You are here:
Showing 65–80 of 441 results
Ürünler
Construction
Conductor: stranded copper wires, bare, AWG26/7(7×0.16 mm) ∅ 0.48 mm (cross section 0.14 mm²)
Insulation: Foam-skin-PE, diameter 1.2 mm ∅ 1.2 mm
Pair stranding: two cores twisted to the pair ∅ 2.4 mm
Pair identification: a – core: white, b – core: blue
Pair screen: Al-PET-foil, Aluminium inside ∅ 2.5 mm + stranded copper drain wires, tinned
Pair insulation: PET-foil
Bundle wrapping (only for the two pair cable): PET-foil
Overall screen: copper braid, tinned
Sheath: PVC/rubber
Sheath colour: matt black RAL 9005
Sheath marking: DRAKA – AC10 SS 26/7 1P(or 2P) AES/EBU – 110 Ω
Ürün teknik özellik ve detayları için PDF ikonuna tıklayarak detayları görüntüleyebilir, dosyayı indirebilir veya istediğiniz adrese mail yolu ile ulaştırabilirsiniz.
Construction
Conductor: stranded copper wires, bare AWG26/7 mm – 0.48 mm (cross section 0.14 mm² )
Insulation: Foam-skin-PE 1.2 mm
Pair stranding: two cores twisted to the pair 2.4 mm
Pair identification: a – core: white, b – core: blue (the above colours in regular intervals)
Pair screen: Al-PET-foil, Aluminum inside 2.5 mm + stranded copper drain wires, tinned
Pair insulation of: PET-foil, the one-pair cable
Pair sheath of the: FRNC, flame retardant
Multi pair cables Colour and identification: grey RAL 7001 with number printing
Cable lay up: n pairs twisted in layers
Overall screen: Al–PET-foil + copper braid, tinned
Sheath: FRNC-C
Sheath colour: grey, RAL 7001
Sheath marking: DRAKA MULTIMEDIA CABLE – GERMANY – AC10 SS 26/7 nP AES/EBU – 110
Ürün teknik özellik ve detayları için PDF ikonuna tıklayarak detayları görüntüleyebilir, dosyayı indirebilir veya istediğiniz adrese mail yolu ile ulaştırabilirsiniz.
Steel armored cables are connected with Piretolin cable joints equipped with copper braid protection cage. The protection cage is made of tinned copper braid and provides mechanical protection.
The deflector formed by windings made of high voltage conductive and insulating tapes provides control of the electric field.
The joint molds are completely filled with Piretolin substance, which has a very easy flow, and the cable can be put into operation after hardening.
Structure
On the conductor made of copper wire, the cores covered with foamed PP insulation in a thickness that will meet the electrical properties are twisted in pairs with filler materials. These pairs are brought together and twisted to form the cable core. After wrapping 1 layer of aluminum-coated polyester tape with the metal part facing outwards and a copper drain wire longitudinally, a braid of tinned copper wires is applied on this core to ensure the continuity of the screen. Protective polyester self-protection foil and black PUR LSOH sheath are covered on the braided cable core.
Technical Information
Temperature in fixed conditions: -40 °C, +85 °C
Temperature in moving conditions: -5 °C, +50 °C
Areas of Use
These cables are used in the transmission of CanBus signals according to ISO 11898-2.
These cables, which are compatible with indoor and outdoor environments in fixed installations, are also suitable for mobile use under certain conditions.
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Structure
The cable core is formed by twisting the PE insulation coated cores together in a star quad shape on the conductor made of copper wire, with a thickness that meets the electrical specifications. After wrapping the polyester tape with holding and protective features on this core, a braid of tinned copper wires is applied on it for screening purposes. Protective polyester core protection foil and black PUR LSOH sheath are covered on the braided cable core.
Technical Information
Temperature in fixed conditions: -40 °C, +85 °C
Temperature in mobile conditions: -5 °C, +50 °C
Areas of Use
These cables are used in the transmission of CanBus signals according to DIN 19245, EN 50170 and ISO 11898-2. These cables, which are compatible for indoor and outdoor environments in fixed installation, are also suitable for mobile use under certain conditions.
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Construction
Inner conductor: bare copper wire, diameter 3.3 mm
Insulation: gas injected foam PE, diameter 13.3 mm
Outer conductor: welded copper tube, diameter 14.1 mm
Sheath: PE, diameter 17.1 mm ± 0.5 mm black
Printing: DRAKA COMTEQ – COAX3 CT 33 S + meter marking + batch number
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Construction
Inner conductor: bare copper wire, diameter 2.2 mm
Insulation: gas injected foam PE, diameter 8.8 mm
Outer conductor: welded copper tube, diameter 9.5 mm
Sheath: PE, diameter 12.3 ± 0.3 mm black
Printing: DRAKA COAX4 CT 22 S + batch number + meter marking
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Specification
Flame resistance – PVC IEC: 60332-1
Flame resistance – LSHF IEC: 60332-1, IEC 60754-2, IEC 61034
Standards: EN 50173, ISO/IEC 11801 Amendment 2, IEC 60603-7
Length: 1m, 1.5m, 2m, 3m & 5mt
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Specification
UCConnect500 Class Ea Channel, Unsheilded: Cat.6a U/UTP 24 AWG 4P patch cable LSHF
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Features and Benefits
• The system is designed for one-man customer connection using
semi-skilled labour, thus significantly reducing the cost of
subscriber connections.
• Up to 8 pre-connectorised QUICKDR@W Lead-in Assemblies can be
individually installed into the lead-in seal ports.
• Deferred installation cost through incremental customer connection.
• Skilled labour required for initial CLJ mk2 installation in the
distribution phase. Subsequent lead-in cable connections require
only minimal training.
• The joint can be supplied with 8 SC type adapters and pigtails preinstalled for single fibre applications.
• The CLJ mk2 can also be supplied with pre-installed Connectorised
passive splitters (1×4 or 1×8)
• The joint allows the storage of a continuous loop of loose tube cable
elements within the dedicated storage area at the front of the
closure.
• All fibres are positively managed to a 30mm bend radius.
• The closure base contains one oval port and eight lead-in seal ports.
• Lead-in cables are mechanically sealed to IP67.
• The CLJ mk2 is compatible with a range of Prysmian produced
optical cables which can be used to distribute the fibres to each
unit. Please contact Prysmian to discuss your specific requirements.
• Optional upgrade splice tray is available for additional splicing
capacity (max 48F)
Technical Data
• Number of cable ports: 8 (Lead-in Seal), 1 (Oval), 2 (circular)
• Maximum cable diameter (mm): 7 (Lead-in Seal), 21 (Oval), 12 (circular)
• Maximum splice tray capacity: 1 (24 fibres), 1 upgrade (additional 24)
• Maximum capacity: 8 customer connection cables (1f each)
• Maximum loop capacity: 96 (8 x 12 fibre elements)
• Required space envelope (mm): (l) 300 x (w) 231 x (d) 164 (length 410mm when heat shrink applied)
• Operating temperature: -20oC to + 70oC (5 to 95% RH)
• Sealing: IP68
• Material:-
• Cap: Glass Filled Polypropylene
• Base: Glass Filled Polypropylene
• Splice tray: FR HIPS
• Testing:-
• Closure sealing: IP68 – AS60529-2004 IEC60529 Ed 2.1 2001 IEC61753-111-8
• Optical: Tested at 1310nm, 1383nm, 1550nm and 1625nm
• Dry heat: BS EN 60068-2-2 Test Bb
• Damp heat: IEC 60068-2-3: 1969
• Change of temperature: IEC 60068-2-14: 1984
• Vibration: IEC 60068-2-6: 1995
• Shock: IEC 60068-2-27: 1987
Ürün teknik özellik ve detayları için PDF ikonuna tıklayarak detayları görüntüleyebilir, dosyayı indirebilir veya istediğiniz adrese mail yolu ile ulaştırabilirsiniz.
Structure
Cores coated with PE insulation, with a thickness that meets the electrical specifications, are twisted in pairs on a conductor made of copper wire. These pairs are brought together and twisted to form the cable core. After a polyester tape with a holding and protective feature is wrapped on this core, a copper earth wire and 1 layer of aluminum-coated polyester tape screen with the metal part facing inward are wrapped on it to ensure the continuity of the screen. A white PVC or LSOH sheath is covered on the screen.
Technical Information
Temperature in fixed conditions: -25 °C, +70 °C
Temperature in mobile conditions: -5 °C, +50 °C
Areas of Use
These cables are suitable for internal installation in EIB (European Installation Bus) systems, allowing installation in the duct, vertically and directly on the ground under the platform.
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Structure
Multi-core, finely stranded, copper conductor, HEPR insulated, PROTODUR (PVC) outer sheathed energy cables.
Technical Information
– Manufactured in accordance with TS IEC 60502-1.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC (Short circuit time t ≤ 5 sec.)
– Conductor Structure: Flexible
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– Test Voltage (AC): 3.5 kV
Areas of Use
Used in applications requiring flexibility outdoors, in cable ducts, and underground as energy, network and lighting cables.
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Structure
Finely stranded copper conductor, HEPR insulated, PROTODUR (PVC) outer sheathed energy cables.
Technical Information
– Manufactured in accordance with TS IEC 60502-1.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC (Short circuit time t ≤ 5 sec.)
– Conductor Structure: Flexible
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– Test Voltage (AC): 3.5 kV
Areas of Use
Used in applications requiring flexibility outdoors, in cable ducts, and underground as energy, network and lighting cables.
Structure
Single-core, finely stranded, copper conductor, HEPR insulated, PROTODUR (PVC) outer sheathed energy cables.
Technical Information
– Manufactured in accordance with TS IEC 60502-1.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC (Short circuit time t ≤ 5 sec.)
– Conductor Structure: Flexible
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– Test Voltage (AC): 3.5 kV
Places of Use
Used as energy, network and lighting cables in open areas, in cable ducts, and underground applications requiring flexibility.
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
Specification
Operating temperature SC / LC: – 40 °C to + 80 °C
Operating temperature ST / FC: – 25 °C to + 70 °C
Insertion loss All: ≤ 0.20 dB (SM) ; ≤ 0.10 dB (MM)
For product technical specifications and details, you can view the details by clicking on the PDF icon, download the file or send it to the address you want via e-mail.
