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Telegärtner 100013001 Coax Outside diameter: 10.16 mm 50 Ω 100 m
EAN:
Part number:
Item no:
Product type
Coax
Impedance
50 Ω
Cable features
UV-resistant
Outside Ø
10.16 mm
Content
100 m
Datasheet (PDF)
Number
Total (1 m = € 9.45)
€ 945.38
plus VAT.
Only 3 Set(s) available
Technical specifications
- Product type
Coax
- Impedance
50 Ω
- Cable features
UV-resistant
- Outside Ø
10.16 mm
- Content
100 m
- Packaged
Yes
- Sold per metre
Yes
- Halogen-free
Yes
- Manufacturer part #
100013001
- Insulation material
PE
- Min. temperature range (fixed installation)
0 °C
- Max. temperature range (fixed installation)
80 °C
- Max. temperature range (flexible installation)
80 °C
- RoHS-compliant
Yes
- Type
100013001
- Max. length sold by the metre
100 m
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 3737165 Telegärtner 100013001 Coax Outside diameter: 10.16 mm 50 Ω 100 m
User & Safety Instructions
User & Safety Instructions 3737165 Telegärtner 100013001 Coax Outside diameter: 10.16 mm 50 Ω 100 m
Description
Specifications:
Insertion loss (attenuation): The insertion loss describes the electrical losses along the cable. They are mainly determined by the cable diameter, the material of the dielectric and the frequency to be transmitted. Low-loss cables are characterized by particularly good (low) values for insertion loss.,
Shielding attenuation: The shielding attenuation describes how well the cable prevents the radiation or the radiation of HFsignals along the cable. To improve the shielding attenuation of cables, double shielding braid, film + braided shielding and tin-plated braid are used.
Temperature range: Depending on the materials used, the cables can be used in different ambient temperatures. Cables with PE or PVC sheath can be used up to approx. 80°C. Cable with PTFE or FEP sheath up to approx. 200 °C,
Wave resistance (impedance) 50 Ohm or 75 Ohm: For the transmission of video signals and in the wide-traffic technology is processed with 75 Ohm system. In almost all other areas 50 ohm cable is used.
Z 50 Ω
Fire protection class ECA
Burning drip: Not relevant
Smoke emission: Not relevant
Acid development: Not relevant
Cable group; Cable: G37
Cable jacket material:PE
Type:low loss 400 FRLSZH, ring
2.7/7.3 AF, 2.7/7.3 CF, 213CRT7 LOW LOSS, 7810A, 9913, 9914, C2FCP, C2FP, CNT-400, EC 400, HPF 400, LMR-400, MRC 400 AFB, TZC 500 32, WBC-400, WCX400, SPEEDFOAM 400 HFJ, RF 400 TT
G55: 9913F
Without cable group: Low Loss 400
Packaging unit (m): 100
Cable sheath Ø 10.16
Damping dB/100 m at 2 GHz 20
This text is machine translated.
Insertion loss (attenuation): The insertion loss describes the electrical losses along the cable. They are mainly determined by the cable diameter, the material of the dielectric and the frequency to be transmitted. Low-loss cables are characterized by particularly good (low) values for insertion loss.,
Shielding attenuation: The shielding attenuation describes how well the cable prevents the radiation or the radiation of HFsignals along the cable. To improve the shielding attenuation of cables, double shielding braid, film + braided shielding and tin-plated braid are used.
Temperature range: Depending on the materials used, the cables can be used in different ambient temperatures. Cables with PE or PVC sheath can be used up to approx. 80°C. Cable with PTFE or FEP sheath up to approx. 200 °C,
Wave resistance (impedance) 50 Ohm or 75 Ohm: For the transmission of video signals and in the wide-traffic technology is processed with 75 Ohm system. In almost all other areas 50 ohm cable is used.
Z 50 Ω
Fire protection class ECA
Burning drip: Not relevant
Smoke emission: Not relevant
Acid development: Not relevant
Cable group; Cable: G37
Cable jacket material:PE
Type:low loss 400 FRLSZH, ring
2.7/7.3 AF, 2.7/7.3 CF, 213CRT7 LOW LOSS, 7810A, 9913, 9914, C2FCP, C2FP, CNT-400, EC 400, HPF 400, LMR-400, MRC 400 AFB, TZC 500 32, WBC-400, WCX400, SPEEDFOAM 400 HFJ, RF 400 TT
G55: 9913F
Without cable group: Low Loss 400
Packaging unit (m): 100
Cable sheath Ø 10.16
Damping dB/100 m at 2 GHz 20
This text is machine translated.