standard Belgacom 


conductor resistance ≤ 66 Ω/km 

resistance unbalance ≤ 2 % 

insulation resistance ≥ 5 GΩkm 

mutual capacitance ≤ 55 nF/km 

velocity of propagation (1MHz) ≤ 60 % 

attenuation 


dimension of 

copper conductor 


number of 

double cores 

filling 


armouring 

1 MHz ≤ 1,993 dB/100m 

4 MHz ≤ 3,667 dB/100m 

10 MHz ≤ 5,566 dB/100m 

16 MHz ≤ 7,133 dB/100m 

20 MHz ≤ 8,000 dB/100m 

30 MHz ≤ 9,900 dB/100m 

60 MHz ≤ 14,333 dB/100m 



impecance (1-60 MHz) 110±15% Ω 


DA 

n 

J

Telecommunication Cables 

Note 


Telecommunication-Indoor Cables 

F-02YHAH 1x2x0.5 + 2x1E9 Page 36 

CU/PE/FOL/AL/FRNC (NOKSK-1) Page 37 

CU/PE/FOL/AL/FRNC (NOKSK-3) Page 38 

CU/PE/FOL/AL/FRNC (55 nF) Page 39 

CU+TIN/PA/FOL/AL/FLET/FRNC (110 nF) Page 40 

NOPT Page 41 

NOPTS Page 42 

NOPTK Page 43 

IHC Link Page 44 

NOTE ISDN Page 45 

ADSL-02YS(ST)H ..x2x0.5 Page 46 



Foam-skin PE insulated indoor cable with optical single mode fibers F-02YHAH 

C60 mutual capacitance 

1 



F-02YHAH 1x2x0.5+2x1E9/125 1 4.7 18.1 

Application 

Hybrid-cable for inhouse application in high-speed-access telecommuncation 

networks in customer premises. 

Construction 


Insulation: Foam-skin-PE (02YH) 

Colour code: a-core: blue 

b-core: black 

Cable make up: cores and two tight buffered single mode fibers 

twisted to a star quad and one copper wire. 

Shield: aluminium tape 

Sheath: White PE-sheath including 3 kevlar threads. 

Marking 

 

 


Ø 

0.5 

dimension of 

conductor 


number of 

double cores 

filling 


armouring 


standard customer specification 


loop resistance ≤ 96 Ω/km 

insulation resistance ≥ 200 MΩkm 



≤ 60 nF/km 

K1 ≤ 200 pF/100m 

e 

attenuation 

≤ 800 pF/100m 

1 MHz ≤ 3.8 dB/100m 

6 MHz ≤ 8 dB/100m 

10 MHz ≤ 10 dB/100m 

20 MHz ≤ 14 dB/100m 

30 MHz 


≤ 16 dB/100m 


conductor/shield 500 Veff/50Hz/2min


Halogenfree, shielded signaling cable for power stations CU/PE/FOL/AL/FRNC (NOKSK-1) 


double cores max. N approx. mm approx. kg/km 

NOKSK-1 1x2x0.8 1 50 5.5 31 

NOKSK-1 2x2x0.8 2 1) 100 6.0 43 

NOKSK-1 4x2x0.8 4 201 9.0 83 

NOKSK-1 8x2x0.8 8 402 11.5 146 

NOKSK-1 12x2x0.8 12 603 13.0 199 

NOKSK-1 16x2x0.8 16 804 14.5 251 

NOKSK-1 20x2x0.8 20 1005 16.0 302 

NOKSK-1 24x2x0.8 24 1206 17.0 350 

NOKSK-1 32x2x0.8 32 1608 19.0 449 

NOKSK-1 40x2x0.8 40 2011 21.0 546 

NOKSK-1 48x2x0.8 48 2413 22.5 650 

1) cores twisted to quad 

Application 

For telecommunication and signalling transmission with high safety standards 

and to protect people and real values against fire. In case of fire no corrosive 

gases will be emitted. 

Construction 



Colour code: BU/RD; GR/YE; GN/BN; WT/BK 



cable core, units identified by numbers, cable core 

wrapping of plastic foil (FOL) 


Screening: aluminium laminated plastic foil (AL), rip cord 

Sheath: FRNC-compound (FRNC), grey (RAL7032) 

Laying 

for indoor and outdoor laying, not suitable for earth laying 

Marking 

 

C100 

Ø 

0.8 


dimension of 

conductor 



standard NKT, IEC 60332-1, IEC 61034, 

IEC 60754-1, IEC 60754-2 





(at f=800Hz) ≤ 100 nF/km 


≤ 75 V DC 








DC 

n 

number of 

double cores 

filling 


armouring


Halogenfree, shielded signaling cable for power stations CU/PE/FOL/AL/FRNC (NOKSK-3) 


double cores max. N approx. mm approx. kg/km 

NOKSK-3 1x2x0.8 1 50 5.5 31 

NOKSK-3 2x2x0.8 2 1) 100 6.0 43 

NOKSK-3 4x2x0.8 4 201 9.0 83 

NOKSK-3 8x2x0.8 8 402 11.5 146 

NOKSK-3 12x2x0.8 12 603 13.0 199 

NOKSK-3 16x2x0.8 16 804 14.5 251 

NOKSK-3 20x2x0.8 20 1005 16.0 302 

NOKSK-3 24x2x0.8 24 1206 17.0 350 

NOKSK-3 32x2x0.8 32 1608 19.0 449 

NOKSK-3 40x2x0.8 40 2011 21.0 546 

NOKSK-3 48x2x0.8 48 2413 22.5 650 

1) cores twisted to quad 

Application 

For telecommunication and signal transmission with high safety standards and 

to protect people and real values against fire. In case of fire no corrosive 

gases will be emitted. 

Construction 



Colour code: BU/RD; GR/YE; GN/BN; WT/BK 







Sheath: FRNC-compound (FRNC), grey (RAL 7032) 

Laying 


Marking 

 


standard NKT, IEC 60332-3, IEC 61034, 

IEC 60754-1, IEC 60754-2 





(at f=800Hz) ≤ 100 nF/km 


≤ 75 V DC 








C100 

Ø 

0.8 


dimension of 

conductor 


DC 

n 

number of 

double cores 

filling 


armouring


Halogenfree, shielded installation cable CU/PE/FOL/AL/FRNC (55 nF) 



CU/PE/FOL/AL/FRNC 2x2x0.5 2 5.0 27 









Application 


to protect people and real values against fire as well as telecommunication 

cable for measuring and controlling purposes in industrial plants. In case of fire 

no corrosive gases will be emitted. 

Construction 



Colour code: WT/BU; WT/OR; WT/GN; WT/BN; WT/GY; RD/BU; 

RD/OR; RD/GN; RD/BN; RD/GY 








Laying 


Marking 

 

C55 

Ø 

0.5 


dimension of 

conductor 



standard TDK-TS 900 012, IEC 60332-1 


DC 

n 



differential resistance ≤ 2 % 






(at f=800Hz) pair-pair ≤ 250 pF/500m 

mean value 95% ≤ 150 nF/500m 


≤ 75 V DC 


conductor/conductor 1500 V/DC 1min 




number of 

double cores 

filling 


armouring


Halogenfree, shielded installation cable CU+TIN/PA/FOL/AL/FLET/FRNC (110 nF) 

Type number of number of outer diameter weight 

double cores units approx. mm approx. kg/km 

CU+TIN/PA/FOL/AL/FLET/FRNC 2x2x0.4 2 1x2 5.0 24 




CU+TIN/PA/FOL/AL/FLET/FRNC 12x2x0.4 12 1x8 + 1x4 8.0 68 





CU+TIN/PA/FOL/AL/FLET/FRNC 128x2x0.4 128 4x(4x8) 21.0 504 

Application 


to protect people and real values against fire as well as telecommunication 

cable for measuring and controlling purposes in industrial plants. In case of fire 

no corrosive gases will be emitted. 

Construction 


Insulation: polyamide (PA) 

Core colours: a-core: WT, RD, BK, YE 

b-core: BU, OR, GN, BN, GY 

Cable make up: 2 cores twisted to pairs, 8 or 10 pairs stranded together 

to units, units stranded together in concentric layers to 

cable core, units identified by coloured helix, cable core 


Screening: aluminium laminated PETP-foil (AL) 

Screening: tinned copper braid (FLET) 


Laying 

for indoor applications, not suitable for outdoor laying or into earth 

Marking 

 


C110 

Ø 

0.4 


dimension of 

conductor 



standard TDK-TS 900 012, IEC 60332-1 

DC 

n 



differential resistance ≤ 2 % 






(at f=800Hz) pair-pair ≤ 250 pF/500m 

mean value 95% ≤ 150 nF/500m 


≤ 75 V DC 






number of 

double cores 

filling 


armouring


Halogenfree, unshielded switchboard cable NOPT 

Type number of 

unit outer diameter weight 

double cores construction approx. mm approx. kg/km 

NOPT 1x2x0.6 1 1x2 3.0 11 

NOPT 1x4x0.6 2 1x4 4.0 22 

NOPT 2x2x0.6 2 2x2 5.0 24 

NOPT 3x2x0.6 3 3x2 5.0 32 

NOPT 4x2x0.6 4 4x2 5.0 38 

NOPT 5x2x0.6 5 5x2 6.0 46 

NOPT 6x2x0.6 6 6x2 7.0 54 

NOPT 7x2x0.6 7 7x2 7.0 61 

NOPT 8x2x0.6 8 8x2 7.0 67 

NOPT 10x2x0.6 10 10x2 8.0 80 

NOPT 12x2x0.6 12 12x2 9.0 95 

NOPT 15x2x0.6 15 15x2 11.0 118 

NOPT 20x2x0.6 20 20x2 12.0 153 

NOPT 25x2x0.6 25 25x2 13.0 190 

NOPT 30x2x0.6 30 3x10 14.0 226 

NOPT 40x2x0.6 40 4x10 16.0 299 

NOPT 50x2x0.6 50 5x10 17.0 372 

Application 

As switchboard cable in telecommunicatuion and information systems, with 

high safety standards and to protect people and real values against fire; as 

connecting cable between racks and main distribution frames in telecommunication 

exchanges and railway interlocking cabins. 

Construction 

Conductor: solid, tinned copper wire Ø 0.6 mm 

Insulation: PE 

Colour code: according to IEC 60189-2 colour code CN-1 

Cable make up: 2 cores twisted to pairs, 25 (10) pairs stranded together 

to units, units cabled together in concentric layers to 

cable core, units (or groups of units) are identified by 

numbers, cable core wrapping of plastic foil (> 5 pairs) 

Sheath: FRNC-compound, white 

Laying 

for indoor and outdoor applications, not suitable for direct earth laying 

Marking 

- 

C70 

Ø 

0.6 


dimension of 

conductor 



standard NKT; IEC 60189-2, IEC 60332-1 


DC 

n 





(at f=800Hz) mean value ≤ 70 nF/km 


(at f=800Hz) ≤ 400 pF/500m 


≤ 75 V DC 



1000 V/AC 


tensile strength ≤ 50 N/mm 2 overall 

copper cross section 




number of 

double cores 

filling 


armouring


Halogenfree switchboard cable with static shield NOPTS 

Type number of unit outer diameter weight 

double cores construction approx. mm approx. kg/km 

NOPTS 1x2x0.6 1 1x2 3.0 13 

NOPTS 1x4x0.6 2 1x4 5.0 29 

NOPTS 2x2x0.6 2 2x2 6.0 30 

NOPTS 3x2x0.6 3 3x2 6.0 36 

NOPTS 4x2x0.6 4 4x2 6.0 42 

NOPTS 5x2x0.6 5 5x2 7.0 49 

NOPTS 6x2x0.6 6 6x2 7.0 57 

NOPTS 8x2x0.6 8 8x2 8.0 72 

NOPTS 10x2x0.6 10 10x2 9.0 82 

NOPTS 12x2x0.6 12 12x2 10.0 97 

NOPTS 15x2x0.6 15 15x2 12.0 121 

NOPTS 20x2x0.6 20 20x2 13.0 155 

NOPTS 30x2x0.6 30 3x10 15.0 231 

NOPTS 40x2x0.6 40 4x10 18.0 307 

NOPTS 50x2x0.6 50 5x10 19.0 376 

Application 





Construction 



Colour code: according to IEC 60189-2 colour code CN-1 

Cable make up: 2 cores twisted to pairs, 25 (10) pairs stranded to units, 

units stranded together in concentric layers to cable 

core, units (or groups of units) are identified by numbers, 

plastic foil 

Drain wire: solid, tinned wire Ø 0.4 mm 

Screening: aluminium laminated plastic foil, rip cord 


Laying 


Marking 

- 


C80 

Ø 

0.6 


dimension of 

conductor 



standard NKT; IEC 60189-2, IEC 60332-1 

DC 

n 





(at f=800Hz) mean value ≤ 80 nF/km 


(at f=800Hz) ≤ 400 pF/500m 


≤ 75 V DC 

dielectric strength conductor/conductor 1500 V/DC 1min 

1000 V/AC 







number of 

double cores 

filling 


armouring


Halogenfree, unshielded switchboard cable NOPTK 


cores approx. mm approx. kg/km 

NOPTK 2x0.6 2 3.0 13 

NOPTK 3x0.6 3 3.0 16 

NOPTK 4x0.6 4 3.0 19 

NOPTK 5x0.6 5 4.0 23 

NOPTK 6x0.6 6 4.0 27 

NOPTK 8x0.6 8 5.0 34 

NOPTK 10x0.6 10 5.0 41 

NOPTK 12x0.6 12 5.0 44 

Application 





Construction 

Conductor: solid tinned copper wire Ø 0.6 mm 


Colour code: RD, BU, YE, WT, GN, BK, GY, BN, VI, OR, PK, LGY 

Cable make up: cores twisted together in concentric layers, cable core 

wrapping with tapes (> 5 pairs) 


Laying 


Marking 

- 

C70 

Ø 

0.6 


dimension of 

conductor 



standard NKT; IEC 60332-1 





(at f=800Hz) ≤ 70 nF/km 


≤ 75 V DC 

dielectric strength conductor/conductor 1500 V/DC 1min 

1000 V/AC 







number of 

double cores 


n 

filling 


armouring


Halogenfree switchboard cable for IHC-systems IHC Link 



IHC LINK-6 3x2x0.6 3 5.5 32 

IHC LINK-10 5x2x0.6 5 6.0 46 

Application 

As switchboard cable in all classes, in dry and occasionally damp rooms with 

high safety standards and to protect people and real values against fire; for 

IBI-installations (IHC-systems; intelligent building installation). 

Construction 



Colour code: BK/BU; WT/OR; VI/GN; RD/BN; YE/GY 

Cable make up: 2 cores twisted to pairs, pairs stranded together to 

cable core 


Laying 


Marking 

 


C70 

Ø 

0.6 


dimension of 

conductor 



DC 

3 / 5 

standard LK, NKT 

IEC 60332-1, IEC 61034; 

IEC 60754-1, IEC 60754-2, 

DS 2393-1 





(at f=800Hz) ≤ 70 nF/km 


(at f=800Hz) ≤ 400 pF/500m 

Operating voltage ≤ 50 V AC 

≤ 75 V DC 

dielectric strength conductor/conductor 2500 V/DC 5 min 


tensile strength IHC LINK-8 ≤ 85 N 

IHC LINK-10 ≤ 141 N 




number of 

double cores 

filling 


armouring


Halogenfree switchboard cable NOTE ISDN 



NOTE ISDN 2x2x0.5 2 5.0 23 

NOTE ISDN 4x2x0.5 4 6.0 35 

Application 

As switchboard cable in all classes, in dry and occasionally damp rooms with 

high safety standards and to protect people and real values against fire. In 

case of fire no corrosive gases will be emitted; for ISDN-installations. 

Construction 



Colour code: WT/BU; WT/OR; WT/GN; WT/BN 

Cable make up: 2 cores twisted to pairs, pairs stranded together to 

cable core, rip cord 


Laying 


Marking 

- 

C64 

Ø 

0.6 


dimension of 

conductor 



DC 

2 / 4 

standard NKT 

IEC 60332-1, IEC 61034; 

IEC 60754-1, IEC 60754-2 



resistance difference of conductor ≤ 2 % 



(at f=800Hz) ≤ 64 nF/km 


(at f=800Hz) pair ≤ 250 pF/500m 

mean value (95%) ≤ 150 pF/500m 

Operating voltage ≤ 50 V AC 

≤ 75 V DC 

number of 

double cores 







filling 


armouring


Foam-skin-PE-insulated, halogen-free installation cable ADSL-02YS(ST)H ..x2x0.5 BD 



ADSL-02YS(ST)H 40x2x0.5 BD 40 16.6 270 

Specification 

Application 

For telecommunication purposes and for transmission of signals. Optimized 

for ADSL-applications 

downstream (ds) £ 8.125 Mbit/s 

upstream (us) £ 1.25 Mbit/s 

Construction 


Insulation: Foam-skin PE (02YS) 

Core colours: a-core: WT (1-5), RD (6-10) 

b-core: BU, OR, GN, BN, GY 

Cable make up: 2 cores twisted to pairs, 10 pairs stranded together 

to basic units (BD), units identified with an open 

helix with numbers, 

basic units cabled together in layers to the cable 

core 


Screening: aluminium laminatet plastic foil (ST) 

Sheath: FRNC-compound (H), grey (RAL 7032). 

Design 

40 pairs, other numbers of pairs on request 

Laying 

suitable for installation in dry and damp rooms, conditionally for fixed outdoor 

laying. Not suitable for direct earth laying or into water. 

Marking 

 


C42 

Ø 

0.5 


dimension of 

conductor 


Technical Data (at 20°C) 

DC 

40 

standard IEC 60708, IEC 60332-1 


loop resistance ≤ 191.8 Ω/km 



(at f=800Hz) ≤ 42 nF/km 


(at f=800Hz) 100% ≤ 250 pF/500m 

95% ≤ 150 pF/500m 

impedance Z 

≥ 1 MHz 120±15 Ω 

frequency Attenuation NEXT FEXT 

f α αNNαFN Hz dB/100m dB dB 

max. typ. min. typ. min. typ 

1 k 0.15 0.14 102 105 87 90 

4 k 0.55 0.54 78 81 80 83 

150 k 0.70 0.68 69 72 62 65 

1 M 1.6 1.5 57 60 50 53 

10 M 5.1 5.0 42 45 40 43 

Range (calculated values) 

ADSL-services ADSL-cable Standard cable*) 

ds/us (kbits/s) min. (m) typ. (m) approx. (m) 

512/64 5790 6270 3500 - 5170 

6400/256 3090 3600 < 1970 

8125/512 2000 2720 < 950 

*) refering to the used cable type 

operating voltage ≤ 225 V (peak value) 

dielectric strength 500V/50Hz conductor/conductor 

2000V/50Hz conductor/shield 


during installation –20 up to +50°C 


number of 

double cores 

filling 


armouring

General Information 

Types Page 74 

Letter symbols Page 75 

Examples for telecommunication cables Page 75 

Basic formulas for telecommunication technique Page 76 

Units Page 76 

Basic formulas for homogeneous, symmetrical cables Page 76 

Shifting guideline Page 78 

Bending radius Page 78 

Installation temperature Page 78 

Tensile load for control and telecommunication cables Page 78 

Tensile load for telecommunication cables with guaranteeing tensile strength resistance Page 79 

Common explanations Page 80 

Pictograms Page 80 

Characteristic features of insulation and sheath material Page 81 

RAL-colour code Page 82 

Behaviour in case of fire, fire away line, fire load Page 83 

Nominal data of wooden drums Page 85 

Drums according to DIN 46391 (dimensions, weights) Page 85 

Capacity (spooling length) Page 86 

Terms of delivery Page 89 

Other products Page 91 


Types 

Signalling- and measuring cables 

Signal and measuring cables are used for transmission of DC- and low 

frequency AC-signals in telemetering-, signal-, clock- and paging 

systems as well as for control system (railway signals, signal boxes) 

and for supervision systems. 

The cables consist of PE-insulated cores, which are stranded together 

in concentric layers. The non-armoured types have a PVC-sheath over 

the cable core, the armoured types have a PVC-sheath (PE-sheath 

according to ÖVE), a steel tape armouring and a PVC-outer protective 

cover. 

Local outdoor telecommunication cables 

They are used in local telecom networks, for the connection of telephone 

sets to telephone exchanges and as connection cables in industrial 

fields and in offices. 

The cables have quads of PE-, foam-PE- or foam-skin-PE 

insulated cores; the quads are stranded to unitss, the units are stranded 

to the cable core. The composite-layer sheath have a double-coated 

aluminium foil bonded with the PE-sheath. Petrol jelly fillings or 

swellable materials prevents water penetration along the cable. 

For special applications or customer-specifications the cables get 

additionally components, for example: 

– PE-sheath, reinforced 

– steel tape or steel wire armouring 

– PE or PVC protective cover 

– aluminium laminated PET-foil instead of aluminium 

tape 

Selfsupporting aerial cables 

Selfsupporting aerial carrier cables, so called SETRA cables, are used 

within the telecommunication network of the PTTs as well as in the 

domain of private telecom and data transmission networks. 

They have PE-insulated quads cabled to units and if necessary a 

shielding of aluminium foil; cable core and a supporting rope of galvanized 

steel wires with common PE-sheath (e.g. PVC-sheath). Also 

available with quads stranded in layers. 

Installation cables 

They are mainly needed for construction of telephone sets and extensions 

and suited for fixed laying on dry and wet ground material indoor 

and outdoor. 

The PVC-insulated pairs or quads are stranded together in layers or 

units. Depending on the type the cables are unshielded or shielded 

with an aluminium foil (static shield) and surrounded with a PVCsheath. 

Cables for industrial electronics 

These cables are used for transmission of signals and measuring 

values in units of the measuring, control and power electronic techniques 

as well as for data processing. 

They are composed of PVC-insulated cores or pairs stranded together 

into units. The shielded types have a screening of aluminium foil or 

copper braid. The cables for industrial electronics have a PVC-sheath. 

Switchboard cables 

Switchboard cables are used as connection between racks, main distributors 

and switch stations in different kinds of railway offices (central 

offices, amplification bases and signal boxes). 

The cores are PVC-insulated. Cores are stranded together in layers; 

shielded pairs, triples, quads or quintuples are stranded together in 

layers or units. The shielded types have a screening of aluminium laminated 

PET-foil (static shield) over the cable core, the switchboard 

cables have a PVC-sheath. 

Telecommunication switchboard wires 

They are used for switching and wiring of telecommunication instruments 

and similar ones, i.e. telephone exchanges, amplification bases 

and selection amplifiers. 

They consist of one or more twisted cores with PVC-insulation. 

Shielded switchboard strands 

They are used for switching of telecommunication instruments and 

similar ones, e.g. telephone exchanges, amplification bases and selection 

amplifiers. 

Shielded switchboard strands consists of one or more twisted, PVCinsulated 

cores, a copper braid screening and a PVC-sheath. 

Telecommunication installation wires 

Telecommunication installation wires are used for switching of telecom 

instruments in dry and eventually dump areas. 

They consists of one or more twisted PVC-insulated cores. 

Special cables for telecommunication 

Telecom cables for very specified applications and different special 

constructions (i.e. power protection cables, lightning protected telecommunication 

cables,railway signalling cables with inductive protection,...) 

belong to this field. 

Control cables 

Control cables are used for transmission of analogue and digital signals. 

Special constructions have proven to work under difficult transfer 

conditions and extreme severe environmental influences. 

Main applications: industrial process control, refineries, fuel dumps, 

chemical industry, power plants, as well as in sciences and research 

work. 


Letter symbols 

Letter Description 

symbol 

A- outdoor cable (GE) 

A aluminium shield (AT) 

AB outdoor cable with high voltage protection (GE) 

AD- outdoor cable for power line protection (e.g. Differentialschutz) 

(GE) 

AJ- outdoor cable with inductive protection (GE) 

AL aluminium shield (DK) 

AL+PE aluminium-PE laminated sheath (DK) 

B armouring (AT/GE) 

BD cables with units (GE) 

(1B...) one layer steel tape; ...mm thickness of steel tape 

(GE) 

C protective cover of tarred jute (GE) 

C shield (copper braid) (GE) 

C shield (copper tape) (AT) 

CU copper conductor (DK) 

D shield with stranded copper wires (GE) 

DM Dieselhorst-Martin quad (GE) 

E drain wire (AT) 

F filling of cable core (GE) 

F quad with phantom utilization (GE) 

F installation cable, flat design (GE) 

F flat wire armouring (AT) 

F- telecomunication outdoor cable (AT) 

FI- telecommunication indoor cable (AT) 

FOL foil (DK) 

(FA) longitudinally aluminiumtape (GE) 

(F...) flat wire; thickness in ...mm (GE) 

G conter helix (AT) 

G- mine cable (GE) 

H skin (in foam-skin insulations) (AT) 

(H...) peak value of mutual capacitance [nF/km] (GE) 

J cable core jelly filled (AT) 

J- installations cable (GE) 

JE- installations cable for industrial electronics (GE) 

...IMF element with metallic foil and drain wire (AT/GE) 

-K additionally corrosion proofing over armouring (GE) 

(K) innersheath and shield of londgitudinally copper 

tape (GE) 

Kx coax pair (AT/GE) 

KF design with resistance to cold (GE) 

L smooth aluminium tape (GE) 

(L) laminated aluminium tape (GE) 

(L)2Y composite layer sheath (GE) 

L- sheathed flexible cable (GE) 

LD corrugated aluminium sheath (GE) 

Examples for telecommunication cables 

Letter 

symbol 

Description 

LG cabling in layers (GE) 

LI stranded or bunched conductor (GE) 

M lead sheath (AT/GE) 

MZ lead sheath with addition of setting (GE) 

2M lead sheath with addition of setting (AT) 

(M...) max. mean value of mutual capacitance [nF/km] (GE) 

OF filling of cable core with special material (GE) 

P paper insulation (AT/GE) 

P pair (GE) 

PAP paper (wrapping) (DK) 

PE polyethylene (outer) sheath (DK) 

perf perforated (GE) 

Q steel wire braid (AT/GE) 

(R...) round wire; diameter in ... mm (GE) 

R round wire armouring (AT) 

S railway signalling cable (GE) 

S- switchboard cable (GE) 

S- railway signalling cable (AT) 

SMPE foam-skin-PE insulation (DK) 

SPE foam-PE insulation (DK) 

ST quad in cables for long distances and phantom 

utilisation (GE) 

ST I quad in cables for long distances (GE) 

ST III quad in local telecommuncation cables (GE) 

(S...) set value of mutual capacitance [nF/km] (GE) 

(ST) static shield of metallic tape or aluminium laminated 

pet-foil (GE) 

T suspension wire (AT/GE) 

TF carrier frequency quad (GE) 

TF swelling material (GE) 

V tinned copper wire (AT) 

VAS filling of cable core (DK) 

vzn tinned (GE) 

W corrugated steel sheath (GE) 

Y PVC insulation, sheath or protective cover PVC (AT/GE) 

YV PVC sheath or protective cover, reinforced (GE) 

Y3V PVC sheath or protective cover, reinforced (AT) 

(Z) steel- or PA-braid, rssistant to extension (GE) 

(ZG) glass yarn strength members (GE) 

2Y PE isulation, sheath or protective cover (AT/GE) 

2YV PE sheath or protective cover, reinforced (GE) 

2Y3V PE sheath or protective cover, reinforced (AT) 

02Y foam-PE insulation (AT/GE) 

02YH foam-skin-PE insulation (AT) 

02YS foam-skin-PE insulation (GE) 

A-02YSF(L)2Y 200x2x0.8 ST III BD 

Longitudinally waterproof local telecommunication cable with 100 foam-skin PE insulated quads, bare copper conductor, diameter 0.8 mm, 

stranded to units, jelly filled, paper tape covering and composite layer sheath; (similar to FTZ). 

J-Y(ST)Y 20x2x0.6 LG 

Installation cablel with 20 PVC-insulated pairs, bare copper conductor, diameter 0,6 mm, stranded in layers, plastic tape wrapping, static 

shield PETP aluminium foil with drain wire and PVC-sheath; (according to VDE 0815). 

A-2YYBY 16x1x0.9 S LG 

Railway signal cable with 16 PE insulated cores, stranded in layers, bare copper conductor, diameter 0.9 mm, plastic tape wrapping, PVCsheath, 

stell tape armouring and PVC protective cover (according to VDE 0816/part 2). 


Basic Formulas of Telecommunication Technique 

Units 

Term Symbol Letter symbol Unit 

angular frequency ω s -1 1/second 

attenuation (equivalent) a, α dB (Np) dezibel (neper) 

attenuation coefficient α dB/km (Np/km) dezibel (neper)/km 

capacitance load per unit length C’ F/km farad/km 

capacitance unbalance k, / k 1 / k 2,3 /k 9-12 / e 1,2 pF pikofarad 

conductivity κ Sm/mm² siemensmeter/mm² 

conductance G mS/km millisiemens/km 

conductance per unit length G’ S/km siemens/km 

conductor cross section q mm² millimeter² 

conductor resistance R Ω/km ohm/km 

current, strength of current I A ampere 

dissipation factor tan δ - - 

frequency f Hz hertz 

group delay τ g s/km second/km 

inductivity L mH/km millihenry/km 

inductivity load per unit length L’ H/km henry/km 

insulation resistance R is MΩkm megaohmkilometer 

image phase change coefficient β rad/km rad/km 

impedance (amount) Z Ω ohm 

impedance (complex) Z L Ω ohm 

impedance (imaginary part) Z i Ω ohm 

impedance (real part) Z r Ω ohm 

line length l km kilometer 

level p dB (Np) dezibel (neper) 

magnetic unbalance m nH nanohenry 

mutual capacitance C nF/km nanofarad/km 

mutual inductance M mH/km millihenry/km 

near end cross talk attenuation (equivalent) a n , α n dB (Np) dezibel (neper) 

phase delay τ p s/km second/km 

power P W watt 

reduction factor r k - - 

reflection coefficient r - - 

relative permittivity ε r - - 

resistance load per unit length R’ Ω/km ohm/km 

specific resistance s Ωmm²/m ohm mm²/m 

temperature t °C degree celsius 

velocity of propagation v ü bit/s bit/second 

voltage U V volt 

wave length λ m meter 

Basic formulas for homogeneous, symmetrical cables 

Conductor resistance 

Complex characteristic impedance 

(Ω) 

- 

Rt resistance at t °C in Ohm 

R20 resistance at 20°C in Ohm 

t temperature in °C 

k 0.00393 for Cu or 0.00403 for Al 

Angular frequency Dissipation factor 


Basic Formulas of Telecommunication Technique 

Basic formulas for homogeneous, symmetrical cables 

Impedance (amount) at low frequencies 

(voice frequency) 

(Ω) 

Attenuation at low frequencies 

(voice frequency) 

(Np/km) 

(dB/km) 

Impedance (amount) at high frequencies (ω L>R) 

(Ω) 

L inductivity (H/km) 

C mutual capacitance (F/km) 

Attenuation at high frequencies (w L>R) 

R loop resistance (Ω/km) 

G conductance (S/km) 

(Np/km) 


Shifting Guideline 

Bending radius 

When laying and bending the cables as well as at the mounting points (e.g. brackets) the bending radius R may not come up to those 

below stated. When forming out the cables during the assembly of appropriate treatment the minimum bending radius may be reduced at 

the most to half of the indicated values. 

Installation temperature 

Cable typ Bending radius R 

minimum value 

installation cables, switchboard cables 7.5 x D A 

outdoor cables with composite layer sheath 7.5 x D A 

outdoor cables 10 x D A 

D A .... cable outer diameter 

For the transfer not the ambient temperature but the temperature of the cable is determining. With low ambient temperatures cables can 

be warmed up before shifting by suitable measures in such a way that the cable inside is not cooling under the permissible shifting temperature 

during the entire shifting procedure. Stress and jerks as well as stress by impact are to be avoided at low temperatures. The pulling 

speed of the cables should be as even as possible. 

temperature range during installation: 

cables with Polyethylene sheath (PE) -20ºC up to +50ºC 

cables with Polyvinylchlorid sheath (PVC) -5ºC up to + 50ºC 

Tensile load for control- and telecommunication cables (according to VDE 0891/part 6) 

The tensile stress indicated in the following tables applies uniformly to all for with guaranteeing tensile strength armouring cable, with 

which is included the cable core frictional connected with the cable sheath - either over a tie rod with pulling eye or a firmly mounting 

pulling trunk . 

Number of 

cores 

Maximum allowed value of tensile load [N] 

Conductor diam. 0.9 1.4 1.8 

4 100 300 500 

5 150 400 650 

8 250 600 1000 

12 350 900 1450 

16 500 1200 1900 

21 650 1500 2400 

27 800 1900 3100 

33 1000 2300 3700 

40 1200 2700 4400 

48 1450 3200 5300 

56 1650 3700 5800 

65 1950 4300 6700 

75 2200 4800 7600 

80 2350 5100 8000 

96 2800 6000 9200 

108 3100 6800 10000 

114 3250 7100 10600 

133 3700 7900 12000 

147 4000 8600 13000 

154 4200 8900 13500 

176 4700 9900 15200 

200 5300 11000 17000 


Shifting Guideline 

Tensile strength of telecommunication outdoor cables with guaranteeing tensile strength resistance 

Number of Maximum allowed value of tensile load [N] 

double cores 

Conductor diam. 0.4 0.6 0.8 0.9 1.2 1.4 

5 350 

6 250 400 

10 300 500 600 700 1200 1600 

20 400 700 1000 1300 2300 2800 

30 500 950 1500 1900 3200 4000 

40 650 1200 2000 2500 4100 5200 

50 750 1500 2500 3000 5000 6400 

60 850 1700 2900 3500 6000 7500 

70 1000 2000 3400 4100 6700 8500 

80 1100 2300 3800 4600 7500 9500 

100 1400 2800 4600 5700 9000 11400 

120 1600 3400 5400 6600 10500 

150 2000 4100 6600 8000 12500 

200 2600 5200 8500 10000 15700 

250 3300 6400 10000 12000 18800 

300 3900 7400 11500 13500 20000 

350 4300 8600 13000 15000 

400 4900 9600 14500 16300 

500 5900 11500 17000 18700 

600 6800 13200 19000 

700 7600 14500 20500 

800 8400 15500 21500 

1000 9800 17500 

1200 11000 19000 

1500 12500 

2000 14400 

The values in the tables above refer to unarmoured cables with no guaranteeing tensile strength armouring. If higher traction loads are 

necessary, cables with a a garanteeing tensile strength armouring (steel round or rectangular wire) are to be planned. 

For the calculation of the tensile load for such cables applies an approximate value of 12 daN for each mm2 steel cross section. 


Common Explanations 

Pictograms 

All datasheets are signed with common pictograms, which describe the cable make up and will lighten the localisation of the most applicable 

cable type. 

Mutual capacitance 

Dimension of copper conductor 

conductor diameter [mm] 

Ø 

0,5 

cross section [mm 2 ] 

Cable elements 

Filling 

C35 C38 C42 C50 C52 C55 C60 

Ø 

0,4 

Ø 

0,6 

Ø 

0,8 

core pair triple quad quintuple pair in metal foil “PIMF” 

Number of double cores (DC) 

DC, talking circuit 

unfilled petrol jelly Füllnidz dry filling / swellable materials 

Overall screening, armouring 

unshielded 

DC 

4 

DC 

2-4 

DC 

4-8 

foil copper braid 

or tape 

Ø 

0,9 

DC 

n 

Ø 

1,0 

foil and copper 

braid 


Ø 

1,2 

copper wires 

Ø 

1,4 

Ø 

1,8 

composite layer (L) armouring (steel tape, 

round steel wires)


Characteristic features of insulation and sheath materials 

Material Resistance to Spec. volume Continous possible 

break-down resistance operating temperature 

[kV/mm] [Ωcm] dauernd [°C] 

PVC (standard compound) 25 10 13 –20 up to +70 

PVC (compound for telephon cores) 25 10 15 –10 up to +70 

LDPE 70 10 17 –50 up to +70 

HDPE 85 10 17 –50 up to +90 

Foam-PE 60 10 17 –50 up to +70 

Material Operating temperatur Decomposition- Inflammability 

(short time) or distortion- 

[°C] temperature [°C] 

PVC (standard compound) +100 +120 self-extinguishing 

PVC (compound for telephon cores) +100 +120 self-extinguishing 

LDPE +100 +110 inflammable 

HDPE +120 +130 inflammable 

Foam-PE +90 +110 inflammable 

Material Water- Weather- Chemical Radioabsorption 

proof resistance resistance 

% (general) x10 6 rad 

PVC (standard compound) 0.4 good limited 17 

PVC (compound for telephon cores) 0.4 good limited 17 

LDPE 0.1 good limited good 19 

HDPE 0.1 limited limited good 19 

Schaum-PE 0.1 good limited good 19 

Material Relative Density Tensile Breaking Letterpermittivity 

strength elongation symbol 

ε [g/cm 3 ] [MPa] % 

PVC (standard compound) 5–8 1.45 15 250 Y 

PVC (compound for telephon cores) 3–4 1.4 20 200 Y 

LDPE 2.3 0.92 20 400 2Y 

HDPE 2.3 0.945 25 500 2Y...HD 

Foam-PE 1.6 0.65 10 500 02Y 



RAL-colour code 

colour- colour huenumber 

expresion 

1001 beige beige 

1012 yellow lemon yellow 

1013 white oyster white 

1014 ivory ivory 

1015 beige light ivory 

1016 yellow sulfur yellow 

1019 beige grey beige 

1021 yellow rape yellow 

2000 orange yellow orange 

2002 orange vermilion 

2003 orange pastel orange 

2004 orange pure orange 

3000 red flame red 

3002 red carmine red 

3004 red purple red 

3015 pink light pink 

4001 violet red lilac 

4003 violet hether violet 

4005 violet blue lilac 

5002 blue ultramarine blue 

5010 blue gentian blue 

5012 blue light blue 

colour- colour huenumber 

expresion 

5014 blue pigeon blue 

5015 light blue sky blue 

5019 blue capri blue 

6000 green patina green 

6001 green emerald green 

6003 green olive green 

6005 green moss green 

6010 green grass green 

6018 green yellow green 

6027 turquoise light green 

7000 grey squirrel grey 

7001 grey silver grey 

7021 grey black grey 

7032 grey (ptt grey) pebble grey 

7035 grey light grey 

7037 grey dusty grey 

8003 brown clay grey 

8011 brown nut brown 

8014 brown sepia brown 

8024 brown beige brown 

9001 white cream 

9005 black jet black 

9007 silver grey grey aluminium 


Behaviour in Case of Fire, Fire Away Line, Fire Load 

In the European standards EN 50167, EN 50168 and EN 50169 data 

cables with halogen-free outer sheath are required. The consideration 

and adherence to these standards are recommended particularly with 

public setting e.g. hospitals, schools and airports. In addition with 

other buildings with high person or real value concentration a use of 

halogen-free cables is practical. 

Cable with PVC-sheath 

In the case of fire standard PVC materials can transmit fires and form 

hydrochloric acid (HCI) by splitting off hydrogen chloride gas in 

connection with moisture (e.g. fire fighting water). It continues to co me 

to a strong smoke development with burning PVC (polyvinyl chloride) 

and the corrosive damage at buildings and equipment can often devastating 

extents assume, which exceed far the actual fire damage. 

Cables with halogenfree sheath 

Hereby materials are used, which do not contain halogens (e.g. chlorine) 

and which do not set free corrosive gases in the case of fire. Also the 

proportion of toxic gases is reduced to a minimum, and smoke development 

and fire away line are hardly still available or possible. Designation 

notes at the cable are e.g. the abbreviations FRNC or LSOH. 

In detail these designations are meaning: 

FR – flame retardant 

(fire-away-line-restraining) 

NC – non corrosiv 

(no corrosive constituents) 

LS – low smoke 

(low smoke development) 

0H – zero halogen (halogen-free) 

Another big advantage by using such materials is, that the free view 

on gears and escape routes is kept. Please note that you have to take 

care that such kinds of materials are also used by other products , 

e.g. power cables or cable run channels. 

Fire load [kWh/m], [MJ/m] 

In each building there are many different inflammable installations or 

products. Also cable and cores (although hidden in intermediate ceilings 

or channels), which can in particular represent a substantial 

component in administration buildings belong to them. These cables 

have most divergent powers (heat values) and the total fire load of a 

building could clearly increase. Therefore you should be pay attention 

to the fact, when planning that the fire load quantities are kept as 

small as possible. 

Testing method according to IEC 60332-1 

Samples 

From the end of the tested cable a sample piece of 600±25 mm is taken. 

Preparation (fig.1) 

Propane from cylinder with burner, flame height 175 mm. 

Sample is hung up vertically into the center of a metal box, (metal 

box: h=1200±25 mm, b=300±25 mm, t=450±25 mm, front open). 

Flame cone of the gas burner has to be fixed in an angle of 45° approx. 

100 mm above the lower sample. 

With cable diameter up to 50 mm one burner is used, with cable diameter 

over 50 mm two burners are used. 

Execution 

t = duration of the flaming action in s 

m = weight of the sample in g 

Analysis 

The test is considered as positively passed if the sample did not burn 

or the flames automatically go out and the fire damage does not 

reach the upper end of the sample. 

Fire-pure e.g. soot lining and colour modification are not does claimed. 

Samples 

From the end of the tested cable a sample piece of 600±25 mm is taken. 

Preparation 

Propane from cylinder with burner, flame height 125 mm. 

Sample is hung up vertically into the center of a metal box, (metal 

box: h=1200±25 mm, b=300±25 mm, t=450±25 mm, front open). 

Flame cone of the gas burner has to be fixed in an angle of 45° approx. 

100 mm above the lower sample. 

Execution 

max. 20s 

t = 60 + —— m 

25 

Testing method according to IEC 60332-2 

Analysis 




Fire-pure e.g. soot lining and colour modification are not does claimed. 


Behaviour in Case of Fire, Fire Away Line, Fire Load 

Testing methodes according to IEC 60332-3 

Samples 

From the end of the tested cable sample pieces of 360 mm are taken. 

The number of samples depends on the cable diameter. 

Preparation (fig. 2) 

The samples are arranged at the test rack as follows: 

Telecommunication cables and cords as well as control cables and 

cords with an outside diameter ≤30 mm without distance. 

The number has to be selected in such a way that the grouping width 

results of min.180; the distance of the outside samples to the lateral 

side piece of the ladder should be approx. 90 up to 120 mm; mounting 

of the samples with steel wires; the test rack is inserted vertically 

into the suspension of the furnace. Dimensions of the furnance as 

well as air volume and temperature are exactly regulated. 

Burner, 77.7±4.8 l/min propane and 13.5±0.5 l/h air measured at 

20°C and 1 bar. 

Before starting the test the test set-up has to be conditioned at room 

temperature for mind. 16 h. 

Flame of the gas burner has to be fixed in an angle of 90° approx. 75 

mm above the lower sample. 

Execution 

Duration of the flaming action at least min. 20 minutes 

Analysis 




Fire-pure e.g. soot lining and color modification are not does claimed. 

Testing method 1 Testing methode 3 


Fig.1 

Fig.2 

The test according to test type 3 shows very realistically the possible 

fire in a vertical duct.

Nominal Data of Wooden Drums (DIN 46391) 

Drums according to DIN 46391 (dimensions, weights) 

identification drum flange-diameter barrel-diameter width traverse width carrying drumnumber 

dimesion D d B b capacity weight 

[mm] [mm] [mm] [mm] aprrox. [kg] aprrox. [kg] 

051 05 500 150 470 400 – 8 

E6 06 600 300 450 – – 20 

061 06 630 315 415 315 250 13 

071 07 710 355 500 400 400 25 

E8 08 800 400 560 – – 40 

081 08 800 400 500 400 600 31 

091 09 900 450 670 560 800 47 

E10 10 1000 550 700 – – 80 

101 10 1000 500 690 560 900 71 

E12 12 1200 700 790 – – 150 

121 12 1250 630 860 666 1700 144 

E14 14 1400 850 870 – – 200 

141 14 1400 710 870 660 2000 175 

E16 16 1600 1000 970 – – 350 

161 16/8 1600 800 1060 844 3000 280 

162 16/10 1600 1000 1100 835 3000 271 

E18 18 1800 1150 1110 – – 500 

181 18/10 1800 1000 1060 835 4000 380 

182 18/12 1800 1250 1100 825 4000 352 

E20 20 2000 1300 1190 – – 600 

201 20/12 2000 1250 1310 1035 5000 550 

202 20/14 2000 1400 1345 1030 5000 544 

E22 22 2200 1450 1330 – – 700 

221 22/14 2240 1400 1410 1140 6000 710 

222 22/16 2240 1600 1475 1130 6000 738 

E24 24 2400 1600 1380 – – 900 

250 25/14 2500 1400 1450 1140 7500 875 

251 25/16 2500 1600 1450 1130 7500 900 

252 25/18 2500 1800 1475 1120 7500 909 

E26 26 2600 1700 1450 – – 1100 

E28 28 2800 1800 1650 – – 1400 

281 28/18 2800 1800 1590 1280 10000 1175 

E30 30 3000 1900 – 1270 10000 1600 

up to drum dimension 10 with cable bushing 



Capacity (spooling length in m) cable-diameter 6 - 23 mm 

identification cable diameter in millimeter [mm] 

number 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 

061 1113 845 637 472 386 314 253 237 189 179 140 134 102 97 93 90 

071 2024 1481 1064 892 677 564 468 385 364 297 239 228 218 172 165 159 122 117 

081 2755 2340 1463 1152 980 761 643 542 454 430 358 294 281 228 219 211 167 161 

091 2731 2202 1768 1404 1206 1032 881 749 632 603 505 485 402 387 315 304 

101 2866 2349 1912 1540 1339 1159 1000 860 736 705 599 576 485 468 389 

121 2727 2255 1991 1756 1545 1355 1784 1139 991 856 827 

141 2967 2479 2205 1959 1737 1535 1352 1304 1145 999 

161 2722 2435 2172 1931 1869 

162 2903 2543 2220 2123 1849 1600 1539 1324 

181 2831 2527 2248 2172 

182 2772 2405 2076 1985 1704 1636 1394 

201 2953 

202 2629 2524 2176 

222 2992 



number 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 

081 156 151 116 

091 294 285 228 221 215 209 162 

101 377 365 299 290 282 226 220 214 209 204 

121 709 688 668 567 551 462 450 438 428 352 344 336 329 265 259 254 249 244 

141 967 839 814 700 681 663 564 550 537 451 441 431 422 348 341 334 327 264 

161 1657 1608 1419 1244 1211 1180 1028 1003 866 846 828 707 692 678 664 560 549 539 

162 1278 1235 1053 1020 860 835 811 789 655 638 622 607 493 482 471 460 451 356 

181 1927 1867 1650 1450 1409 1371 1197 1166 1009 985 962 824 806 788 772 653 640 627 

182 1343 1295 1093 1057 1023 851 825 802 779 635 618 603 587 466 454 444 434 424 

201 2608 2522 2218 2150 1879 1826 1583 1540 1500 1289 1257 1227 1041 1017 994 972 812 795 

202 2096 2023 1732 1675 1418 1374 1333 1295 1081 1052 1024 998 816 796 777 759 742 590 

221 2861 2777 2450 2383 2089 2035 1984 1726 1685 1646 1418 1386 1356 1328 1130 

222 2881 2493 2408 2329 2000 1939 1882 1598 1553 1511 1264 1232 1201 1170 960 938 917 896 

250 2978 2908 2605 2547 2271 2223 1969 1930 1892 1664 

251 2976 2893 2558 2491 2428 2134 2083 2035 1774 1735 1697 1466 1435 

252 2944 2848 2474 2398 2327 2004 1948 1896 1614 1573 1534 1286 1255 1226 1199 1172 

281 2890 2822 2759 2432 2379 2329 2036 

282 2737 2663 2594 2242 2186 2134 2084 1780 1740 1702 



number 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 

121 190 

141 259 254 249 245 240 187 

161 529 437 430 422 415 408 330 325 319 314 310 305 

162 348 341 334 328 321 243 238 234 230 226 222 218 214 151 149 146 144 142 

181 61S 511 502 492 484 475 386 380 373 367 361 356 280 276 271 267 263 260 

182 415 315 309 302 296 290 285 279 274 195 191 188 184 181 178 175 172 169 

201 779 763 749 611 600 589 578 568 558 442 435 428 421 414 408 401 304 300 

202 577 565 553 542 531 405 397 389 382 375 369 362 356 254 249 245 241 237 

221 1107 1085 1064 890 874 858 842 828 678 666 655 644 634 624 614 488 480 473 

222 877 699 684 670 657 644 632 620 474 465 457 449 441 434 426 419 413 29S 

250 1633 1603 1574 1373 1349 1326 1144 1125 1107 1089 1072 912 898 885 872 860 719 709 

251 1406 1199 1175 1153 1131 1110 931 914 898 883 869 713 701 690 679 668 658 649 

252 963 942 923 904 886 708 694 681 668 656 645 633 48S 477 469 461 454 446 

281 1995 1956 1693 1661 1630 1600 1367 1343 1320 1298 1276 1073 1073 1039 1022 1006 991 815 

282 1666 1401 1373 1345 1319 1293 1065 1046 1026 1008 990 973 779 766 753 741 729 718 





number 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 

162 139 137 135 133 131 129 128 

181 256 252 190 187 184 182 180 

182 167 164 103 101 100 98 97 95 94 93 91 90 89 88 86 85 84 83 

201 295 291 287 282 279 275 271 267 264 186 184 182 179 177 175 173 170 168 

202 234 230 226 223 220 216 213 134 132 131 129 127 125 124 122 120 119 117 

221 466 460 453 447 441 335 330 326 321 317 313 309 305 301 298 294 291 287 

222 290 286 281 277 273 269 265 261 258 254 251 247 244 241 152 150 148 146 

250 699 689 680 671 663 541 534 528 521 515 509 503 497 491 486 480 380 375 

251 639 509 501 494 487 481 474 468 462 456 450 343 338 334 330 326 322 318 

252 439 433 426 420 300 296 292 288 283 279 276 272 268 265 261 258 255 252 

281 803 791 780 769 759 748 739 589 581 574 566 559 552 545 539 532 526 520 

282 707 696 534 526 518 511 503 496 490 483 476 470 464 458 452 447 320 316 


identification cable diameter in millimeter [mm 

number 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 

201 166 164 163 161 159 157 

202 116 114 113 112 110 109 108 106 105 104 103 102 101 99 98 97 

221 284 281 278 196 194 192 190 188 186 184 182 180 178 176 175 173 

222 144 143 141 139 137 136 134 133 131 130 128 127 125 124 123 121 120 119 

250 371 367 363 360 356 352 349 345 342 338 335 332 329 248 245 243 

251 314 311 307 304 300 297 294 291 288 285 202 200 198 196 194 192 190 188 

252 248 245 242 240 237 234 148 146 144 143 143 140 138 137 135 134 132 131 

281 514 508 503 383 379 375 371 367 363 359 355 352 348 345 341 338 335 331 

282 312 308 305 301 297 294 291 287 284 281 278 275 272 269 266 264 261 258 


Telecommunication Cable 

Note 


Terms of Delivery 

General terms of delivery 

for cables, furnitures and insulated cords from Pengg Kabel GmbH, later named Seller. 

1. Scope 

1.1. These General Terms shall govern legal transactions between business enterprises, 

namely the delivery of commodities and, mutatis mutandis, the rendering 

of services. Software transactions are with precedence governed by the 

Software Conditions issued by the Austrian Electrical and Electronics Industry 

Association, assembly work by the Terms and Conditions for Assembly Work 

issued by the Austrian Power Current and Light Current Engineering Industry 

and/or (where applicable) the Terms and Conditions for the Assembly of Electrical 

Equipment used in Medicine issued by the Austrian Electrical and Electronics 

Industry (the current versions are available at www.feei.at). 

1.2. Any departure from the terms and conditions mentioned in 1.1 above shall be 

valid only if expressly accepted in writing by Seller. 

2. Submission of offers 

2.1. Seller’s offers shall be deemed offers without engagement. 

2.2. Tender documents and project documentation must not be duplicated nor 

made available to third parties without the permission of Seller. They may be 

claimed back at any time and shall be returned to Seller immediately if the order 

is placed elsewhere. 

3. Conclusion of contract 

3.1. The contract shall be deemed concluded upon written confirmation by Seller of 

an order received or upon dispatch of a delivery. 

3.2. Particulars appearing in catalogues, folders etc. as well as any oral or written 

statements shall only be binding if Seller makes express reference to them in 

the confirmation of the order. 

3.3. Subsequent amendments of or additions to the contract shall be subject to 

written confirmation. 

4. Prices 

4.1. Prices shall be quoted ex works or ex Seller’s warehouse without VAT, packing 

and packaging, loading, disassembly, take-back and proper recycling and disposal 

of waste electrical and electronic equipment for commercial purposes as 

defined by the Ordinance Regulating the Handling of Waste Electrical Equipment. 

Buyer shall be liable for any and all charges, taxes or other duties levied 

in respect of delivery. If the terms of delivery include transport to a destination 

designated by Buyer, transport costs as well as the cost of any transport insurance 

desired by Buyer shall be borne by the latter. Delivery does not, however, 

include unloading and subsequent handling. Packaging materials will be taken 

back only by express agreement. 

4.2. Seller reserves the right to modify prices if the order placed is not in accordance 

with the offer submitted. 

4.3. Prices are based on costs obtaining at the time of the first quotation. In the 

event that the costs have increased by the time of delivery, Seller shall have the 

right to adjust prices accordingly. 

4.4. In carrying out repair orders, Seller shall provide all services deemed expedient 

and shall charge Buyer for the same on the basis of the work input and/or 

expenditures required. The same holds for any services or additional services 

the expediency of which becomes apparent only as the repair order is executed. 

In such an event special notification of Buyer shall not be required. 

4.5. Expenses for estimates of costs of repair and maintenance or for expert valuations 

shall be invoiced to Buyer. 

5. Delivery 

5.1. The period allowed for delivery shall commence at the latest of the following 

dates: 

a) the date of order confirmation by Seller; 

b) the date of fulfilment by Buyer of all the conditions, technical, commercial 

and other, for which he is responsible; 

c) the date of receipt by Seller of a deposit or security due before delivery of the 

goods in question. 

5.2. Buyer shall obtain whatever licences or approvals may be required from authorities 

or third parties for the construction of plant and equipment. If the granting 

of such licences or approvals is delayed for any reason the delivery period shall 

be extended accordingly. 

5.3. Seller may carry out, and charge Buyer for, partial or advance deliveries. If delivery 

on call is agreed upon, the commodity shall be deemed called off at the 

latest one year after the order was placed. 

5.4. In case of unforeseeable circumstances or circumstances beyond the parties 

control, such as all cases of force majeure, which impede compliance with the 

agreed period of delivery, the latter shall be extended in any case for the duration 

of such circumstances; these include in particular armed conflicts, official 

interventions and prohibitions, delays in transport or customs clearance, damages 

in transit, energy shortage and raw materials scarcity, labour disputes, and 

default on performance by a major component supplier who is difficult to replace. 

The aforesaid circumstances shall be deemed to prevail irrespective of 

whether they affect Seller or his subcontractor(s). 

5.5. If a contractual penalty for default of delivery was agreed upon by contracting 

parties when the contract was concluded, it shall be executed as follows, and 

any deviations concerning individual items shall not affect the remaining provisions: 

Where delay in performance can be shown to have occurred solely 

through the fault of Seller, Buyer may claim for each completed week of delay 

an indemnity of at most one half of one per cent, a total of no more than 5 %, 

however, of the value of that part of the goods to be delivered which cannot be 

used on account of Seller’s failure to deliver an essential part thereof, provided 

the Buyer has suffered a damage to the aforesaid extent. Assertion of rights of 

damages exceeding this extent is precluded. 

6. Passage of risk and place of performance 

6.1. Unless otherwise agreed, the delivery of goods is considered sold EXW in 

accordance with INCOTERMS® 2010. 

6.2. For services, the place of performance shall be the place indicated in the written 

order confirmation, secondary to that at which the service is actually rendered 

by Seller. The risk in respect of such services or any part thereof shall 

pass to Buyer at the time the services have been rendered. 

7. Payment 

7.1. Unless otherwise agreed, one third of the purchase price shall fall due at the 

time of receipt by Buyer of the order confirmation of Seller, one third after half 

the delivery period has elapsed and the balance at the time of delivery. Irrespective 

thereof the turnover tax comprised in the amount of the invoice shall 

be paid within 30 days of the invoice date. If bankruptcy proceedings are instituted 

against the assets of Buyer or if an application for bankruptcy proceedings 

is not granted for insufficiency of assets, deliveries shall only be made 

against cash in advance. 

7.2. In the case of part settlements the individual part payments shall fall due upon 

receipt of the respective invoices. The same shall apply to amounts invoiced for 

additional deliveries or resulting from additional agreements beyond the scope 

of the original contract, irrespective of the terms of payment agreed upon for 

the principal delivery. 

7.3. Payment shall be made without any discount free Seller’s domicile in the agreed 

currency. Drafts and checks shall be accepted on account of payment only, 

with all interest, fees and charges in connection therewith (such as collection 

and discounting charges) to be borne by Buyer. 

7.4. Buyer shall not be entitled to withhold or offset payment on the grounds of any 

warranty claims or other counterclaims. 

7.5. Payment shall be deemed to have been effected on the date at which the amount 

in question is at Seller’s disposal. 

7.6. If Buyer fails to meet the terms of payment or any other obligation arising from 

this or other legal transactions, Seller may without prejudice to his other rights 

a) suspend performance of his own obligations until payments have been made 

or other obligations fulfilled, and exercise his right to extend the period of delivery 

to a reasonable extent, 

b) call in debts arisen from this or any other legal transactions and charge 

default interest amounting to 1.25 % per month plus turnover tax for these 

amounts beginning with the due dates, unless Seller proves costs exceeding 

this. 

c) only perform other legal transactions against cash in advance in the case of 

qualified insolvency, in other words, following two delays in payment. 

In any case Seller has the right to invoice all expenses arising prior to a lawsuit, 

especially reminder charges and lawyer’s fees. 

7.7. Discounts or bonuses are subject to complete payment in due time. 

7.8. Seller retains title to all goods delivered by him until receipt of all amounts invoiced 

including interests and charges. 

Buyer herewith assigns his claim out of a resale of conditional commodities, 

even if they are processed, transformed or combined with other commodities, 

to Seller to secure the latter’s purchase money claim. In the case of resale granting 

respite Buyer shall have the power of disposal of the product under retention 

of ownership only with the proviso that upon reselling Buyer notifies the 

secondary buyer of the assignment for security or enters the assignment in his 

account books. Upon request Buyer has to notify the assigned claim and the 

debtor thereof to Seller, and to make all information and material required for 

his debt collection available and to notify the assignment to the third-party debtor. 

If the goods are attached or otherwise levied upon, Buyer shall draw attention 

to Sellers title and immediately inform Seller of the attachment or levy. 

8. Warranty and acceptance of obligation to repair defects 

8.1. Once the agreed terms of payment have been complied with, Seller shall, subject 

to the conditions hereunder, remedy any defect existing at the time of 

acceptance of the article in question whether due to faulty design, material or 

manufacture, that impairs the functioning of said article. From particulars 

appearing in catalogues, folders, promotional literature as well as written or oral 

statements which have not been included in the agreement no warranty obligations 

may be deduced. 

8.2. Unless special warranty periods operate for individual items the warranty period 

shall be 12 months. These conditions shall also apply to any goods supplied, 

or services rendered in respect of goods supplied, that are firmly attached 

to buildings or the ground. The warranty period begins at the point of passage 

of risk acc. to paragraph 6. 

8.3. For improved or exchanged parts, the warranty period shall start again, but 

shall end in any case 6 months after the original warranty period has expired. 

8.4. If delivery or the performance of services is delayed for reasons outside the 

control of Seller, the warranty period shall begin 2 weeks after Seller is ready 

to deliver or perform services. 

8.5. The foregoing warranty obligations are conditional upon the Buyer giving within 

a reasonable period notice in writing of any defects that have occurred and 

such notice reaching the Seller. Buyer shall prove within a reasonable period 


Terms of Delivery 

General terms of delivery (continued) 

the presence of a defect, in particular he shall make available within a reasonable 

period to Seller all material and data in his possession. Upon receipt of 

such notice Seller shall, in the case of a defect covered by the warranty under 

8.1 above, have the option to replace the defective goods or defective parts 

thereof or else to repair them on Buyer’s premises or have them returned for 

repair, or to grant a fair and reasonable price reduction. 

8.6. Any expenses incurred in connection with rectifying defects (e. g. expenses for 

assembly and disassembly, transport, waste disposal, travel and site-to-quarters 

time) shall be borne by Buyer. For warranty work on Buyer’s premises 

Buyer shall make available free of charge any assistance, hoisting gear, scaffolding 

and sundry supplies and incidentals that may he required. Replaced 

parts shall become the property of Seller. 

8.7. If an article is manufactured by Seller on the basis of design data, design drawings, 

models or other specifications supplied by Buyer, Seller’s warranty shall 

be restricted to non-compliance with Buyers specifications. 

8.8. Seller’s warranty obligation shall not extend to any defects due to assembly 

and installation work not undertaken by Seller, inadequate equipment, or due 

to non-compliance with installation requirements and operating conditions, 

overloading of parts in excess of the design values stipulated by Seller, negligent 

or faulty handling or the use of inappropriate materials, nor for defects 

attributable to material supplied by Buyer. Nor shall Seller be liable for damage 

due to acts of third parties, atmospheric discharges. Excess voltage and 

chemical influences. The warranty does not cover the replacement of parts 

subject to natural wear and tear. Seller accepts no warranty for the sale of used 

goods. 

8.9. The warranty shall lapse immediately if, without written consent of Seller, Buyer 

himself or a third party not expressly authorised undertakes modifications or 

repairs on any items delivered. 

8.10. Claims acc. to § 933b ABGB are struck by the statute of limitation with lapse 

of the period mentioned under point 8.2. 

8.11. The provisions of sub-paragraphs 8.1 to 8.10 shall apply, mutatis mutandis, to 

all cases where the obligation to repair defects has to be accepted for other 

reasons laid down by law. 

9. Withdrawal from contract 

9.1. Buyer may withdraw from the contract only in the event of delays caused by 

gross negligence on the part of Seller and only after a reasonable period of 

grace has elapsed. Withdrawal from contract shall be notified in writing by registered 

mail. 

9.2. Irrespective of his other rights Seller shall be entitled to withdraw from the contract 

a) if the execution of delivery or the inception or continuation of services to be 

rendered under the contract is made impossible for reasons within the responsibility 

of Buyer and if the delay is extended beyond a reasonable period of 

grace allowed; 

b) if doubts have arisen as to Buyer’s creditworthiness and if same fails, on Seller’s 

request, to make an advance payment or to provide adequate security 

prior to delivery, or 

c) if, for reasons mentioned in 5.4, the period allowed for delivery is extended 

by more than half of the period originally agreed or by at least 6 months, or 

d) if Buyer does not or does not properly meet the obligations imposed as per 

paragraph 13. 

9.3. For the reasons given above withdrawal from the contract shall also be possible 

in respect of any outstanding part of the delivery or service contracted for. 

9.4. If bankruptcy proceedings are instituted against Buyer or an application for 

bankruptcy proceedings is not granted for insufficiency of assets, Seller may 

withdraw from the contract without allowing a period of grace. If this withdrawal 

is taken, it shall take effect immediately upon the decision that the business 

will not be continued. If the business will be continued, a withdrawal shall 

not take effect until 6 months after the institution of bankruptcy proceedings or 

after an application for bankruptcy proceedings has not been granted for insufficiency 

of assets. In any case, the contract shall be terminated immediately 

unless the bankruptcy law to which Buyer is subject conflicts with this or if termination 

of the contract is necessary to prevent significant damages to Seller. 

9.5. Without prejudice to Seller’s claim for damages including expenses arising prior 

to a lawsuit, upon withdrawal from contract any open accounts in respect of 

deliveries made or services rendered in whole or in part shall be settled according 

to contract This provision also covers deliveries or services not yet accepted 

by Buyer as well as any preparatory acts performed by Seller. Seller shall, 

however, have the option alternatively to require the restitution of articles already 

delivered. 

9.6. Withdrawal from contract shall have no consequences other than those stipulated 

above. 

9.7. The assertion of claims on the ground of laesio enormis, error, or lapse of purpose 

by the Buyer is excluded. 

10. Disposal of waste electrical and electronic equipment 

10.1. The Buyer of electrical/electronic equipment for commercial purposes, incorporated 

in Austria, is responsible for the financing of the collection and treatment 

of waste electrical and electronic equipment as defined by the Ordinance 

Regulating the Handling of Waste Electrical Equipment, if he is himself the user 

of the electrical/electronic equipment. If the Buyer is not the end user, he shall 

transfer the full financial commitment to his customer by agreement and furnish 

proof thereof to the Seller. 

10.2. The Buyer incorporated in Austria shall ensure that the Seller is provided with 

all information necessary to meet the Seller’s obligations as 

manufacturer/importer, particularly according to §§ 11 and 24 of the Ordinance 

Regulating the Handling of Waste Electrical Equipment and the Waste Management 

Act. 

10.3. The Buyer incorporated in Austria is liable vis-à-vis the Seller for any damage 

and other financial disadvantages incurred by Seller due to Buyer’s failure to 

meet or fully meet his financing commitment or any other obligations according 

to Article 10. The Buyer shall bear the burden of proof of performance of this 

obligation. 

11. Seller’s liability 

11.1. Outside the scope of the Product Liability Act, Seller shall be liable only if the 

damage in question is proved to be due to intentional acts or acts of gross negligence, 

within the limits of statutory provisions. Seller's total liability in cases of 

gross negligence is limited to the net value of the order or EUR 500,000, depending 

on which amount is lower. 

11.2. For each incident of damage, Seller shall be liable for 25% of the net value of 

the order or EUR 125,000, depending on which amount is lower. 

11.3. Seller shall not be liable for damage due to acts of ordinary negligence nor for 

consequential damages or damages for pure economic loss, indirect damages, 

loss of production, financing costs, costs for replacement energy, loss of energy, 

data or information, loss of profits, loss of savings or interest, or damage 

resulting from third-party claims against buyer. 

11.4. Seller shall not be liable for damages in case of non-compliance with instructions 

for assembly, commissioning and operation (such as are contained in 

instructions for use) or non-compliance with licensing requirements. 

11.5. Claims that exceed the contractual penalties that were agreed on are excluded 

from the respective title. The provisions of paragraph 11 apply exclusively for 

all claims by Buyer against Seller, regardless of the legal basis or entitlement, 

and also apply to all employees, subcontractors and subsuppliers of Seller. 

12. Industrial property rights and copyrights 

12.1. Buyer shall indemnify Seller and hold him harmless against any claims for any 

infringement of industrial property rights raised against him if Seller manufactures 

an article pursuant to any design data, design drawings, models or other 

specifications made available to him by Buyer. 

12.2. Design documents such as plans and drawings and other technical specifications 

as well as samples, catalogues, prospectuses, pictures and the like shall 

remain the intellectual property of Seller and are subject to the relevant statutory 

provisions governing reproduction, imitation, competition etc. The provisions 

of 2.2 above shall also cover design documents. 

13. Compliance with export provisions 

13.1. When passing on goods delivered by Seller to third parties (as well as any related 

documentation, regardless of the method of provision or the services performed 

by Seller [including technical support of any kind]), Buyer must comply 

with the applicable regulations of national and international (re-)export provisions. 

In any case, Buyer must observe the (re-)export provisions of Seller's 

country of residence, the European Union and the United States of America. 

13.2. If necessary for export controls, Buyer must provide Seller with all necessary 

information immediately after being requested to do so, for example, information 

about the final recipient, final destination and purpose of the goods or services. 

14. General 

Should individual provisions of the contract or of these provisions be invalid the 

validity of the other provisions shall not be affected. The invalid provision shall 

be replaced by a valid one, which comes as close to the target goal as possible. 

15. Jurisdiction and applicable law 

Any litigations arising under the contract including litigations over the existence 

or non-existence thereof shall fall within the exclusive jurisdiction of the 

competent court at Sellers domicile; the competent court of the Bezirksgericht 

Innere Stadt, Vienna, shall have exclusive jurisdiction if Seller is domiciled in 

Vienna. The contract is subject to Austrian law excluding the referral rules. 

Application of the UN Convention on Contracts for the International Sale of 

Goods is renounced. 

16. Proviso 

The execution of the contract by Seller is subject to the condition that there are 

no obstacles standing in the way of execution due to national or international 

(re-)export provisions, and especially no embargos and/or other sanctions. 

Last revised in September 2011

Telecommunication Copper Cables - PENGG KABEL GmbH

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