Coaxial cable (75 ohm, class A+): TRISET PLUS Dca LSZH
1,13/4,8/6,8 110 dB [100m]

Code: E1016_100
€63.41
Price Disc. Quantity Validity
€63.41 0 % from 1 piece
Available
High quality TRISET PLUS coaxial cable is dedicated for individual and community antenna systems. Complies with A+ class requirements.
• Complies with A+ class requirements
• Reaction to fire class compliant with CPR - Dca-s2, d1, a1
• Triple shield Al/PET/SY foil (first) bonded to the dielectric + 81% density braid + Al/PET foil (second) bonded to the sheath
• Passed IEC 68-2-3 Steady State Damp Heat test
• 1.13mm copper core
• Low loss
• Excellent impedance matching
• High screening efficiency - meeting the class A++ requirements in most of the range
• 81% braid coverage
• 5-year warranty

Warranty

10-year warranty.

Support

Details

High quality TRISET PLUS coaxial cable is E1016_100 dedicated for both, individual and community antenna systems, LSZH (LS0H) - halogen-free sheath, is used in places where increased fire safety is required (high-rise and residential buildings, public buildings). It can be successfully used in digital terrestrial television systems for distribution of DVB-T, FM/DAB, DVB-S/S2 broadcasts (also in multiswitch systems).
Coaxial cable (75 ohm, class A+): TRISET PLUS Dca LSZH<br />1,13/4,8/6,8 110 dB [100m]
Inner cooper conductor with a diameter of 1.13mm and triple shield - Al/PET/SY foil (first) bonded to the dielectric + 81% density braid + Al/PET foil (second) boded to the sheath.
Note: as of March 2021, TRISET PLUS Dca LSZH E1016 cable has replaced:
Key features
  • complies with A+ class requirements,
  • reaction to fire class compliant with CPR - Dca-s2, d1, a1,
  • LSZH (LS0H) - halogen-free sheath,
  • triple shield Al/PET/SY foil (first) bonded to the dielectric + 81% density braid + Al/PET foil (second) bonded to the sheath,
  • passed IEC 68-2-3 Steady State Damp Heat test,
  • 1.13mm copper core,
  • low loss,
  • excellent impedance matching,
  • high screening efficiency - meeting the class A++ requirements in most of the range,
  • 81% braid coverage,
  • 5-year warranty.
Construction Products Regulation (CPR) – coaxial and twisted-pair cables recommended for low-current systems in multi-family buildings.
For more on cable fire resistance classes, read The CPR Directive - the new cable order
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 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, class A+): TRISET PLUS Dca LSZH<br />1,13/4,8/6,8 110 dB [100m]
TRISET PLUS E1016 75 ohm coaxial cable has been examined by L.S. Fire Testing Institute Srl notified body (NB 2479) and got Dca-s2, d1, a1 reaction to fire class.
TRISET PLUS E1016 75 ohm coaxial cable complies with the EN50117 standard and A class requirements in the whole 5...3000 MHz transmission frequency range.
The cable has a declaration of conformity with CPR, LVD, RoHS.
The cable is sold in the quantities:
Graph showing FIGRA (fire growth rate) and THR (total heat rate) for TRISET PLUS Dca LSZH Class A+ E1016. FIGRA is an indicator of the flame spread rate used for the classification of classes B1ca, B2ca, Cca and Dca. At time t = 398 sec. FIGRA = 323 W/s (red line). THR is the total heat release between the beginning and the end of the test at 1200 sec. (excluding the fire initiating source). At the time t = 1200 sec. THR was 15.3 MJ. According to EN 50399 (20.5 kW Burner) the FIGRA is ≤ 1300 W/s. and the THR is ≤ 70 MJ.
Graph showing the heat release rate (HRR) for TRISET PLUS Dca LSZH Class A+ E1016 cable. HRR is the heat release rate, the rate of heat release averaged over a 30-second moving average. At the time t = 513 sec. HRR = 65.1 kW. According to EN 50399 (20.5 kW Burner) the HRR is ≤ 400 kW.
Graph showing the smoke production rate (SPR) for TRISET PLUS Dca LSZH Class A+ E1016 cable. SPR is the smoke production rate averaged over a 60-second moving average. At the time t = 504 sec. SPR = 0.11 m2
Graph showing the total smoke production (TSP) for the TRISET PLUS Dca LSZH Class A+ E1016 cable. TSP is the total amount of smoke released from the beginning to the end of the test. At the time t = 1200 sec. TSP = 28.7 m2.
TRISET PLUS E1016 has 81% braid coverage to guarantee high screening efficiency and protect the transmitted signals against interference.
High quality, triple shielded (Al/PET/SY foil (first) bonded to the dielectric + 81% density braid + Al/PET foil (second) bonded to the sheath) RG6 coaxial cable has an inner conductor made of 1.13 mm diameter copper wire, which ensures very low insertion loss. The core dose not corrode, and the cable is not stiff.
Thanks to high quality and excellent parameters the TRISET PLUS E1016 cable enjoys great popularity among many installers. Optimum flexibility of the sheath allows for easy cable installation in shafts, as well as installation or junction boxes.
The cable is manufactured under strict quality standards, with tight tolerances.
In order to secure the minimum bend radius, flush mounted installations should be done with the use of protective conduits.
Screening efficiency of TRISET PLUS cable in the 30-3000 MHz range
and requirements for the A+ class.
Transfer impedance of TRISET PLUS cable in the 5-30 MHz range
and requirements for the A+ class.
Insertion loss in the 5-2400 MHz frequency range
Return loss in the 5-2400 MHz frequency range
Signal propagation velocity in the 5-2400 MHz frequency range
The increase of attenuation after the accelerated aging test (IEC68-2-3) is below 5%.
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.
According to the EN50117 norm,coaxial cables are divided into the following classes, depending on their 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 100m

Specifications

Product type Coaxial cable
type TRISET PLUS
Brand TRISET
Cable length m 100
Applications Indoor
Cable class RG-6
Compliance with relevant national legislation Yes
CPR class Dca
Gel-filled cable No
Physical properties
Impedance Ohm 75
Screening efficiency class A+
Transfer impedance TI mΩ/m <1.2
Conductor Material Coper
Diameter mm 1.13
Dielectric foaming Physical
Diameter mm 4.8
shield
No. of plies 3
First foil bonded to dielectric Yes
Material Al/PET/SY
Dimensions μm 40/12/30
total thickness μm 85
Braid Material Aluminium
wire diameter mm 0.12
no. of wires pcs. 24 × 6
winding angle degree 18.13
braid coverage % 81
Second foil bonded to sheath Yes
Material Al/PET
total thickness μm 25
sheath Material LSZH
thickness mm 0.64
Diameter mm 6.85
Color White (RAL 9010)
Electrical parameters
Resistance at 20°C Ω/km 16.85
capacity pF/m 52
Wave reduction factor % 84
Mechanical properties
Operating temperature °C -30...+70
Installation temperature °C -5...+40
Minimum bending radius mm 70 (single) 140 (repeated)
Packaging
Cardboard box Dimensions cm 34 × 34 × 9
Cable length m 100

Videos

Installation of MASTER F-type and BNC connectors

A short presentation how to compress F connector on TRISET-113 cable and BNC connector on RG-59 cable.

Terminating lines in telecommunication junction box

Practical implementation of a home junction box.

F connector Platinum on Triset 113 coaxial cable - Crimping

Top-quality F-connector Platinum for use on TRISET-113 coax. The connector has been designed to ensure watertightness (after crimping) both from the side of the cable and the device. During compression of the connector another plastic bush is tightly pressed against the sheath of the cable (by putting on cone brass case - the compression ring). The plastic material is protected by patent Delrin of well known for quality of products DuPont company. It is UV-proof, and ensures stable physical parameters in very wide temperature range. The metal parts of the connector made of nickel-plated brass are corrosion-proof.