RM009-08 Sliding Sub-Rack Splicing
Features and Benefits
• For use in both 19” and ETSI standard racks.
• Suitable for Single Circuit management (up to 4 fibres per
tray) or Single Element management (up to 12 fibres per
tray).
• Can accommodate up to 96 splices in a 19” rack, and up to
120 splices in an ETSI rack for cable to pigtail splicing.
• Can accommodate up to 144 splices in a 19” rack or ETSI
rack for cable to cable splicing.
• Modular upgradeable solution.
• Shelf pulls outwards to enable easy access to the splice
trays.
• Splice tray holders are available for crimp, heatshrink or
fiberlock (only with half of the capacity) splices.
• Compatible with the OAsys Modular Main Rack.
• Fully bend managed to 30mm minimum bend radius.
Technical Data
SSR-S-59CC (cable to cable)
• Max Number of splice trays: 19”: 40 (SC), 16 (SE)
ETSI: 40 (SC), 16 (SE)
• Max number of splices: 19”: 144, ETSI: 144
• Max number of transport tubes: 12 in Ø 3.5/5 mm
12 out Ø 3.5/5 mm
• Required space envelope (mm): 19”: (w) 440 x (d) 280 x (h) 133
ETSI: (w) 490 x (d) 280 x (h) 133
• Operating temperature: -20oC to + 60oC (5 to 95% RH)
• Material:-
• Metalwork: Mild Steel (painted grey RAL 7035)
• Plastics: PC ABS (grey RAL 7035)
• Packing Dimensions (mm): (w) 570 x (d) 350 x (h) 200
• Packed Weight (kg): 8.3 (ETSI) 6.9 (19”)
• Net weight (kg): 7.5 (ETSI) 6.1 (19”)
SSR-S-59 (cable to pigtails)
• Max Number of splice trays: 19”: 48 (SC), 20 (SE)
ETSI: 60 (SC), 24 (SE)
• Max number of pigtails: 19”: 96, ETSI: 120
• Max number of transport tubes: 12 in Ø 3.5/5 mm
12 out Ø 3.5/5 mm
• Required space envelope (mm): 19”: (w) 440 x (d) 280 x (h) 133
ETSI: (w) 490 x (d) 280 x (h) 133
• Operating temperature: -20oC to + 60oC (5 to 95% RH)
• Material:-
• Metalwork: Mild Steel (painted grey RAL 7035)
• Plastics: PC ABS (grey RAL 7035)
• Testing:-
• Optical: tested at 1310 nm and 1550 nm
• Dry heat: IEC 60068-2-2 test B
• Damp heat: IEC 60068-2-3
• Change of temperature: IEC 60068-2-14
• Vibration: IEC 60068-2-6
• Shock: IEC 60068-2-27
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Structure
The cable core is formed by bending thermoplastic tubes containing up to 12 single/multi mode optical fibers and waterproof material together with the fibers and a sufficient number of elements (tubes or fillers) together with the SZ method. The cable core is filled with filling material for longitudinal waterproofing. Glass yarn material is wrapped on the filled cable core for environmental reinforcement. Black colored PE sheath is applied on the glass yarn material.
Technical Information
– Temperature in fixed conditions: -30 °C, +70 °C
– Temperature in moving conditions: -10 °C, +50 °C
– Minimum Operating Temperature: -30 ºC
– Maximum Operating Temperature: 70 ºC
– Conductor Structure: Rigid
– Bending Radius: Min 10xD
– Lead-free
Areas of Use
These multi-tube, dielectric fiber optic cables are external environment cables designed for use in channels.
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 center tube contains the optical fibers and waterproof material, forming the cable core. Glass yarn material is applied around the cable core to increase dielectric strength. Black colored PE sheath is applied on the glass yarn material.
Technical Information
– Temperature in fixed conditions: -25 °C, +70 °C
– Temperature in moving conditions: -10 °C, +50 °C
– Minimum Operating Temperature: -25 ºC
– Maximum Operating Temperature: 70 ºC
– Conductor Structure: Rigid
– Bending Radius: Min 15xD
– Lead-free
Areas of Use
These center tube, unarmored fiber optic cables are designed for use in ducts.
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 center tube contains the optical fibers and waterproof material, forming the cable core. Glass yarn material is applied around the cable core to increase dielectric strength. Black colored PE sheath is applied on the glass yarn material.
Technical Information
– Temperature in fixed conditions: -25 °C, +70 °C
– Temperature in moving conditions: -10 °C, +50 °C
– Minimum Operating Temperature: -25 ºC
– Maximum Operating Temperature: 70 ºC
– Conductor Structure: Rigid
– Bending Radius: Min 15xD
– Lead-free
Areas of Use
These center tube, unarmored fiber optic cables are designed for use in ducts.
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 center tube forms the cable core by containing optical fibers and waterproof material. To increase dielectric strength, glass yarn material is applied around the cable core. To protect the cable core from external factors, corrugated steel tape armor application is made with copolymer material on both sides. Black colored PE sheath is applied on the armor.
Technical Information
– Temperature in fixed conditions: -25 °C, +70 °C
– Temperature in moving conditions: -10 °C, +50 °C
– Minimum Operating Temperature: -25 ºC
– Maximum Operating Temperature: 70 ºC
– Conductor Structure: Rigid
– Bending Radius: Min 15xD
– Lead-free
Areas of Use
These center tube armored fiber optic cables are designed for duct or direct burial, outdoor environment 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
Single or multi-core, single or multi-wire copper conductor, special flame-resistant separator layer, special synthetic insulation, 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, special synthetic outer sheath, flame-retardant, halogen-free, non-smoking and 180 minutes under flame function according to IEC 60331-21.
Technical Information
– Manufactured in accordance with TSE K 328.
– 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
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 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
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
Three-core, multi-wire, copper conductor, PROTOTHEN®-X (XLPE) insulation with very low dielectric losses, special inner and outer semi-conductor layers that homogenize the electrical field, specially added copper screen with a suitable cross-section against high short circuit currents, flat galvanized steel wire armor and galvanized steel holding tape, LSOH outer sheathed medium voltage energy cables.
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
– Galvanized Flat Steel Wire Armored
Areas of Use
These cables, which have very low electrical losses compared to their counterparts, are used in electrical energy supply of large residential and industrial areas with large 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.
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
Three-core, multi-wire, copper conductor, very low dielectric losses
PROTOTHEN®-X (XLPE) insulation, special inner and outer semi-conductor layers that homogenize the electrical field, suitable cross-section against high short-circuit currents
and specially added copper screen, flat galvanized steel wire armor and galvanized steel holding tape, halogen-free, does not create a dense smoke layer during fire and LSOH outer sheathed medium voltage energy cables
Technical Information
These cables are manufactured in accordance with TS IEC 60502-2.
– Permissible operating temperature: 90 ºC
– Permissible short circuit temperature: 250 ºC
(For short circuit time t ≤ 5 sec.)
They are tested in accordance with the following standards:
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
Places 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 and indoors.
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.
