DATA TRANSMISSION CABLES

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3 DATA TRANSMISSION CABLES UTP 4x2x24 AWG Cat 5e 1- Conductor Solid copper wire 2- Insulation PE (ring coded) insulation 3- Cable core Pairs twisted in layers 4- Outer sheath PVC outer sheath (Ral-7001) These connection cables are used in telecommunication networks for transmission of either analog or digital signals. Maximum working transmission speed 100 Mbit/sn. Solid conductor of bare copper wire (0.51 mm), PE insulation. Cores twisted in pairs, four pairs twisted in layers. PVC-based compound of outer sheath, gray. TECHNICAL CHARACTERISTICS Impedance 100Ω± %15 in range of MHz Mutual Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 94Ω/km Insulation Resistance Min MΩ km Working Temperature -30 C to + 70 C Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 25 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End crosstalk) (db)

4 DATA TRANSMISSION CABLES S/UTP 4x2x24 AWG Cat 5e F/UTP 4x2x24 AWG Cat 5e 1- Conductor Solid copper wire 2- Insulation PE (ring coded) insulation 3- Cable Base Pairs twisted in layers 4- Wrapping Tape PES tape 5- Drain wire Tinned copper wire 6- Screen ALPES tape 7- Outer Sheath PVC outer sheath, gray (Ral-7001) These connection cables are used in telecommunication networks for transmission of either analog or digital signals. Maximum working transmission speed 100 Mbit/sn. Solid conductor of bare copper wire (0.51 mm), PE insulation. Cores twisted in pairs, four pairs twisted in layers, over the base polyster foil wrapping tape, tinned copper drain wire, over the cable static screen of plastic coated aluminum foil (AL-PES). PVC-based compound of outer sheath, gray. TECHNICAL CHARACTERISTICS Impedance 100Ω± %15 in range of MHz Mutual Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 94Ω/km Insulation Resistance Min MΩ km Working Temperature -30 C to + 70 C Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 25 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End crosstalk) (db)

5 STP 4x2x24 AWG Cat 5e F/FTP 4x2x24 AWG Cat 5e 1- Conductor Solid copper wire 2- Insulation PE (ring coded) insulation 3- Pairs Screened twisted pairs 4- Cable Base Pairs twisted in layers 5- Wrapping Tape PES tape 6- Drain Tinned copper wire 7- Screen AL-PES-AL tape 8- Outer Sheath PVC outer sheath, gray (RAL-7001) These connection cable are used in telecommunication networks for transmission of either analog or digital signals. Maximum working transmission speed 100 Mbit/sn. Solid conductor of bare copper wire (0.51 mm), PE insulation. Cores twisted in pairs, four individual screened pairs twisted in layers. Over the screened pairs twisted in layers; polyester tape, tinned copper wire and ALPESAL tape applied. PVC-based compound of outer sheath, gray. TECHNICAL CHARACTERISTICS Impedance 100Ω± %15 in range of MHz Mutual Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 94Ω/km Insulation Resistance Min MΩ km Working Temperature -30 C to + 70 C Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 25 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End crosstalk) (db)

6 DATA TRANSMISSION CABLES C/STP 4x2x24 AWG Cat 5e S/FTP 4x2x24 AWG Cat 5e 1- Conductor Solid copper wire 2- Insulation PE (ring coded) insulation 3- Pairs Cores twisted in pairs 4- Drain Tinned solid copper wire 5-1 st Screen AL-PES-AL tape 6- Cable Base Four pairs twisted in layers 7-2 nd Screen Tinned copper wire braiding 8- Outer Sheath PVC outer sheath, gray (Ral-7001) These connection cables are used in telecommunication networks for transmission of either analog or digital signals. Maximum working transmission speed 100 Mbit/sn. Solid conductor of bare copper wire (0.51 mm), PE insulation. Cores twisted in pairs and drain tinned copper wire covered with plastic coated aluminum foil (AL-PES-AL). Four pairs twisted in layers. Screen braiding of tinned copper wire. Outer sheath of PVC-based compound, gray. TECHNICAL CHARACTERISTICS Impedance 100 Ω± %15 in range of MHz Mutual Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 94Ω/km Insulation Resistance Min MΩ km Working Temperature -30 C to + 70 C Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 25 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End crosstalk) (db)

7 U/UTP 4x2x26 AWG Cat 5e F/UTP 4x2x26 AWG Cat 5e 1- Conductor Stranded copper wire (7x0.16 mm) 2- Insulation PE (ring coded) insulation 3- Cable Core Pairs twisted in layers 4- Outer Sheath PVC outer sheath, gray (Ral-7001) These connection cables are used in telecommunication networks for transmission of either analog or digital signals. Maximum working transmission speed 100 Mbit/sn. Fine stranded copper wire (7x0.16 mm), PE insulation. Cores twisted in pairs, four pairs twisted in layers. PVCbased compound of outer sheath, gray. TECHNICAL CHARACTERISTICS Impedance 100 Ω±%15 in range of MHz Mutual Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 138.Ω/km Insulation Resistance Min MΩ km Working Temperature -30 C to + 70 C Working Voltage 250 volt Test Voltage 500 volt Min. Bending Radius 25 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End crosstalk) (db)

8 DATA TRANSMISSION CABLES FS/UTP 4x2x24 AWG Cat 5e F/UTP 4x2x24 AWG Cat 5e 1- Conductor Stranded copper wire (7x0.20 mm) 2- Insulation PE (ring coded) insulation 3- Cable Core Pairs twisted in layers 4- Wrapping Tape Polyster tape 5- Drain Multi stranded tinned copper wire 6- Screen AL-PES tape 7- Outer Sheath PVC outer sheath, gray (Ral-7001) These connection cable are used in telecommunication networks for transmission of either analog or digital signals. Special flexible design for patch panels. Maximum working transmission speed 100 Mbit. Fine stranded cooper wire (7x0.20mm) conductor, solid PE insulation. Cores twisted in pairs, four pairs twisted in layers. Polyster wrapping tape. Multi stranded tinned copper wire drain wire. Screen of plastic coated aluminum foil. PVC-based compound of outer sheath, gray. (RAL 7001) TECHNICAL CHARACTERISTICS Impedance 100 Ω±%15 in range of MHz Mutual Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 88.Ω/km Insulation Resistance Min MΩ km Working Temperature -30 C to + 70 C Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 25 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End crosstalk) (db)

9 FC/UTP 4x2x26 AWG Cat 5e S/UTP 4x2x26 AWG Cat 5e 1- Conductor Stranded copper wire (7x0.16 mm) 2- Insulation PE (ring coded) insulation 3- Cable Core Pairs twisted in layers 4- Wrapping Tape Polyster tape 5- Screen Tinned copper wire braiding 6- Outer Sheath PVC outer sheath, gray (Ral-7001) These connection cables are used in telecommunication networks for transmission of either analog or digital signals. Special flexible design for patch panels. Maximum working transmission speed 100 Mbit. Fine stranded copper wire (7x0.20 mm) conductor, solid PE insulation. Cores twisted in pairs, four pairs twisted in layers. Polyster wrapping tape. Screen braiding of tinned copper wire. Outer sheath of PVC-based compound, gray (RAL 7001). TECHNICAL CHARACTERISTICS Impedance 100 Ω±%15 in range of MHz Mutual Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 138.Ω/km Insulation Resistance Min MΩ km Working Temperature -30 C to + 70 C Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 26 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End c rosstalk) (db)

10 DATA TRANSMISSION CABLES UTP 4x2x24 AWG Cat 6 1- Conductor Solid copper wire (0.51 mm) 2- Insulation Polyolefin (ring coded) 3- Cable Core Pairs twisted in layers 4- Outer Sheath PVC-based, gray (Ral-7001, Ral-7032) These connection cables are used in telecommunication networks for transmission of either analog or digital signals. Maximum working transmission speed 125 Mbit/sn. Solid conductor of bare copper wire (0.51 mm), Polyelefin insulation. Cores twisted in pairs, four screened pairs twisted in layers. PVC-based compound of outer sheath, gray. TECHNICAL CHARACTERISTICS Impedance 100 Ω±%15 in range of MHz 100 Ω±%22 in range of 125 MHz Efective Capacity Max. 56 nf/km (at 1 khz) Conductor Resistance Max. 94.Ω/km Insulation Resistance Min MW.km Temperature Range -30 C to + 70 C Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 25 mm Frequency (MHz) Return loss (SRL) (db) Attenuations (db/100 m) Next (Near-End crosstalk) (db)

11 RS 232/00 1- Conductor Fine stranded tinned annealed copper wire 2- Insulation PVC insulation 3- Wrapping Tape PES tape 4- Drain Stranded tinned copper wire 5- Screen Tinned copper wire braiding 6- Outer Sheath PVC outer sheath, gray (Ral-7032) These connection cables are used in telecommunication networks and electronic control systems for signal transmission. Fine stranded tinned annealed copper wire, semi rigid PVC-based insulation. Cores twisted in pairs, pairs twisted in layers, polyster wrapping tape with drain stranded annealed tinned copper wire. Screen braiding of tinned copper wire. Outer sheath of PVC- based compound, gray (RAL-7032). TECHNICAL CHARACTERISTICS Mutual Capacity AWG : max. 100 nf/km AWG 20 : max. 120 nf/km Working Temperature -30 C to + 70 C Insulation Resistance 50 MΩ Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 15xCable diameter Number of cores and Approx. outside diameter (mm) Copper factorial (per km) Approx. weigth (kg/km) cross-section (mm 2 ) DAT-232/00 AWG 24 2x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x

12 DATA TRANSMISSION CABLES RS 232/00 Number of cores and Approx. outside diameter (mm) Copper factorial (per km) Approx. weigth (kg/km) cross-section (mm 2 ) DAT-232/00 AWG 24 18x2x x2x x2x DAT-232/00 AWG 22 2x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x DAT-232/00 AWG 20 2x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x

13 RS 422/00 1- Conductor Stranded tinned copper wire 2- Insulation PE insulation 3- Wrapping Tape Polyster tape 4- Screen AL-PES tape 5- Drain Stranded tinned copper wire 6- Screen Tinned copper wire braiding 7- Outer Sheath PVC outer sheath, gray (Ral-7032) These connection cables are used in telecommunication networks and electronic control systems for signal transmission. Fine stranded tinned annealed copper wire, PE core insulation. Cores twisted in pairs, pairs twisted in layers, polyster wrapping tape. Screen of aluminum coated polyester foil. Screen braiding of tinned copper wire with tinned copper wire drain. Outer sheath of PVC- based compound, gray. (RAL-7032) TECHNICAL CHARACTERISTICS Mutual Capacity max. 50 nf/km Working Temperature -30 C to + 80 C Insulation Resistance 5 GΩkm Working Voltage 250 volt Test Voltage 1200 volt Min. Bending Radius 15xCable diameter Number of cores and Approx. outside diameter (mm) Copper factorial (per km) Approx. weigth (kg/km) cross-section (mm 2 ) DAT-422/00 AWG 24 2x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x

14 DATA TRANSMISSION CABLES RS 422/00 Number of cores and Approx. outside diameter (mm) Copper factorial (per km) Approx. weigth (kg/km) cross-section (mm 2 ) DAT-422/00 AWG 22 2x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x DAT-422/00 AWG 20 2x2x x2x x2x x2x x2x x2x x2x x2x

15 TWINAXIAL 105 Ω 1- Conductor Solid electrolitic copper wire 2- Insulation Foam PE 3- Paired cores Two cores twisted in pairs 4-2nd Screen Braiding of tinned copper wire 5-3rd Screen AL-PES-AL 6-4th Screen Braiding of tinned copper wire 7- Outer Sheath PVC compound, gray These LAN data transmission cables are used for ethernet networks. Can be used to link main units, Data transmission speed is 10 mbit/s. Solid electrolitic copper wire, Foam PE insulation. Screen of aluminum coated polyester foil (AL-PES). Screen braiding of tinned copper wire. Screen of aluminum coated polyester foil; two sided (AL-PES-AL). Screen braiding of tinned copper wire. Outer sheath of PVC compound, yellow. TECHNICAL CHARACTERISTICS Impedance Efective capacity Conductor resistance Insulation resistance Temperature range Working voltage Test voltage Min. bending radius 50 ± 2Ω max. 85 nf/m max. 4.7 Ω/km min MΩ km -30 C to +70 C max. 2.5 V max. 5.0 V 200 mm Frequency (MHz) Attenuation (db/100 m)

16 DATA TRANSMISSION CABLES RG-62 A/U INDOOR 1- Conductor Copper clad steel wire 2- Insulation Semi-solid PE insulation 3- Screen Annealed copper wire braiding 4- Outer sheath PVC outer sheath, black These data transmission cables are used IBM networks as data transmission cable. No outdoor use. Copper clad, steel wire, semi-solid PE-air spaced-insulation. Screen braiding of electrolitic annealed copper wire. Outer sheath of PVC compound, black. TECHNICAL CHARACTERISTICS Impedance Mutual capacity Conductor resistance Insulation resistance Working temperature Working voltage Test voltage Min. bending radius 93 ± 5Ω max. 43 pf/km max. 144 Ω/km (29ºC) min MΩ km -40 C to +70 C max. 2.5 kv max. 5.0 kv 5xD mm Frequency (MHz) Attenuation (db/100 m)

17 RG-62 A/U OUTDOOR 1- Conductor Copper clad steel wire 2- Insulation Semi-solid PE insulation 3- Screen Annealed copper wire braiding 4- Wrapping tape Polyester tape 5- Outer sheath PVC outer sheath, black These data transmission cables are used IBM networks as data transmission cable. Application for outdoor use. Copper clad, steel wire, semi-solid PE-air spaced-insulation. Screen braiding of electrolitic annealed copper wire. Outer sheath of PE compound, black. TECHNICAL CHARACTERISTIC Impedance Mutual capacity Conductor resistance Insulation resistance Working temperature Working voltage Test voltage Min. bending radius 93 ± 5Ω max. 43 pf/km max. 144 Ω/km (29ºC) min MΩ km -40 C to +70 C max. 2.5 kv max. 5.0 kv 5xD mm Frequency (MHz) Attenuation (db/100 m)

18 DATA TRANSMISSION CABLES RG-59 / U-4 1- Conductor Ø 0.83 mm electrolitic copper wire 2- Insulation Ø 3.90 mm foam polyethylene insulation 3-1 st Screen AL-PES tape 4-2 nd Screen Tinned copper wire braiding 5- Outer sheath PVC outer sheath, Ø 6.0 mm, white Used as connection cable in CATV, CCTV and satellite and common antenna TV systems. Electrolitic annealed copper wire conductor. Foam Polyethylene insulation. Screen of plastic coated aluminum foil AL-PES-AL (100% coverage). Screen braiding of tinned copper wire (85% coverage). Outer sheath of PVC compound, white. TECHNICAL CHARACTERISTICS Impedance Mutual capacity Conductor resistance Insulation resistance Working temperature Working voltage Test voltage Min. bending radius 75 ± 3Ω max.61 pf/km max. 144 Ω/km (29ºC) min MΩ km -40 C to +70 C max. 1.1 kv 2.5 kv 10xD mm Frequency (MHz) Attenuation (db/100 m)

19 TVVF-F2/TVGF 1- Conductor Solid conductor 2- Insulation PVC or halogen-free insulation 3- Wrapping Polyester tape 4- Drain wire Solid tinned copper 5- Screen ALPES tape 6 6- Outer sheath Flame retardant PVC or halogen-free outer sheath Flame retardent or halogen free telephone and fire alarm systems cables for interior installations. Solid bare copper conductor, PVC or halogen free insulated, cores twisted in pairs, pairs twisted in layers over the base polyester foil wrapping tape, tinned copper drain wire over the cable static screen of plastic coated aluminum foil (ALPES). temperature range Occasional flexing -5 C to +70 C Fixed installation -30 C to +70 C test voltage 1000 V (AC) bending radius 10xD FIRE PERFORMANCE Flame retardant No flame propagation IEC , DIN EN /-2-1, VDE 0482 P265-1/2-1 IEC /-3-24, DIN EN /-2-4, VDE 0482 P266-1/-2-4 MATERIAL PROPERTIES FOR HALOGEN FREE Halogen-free IEC , VDE 0482 P , DIN EN No corrosive gases IEC , VDE 0482 P , DIN EN Low smoke emission IEC /-2, VDE 0482 P268-1/-2, DIN EN /-2 17

20 DATA TRANSMISSION CABLES TVVF-F2/TVGF Number of cores x Approx. outside diameter (mm) Net weight approx.(kg/km) nominal conductor diameter (mm) 1x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x

21 TWAVB 1- Conductor Solid bare conductor 2- Insulation PE insulation 5 3- Filler Extruded PVC filler 4- Armour 2Galvanized steel tape with drain wire or galvanized steel wires 5- Outer Sheath Flame retardant PVC outer sheath Telephone and signalisation cables, cores twisted in pairs, armoured and flame retardant, for outdoor installations. Solid bare copper conductor, Polyethylene insulated, armoured and flame retardant PVC outer sheathed cables. temperature range Occasional flexing -5 C to +70 C Fixed installation -30 C to +70 C test voltage bending radius 1000 V (AC) 15xD FIRE PERFORMANCE Flame retardant IEC , DIN EN /-2-1, VDE 0482 P265-1/2-1 Number of cores x Approx. outside diameter (mm) Net weight approx.(kg/km) nominal conductor diameter (mm) 1x4x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x

22 DATA TRANSMISSION CABLES SVV-F2/SVG-F2 1- Conductor Solid bare conductor 2- Insulation PVC or halogen-free insulation 3- Outer Sheath Flame retardant PVC or halogen-free outer sheath Telephone and signalisation cables, cores laid up concentric layers and flame retardant, for interior installations. Halogen free version is SVG-F2. Solid bare copper conductor, PVC or halogen-free insulated, flame retardant PVC or halogen-free outer sheathed (low smoke) cables. temperature range Occasional flexing -5 C to +70 C Fixed installation -30 C to +70 C test voltage 2500 V (AC) bending radius 15xD FIRE PERFORMANCE Flame retardant No flame propagation IEC , DIN EN /-2-1, VDE 0482 P265-1/2-1 IEC /-3-24, DIN EN /-2-4, VDE 0482 P266-1/-2-4 MATERIAL PROPERTIES FOR HALOGEN FREE Halogen-free IEC , VDE 0482 P , DIN EN No corrosive gases IEC , VDE 0482 P , DIN EN Low smoke emission IEC /-2, VDE 0482 P268-1/-2, DIN EN /-2 Number of cores x Approx. outside diameter (mm) Net weight approx.(kg/km) nominal conductor diameter (mm) 2x x x x x x x x x x

23 TPVF-F2/TPGF 1- Conductor Solid tinned conductor 2- Insulation PE insulation 3- Pairs Screened twisted pairs 4- Cable Base Pairs twisted in layers 5- Drain Solid tinned copper wire 6- Wrapping Polyester tape 5 7- Outer Sheath Flame retardant PVC or halogen free outer sheath Telephone and signalisation cables, cores twisted in pairs and pairs shielded, flame retardant, for interior installations. Halogen free version is TPGF. Solid tinned copper conductor, Polyethylene insulated, flame retardant PVC or halogen-free (low smoke) outer sheathed cables. temperature range Occasional flexing -5 C to +70 C Fixed installation -30 C to +70 C test voltage 1000 V (AC) bending radius 10xD FIRE PERFORMANCE Flame retardant No flame propagation EC , DIN EN /-2-1, VDE 0482 P265-1/2-1 IEC /-3-24, DIN EN /-2-4, VDE 0482 P266-1/-2-4 MATERIAL PROPERTIES FOR HALOGEN FREE Halogen-free IEC , VDE 0482 P , DIN EN No corrosive gases IEC , VDE 0482 P , DIN EN Low smoke emission IEC /-2, VDE 0482 P268-1/-2, DIN EN /-2 Number of cores x nominal conductor diameter (mm) Approx. outside diameter (mm) Net weight approx. (kg/km) 1X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X Number of cores x nominal conductor diameter (mm) Approx. outside diameter (mm) Net weight approx. (kg/km) 1X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X X2X

24 DATA TRANSMISSION CABLES VVT-F2/GGT-F2 1- Conductor Solid tinned conductor 2- Insulation PVC or halogen-free insulation 3- Earth Wire PVC or halogen-free insulated solid tinned copper 4- Wrapping Tape Polyester tape 5- Outer Sheath Flame retardant PVC or halogen-free outer sheath Telephone and signalisation cables, twisted pairs laid up concentric layers with insulated earth wire and flame retardant, for interior installations. Halogen free version is GGT-F2. Solid tinned copper conductor, PVC or halogen-free insulated, flame retardant PVC or halogen-free outer sheathed (low smoke) cables. temperature range Occasional flexing -5 C to +70 C Fixed installation -30 C to +70 C test voltage 1000 V (AC) bending radius 20xD FIRE PERFORMANCE Flame retardant No flame propagation IEC , DIN EN /-2-1, VDE 0482 P265-1/2-1 IEC /-3-24, DIN EN /-2-4, VDE 0482 P266-1/-2-4 MATERIAL PROPERTIES FOR HALOGEN FREE Halogen-free IEC , VDE 0482 P , DIN EN No corrosive gases IEC , VDE 0482 P , DIN EN Low smoke emission IEC /-2, VDE 0482 P268-1/-2, DIN EN / /-2 22

25 VVT-F2/GGT-F2 Number of cores x Approx. outside diameter (mm) Net weight approx.(kg/km) nominal contuctor diameter (mm 2 ) 1x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x x2x

26 DATA TRANSMISSION CABLES LOUD SPEAKER 1- Conductor Fine stranded copper conductor 2- Insulation PVC insulation 2 1 These cables are used in professional broadcasting systems for the transmission of analogue audio signals. The cable consists of stranded multiwire copper conductors and PVC insulated according to BS EN standard. Type Nominal cable dimension MAX. conductor Weight (Thicknessx width) (mm) resistance (Ohm/km) (kg/km) 2x x x x x x x x x x x x x x x x

27 Technical Data British and US Dimensions for Cable and Leads In the US area of influence the dimensions of copper conductors for power and data transmission purposes are usually expressed in AWG Nos*. The corresponding values are: AWG Diameter Cross-section Conductor resistance No. mm mm² Ω/km / / / / AWG Diameter Cross-section Conductor resistance No. mm mm² Ω/km General Dimensions The basic units are in the English gravitational system in the English obsolute system Lenght (ft)-force (lbf=lb)-time (s) Lenght (ft)-mass (lb)-time (s) Lenght Dimensions Cubic Dimensions 1 ml = mm 1 cubic inch =16.39 cm³ 1 inch (in, ) =25.4 mm 1 cubic foot = cm³ 1 foot (ft, ) =0.305 m 1 cubic yard = mm² 1 yard (yd) = m 1 US liquid galon = chain (ch) =20.1 m 1 pint = statue mile = 1.61 km 1 quart = nautical mile = km 1 brit gallon = statue mile = 1760 yards 1 barrel = Area Dimensions 1 circ. mil (CM) = ³ mm² 1 MCM = mm² 1 square inch (sg. in.) = mm² 1 square foot (sq. ft.) = m² 1 square yard = m² 1 acre = km² 1 square mile = 2.59 km² 1m2 = sq. ft. Mass Units English gravitation system 1 slug = 1 lbs s²/ft English 1 pound = 1 lb 1 slug = lb, with ft/s² as the standard value of acceleration due to grativity. Conversion to metric units 1 grain = mg 1 dram = g 1 ounce (oz) = 16 drams = g 1 pound (lb) = 16 oz = g 1 stone = 14 lbs = 6.35 kg 1 US ton (short ton) = t 1 Brit. Ton (long ton) = t Units of Force English gravitational systems: pound-force 1 lbf = 1 Lb English absolute systems: poundal 1 pdl = 1 lb ft / s² 1 lbf = pdl lb m/s² Conversion to metric units 1 pound-force (lbf) = kp 1 Brit. ton force = 1016 kp 1 poundal (pdl) = N 1 lbf = N Electrical units per unit lenght Density 1 μf per mile =0.62μF/km 1 lb/ft3 = kg/m³ 1 megohm per mile = 1.61 MΩ km 1 decibel per mile = 71.5 m/n/km Weight (specific weight) 1 μf per foot =3.28 pf/m 1 lbf/ft3 = kp/m³ 1 decibel per 100 ft =3.77 N/km 1 ohm per 1000 ft = 3.28 Ω /km Copper wire weight per mile 1 ohm per 1000 yd = Ω/km lb/ mile Ø mm Weight per unit lenght lb per foot = kg/m lb per yard = kg/m lb per mile = kg/m Units of Energy 1 horsepower = kw (H.P.) 1 brit. therm unit = kcal The insulation wall thicknesses are often expressed in n/64 inches, 1.64 inch being rougly equal to 0.4 mm Further dimensions for wire weights and for electrical field strengths: lbf pr. MFeet = kg/km 40 V/mil =1.6 kv/mm lbf pr. Mile = kg/km 80V/mil = 3.2 kv/mm 100V/mil =4.0 kv/mm 250V/mil =10.0 kv/mm 25

28 DATA TRANSMISSION CABLES Drum Capacities for Plastic-Insulated Cable in Metres to DIN Reel Cables TYPE Diameter in mm Width in mm Max. load Weight Drum No Drum size d1 d2 d4 L1 L4 kg kg / / / / / / / / / / / / /

29 DIN Colour Codes The colour code for DEMTRONIK and DEMFLEKS cables is in accordance with DIN 47100/Nov In each pair there is always one A-core and one B-core. Upwards of 23 pairs, the identification repeats itself for the first time and from 45 pairs fort he second time. The first is always the basic colour of the core and the second colour is applied in ring-form. No of Pairs Colour a-core Colour b-core No of Pairs Colour a-core Colour b-core 1 white brown 13 white/black brown/black 2 green yellow 14 grey/green yellow/grey 3 grey pink 15 pink/green yellow/pink 4 blue red 16 green/blue yellow/blue 5 black violet 17 green/red yellow/red 6 grey/pink red/blue 18 green/black yellow/ black 7 white/green brown/green 19 grey/blue pink/blue 8 white/yellow yellow/brown 20 grey/red pink/red 9 white/grey grey/brown 21 grey/black pink/black 10 white/pink pink/brown 22 blue/black red/black 11 white/blue brown/blue see above see above 12 white/red brown/red see above see above DIN Colour Codes (without colour repetition) The core insulation gives the first colour the second colour is provided by a coloured ringing or band. Where three colours are specified the second and third colours are printed alternately over the basic colour (1 st colour). 1 white 22 brown/ blue 43 blue/black 2 brown 23 white/red 44 red/black 3 green 24 brown/red 45 white/brown/black 4 yellow 25 white/black 46 yellow/green/black 5 grey 26 brown/black 47 grey/pink/black 6 pink 27 grey/green 48 red/blue/black 7 blue 28 yellow/grey 49 white/green/black 8 red 29 pink/green 50 brown/green/black 9 black 30 yellow/pink 51 white/yellow/black 10 violet 31 green/blue 52 yellow/brown/black 11 grey/pink 32 yellow/blue 53 white/grey/black 12 red/blue 33 green/red 54 grey/brown/black 13 white/green 34 yellow/red 55 white/pink/black 14 brown/green 35 green/black 56 pink/brown/black 15 white/yellow 36 yellow/black 57 white/blue/black 16 yellow/brown 37 grey/blue 58 brown/blue/black 17 white/grey 38 pink/blue 59 white/red/black 18 grey/brown 39 grey/red 60 brown/red/black 19 white/pink 40 pink/red 61 black/white 20 pink/brown 41 grey/black 21 white/blue 42 pink/black LAN (Local area network) a-wire pair nr. b-wire white-blue 1 blue white-orange 2 orange white-green 3 green white-brown 4 brown 27

30 DATA TRANSMISSION CABLES Network Structure Ring Star Bus Mesh Tree CODE DESIGNATION ACCORDING TO VDE ACR Attenuation to Crosstalk Ratio ISDN Integrated Services Digital Network BD Building Entrance Facilities ISO International Organisation for Standardization BFOC B-ISDN Bayonet Fibre Optic Connector Broadband ISDN ITU-T International Telecommunication Union Telecommunication Standardization Bureau (formerly CCITT) BRI Basic Rate ISDN JTC Join Technical Commitee CD Campus Distributor LAN Local Area Network c Speed of light LCL Longitudinal Conversion Loss CISPR International Special Committee on Radio Interference LCTL Longitudinal Conversion Transfer Loss CSMA/CD Carrier Sence Miltiple Access with Collision Detection N/A Not Applicable DCE Data Circuit Terminating Equipment N-BNC N type to BNC Convertor DTE Data Terminal Equipment NEXT Near And Crosstalk DUT Device Under Test OTDR Optical Time Domain Reflectometer EMC Electromagnetic Compability PBX Private Branch Exchange EMI Electromagnetic Interference PDAM Proposed Draft Amendment ER Equipment Room PMD Physical Layer Medium Dependent FD Floor Distributor SC Subsscriber Connector (Optical fibre connector) FDDI Fibre Distributed Data Interface SC-D Duplex SC connector FOIRL Fibre Optic Inter-Repeater Link STI Surface Transfer Impedance FWHM Full Width Half Maximum TC Telecommunications Closet IC Integrated Circuit TDR Time Domain Reflectometer IDC Insulation Displacement Connection TO Telecommunications Outlet IEC International Electrotechnical Commission TP Transition Point CAT2 CAT3 CAT4 CAT5 Frequency Attenuation Next Attenuation Next Attenuation Next Attenuation Next MHz db/100m (max) db (min) db/100m (max) db (min) db/100m (max) db (min) db/100m (max) db (min) Cable level Data speed 1 ve 2 Ses Frekans Sistemleri 3 10 MBit/s 4 16 MBit/s MBit/s MBit/s 28

31 NOTE

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