NBC-MSX/ 10,0-94S/MSX SCO RAIL
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Network cable
1431616
Network cable, Ethernet CAT6A (10 Gbps), 8-position, PE-X halogen-free, black, shielded, cable length: 10 m
Product details
| Application | Railway applications |
| Sensor type | Ethernet |
| Number of positions | 8 |
| No. of cable outlets | 1 |
| Shielded | yes |
| Coding | X |
| Bus system | Ethernet |
| Signal type/category | Ethernet CAT6A, 10 Gbps |
| Status display | no |
| Status display present | no |
| Nominal voltage UN | 48 V AC |
| 60 V DC | |
| Nominal current IN | 0.5 A |
| Transmission medium | Copper |
| Transmission speed | 10 Gbps |
| Transmission characteristics (category) | CAT6A |
| Cable length | 10 m |
| Ethernet BETAtrans® railway application CAT7 [94S] | |
| Dimensional drawing |
|
| Cable weight | 59 kg/km |
| Copper weight | 28 kg/km |
| Number of positions | 8 |
| Shielded | yes |
| Cable type | Ethernet BETAtrans® railway application CAT7 [94S] |
| Conductor structure | 4x2xAWG26/7; S/FTP |
| Signal runtime | 4.4 ns/m |
| Signal speed | 0.78 c |
| Conductor structure signal line | 7x 0.16 mm |
| AWG signal line | 26 |
| Conductor cross section | 4x 2x 0.14 mm² |
| Wire diameter incl. insulation | 1.05 mm ±0.1 mm |
| External cable diameter | 6.60 mm ±0.2 mm |
| Outer sheath, material | PE-X |
| External sheath, color | black |
| Conductor material | Tin-plated Cu litz wires |
| Material wire insulation | Cell PE |
| Single wire, color | white-blue, white-orange, white-green, white-brown |
| Twisted pairs | 2 cores to the pair |
| Type of pair shielding | Aluminum-lined polyester foil |
| Overall twist | 4 pairs, twisted |
| Max. conductor resistance | ≤ 145 Ω/km |
| Insulation resistance | ≥ 5 GΩ*km |
| Coupling resistance | 5.00 mΩ/m (at 10 MHz) |
| Wave impedance | 100 Ω ±5 Ω (at 100 MHz) |
| Working capacitance | 44 nF (per kilometer) |
| Nominal voltage, cable | 125 V AC (Uo) |
| Test voltage Core/Core | 1000 V AC (50 Hz, 1 min.) |
| Test voltage Core/Shield | 1000.00 V AC (50 Hz, 1 min.) |
| Minimum bending radius, fixed installation | 6 x D |
| Smallest bending radius, fixed installation | 40 mm |
| Tensile strength | ≤ 60 N (temporary) |
| ≤ 15 N (Permanent) | |
| Near end crosstalk attenuation (NEXT) | 100 dB (with 1 MHz) |
| 99 dB (at 10 MHz) | |
| 95 dB (at 100 MHz) | |
| 92 dB (at 200 MHz) | |
| 90 dB (at 250 MHz) | |
| 83 dB (at 500 MHz) | |
| 81 dB (at 600 MHz) | |
| 80 dB (at 700 MHz) | |
| 77 dB (at 800 MHz) | |
| 75 dB (at 900 MHz) | |
| 74 dB (at 1000 MHz) | |
| 72 dB (at 1100 MHz) | |
| 70 dB (at 1200 MHz) | |
| Power-summated near end crosstalk attenuation (PSNEXT) | 97 dB (with 1 MHz) |
| 96 dB (at 10 MHz) | |
| 92 dB (at 100 MHz) | |
| 89 dB (at 200 MHz) | |
| 87 dB (at 250 MHz) | |
| 80 dB (at 500 MHz) | |
| 78 dB (at 600 MHz) | |
| 77 dB (at 700 MHz) | |
| 74 dB (at 800 MHz) | |
| 72 dB (at 900 MHz) | |
| 71 dB (at 1000 MHz) | |
| 69 dB (at 1100 MHz) | |
| 67 dB (at 1200 MHz) | |
| Return attenuation (RL) | 24 dB (with 1 MHz) |
| 33.9 dB (at 10 MHz) | |
| 38.3 dB (at 100 MHz) | |
| 35.3 dB (at 200 MHz) | |
| 32.9 dB (at 250 MHz) | |
| 29.7 dB (at 500 MHz) | |
| 30.6 dB (at 600 MHz) | |
| 31 dB (at 700 MHz) | |
| 26.7 dB (at 800 MHz) | |
| 28.6 dB (at 900 MHz) | |
| 27.5 dB (at 1000 MHz) | |
| 26.9 dB (at 1100 MHz) | |
| 26.3 dB (at 1200 MHz) | |
| Crosstalk attenuation (ACR) | 100 dB (with 1 MHz) |
| 99 dB (at 10 MHz) | |
| 93 dB (at 100 MHz) | |
| 88 dB (at 200 MHz) | |
| 86 dB (at 250 MHz) | |
| 78 dB (at 500 MHz) | |
| 74 dB (at 600 MHz) | |
| 72 dB (at 700 MHz) | |
| 69 dB (at 800 MHz) | |
| 67 dB (at 900 MHz) | |
| 65 dB (at 1000 MHz) | |
| 63 dB (at 1100 MHz) | |
| 61 dB (at 1200 MHz) | |
| Power-summated crosstalk attenuation (PS-ACR) | 97 dB (with 1 MHz) |
| 96 dB (at 10 MHz) | |
| 90 dB (at 100 MHz) | |
| 85 dB (at 200 MHz) | |
| 83 dB (at 250 MHz) | |
| 75 dB (at 500 MHz) | |
| 71 dB (at 600 MHz) | |
| 69 dB (at 700 MHz) | |
| 66 dB (at 800 MHz) | |
| 64 dB (at 900 MHz) | |
| 62 dB (at 1000 MHz) | |
| 60 dB (at 1100 MHz) | |
| 58 dB (at 1200 MHz) | |
| Shield attenuation | 0.25 dB (with 1 MHz) |
| 0.76 dB (at 10 MHz) | |
| 2.49 dB (at 100 MHz) | |
| 3.69 dB (at 200 MHz) | |
| 4.18 dB (at 100 MHz) | |
| 5.6 dB (at 500 MHz) | |
| 6.74 dB (at 600 MHz) | |
| 7.32 dB (at 700 MHz) | |
| 7.89 dB (at 800 MHz) | |
| 8.5 dB (at 900 MHz) | |
| 9.11 dB (at 1000 MHz) | |
| 9.5 dB (at 1100 MHz) | |
| 9.9 dB (at 1200 MHz) | |
| 60.00 dB (up to 1000 MHz) | |
| Halogen-free | in accordance with EN 50267-2-1 |
| in accordance with EN 60684-2 | |
| Flame resistance | in accordance with EN 60332-1-2 |
| EN 60332-3-25 | |
| in accordance with ISO 14572 5.21 (UN ECE-R 118.01) | |
| Concentration of fumes | EN 61034-2 |
| Resistance to oil | in accordance with EN 50306-4, 72 hours at 100°C, IRM 902 |
| Fire protection in rail vehicles | BS 6853 (Internal cable Ia, Ib, II/external cable Ia, Ib, II) |
| DIN 5510-2 (Fire protection level 1, 2, 3, 4) | |
| EN 45545-2 (Risk level HL1 - HL3) | |
| EN 50306-4 | |
| NF F16-101 (Classification C/F1) | |
| NF F16-101 (Internal cable A1, A2, B/external cable A1, A2, B) | |
| NFPA 130 | |
| PN-K-02511 (Class A) | |
| UIC 564-2 (Class A) | |
| Other resistance | Resistant to fuel (in accordance with EN 50306-4, 168 hours at 70°C, IRM 903) |
| Resistant to ozone (in accordance with EN 50306-4, 72 hours at 40°C, method B, volumetric concentration of 200 x 10-6) | |
| Ambient temperature (operation) | -40 °C ... 80 °C (cable, fixed installation) |
| Ambient conditions | |
| Degree of protection | IP65 |
| IP67 | |
| Ambient temperature (operation) (male connector/female connector) | -25 °C ... 90 °C (M12 connector) |
| M12 | |
| Standard designation | M12 connector |
| Standards/specifications | IEC 61076-2-109 |
| Standard designation | Shock, vibration |
| Standards/specifications | EN 50155 |
Your advantages
Easy and safe: 100 % electrically tested plug-in components
Securely locked by special vibration brake
Resistant to temperature influences – tested for an extended temperature range and for resistance to temperature shocks
Reliable signal transmission – 360° shielding in environments with electromagnetic interference