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Coaxial Cable (75 ohm, class A++): TRISET B2CA 120 dB 1.05/4.6/6.9 [1 m]

  2. CCTV
  3. Cables
  4. Coaxial cables TV-SAT, CCTV
  • Widokprzewodu
Code: E1020_1
€1.04
Price Disc. Quantity Validity
€1.04 0 % from 1 piece
Available
Replacements
TRISET B2CA LSZH 75 ohm coaxial cable class A++ 1.05/4.6/6.9 120 dB [500m]. Code: E1020_500
Coaxial Cable 75 Ohm, TriSAT B2CA LSZH-FR+ class A+ 1.00/4.6/6.9 110 dB [500m] Code: E1022_500
Coaxial Cable 75 Ohm, TriSAT B2CA LSZH-FR+ class A+ 1.00/4.6/6.9 110 dB [1 m] Code: E1022_1
TRISET B2CA is suitable for MATV/SMATV antenna systems in public buildings. Reaction to fire class acc. to CPR - B2ca-s1a,d1,a1.
• Complies with A++ class requirements
• 1.05 mm copper core
• Low loss
• High screening efficiency
• 82% braid coverage
• 10-year warranty
• LSOH cable
• Reaction to fire class acc. to CPR - B2ca-s1a,d1,a1
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Warranty

10-year warranty.

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Details

Coaxial Cable (75 ohm, class A++): TRISET B2CA 120 dB 1.05/4.6/6.9 [1 m]
TRISET B2CA cable close up (LSOH sheath).

Quality coaxial cable TRISET B2CA E1020 is suitable for MATV/SMATV antenna systems in commercial buildings. Halogen-free cables are used where increased safety levels are required in the event of a fire (schools, hospitals etc.). Cable with LSOH sheath (halogen-free insulation). In the event of a fire, the cable does not spread flame, smoke emission is very low and the released gases are not corrosive.
Coaxial Cable (75 ohm, class A++): TRISET B2CA 120 dB 1.05/4.6/6.9 [1 m]
Inner conductor made of 1.05 mm diameter cooper wire and triple shield: Al/PET/SY foil (first) bonded to the dielectric + 82% density braid + Al/PET foil (second) bonded to the sheath.
Coaxial Cable (75 ohm, class A++): TRISET B2CA 120 dB 1.05/4.6/6.9 [1 m]
82% braid coverage - tin-plated cooper.
82% braid coverage – tinned copper. The tin-plated copper braid provides resistance to oxidation and increases cable life over aluminum braid-based solutions.
When laying multiple cables in parallel and running long cable runs, it is recommended to use cables that meet the class A standard. Effective screening over long distances eliminates the probability of cable crosstalk. It consists in induction of unwanted signals in neighboring cables. It is manifested on the screen by image interference: pixelosis and freezing of scenes as it occurs in the case of a weak or low quality signal.
Key features:
  • complies with A++ class requirements
  • 1.05 mm copper core
  • low loss
  • excellent impedance matching
  • high screening efficiency
  • 82% coverage tin-plated copper braid
  • 10-year warranty
  • LSOH cable
  • reaction to fire class acc. to CPR - B2ca-s1a,d1,a1
  • 10 years warranty
High shielding efficiency (average 120dB) is maintained throughout the 5-2400 MHz band, making this cable extremely safe for CATV and multiswitch RF/SAT systems with extensive cable buses. ///Copper, tin-plated braid// ensures resistance to oxidation and increases the cable's lifespan compared to aluminum braid-based solutions.
Cable ducts in stairwells/escape routes are generally the main paths for running telecommunications and electrical systems. Therefore, it often happens when extraneous signals are induced between individual cables. To prevent this, coaxial cables with enhanced shielding should be used. In many places, A+ class shielding (attenuation depending on frequency in the table below 75/85/95 dB.) is not enough. It is necessary to use a cable with A++ class shielding A in which the shielding in each frequency range is higher by 10 dB (each 3 dB is twice the interference reduction).
Classes of screening efficiency
Class 5-30 MHz [mOhm/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
The requirements for using cables with a specific reaction to fire class in a given type of building should be based on a risk analysis made by the installation designer or other national formal and legal documents. The CPR Directive does not impose on the EU Member States the requirements for types of buildings and associated cables with specific fire reaction classes. The reaction to fire class of cables and other conductors installed within evacuation routes should not be less than B2ca-s1b, d1, a1.
Construction Products Regulation (CPR) – coaxial and twisted-pair cables recommended for low-current systems in multi-family buildings.
Coaxial cable for emergency exits

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 B2CA 120 dB 1.05/4.6/6.9 [1 m]
TRISET B2CA E1020 75 ohm coaxial cable has been examined by L.S. Fire Testing Institute Srl notified body (NB 2479) and got B2ca-s1a,d1,a1 reaction to fire class.
TRISET B2CA complies with the EN50117 standard and A++ class requirements in the whole 5...3000 MHz transmission frequency range.
The cable complies with the requirements of the Regulation of the Ministry of Transport, Construction and Maritime Economy on technical conditions to be met by buildings and their location of November 22, 2012, for the cabling dedicated to TV/SAT systems.
The cable has a declaration of conformity with RoHS, LVD, CPR.
TRISET B2CA complies with the following standards:
  • EN 60332-1-2 – test methods for reaction to fire of cables.
  • EN 50399 – heat release and smoke production measurement on cables during flame spread.
  • EN 60754-1/2 – corrosivity of gases evolved during the combustion.
  • EN 61034-2 – evaluation of formed smoke density.
High quality, triple shielded RG6 coaxial cable has an inner conductor made of 1.05 mm diameter copper wire, which ensures very low insertion loss. The core dose not corrode, and the cable is not stiff.
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 B2CA cable in the 30-3000 MHz range
and the requirements for A++ class.
Transfer impedance of TRISET B2CA cable in the 5-30 MHz range
and the requirements for 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
According to the EN50117 standard, coaxial cables are divided into the following classes, depending on their screening efficiency: C, B, A, A+, A++.
Classes of screening efficiency
Class\freq. range
 5-30 MHz [mOhm/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 1m

Specifications

Product type Coaxial cable
type TRISET B2CA
Brand TRISET
Cable length m per meter
Applications Indoor
Cable class RG-6
Compliance with relevant national legislation Yes
CPR class B2ca
Gel-filled cable No
Physical properties
Impedance Ohm 75
Screening efficiency class A++
Transfer impedance TI mΩ/m <0.9
Conductor Material Coper
Diameter mm 1.05
Dielectric foaming Physical
Diameter mm 4.6
shield
No. of plies 3
First foil bonded to dielectric Yes
Material Al/PET/SY
Dimensions μm 40/12/25
total thickness μm 80
Braid Material Tin-plated cooper
wire diameter mm 0.1
no. of wires pcs. 24 × 7
winding angle degree 23
braid coverage % 82
Second foil bonded to sheath Yes
Material Al/PET
ply thickness μm 12/15
total thickness μm 27
sheath Material LSZH
thickness mm 0.8
Diameter mm 6.9
Color White (RAL 9010)
Electrical parameters
Resistance at 20°C Ω/km 10 (shield) 20 (conductor)
capacity pF/m 52
Wave reduction factor % 85
Mechanical properties
Operating temperature °C -30...+70
Installation temperature °C -5...+40
Minimum bending radius mm 35 (single) 70 (repeated)
Weight kg/km 54