OP053-15 CMJ
Features and Benefits
• An ultra compact closure for the splicing of optical cables.
• Supplied with 12 single element trays each able to accommodate 12
splices providing a maximum capacity of 144 fibres, or 12 single circuit
splice trays. Each single circuit splice tray has two storage sections
providing a total of 24 trays per joint. Each tray can accommodate up to
4 splices providing a total capacity of 96 fibres.
• An input manifold manages the tubes to a common routing channel and
has the provision to mount up to four optical splitters.
• The joint is for use with heat shrink splice protectors of either 1.3mm in
diameter and 30mm in length or 2.2mm in diameter and 45mm in length.
• The closure base has 4 circular entry ports and an oval port. Cables up
to 23mm in diameter can be installed into each port. A further two small
ports are available as emergency ports. These ports are for heat shrink
entry and can accommodate a cable of up to 12mm in diameter.
• Circular port cables are sealed using a mechanical sealing gland. The
gland can be assembled onto the cable away from the joint and is then
simply plugged into the base.
• Oval port cables are sealed using adhesive lined heat shrink sleeves or
using a mechanical oval port entry kit. See page 3 for more information.
• Multi Way Entry Glands are available to allow the installation of a number
of cables into one circular port. See page 3 for more information.
• Splice trays hinge upwards individually, allowing full access to spliced
fibres without disturbance to live fibres in adjacent trays.
• Integrated loop storage basket for mid-span applications.
• Can be supplied with a pole/wall mounting bracket.
• Can be supplied with a pressure test valve for both flash testing and
cable earthing.
Technical Data
• Minimum Fibre Bend Radius (mm): 30 (Note: The input manifold contains mandrels to cross fibres from one side of
the stack to the other. These are limited to 20mm radius if used).
• Number of Cable Ports: 4 circular and 1 oval (also contains 2 additional small emergency ports)
• Cable Diameter Range (mm):
• Circular Port: 4 to 23
• Multi Port (in circular port): 5 to 7 (4 Way), 3x2mm flat cable (8 Way), 5 to 9 (2 Way)
• Oval Port: 7 to 21 (Heat Shrink), 5 to 14.8 (mechanical)
• Emergency Port: 4 to 12
• Cable Retention (N):
• Circular Port: > Cable (Ø/45) x 1000N with central strength member secured.
• 4 Way Multi Way (in circular port): > 150N for cables with Aramid yarns, > 30N for cables without Aramid yarns
• Maximum number of splice trays: 12 Single Element
12 single Circuit Double Trays (each tray has two storage area so 24 trays total)
• Maximum fibre capacity of Joint: 144 Single Element
96 Single Circuit
• Splitter capacity: 4 optical splitters of 4mm x 4mm x 60mm
• Required space envelope (mm): (l) 305 x (w) 231 x (d) 164
• Operating temperature: -40oC to + 70oC (5 to 95% RH)
• Material:-
• Cap: GF Polypropylene
• Base: GF Polypropylene
• Clamp: GF Nylon
• Splice Trays: FR ABS
• Testing:-
• Closure Sealing: IP68 (5 metres) (IEC 61300-2-23)
• Optical: Tested 1310nm,1550nm and 1625nm
• Change of Temperature: IEC 61300-2-22
• Dry Heat: BS EN 60068-2-2 Test Bb
• Damp Heat: IEC 60068-2-3: 1969
• Vibration: IEC 61300-2-1
• Torsion: IEC 61300-2-5
• Bending: IEC 61300-2-37
• Impact: IEC 61300-2-12
• Cable Retention: IEC 61300-2-4
• Crush Resistance: IEC 61300-2-10
Ürün teknik özellik ve detayları için PDF ikonuna tıklayarak detayları görüntüleyebilir, dosyayı indirebilir veya istediğiniz adrese mail yolu ile ulaştırabilirsiniz.
Aynı Markalı Diğer Ürünlerimiz
Structure
Single or multi-core, single or multi-wire copper conductor, special flame-resistant separator layer, special synthetic insulation, galvanized round steel wire armor, special synthetic outer sheath, flame-retardant, halogen-free, non-smoking during fire and continue to function for 180 minutes under flame according to IEC 60331-21. (Armor is aluminum in single-core cables.)
Technical Information
– They are manufactured in accordance with TS IEC 60502-1.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC
– Conductor Structure: Rigid
– LS (Low Smoke) Test: IEC 61034 -1/2
– Burning Droplet Test: IEC 60332-1-3
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– FE (Current Conduction) Test: IEC 60331-21
Areas of Use
These cables are used in indoor and outdoor areas such as schools, hospitals, meetings and shopping malls where there are mandatory safety precautions against fire.
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
Single or multi-core, single or multi-wire copper conductor, special flame-resistant separator layer, special synthetic insulation, galvanized round steel wire armor, special synthetic outer sheath, flame-retardant, halogen-free, non-smoking during fire and continue to function for 180 minutes under flame according to IEC 60331-21. (Armor is aluminum in single-core cables.)
Technical Information
– They are manufactured in accordance with TS IEC 60502-1.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC
– Conductor Structure: Rigid
– LS (Low Smoke) Test: IEC 61034 -1/2
– Burning Droplet Test: IEC 60332-1-3
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– FE (Current Conduction) Test: IEC 60331-21
Areas of Use
These cables are used in indoor and outdoor areas such as schools, hospitals, meetings and shopping malls where there are mandatory safety precautions against fire.
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, single or multi-wire copper conductor, special flame-resistant separator layer, special synthetic insulation, concentric copper conductor, special synthetic outer sheath, flame-retardant, halogen-free, non-smoking and 180 minutes flame-resistant energy and control cables according to IEC 60331-21.
Technical Information
– Manufactured in accordance with TS HD 604 S1 5G.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC
– Conductor Structure: Rigid
– LS (Low Smoke) Test: IEC 61034 -1/2
– Burning Droplet Test: IEC 60332-1-3
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– FE (Current Conduction) Test: IEC 60331-21
Areas of Use
These cables are used in indoor and outdoor areas such as schools, hospitals, meetings and shopping malls where there are mandatory safety precautions against fire.
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, single or multi-wire copper conductor, special flame-resistant separator layer, special synthetic insulation, concentric copper conductor, special synthetic outer sheath, flame-retardant, halogen-free, non-smoking and 180 minutes flame-resistant energy and control cables according to IEC 60331-21.
Technical Information
– Manufactured in accordance with TS HD 604 S1 5G.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC
– Conductor Structure: Rigid
– LS (Low Smoke) Test: IEC 61034 -1/2
– Burning Droplet Test: IEC 60332-1-3
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– FE (Current Conduction) Test: IEC 60331-21
Areas of Use
These cables are used in indoor and outdoor areas such as schools, hospitals, meetings and shopping malls where there are mandatory safety precautions against fire.
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
Single or multi-core, single or multi-wire, copper conductor, three or four-core, special synthetic insulated, galvanized round steel wire armored, special synthetic outer sheathed, flame retardant, halogen-free and non-smoking energy cables. (Aluminum in single-core cables.)
Technical Information
– Manufactured in accordance with TS IEC 60502-1.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC
– Conductor Structure: Rigid
– LS (Low Smoke) Test: IEC 61034 -1/2
– Burning Droplet Test: IEC 60332-1-3
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– CPR (Construction Materials Directive) Test: EN 60332-1-2
– Galvanized Round Steel Wire Armored
Areas of Use
These cables are resistant to mechanical external effects thanks to the armor consisting of galvanized round steel wires on them. They are used in places where there are mandatory safety precautions against fire.
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
Single or multi-core, single or multi-wire copper conductor, special synthetic insulation, special synthetic outer sheath, flame retardant, halogen-free cables that do not create dense smoke during fire.
Technical Information
– Manufactured in accordance with TS HD 604 S1 5G.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC
– Conductor Structure: Rigid
– LS (Low Smoke) Test: IEC 61034 -1/2
– Burning Droplet Test: IEC 60332-1-3
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– CPR (Construction Materials Directive) Test: EN 50399
Areas of Use
These cables are used in indoor and outdoor areas such as schools, hospitals, meetings and shopping malls where there are mandatory safety precautions against fire.
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, fine multi-wire copper conductor, special synthetic insulation, special filling layer, special synthetic outer sheath, flame retardant, halogen-free energy cables.
Technical Information
– Manufactured in accordance with TSE 13751.
– Permissible operating temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC
– Conductor Structure: Flexible
– LS (Low Smoke) Test: IEC 61034 -1/2
– Burning Droplet Test: IEC 60332-1-3
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2 and IEC 60332-3-24 Cat.C
– CPR (Construction Materials Directive) Test: EN 50399
Areas of Use
They are used in facilities with a fire risk such as hotels, hospitals, shopping malls, power plants and data processing centers, and in facilities where there are many people and valuable devices where mass transportation is carried out by rail systems. These cables do not transmit flame during a fire, do not create a dense smoke layer and do not create an environment suitable for corrosion, thus ensuring the safety of life and property.
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
Single-core, single-wire, multi-wire or fine multi-wire copper conductor, special synthetic insulation, flame retardant and halogen-free energy cables.
Technical Information
– Manufactured in accordance with TS EN 50525-3-31.
– Permissible operating temperature: 70 ºC
– Maximum Short Circuit Temperature: 160 ºC
– Conductor Structure: Flexible
– LS (Low Smoke) Test: IEC 61034 -1/2
– HF (Halogen Free) Test: IEC 60754 – 1/2
– FR (Flame Resistance) Test: IEC 60332-1-2
– CPR (Construction Materials Directive) Test: EN 60332-1-2
Areas of Use
They are used as lighting and installation cables in dry spaces, switchgear facilities, distribution systems, and businesses.
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
Medium voltage energy cables with single core, multi-wire, copper conductor, very low dielectric loss PROTOTHEN®-X (XLPE) insulation, special inner and outer semi-conductor layers that homogenize the electrical field, specially added copper screen against high short circuit currents, LSOH outer sheath.
Technical Information
– They are manufactured in accordance with TSE K 204 and based on IEC 60502-2.
– Permissible Operating Temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC (Short circuit time t ≤ 5 sec.)
– Conductor Structure: Rigid
– FR (Flame Resistance) Test: IEC 60332-1-2
– Test Voltage (AC): 3.5Uo
Areas of Use
These cables, which have very low electrical losses compared to their counterparts, are used in electrical energy supply of residential and industrial areas where short circuit currents are high and in networks where load increases are expected, outdoors, in cable ducts, indoors and underground. When specially produced, they are used in fresh and salt water.
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
Medium voltage energy cables with single core, multi-wire, copper conductor, PROTOTHEN®-X (XLPE) insulation with very low dielectric losses, special inner and outer semiconductor layers that homogenize the electrical field, specially added copper screen against high short circuit currents with a suitable cross-section, LSOH outer sheath.
Technical Information
-They are manufactured according to TS IEC 60502-2.
– Permissible Operating Temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC (Short circuit time t ≤ 5 sec.)
– Conductor Structure: Rigid
– FR (Flame Resistance) Test: IEC 60332-1-2
– Test Voltage (AC): 3.5Uo
Areas of Use
These cables, which have very low electrical losses compared to their counterparts, are used in electrical energy supply of residential and industrial areas where short circuit currents are high and in networks where load increases are expected, outdoors, in cable ducts, indoors and underground. When specially produced, they are used in fresh and salt water.
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
Medium voltage energy cables with single core, multi-wire, copper conductor, PROTOTHEN®-X (XLPE) insulation with very low dielectric losses, special inner and outer semiconductor layers that homogenize the electrical field, specially added copper screen against high short circuit currents with a suitable cross-section, LSOH outer sheath.
Technical Information
-They are manufactured according to TS IEC 60502-2.
– Permissible Operating Temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC (For short circuit time t ≤ 5 sec.)
– Conductor Structure: Rigid
– FR (Flame Resistance) Test: IEC 60332-1-2
– Test Voltage (AC): 3.5Uo
Areas of Use
These cables, which have much lower electrical losses than their counterparts, are used in electrical energy supply of residential and industrial areas with high short circuit currents and in networks where load increases are expected, outdoors, in cable ducts, indoors and underground. When specially produced, they are used in fresh and salt water.
Structure
Medium voltage energy cables with single core, multi-wire, copper conductor, PROTOTHEN®-X (XLPE) insulation with very low dielectric losses, special inner and outer semiconductor layers that homogenize the electrical field, specially added copper screen against high short circuit currents with a suitable cross-section, LSOH outer sheath.
Technical Information
-They are manufactured according to TS IEC 60502-2.
– Permissible Operating Temperature: 90 ºC
– Maximum Short Circuit Temperature: 250 ºC (Short circuit time t ≤ 5 sec.)
– Conductor Structure: Rigid
– FR (Flame Resistance) Test: IEC 60332-1-2
– Test Voltage (AC): 3.5Uo
Areas of Use
These cables, which have very low electrical losses compared to their counterparts, are used in electrical energy supply of residential and industrial areas where short circuit currents are high and in networks where load increases are expected, outdoors, in cable ducts, indoors and underground. When specially produced, they are used in fresh and salt water.
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.