Coaxial Cable (75 ohm, class A): Triset-113 Dca LSZH 1.13/4.8/6.8, 100 dB [500m]

Code: E1019_500
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Coaxial Cable (75 ohm, class A): TRISET-113 1.13/4.8/6.8 [1m]
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Coaxial Cable (75 ohm, class A++): TRISET B2CA 120dB 1.05/4.6/6.9 [500m]
81% braid (aluminum) coverage.
High-class coaxial cable Triset-113 HF E1019_500 is dedicated for use in community and cable TV installations to link subnetworks. The cable is made in HF (halogen free) technology so it is also suitable for building installations in schools and hospitals. In the case of fire, the cable is flame retardant and emits little smoke, the emitted gases are not corrosive.
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
Cable structure.
Key features
  • complies with A-class requirements
  • passed IEC 68-2-3 Steady State Damp Heat test
  • 1.13 mm copper core
  • low loss
  • perfect matching,
  • high screening efficiency - A+ class in the vast majority of the transmission range
  • 81% braid coverage
  • 5-year warranty
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
View of the 500 m spool

TRISET cables are compliant with Construction Products Regulation (CPR) and EN 50575 harmonized standard that specifies reaction to fire performance requirements, test and assessment methods for electric cables used for the supply of electricity and for control and communication purposes, which are intended for use in construction works and subject to performance requirements on reaction to fire.
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
TRISET-113 HF E1019 75 ohm coaxial cable has been examined by L.S. Fire Testing Institute Srl notified body (NB 2479) and got Dca-s1a, d2, a1 classification according to EN 13501-6 (reaction to fire).
TRISET-113 cables comply with the EN50117 standard and A-class requirements in the whole 5...3000 MHz transmission frequency range.
RoHS compliance declaration.
TRISET-113 HF is compliant with the following standards:
  • IEC 60332-1, EN 60332-1 - tests on electric and optical fiber cables under fire condition
  • IEC 60754-1, EN 50267-2-1 - halogen content test
  • IEC 60754-2, EN 50267-2-2 - determination of acidity of gases evolved during combustion
  • IEC 61034-2, EN 61034-2 - method of test for the measurement of the density of smoke emitted from electric cables burning under the defined conditions of the test
Triset-113 E1019_500 has a braid coverage of 81%, which is the basis for high screening efficiency.
The high-quality, double shielded coaxial cable of RG6 category has the inner conductor made of copper wire with a diameter of 1.13 mm, which ensures low loss and durability. The copper wire core does not corrode and the cable is not stiff.
Thanks to high quality and very good parameters, the cable enjoys great popularity among many installers. An optimum flexibility of the jacket allows for easy installation of the cable in cable ducts and installation boxes.
The cable is manufactured under strict technological discipline, with tight tolerances.
In order to secure the minimum bend radius, flush mounted installations should be done with the use of protective tubes.
Screening efficiency of TRISET-113 cable in the 30-3000 MHz range
and the requirements for A class
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
Transfer impedance of TRISET-113 cable in 5-30 MHz range
and the requirements for A class
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
Insertion loss in the 5-2400 MHz frequency range
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
Return loss in the 5-2400 MHz frequency range
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
Signal propagation velocity in the 5-2400 MHz frequency range
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
The increase of attenuation after the accelerated aging test (IEC68-2-3) is below 5%
Coaxial Cable (75 ohm): Triset-113 HF 1.13/4.8/6.8 [100m]
Coaxial cables undergo a natural aging process which results in increasing attenuation. The quality of a cable in the process of accelerated aging is tested according to IEC68-2-3 standard. The Triset cable passed the test and its quality is guaranteed by a 5-year warranty.
Specifications
Name TRISET 113
Code E1019
  tolerance
Copper core
Diameter mm 1,13 ± 0,03
Physically foamed dielectric
Thickness mm 1,83 ± 0,05
Diameter mm 4,80 ± 0,1
Ovality (non-circularity)  ± 2%  
Al/PET/Al foil  30/12/30 µm
adhered to the dielectric
Width mm 18  ± 0,3
Overlap  mm  >3  ± 0,5
Total thickness µm 75  ± 3
Braid
Material Aluminum
Wire diameter
mm 0,12 ± 0,01
Number of wires
pc 24 x 6  
Winding angle
degree 19,34  
Braid coverage % 81  
Jacket
Material
HF
Thickness mm 0,8 ± 0,1
Diameter mm 6,8 +0,20/-0,05
Color
White (RAL 9010)
Electrical parameters
Resistance (20°C) Ω/km 16,85    ± 0,5
Capacitance pF/m 52  ± 1,5
Dielectric resistance MΩ/km 2000 ± 3%
Impedance
Ω 75  ± 3
Wave reduction factor % 84  ± 1
Mechanical parameters
Operating temperature range
°C -30...+70  
Installation temperature range
°C -5...+40  
Minimum bending radius
mm 35 (single)
70 (repeated)

 

According to EN50117 norm, there are the next classes of coaxial cables, depending on screening efficiency: C, B, A, A+, A++.
Taking into consideration cables for antenna systems, Triset 113 has the highest screening efficiency, between A and A+.
Classes of screening efficiency
Class\freq. range
5-30 MHz [mΩ/m] 30-1000 MHz [dB] 1-2 GHz [dB] 2-3 GHz [dB]
C 50 75 65 55
B 15 75  65 55
A 5 85  75 65
A+ 2.5 95  85 75
A++ 0.9 105  95 85

 

 

Price for 500m

Specifications

Wymagania Charakterystyka Triset-113
Kategoria RG-6 lub wyższa Kable z rodziny Triset-113 są kablami
kategorii RG-6 o podwyższonych parametrach
Podwójny ekran:
folia aluminiowa + oplot o gęstości ≥ 77%
Podwójny ekran:
folia aluminiowa + oplot 81%
Miedziana żyła wewnętrzna o średnicy
nie mniejszej niż jeden milimetr.
 Żyła miedziana o średnicy 1,13mm
Klasa A Skuteczność ekranowania
0,03...1 GHz ≥ 85 dB
1...2 GHz ≥ 75 dB
2...3 GHz ≥ 65 dB
Skuteczność ekranowania
0,03...1 GHz ≥ 90 dB
1...2 GHz ≥ 90 dB
2...3 GHz ≥ 85 dB
 Impedancja sprzężeniowa < 5 mΩ/m  Impedancja sprzężeniowa < 4,6 mΩ/m