The document discusses in-building wireless solutions from Legrand and Superior Essex. It states that robust wireless infrastructure is needed to support high-speed connectivity demands from both occupants and IoT devices. Legrand and Superior Essex provide a complete end-to-end solution including cabling, connectivity, pathways and physical support to ensure networks can support technologies like DAS, WiFi and PoE.
The document discusses Siemens' Subsea Advanced Converter & Switch (ACS), which addresses challenges in using standard ethernet media converters subsea. The ACS allows fiber and ethernet communication over longer distances subsea through a modular design that provides fiber to copper conversion, ethernet switching, and signal monitoring in a robust housing. It comes in various configurations including flying leads, switches, umbilical terminations, and for sensor harnesses. Key benefits are enabling longer distance ethernet communication subsea at lower cost through a compact, field-proven design.
Coaxial cables are used to transmit radio frequency signals and connect video and radio equipment. Common types include RG-6, RG-8, RG-11, RG-58, and RG-59. RG-6 is used for cable TV and satellite feeds with 75-ohm impedance. RG-8 is a 50-ohm cable used for radio transmission. RG-11 has 75-ohm copper wiring and is used for rooftop antennas. RG-58 has 50-ohm impedance and is used for low-power thin ethernet. RG-59 also has 75-ohm impedance and is used for low-power video and radio connections over short distances.
At very high frequencies, every trace and pin is an RF emitter and receiver. If careful design practices are not followed, the unwanted signals can easily mask those a designer is trying to handle. The design choices begin at the architecture level and extend down to submillimeter placement of traces. There are tried and proven techniques for managing this process. The practical issues of real system design are covered in this session, along with ways to minimize signal degradation in the RF environment.
Understanding po e technology, and how to deploy itAngelina Li
This document discusses Power over Ethernet (PoE) technology. It explains that PoE allows network devices to receive power through Ethernet cables, providing flexibility and cost savings over separate power cables. There are two methods for deploying PoE - using PoE-enabled switches or adding midspan devices between non-PoE switches and devices. Proper deployment of PoE-compliant devices and components is important to ensure reliability, performance and success.
Smart DeskStream Token Ring Switch from Madge NetworksRonald Bartels
Rapidly advancing desktop applications are increasing traffic within local area networks (LANs). Token Ring networks must evolve their infrastructures to support this growth while protecting existing investments. Madge Networks' Smart DeskStream Token Ring Switch provides switched connections from desktops to the network backbone at full duplex 16Mbps bandwidth while leveraging installed network cards, cables, and racks. It offers improved performance, manageability, and reliability over shared connections at a cost-effective price.
Comparing Copper and Fiber Options Data Centerrobgross144
In most data center designs there is a mixture of both copper and fiber infrastructure. This paper is not suggesting that one should replace the other, rather that each should be considered carefully with respect to the applications expected to be supported over the life of the data center. With varied capabilities of networking equipment and cabling options, a thorough analysis should be performed to plan the most cost effective data center infrastructure to maximize your return on investment.
This document provides information about purchasing an ADC FSN-8519-1 InterReach Fusion Antenna Unit, including how to buy it, specifications, warranty, and services offered by Launch 3 Telecom. Launch 3 Telecom sells telecom hardware and provides services like installation, deinstallation, repair, and asset recovery. They accept various payment methods and offer same day shipping for orders received by 3PM EST.
The document summarizes Commscope-Andrew's ION-B Series Wideband Distributed Antenna System (DAS). The ION-B Series is an
intelligent optical network solution that transports radio frequency signals over fiber optic cables to provide wireless coverage and capacity. It
consists of a master unit located at the base station and remote units located throughout the coverage area. The system supports multiple
wireless technologies and frequencies and can distribute signals up to 20 km from the master unit. It offers flexibility, scalability and easy
installation and management through a web-based interface.
The document discusses Siemens' Subsea Advanced Converter & Switch (ACS), which addresses challenges in using standard ethernet media converters subsea. The ACS allows fiber and ethernet communication over longer distances subsea through a modular design that provides fiber to copper conversion, ethernet switching, and signal monitoring in a robust housing. It comes in various configurations including flying leads, switches, umbilical terminations, and for sensor harnesses. Key benefits are enabling longer distance ethernet communication subsea at lower cost through a compact, field-proven design.
Coaxial cables are used to transmit radio frequency signals and connect video and radio equipment. Common types include RG-6, RG-8, RG-11, RG-58, and RG-59. RG-6 is used for cable TV and satellite feeds with 75-ohm impedance. RG-8 is a 50-ohm cable used for radio transmission. RG-11 has 75-ohm copper wiring and is used for rooftop antennas. RG-58 has 50-ohm impedance and is used for low-power thin ethernet. RG-59 also has 75-ohm impedance and is used for low-power video and radio connections over short distances.
At very high frequencies, every trace and pin is an RF emitter and receiver. If careful design practices are not followed, the unwanted signals can easily mask those a designer is trying to handle. The design choices begin at the architecture level and extend down to submillimeter placement of traces. There are tried and proven techniques for managing this process. The practical issues of real system design are covered in this session, along with ways to minimize signal degradation in the RF environment.
Understanding po e technology, and how to deploy itAngelina Li
This document discusses Power over Ethernet (PoE) technology. It explains that PoE allows network devices to receive power through Ethernet cables, providing flexibility and cost savings over separate power cables. There are two methods for deploying PoE - using PoE-enabled switches or adding midspan devices between non-PoE switches and devices. Proper deployment of PoE-compliant devices and components is important to ensure reliability, performance and success.
Smart DeskStream Token Ring Switch from Madge NetworksRonald Bartels
Rapidly advancing desktop applications are increasing traffic within local area networks (LANs). Token Ring networks must evolve their infrastructures to support this growth while protecting existing investments. Madge Networks' Smart DeskStream Token Ring Switch provides switched connections from desktops to the network backbone at full duplex 16Mbps bandwidth while leveraging installed network cards, cables, and racks. It offers improved performance, manageability, and reliability over shared connections at a cost-effective price.
Comparing Copper and Fiber Options Data Centerrobgross144
In most data center designs there is a mixture of both copper and fiber infrastructure. This paper is not suggesting that one should replace the other, rather that each should be considered carefully with respect to the applications expected to be supported over the life of the data center. With varied capabilities of networking equipment and cabling options, a thorough analysis should be performed to plan the most cost effective data center infrastructure to maximize your return on investment.
This document provides information about purchasing an ADC FSN-8519-1 InterReach Fusion Antenna Unit, including how to buy it, specifications, warranty, and services offered by Launch 3 Telecom. Launch 3 Telecom sells telecom hardware and provides services like installation, deinstallation, repair, and asset recovery. They accept various payment methods and offer same day shipping for orders received by 3PM EST.
The document summarizes Commscope-Andrew's ION-B Series Wideband Distributed Antenna System (DAS). The ION-B Series is an
intelligent optical network solution that transports radio frequency signals over fiber optic cables to provide wireless coverage and capacity. It
consists of a master unit located at the base station and remote units located throughout the coverage area. The system supports multiple
wireless technologies and frequencies and can distribute signals up to 20 km from the master unit. It offers flexibility, scalability and easy
installation and management through a web-based interface.
Poorly installed network cabling can cause problems. It is important to use the correct wiring standard (T568b), high quality CAT5e or CAT6 cabling under 265 feet, and a star configuration. Cables should not be run near electrical wiring or twisted/bent tightly. The right plugs and tools should be used, and no more than 1/4 inch of cable untwisted to avoid interference.
Superior Tray Systems Inc.: Introduction to the Technical and Safety Aspects ...Beatrice Wong, MBA
Tired of repairing failed bus ducts? Learn about the technical and safety aspects of our no-maintenance cable bus as an alternative to bus ducts, wire in conduit and cable trays. Visit us at http://www.superiortray.com/ for more information.
This presentation by Westermo’s Technical Lead Engineers Dakota Diehl and Benjamin Campbell, is an integral part of the Westermo webinar on March 26th 2020, covering how to get older network technology to communicate over new protocols and equipment, and bridging the gap in technologies without replacing legacy equipment. Watch it here: https://www.westermo.com/news-and-events/webinars/accessing-the-edge-with-legacy-communications
Fibre Optic Cabling Or Copper Data Cabling – Which Should You Choose?
What are the advantages and disadvantages of fibre optic cable?
What are the advantages and disadvantages of copper cable?
This white paper discusses Gigabit Ethernet and 10 Gigabit Ethernet cabling solutions. It describes the fiber optic and copper cabling options for 1GbE and 10GbE networks, including cable types, connectors, and transceivers. It explains that single mode and multi-mode fiber cables can support distances from hundreds of meters to tens of kilometers for both 1GbE and 10GbE, while copper solutions like Cat5/6 can provide shorter connections up to 100 meters. Transceivers like SFP, SFP+, and XFP are used to connect the different cable types to networking equipment.
The 920MHz band, specific low power wireless communication module technology ...Antenna Manufacturer Coco
In recent years, awareness of energy conservation has risen in various fields, and countries are continuously expanding their investment in the effective use of energy. Among them, in the residential sector, the degree of attention of the HEMS (Home Energy Management System) that effectively monitors the power supply and demand through the network connection between the devices is increasing. In order to "visualize" the power required for energy management, more advanced energy management and control systems such as smart touch are often used.
Impartido por Antonio Torre, Country Manager for México Patton
CopperLink™ Market & Benefit
CopperLink™ Product Portfolio
CopperLink™ Applications
Q & A
ARDUINO MICROCONTROLLER BASED UNDERGROUND CABLE FAULT DISTANCE LOCATORIAEME Publication
1. The document describes an Arduino microcontroller-based device for locating faults in underground cable lines. It uses basic Ohm's law to detect faults by measuring variations in current with respect to resistance at different points along the cable.
2. The device has several units - a power supply, cable unit with switches to induce faults, control unit to process signals from the cable unit, tripping unit to detect faulty phases, and a display unit to show fault characteristics and distance on an LCD screen.
3. Common underground cable faults include short circuits, open circuits, and earth faults between phases and ground, which can be caused by insulation damage, loose connections, and other factors related to aging of cable materials over time
This document provides information on LS Cable's LSC Bus Way System, including the Ex/Ez/Ef-Way and Mini-Way models. It introduces the bus way system and its applications in buildings and factories. The document discusses the system's key features such as high current density, simplified design for easy installation and maintenance, temperature rise stability, insulation properties, low voltage drop and high short-circuit ratings. It also describes the optional temperature monitoring system, grounding and harmonics handling, special bolts used, and IP degrees of protection.
The document summarizes the history and growth of PowerDsine, an Israeli startup company that pioneered Power over Ethernet (PoE) technology. It discusses how PowerDsine established the PoE standard in 2003 and has since grown to be the market leader with over 70% of the standard contributed by the company. The company went public in 2004 and was acquired by Microsemi Corporation in 2007 for $250 million. The document provides insights from PowerDsine's CEO on innovating new product lines, becoming the #1 or #2 in a new market, investing in intellectual property, and preparing for mergers and acquisitions.
Telecom Infrastructure Corp provides a range of professional services including IT planning, design development, project management, construction and implementation of information and communications technology projects. They have experience in areas such as distributed antenna systems, structured cabling, specialty services. Case studies highlight successful projects such as DAS installations at 4 World Trade Center and 4 Times Square. The document discusses Telecom's leadership and expertise in delivering customized solutions and their commitment to ongoing training.
Total Turnkey DAS: A Path to Ensure Rapid Business Growth and Career Successtelecom-wiring
These are the slides used for a BICSI regional meeting on November 19, 2015 at the Washington Dulles Airport Marriott. The meeting was co-sponsored with Southeast Region and the talk was given by Edward Donelan of Telecom Infrastructure
Copper and glass securing the foundation of your 10 gigabit data centersmithponting
How much time and money would you save if you
could assure the performance of your data center’s
10 Gigabit Ethernet network, before you turned
up service? How much confidence would you gain
by knowing the 10 Gigabit cabling was installed
according to standards? This Whitepaper describes
changes 10 Gigabit Ethernet brings to the network
infrastructure and the specific steps you can take
to make your new data center network rock-solid.
Gleam Electric and Power Company was incepted in 2013 and is supplying, trading, distributing and wholesaling a diverse range of Electrical Power Cables & Wires. Our product range is regarded by our clients for being interesting and includes Power Cables, Electrical Cables and Copper Flexible Wires. These cables are known for being long lasting, perfect in terms of finish, resistant to wear & tear and non corrosive.
This document is a catalogue for Havells India Ltd's wire and cable products. It provides an overview of the company, which manufactures electrical power distribution and transmission equipment across India and other countries. The catalogue then describes Havells' manufacturing process for cables, including details on the conductor, insulation, screening, armouring, and testing. It also lists the advantages of PVC and XLPE insulated cables. Finally, it notes that Havells has received NABL accreditation for its testing laboratory to ensure quality evaluation of its wire and cable products.
The document describes the problems with traditional wireless network architectures that require extensive planning and have difficulties with reliability, mobility, and service guarantees. It then summarizes the benefits of Extricom's 4th generation wireless system, which uses a single unified channel and smart coordination between access points to eliminate many of the challenges of traditional architectures. Key benefits highlighted include reduced complexity, reliable connectivity, seamless mobility, physical separation of clients, and improved location services and tag battery life.
The AP 621 is a single radio, cost-effective 802.11a/b/g/n wireless access point that offers top performance when deployed with a wireless controller. It provides direct forwarding, security, and QoS at the edge of the network. The access point has a MIMO radio, GigE uplink port, and is easily managed remotely by wireless controllers. It automatically optimizes power, channel selection, and ensures always-on high quality access and mobility for users.
The AP 621 is a cost-efficient single radio 802.11a/b/g/n wireless access point that combines WiNG 5 intelligence at the edge with a single radio design. When deployed with a wireless controller, it offers top performance along with security, QoS, and direct forwarding services at the edge without bottlenecking the wireless controller. Key features include support for 802.11a/b/g/n, device and network acceleration through four virtual LANs, gap-free security, and fast and easy deployment through automatic configuration.
This document provides an overview and selection guide for Radio Frequency Systems' (RFS) passive distributed antenna system (DAS) solutions for indoor wireless networks. It describes RFS' portfolio of cables, antennas, components and multiplexers that support wireless communications up to 6 GHz, including 5G-ready solutions. Key features highlighted include ultra-wideband support, high fire resistance ratings, proven performance in challenging indoor environments, and turnkey solution design services.
This document provides an overview of Carlisle Interconnect Technologies' locations and product offerings. It lists various locations and contact people around the world, describing what each location focuses on in terms of manufacturing and products. It then summarizes some of Carlisle's key product lines, including contacts and connectors, RF and microwave cables, optical cables, wire and cable, power and grounding products, and integrated systems. The document emphasizes Carlisle's vertical integration and capabilities across the supply chain. It provides high-level descriptions of products and manufacturing processes to give the reader a sense of Carlisle's broad range of capabilities in the interconnect industry.
IXYS Colorado is the home of IXYSRF MOSFETs, gate drivers and silicon carbide diodes and DEI Scientific pulse generators and laser diode drivers. We proudly offer customer solutions for laboratory/bench-top, industrial and OEM applications. As a wholly owned subsidiary of IXYS Corporation we have access to expertise and semiconductor processes that allow us to create unique and cost effective solutions for both our standard products as well as for our OEM partners.
Overview of SFP+ Direct Attach Copper CableJo Wang
SFP+ direct attach copper cable assembly is a high speed and cost-effective alternative to fiber optic cables in 10G Ethernet applications. 10g copper SFP is suitable for short distances, and ideal for highly cost-effective networking connectivity within a rack and between adjacent racks. It enables hardware OEMs and data center operators to achieve high port density and configurability at a low cost and reduced power requirement. SFP+ direct attach copper cable has been a good solution. This post will provide you with some basic information about SFP+ direct attach copper cable.
Poorly installed network cabling can cause problems. It is important to use the correct wiring standard (T568b), high quality CAT5e or CAT6 cabling under 265 feet, and a star configuration. Cables should not be run near electrical wiring or twisted/bent tightly. The right plugs and tools should be used, and no more than 1/4 inch of cable untwisted to avoid interference.
Superior Tray Systems Inc.: Introduction to the Technical and Safety Aspects ...Beatrice Wong, MBA
Tired of repairing failed bus ducts? Learn about the technical and safety aspects of our no-maintenance cable bus as an alternative to bus ducts, wire in conduit and cable trays. Visit us at http://www.superiortray.com/ for more information.
This presentation by Westermo’s Technical Lead Engineers Dakota Diehl and Benjamin Campbell, is an integral part of the Westermo webinar on March 26th 2020, covering how to get older network technology to communicate over new protocols and equipment, and bridging the gap in technologies without replacing legacy equipment. Watch it here: https://www.westermo.com/news-and-events/webinars/accessing-the-edge-with-legacy-communications
Fibre Optic Cabling Or Copper Data Cabling – Which Should You Choose?
What are the advantages and disadvantages of fibre optic cable?
What are the advantages and disadvantages of copper cable?
This white paper discusses Gigabit Ethernet and 10 Gigabit Ethernet cabling solutions. It describes the fiber optic and copper cabling options for 1GbE and 10GbE networks, including cable types, connectors, and transceivers. It explains that single mode and multi-mode fiber cables can support distances from hundreds of meters to tens of kilometers for both 1GbE and 10GbE, while copper solutions like Cat5/6 can provide shorter connections up to 100 meters. Transceivers like SFP, SFP+, and XFP are used to connect the different cable types to networking equipment.
The 920MHz band, specific low power wireless communication module technology ...Antenna Manufacturer Coco
In recent years, awareness of energy conservation has risen in various fields, and countries are continuously expanding their investment in the effective use of energy. Among them, in the residential sector, the degree of attention of the HEMS (Home Energy Management System) that effectively monitors the power supply and demand through the network connection between the devices is increasing. In order to "visualize" the power required for energy management, more advanced energy management and control systems such as smart touch are often used.
Impartido por Antonio Torre, Country Manager for México Patton
CopperLink™ Market & Benefit
CopperLink™ Product Portfolio
CopperLink™ Applications
Q & A
ARDUINO MICROCONTROLLER BASED UNDERGROUND CABLE FAULT DISTANCE LOCATORIAEME Publication
1. The document describes an Arduino microcontroller-based device for locating faults in underground cable lines. It uses basic Ohm's law to detect faults by measuring variations in current with respect to resistance at different points along the cable.
2. The device has several units - a power supply, cable unit with switches to induce faults, control unit to process signals from the cable unit, tripping unit to detect faulty phases, and a display unit to show fault characteristics and distance on an LCD screen.
3. Common underground cable faults include short circuits, open circuits, and earth faults between phases and ground, which can be caused by insulation damage, loose connections, and other factors related to aging of cable materials over time
This document provides information on LS Cable's LSC Bus Way System, including the Ex/Ez/Ef-Way and Mini-Way models. It introduces the bus way system and its applications in buildings and factories. The document discusses the system's key features such as high current density, simplified design for easy installation and maintenance, temperature rise stability, insulation properties, low voltage drop and high short-circuit ratings. It also describes the optional temperature monitoring system, grounding and harmonics handling, special bolts used, and IP degrees of protection.
The document summarizes the history and growth of PowerDsine, an Israeli startup company that pioneered Power over Ethernet (PoE) technology. It discusses how PowerDsine established the PoE standard in 2003 and has since grown to be the market leader with over 70% of the standard contributed by the company. The company went public in 2004 and was acquired by Microsemi Corporation in 2007 for $250 million. The document provides insights from PowerDsine's CEO on innovating new product lines, becoming the #1 or #2 in a new market, investing in intellectual property, and preparing for mergers and acquisitions.
Telecom Infrastructure Corp provides a range of professional services including IT planning, design development, project management, construction and implementation of information and communications technology projects. They have experience in areas such as distributed antenna systems, structured cabling, specialty services. Case studies highlight successful projects such as DAS installations at 4 World Trade Center and 4 Times Square. The document discusses Telecom's leadership and expertise in delivering customized solutions and their commitment to ongoing training.
Total Turnkey DAS: A Path to Ensure Rapid Business Growth and Career Successtelecom-wiring
These are the slides used for a BICSI regional meeting on November 19, 2015 at the Washington Dulles Airport Marriott. The meeting was co-sponsored with Southeast Region and the talk was given by Edward Donelan of Telecom Infrastructure
Copper and glass securing the foundation of your 10 gigabit data centersmithponting
How much time and money would you save if you
could assure the performance of your data center’s
10 Gigabit Ethernet network, before you turned
up service? How much confidence would you gain
by knowing the 10 Gigabit cabling was installed
according to standards? This Whitepaper describes
changes 10 Gigabit Ethernet brings to the network
infrastructure and the specific steps you can take
to make your new data center network rock-solid.
Gleam Electric and Power Company was incepted in 2013 and is supplying, trading, distributing and wholesaling a diverse range of Electrical Power Cables & Wires. Our product range is regarded by our clients for being interesting and includes Power Cables, Electrical Cables and Copper Flexible Wires. These cables are known for being long lasting, perfect in terms of finish, resistant to wear & tear and non corrosive.
This document is a catalogue for Havells India Ltd's wire and cable products. It provides an overview of the company, which manufactures electrical power distribution and transmission equipment across India and other countries. The catalogue then describes Havells' manufacturing process for cables, including details on the conductor, insulation, screening, armouring, and testing. It also lists the advantages of PVC and XLPE insulated cables. Finally, it notes that Havells has received NABL accreditation for its testing laboratory to ensure quality evaluation of its wire and cable products.
The document describes the problems with traditional wireless network architectures that require extensive planning and have difficulties with reliability, mobility, and service guarantees. It then summarizes the benefits of Extricom's 4th generation wireless system, which uses a single unified channel and smart coordination between access points to eliminate many of the challenges of traditional architectures. Key benefits highlighted include reduced complexity, reliable connectivity, seamless mobility, physical separation of clients, and improved location services and tag battery life.
The AP 621 is a single radio, cost-effective 802.11a/b/g/n wireless access point that offers top performance when deployed with a wireless controller. It provides direct forwarding, security, and QoS at the edge of the network. The access point has a MIMO radio, GigE uplink port, and is easily managed remotely by wireless controllers. It automatically optimizes power, channel selection, and ensures always-on high quality access and mobility for users.
The AP 621 is a cost-efficient single radio 802.11a/b/g/n wireless access point that combines WiNG 5 intelligence at the edge with a single radio design. When deployed with a wireless controller, it offers top performance along with security, QoS, and direct forwarding services at the edge without bottlenecking the wireless controller. Key features include support for 802.11a/b/g/n, device and network acceleration through four virtual LANs, gap-free security, and fast and easy deployment through automatic configuration.
This document provides an overview and selection guide for Radio Frequency Systems' (RFS) passive distributed antenna system (DAS) solutions for indoor wireless networks. It describes RFS' portfolio of cables, antennas, components and multiplexers that support wireless communications up to 6 GHz, including 5G-ready solutions. Key features highlighted include ultra-wideband support, high fire resistance ratings, proven performance in challenging indoor environments, and turnkey solution design services.
This document provides an overview of Carlisle Interconnect Technologies' locations and product offerings. It lists various locations and contact people around the world, describing what each location focuses on in terms of manufacturing and products. It then summarizes some of Carlisle's key product lines, including contacts and connectors, RF and microwave cables, optical cables, wire and cable, power and grounding products, and integrated systems. The document emphasizes Carlisle's vertical integration and capabilities across the supply chain. It provides high-level descriptions of products and manufacturing processes to give the reader a sense of Carlisle's broad range of capabilities in the interconnect industry.
IXYS Colorado is the home of IXYSRF MOSFETs, gate drivers and silicon carbide diodes and DEI Scientific pulse generators and laser diode drivers. We proudly offer customer solutions for laboratory/bench-top, industrial and OEM applications. As a wholly owned subsidiary of IXYS Corporation we have access to expertise and semiconductor processes that allow us to create unique and cost effective solutions for both our standard products as well as for our OEM partners.
Overview of SFP+ Direct Attach Copper CableJo Wang
SFP+ direct attach copper cable assembly is a high speed and cost-effective alternative to fiber optic cables in 10G Ethernet applications. 10g copper SFP is suitable for short distances, and ideal for highly cost-effective networking connectivity within a rack and between adjacent racks. It enables hardware OEMs and data center operators to achieve high port density and configurability at a low cost and reduced power requirement. SFP+ direct attach copper cable has been a good solution. This post will provide you with some basic information about SFP+ direct attach copper cable.
The document discusses next-generation interconnects, specifically connectors and cables. It provides an overview of common pluggable connectors like SFP, QSFP, and OSFP and the different types of media they support including copper and optical fiber. It then covers the development of 25GbE and 100GbE Ethernet standards and how cable types are an important consideration. Key points discussed include signal modulation techniques like NRZ and PAM4, optical fiber types, and real-world use cases for direct attach copper cables and optical transceivers.
1. The document provides information about fiber to the home solutions from R&M, including their Single Circuit Management System (SCM) for fiber management, Optical Distribution Frame (ODF) for central office applications, and Raceway System for cable routing.
2. The SCM and ODF solutions allow flexible, scalable, and modular fiber management with high packing density.
3. The Raceway System provides all-round protection for optical fibers with a guaranteed minimum bending radius, enabling fast, flexible installation and expansion of fiber networks.
Siemon Interconnect Solutions offers a full line of high-speed interconnect assemblies for data center applications supporting data rates up to 100Gb/s. This includes solutions such as SFP+, SFP28, QSFP+, and QSFP28 assemblies that are independently tested for interoperability. Their high-speed interconnects are tested above industry standards to ensure high performance, cost-effective connections for today's direct attach equipment.
SFP+ direct attach cable (DAC), which provides a lower-power means for operation on short fiber optic links or short copper connections, has been a preferable solution to accommodate the ever-growing number of operating systems and applications and the significantly increased data transmission between the servers and switches. This post will give a brief introduction to SFP+ direct attach cable.
05. DF - Latest Trends in Optical Data Center InterconnectsDimitris Filippou
This document discusses the latest trends in optical data center interconnects. It notes that data center connections are moving from 10G/40G to 25G/100G, and within and between data centers. New hyperscale data center architectures are flattening traditional tiered topologies. Interconnect technologies are seeing a significant increase in 100G and 25G port densities using smaller form factors like QSFP28 and SFP28. Standards organizations are working on 50G, 200G, 400G, and next-generation 100G Ethernet to support these increases in bandwidth.
The document discusses fiber optic ducting-raceway systems for routing fiber optic cables. It describes Lightpaths as a unique ducting system that protects fiber cables and ensures minimum bend radiuses are not compromised. The system includes various components like straight ducts, joiners, elbows, and mounting hardware that snap together for easy installation. Design considerations include cable capacity needs, color coding for network identification, and mounting options.
The document describes feed-through adapters that connect M12 X-coded cabling to RJ45 cabling. The adapters allow for high-performance 10 Gigabit Ethernet connections in industrial equipment. They provide an IP67 connection from an M12 cable to an IP20 RJ45 connection, such as inside an electrical cabinet. The adapters come in linear and angled versions and support transmission speeds up to 10 Gigabit according to category 6A standards.
China Cable Assembly solution guide
Professional Wire harness manufacturer
The tighter the tolerance, the more difficult assembly will be, and the high cost is required. For very specific electrical characteristics, routing assembly which is impact overall cables. In some application adherence tolerance is stated in IPC/WHMA 620
The tolerance design should consider the different process such as the molding, heat shrinkage tubing, and the length of cable.
To achieve flexibility assembly, high strand count conductors and compounds developed for continuous motion drive up the cost. Hence, for installed in a stationary application, the economic solution is ignore high strand count conductor .
Potting solution or sealing design are consider in somewhere for waterproof IP67/68 rating.
For some complicated structure with undercut, ultrasonic welding assembly design is a choice to simplify the structure but expend cycle time of the production .
Manufacturer and Supplier of ST/PC Fiber Optical Patch Cord, Distribution Patch Cord, ST/PC MM.SM Adapter, ST/PC SM Attenuator(Adapter Type And Connector Type), SC/PC/APC Fiber Optical Patch Cord and SC/PC/APC Loopback Patch Cord.
Next Generation Fiber Structured Cabling and Migration to 40/100gPanduit
The new high speed Ethernet standards, 40GBASE-SR4 and 100GBASE-SR10, will require a change in the fiber cable plant. Here we examine the media and connectivity solutions needed to ease the migration for 10 Gigabit Ethernet to 40 and 100 Gigabit Ethernet.
Prysmian Group is a worldwide leader in cable systems and accessories. They provide major organizations with cable solutions tailored to their needs. This document discusses Prysmian Group's cable support and fixing systems product range, including cleats for single cables and trefoil configurations. It provides information on selecting the appropriate cleat based on cable size and application requirements.
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RACK CABINET RACK CABINET ACCESSORIES
Upcom® is a global organization providing connectivity and infrastructure solutions for all size of organizations. Upcom® provides complete networking solutions within the industry. Upcom was established in 2018 with its headquarters in Istanbul in Turkey.
Upcom® is a platform where you can find Fiber Optic Connectivity Product, Copper connectivity product, Cable & Rack Cabinet since 2018, based in Turkey. It provides a broad range of products and enrich the variety of products that is available at the stock in each and every day. Upcom’s mission is to provide its customers with reliable, modern and cost effective networking solutions.
Upcom is aggressive, straightforward oriented global supplier of networking solutions and committed to provide its customers with cost effective and reliable networking solutions that keeps them step forward from their competitors and puts them one step closer to future.
Upcom has presence in most sophisticated global markets, in Europe and Middle East.
Upcom is focused on providing quality proven and certified products by UL, ETL, CPR, CE, REACH & RoHS. Connection technology components are in compliance with international standards and meet the highest standards and are used worldwide.
A fiber optic patch cord is a cable with connectors at each end to rapidly connect optical switches, CATV equipment, and other telecommunications equipment. Patch cords come in single or multi-fiber versions with connectors selected for the interfacing equipment. They are used to flexibly interconnect active and passive optical devices in applications like datacom networks, broadband networks, and CATV networks.
Prysmian Group is a leading manufacturer of cables and accessories for power transmission from 33kV to 400kV. They have decades of experience supplying fluid filled cable accessories worldwide, including straight joints, stop joints, outdoor terminations, and SF6-immersed terminations. Prysmian can customize accessories to meet specific client needs and has supplied thousands of kilometers of fluid filled cables and accessories globally from their manufacturing plant in Bishopstoke, UK. As power grids increasingly focus on sustainability, Prysmian's cable solutions help transmit power efficiently and reduce total cost of ownership for customers.
This document summarizes a presentation on distributed antenna system (DAS) design and business growth. It provides an overview of DAS design best practices, tips for growing a DAS business and improving one's career, and gaining a competitive edge in the industry. The presentation also includes case studies of DAS installations at two buildings and discusses challenges in keeping customers happy with evolving technologies and data usage. Resources for staying up to date in the industry are also provided.
3. With the rise of today’s connected devices and data-intensive processes, the
need for a robust wireless infrastructure is paramount. In-building networks
must support occupants that demand speed and connectivity, as well as the
multitude of IoT devices that make high-performance spaces function. In order
for the network to function at it’s full potential, the building must be equipped
with a structured cabling system that can support the high demands of the
equipment that run DAS, WiFi and IoT applications. Together, Legrand® and
Superior Essex® provide a complete end-to-end solution for solving wireless
challenges behind the scenes in a wide range of in-building applications. From
cabling and connectivity to physical support and pathways, our solutions are
designed to support DAS, WiFi and PoE technologies, ensuring in-building
networks can accommodate the high demands of a connected world.
IN-BUILDING WIRELESS
SOLUTIONS FOR A
CONNECTED WORLD
1Legrand | Superior Essex
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LEGRAND® AND SUPERIOR ESSEX® PRODUCTS are engineered to provide the maximum
performance and throughput necessary for high-speed broadband communications, while meeting or
exceeding TIA 569-C standards for Pathways and Spaces, and TIA 568-C standards for Structured
Cabling. In the telecom room, racks and cabinets house and protect the active equipment that enables
DAS and WiFi to be distributed throughout the facility. Our broad portfolio of cabling and connectivity
provides the high-performing medium for remote transceivers, head end equipment, switches and
servers to successfully distribute signals and information to antennas, remote transceivers, expansion
units and access points so building occupants can ditch the cords and cables at the point of use.
Cable Tray and
Fiber Management
2
Cable Assemblies
5
LEGRAND SUPERIOR ESSEX
Connectivity
4
Racks and Cabinets
8Patching
and Splicing
7
CAT 6
1
Optical Fiber
3
PoE
6
3Legrand | Superior Essex
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AS COMPANIES EXPAND THEIR BRING YOUR OWN
DEVICE (BYOD) policies, mobile devices are becoming the primary
technology for personal and business communications. Simultaneously,
the National Fire Code has expanded the requirement for providing
survivable in-building radio coverage for first responders. To facilitate
these ever expansive in-building networks, Legrand® and Superior Essex®
provide a broad portfolio of high-performance structured cabling solu-
tions to distribute and deliver signal from the telecom room to the
antennas that connect the workspace. A full line of fiber, copper, coaxial
and hybrid cabling from Superior Essex with co-engineered connectivity
from Legrand provides an industry-leading medium for DAS, PoE and
carrier WiFi, while Legrand’s flexible pathway solutions route cables up
the building’s backbone and through the horizontal to their termination
point. Legrand’s cable management and physical support solutions were
designed with your active equipment in mind, protecting the integrity
of cables and connections while enabling better productivity for IT staff,
both in the telecom room and at the point-of-use. From end-to-end,
Legrand and Superior Essex provide the solutions to keep building
occupants connected, without keeping them tied down.
Cable Pathways
3
DAS Hybrid
5
Optical Fiber
4
Access Point
Enclosures
2
CAT 6
1
LEGRAND SUPERIOR ESSEX
Connectivity
7
Patching
and Splicing
6
Physical Support
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5Legrand | Superior Essex
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4
Patching
and Splicing
3
Optical Fiber
6
Connectivity
7
Access Point
Enclosures
1
Cable Pathways
4
PoE
2
Physical Support
8
DAS Hybrid
5
STADIUMS, ARENAS AND ENTERTAINMENT VENUES
are challenged with supporting increasingly high volumes of data traffic
during game-days and events. To help venue owners and managers meet
their growing network demands, Legrand® and Superior Essex® provide
the tools to enable a fully connected space, including rugged pathway and
physical support solutions that route and protect indoor/outdoor coaxial,
fiber and hybrid cable for DAS and Ethernet cable for carrier WiFi.
Legrand’s physical support and structured cabling expertise, combined
with industry-leading electrical performance of Superior Essex cables
across multiple frequency bands, ensures that your network operates
at maximum capacity.
Optical Backhaul
9
LEGRAND SUPERIOR ESSEX
7Legrand | Superior Essex
10. INDOOR COAX SUPERIOR ESSEX
DAS CABLE AND CONNECTORS
PRODUCT NAME
COMPATIBLE DIN
CONNECTORS
COMPATIBLE N
CONNECTORS
CONNECTOR INTERFACE TYPE
GENDER STRAIGHT OR ANGLE
Riser
HFSC-12DR
0.5" Super Flexible, Foam Dielectric
Copper Corrugated Outer Conductor
ETL listed CMR
CHFS-12DM CHFS-12NM Male Straight
CHFS-12DF CHFS-12NF Female Straight
CHFS12DMR CHFS12NMR Male Right Angle
CHFS12DFR CHFS12NFR Female Right Angle
LHF-12DR
0.5" Low Loss, High Flexible, Foam Dielectric
Copper Corrugated Outer Conductor
ETL Listed CMR
CLH-12DM CLH-12NM Male Straight
CLH-12DF CLH-12NF Female Straight
CLH-12DMR CLH-12NMR Male Right Angle
CLH-12DFR CLH-12NFR Female Right Angle
HFAC-12DR
0.5" Low Loss, High Flexible, Foam Dielectric
Aluminum Corrugated Outer Conductor
ETL Listed CMR
CHFA-12DM CHFA-12NM Male Straight
CHFA-12DF CHFA-12NF Female Straight
— CHFA12NMR Male Right Angle
— CHFA12NFR Female Right Angle
Plenum
HFSC-12DP
0.5" Super Flexible, Air Dielectric
Copper Corrugated Outer Conductor
ETL Listed CMP
CHFSP12DM CHFSP12NM Male Straight
CHFSP12DF CHFSP12NF Female Straight
CHFSP12DMR CHFSP12NMR Male Right Angle
CHFSP12DFR CHFSP12NFR Female Right Angle
LHF-12DP
0.5" Low Loss, High Flexible, Air Dielectric
Copper Corrugated Outer Conductor
ETL Listed CMP
CLHP-12DM CLHP-12NM Male Straight
CLHP-12DF CLHP-12NF Female Straight
CLHP12DMR CLHP12NMR Male Right Angle
CLHP12DFR CLHP12NFR Female Right Angle
HFAC-12DP
0.5" Low Loss, High Flexible, Air Dielectric
Aluminum Corrugated Outer Conductor
ETL Listed CMP
CHFAP12DM CHFAP12NM Male Straight
CHFAP12DF CHFAP12NF Female Straight
CHFAP12DMR CHFAP12NMR Male Right Angle
CHFAP12DFR CHFAP12NFR Female Right Angle
DAS JUMPERS
PART NUMBER¹ CABLE SIZE AND TYPE INTERFACE TYPE END 1 INTERFACE TYPE END 2
Riser
JR12xNMNM
0.5" HFSC-12DR
N Male N Male
JR12xNMNF N Male N Female
JR12xNFNF N Female N Female
JR12xNMRM N Male N Male Right Angle
JR12xNMRF N Male N Female Right Angle
JR12xNFRF N Female N Female Right Angle
Plenum
JP12xNMNM
0.5" HFSC-12DP
N Male N Male
JP12xNMNF N Male N Female
JP12xNFNF N Female N Female
JP12xNMRM N Male N Male Right Angle
JP12xNMRF N Male N Female Right Angle
JP12xNFRF N Female N Female Right Angle
1
Where “x” = jumper cable length (i.e. 1 meter, 2 meters or 3 meters).
CABLE PREP TOOLS
PART NUMBER DESCRIPTION COMPATIBLE CABLE/ TOOL
T-HFSC12DR Cable Prep Drill Tool HFSC-12DR
T-LHF12DR Cable Prep Drill Tool LHF-12DR
T-HFAC12DR Cable Prep Drill Tool HFAC-12DR
T-HFSC12DP Cable Prep Drill Tool HFSC-12DP
T-LHFA12DP Cable Prep Drill Tool LHF-12DP, HFAC-12DP
PART NUMBER DESCRIPTION COMPATIBLE CABLE/ TOOL
TF-LHFA12 Flare and Foam Separator
LHF-12DP, LHF-12DR,
HFAC-12DP, HFAC-12DR
TF-HFSC12 Flare and Foam Separator HFSC-12DP, HFSC-12DR
PART NUMBER DESCRIPTION COMPATIBLE CABLE/ TOOL
TBK-LHFA12
Replacement Blade Kit for
Automatic Cable Prep Tool
T-LHFA12DP, T-LHF12DR,
T-HFAC12DR
TBK-HFSC12
Replacement Blade Kit for
Automatic Cable Prep Tool
T-HFSC12DP, T-HFSC12DR
Detailed information for each product can be found in its product data sheet, which
is available either at SuperiorEssex.com or upon request. All information, content, data,
specifications, packaging and part numbers detailed herein are subject to change. For
the most up-to-date information, please visit SuperiorEssex.com. Purchase of this
product is subject exclusively to the then current Superior Essex International LP Terms
and Conditions of Sale for Communications and Energy Cable, Wire and Connectivity
Products, which can be found on our website, SuperiorEssex.com, or provided to you
upon request.
8 Legrand | Superior Essex
11. SUPERIOR ESSEX OUTDOOR COAX
RF CABLE AND CONNECTORS
PRODUCT NAME
COMPATIBLE DIN
CONNECTORS
COMPATIBLE N
CONNECTORS
CONNECTOR INTERFACE TYPE
GENDER STRAIGHT OR ANGLE
SuperFlex
HFSC-12D
0.5" Super Flexible Foam Dielectric
Copper Corrugated Outer Conductor
CHFS-12DM CHFS 12NM Male Straight
CHFS-12DF CHFS-12NF Female Straight
CHFS12DMR CHFS12NMR Male Right Angle
CHFS12DFR CHFS12NFR Female Right Angle
LowLoss
LHF-12D
0.5" Low Loss Feeder Dielectric
Copper Corrugated Outer Conductor
CLH-12DM CLH-12NM Male Straight
CLH-12DF CLH-12NF Female Straight
CLH-12DMR CLH-12NMR Male Right Angle
CLH-12DFR CLH-12NFR Female Right Angle
LHF-33D
1.25" Low Loss Feeder Dielectric
Copper Corrugated Outer Conductor
CLH-33DM CLH-33NM Male Straight
CLH-33DF CLH-33NF Female Straight
UltraLowLoss
LHF-22DU
0.875" Ultra Low Loss Feeder Dielectric
Copper Corrugated Outer Conductor
CLH-22DM CLH-22NM Male Straight
CLH-22DF CLH-22NF Female Straight
LHF-42DUF
1.625" Ultra Low Loss Feeder Dielectric
Copper Corrugated Outer Conductor
CLH-42DM CLH-42NM Male Straight
CLH-42DF CLH-42NF Female Straight
OTHER ACCESSORIES
PART NUMBER DESCRIPTION
UNIT OF
MEASURE
Grounding
L-GK-C12 0.5" Cable Grounding Kit — Clip-on Type Kit
L-GK-C22 0.875" Cable Grounding Kit — Clip-on Type Kit
L-GK-C42 1.625" Cable Grounding Kit — Clip-on Type Kit
HoistingGrips
L-HG-12 0.5" Cable Hoisting Grip — Lace-Up Each
L-HG-22 0.875" Cable Hoisting Grip — Lace-Up Each
L-HG-33 1.25" Cable Hoisting Grip — Lace-Up Each
L-HG-42 1.625" Cable Hoisting Grip — Lace-Up Each
L-HG-12L 0.5" Cable Hoisting Grip — Pre-Laced Each
L-HG-22L 0.875" Cable Hoisting Grip — Pre-Laced Each
L-HG-42L 1.625" Cable Hoisting Grip — Pre-Laced Each
Tools
L-CT-12D 0.5" Cable Cutting Tool — LHF and HFAC Each
L-CT-12DS 0.5" Cable Cutting Tool — HFSC Each
L-CT-22D 0.875" Cable Cutting Tool — LHF Each
L-FT-42D 1.625" Cable Cutting Tool — LHF Each
Miscellaneous
L-WK-U Universal Weatherproofing Kit Kit
GB0424TU Ground Bus Bar Kit Kit
WPSANT12D
Weather Proofing Shell — Antenna to 0.5"
DIN
Each
WPS12158D Weather Proofing Shell — 0.5" to 1.625" DIN Each
WATS-38 Anti-Theft Hardware Kit Kit
HANGER KITS
PART NUMBER DESCRIPTION
UNIT OF
MEASURE
Standard
LBHS12NH 0.5" Cable Standard Hangers Kit of 10
LBHS22NH 0.875" Cable Standard Hangers Kit of 10
LBHS33NH 1.25" Cable Standard Hangers Kit of 10
LBHS42NH 1.625" Cable Standard Hangers Kit of 10
Stackable
Snap-In
L-SH-S12 0.5" Cable Stackable Snap-In Hangers Kit of 10
L-SH-S22 0.875" Cable Stackable Snap-In Hangers Kit of 10
L-SH-S33 1.25" Cable Stackable Snap-In Hangers Kit of 10
L-SH-S42 1.625" Cable Stackable Snap-In Hangers Kit of 10
PART NUMBER DESCRIPTION
UNIT OF
MEASURE
Universal
Snap-In
L-SH-U12 0.5" Cable Universal Snap-In Hangers Kit of 10
L-SH-U22 0.875" Cable Universal Snap-In Hangers Kit of 10
L-SH-U33 1.25" Cable Universal Snap-In Hangers Kit of 10
L-SH-U42 1.625" Cable Universal Snap-In Hangers Kit of 10
ADAPTER KITS
PART NUMBER DESCRIPTION UNIT OF MEASURE
RM-A100 1" to 2" Round Adapters Kit of 10
RM-A300 3" to 4" Round Adapters Kit of 10
SA-SS200 1.5" to 3.5" Stand-Off Adapters Kit of 10
SA-SS300 2" to 4.5" Stand-Off Adapters Kit of 10
L-SA-38 3-Way Stand-Off Adapters Kit of 10
AA-SL Angle Adapters Kit of 10
RF JUMPERS
PART NUMBER 1
CABLE ASSEMBLY SIZE
AND TYPE
INTERFACE TYPE
END 1 END 2
J12-xDMDM
0.5" HFSC
DIN Male DIN Male
J12-xNMNM N Male N Male
J12-xDMDF DIN Male DIN Female
J12xNMNMR N Male N Male Right Angle
J12xDMDMR DIN Male DIN Male Right Angle
1
Where “x” = jumper cable length is 1–6 Meters.
9Legrand | Superior Essex
12. HYBRID / FIBER SUPERIOR ESSEXHYBRID / FIBER
ENVIRONMENTAL PRODUCT
DECLARATION (EPD)
A source of transparent, scientifically-
based information that discloses
the potential environmental impact
of a product or product family.
HEALTH PRODUCT DECLARATION™
(HPD™)
A report that describes product contents
and each ingredient’s relationship to
human and ecological health.
SUSTAINABILITY
PREMISES FIBER (LOOSE TUBE)
PRODUCT NAME LISTING PART NUMBER 1
CONFIGURATION FIBER COUNT PACKAGE
Microarray Data Center Interconnect 2,3
OFNR
P3***xx01 3 mm Round 2 – 12
Reel
P3024xxA1 Duplex 24
OFNP
V4***xx01 2 mm Round 2 – 12
P4***xx01 3 mm Round 2 – 12
P4024xxC1 3.8 mm Round 24
P4024xxA1 Duplex 24
2 mm Microarray Breakout 2,3
OFNP
V4***xxB1 Multi-unit 24, 36 Reel
V4***xx01 Multi-unit 48, 144 Reel
2 mm Interlock Armored, Microarray Breakout 2
OFCP
L4***xVB1 Multi-unit 24, 36 Reel
L4***xV01 Multi-unit 48, 144 Reel
3 mm Microarray Breakout 2,3
OFNR
P3024xxB1
Multi-unit
24
Reel
P3***xx01 48 – 144
OFNP
P4024xxB1
Multi-unit
24
P4***xx01 48 – 144
3 mm Interlock Armored, Microarray Breakout 2,3
OFCR
L3024xPB1
Multi-unit
24
Reel
L3***xP01 48 – 144
OFCP
L4024xPB1 24
L4***xP01 48 – 144
1
Where “***” = fiber count (i.e. 002, 004, 006, 008, 012, 018, 024, 036, 048, 060, 072, 096, 144) and “x” or “xx” = fiber type (refer to key below).
2
Environmental Product Declaration
3
Health Product Declaration
KEY
SINGLE MODE FIBER (SMF) TYPES
TeraFlex® Bend Resistant
G.657.A1 G.657.A2 G.657.B3
1
Replace “x” with: K J L
1
Replace “xx” with: K1 J1 L1
Premises Jacket Colors Yellow
MULTIMODE FIBER (MMF) TYPES
TeraFlex Bend Resistant Laser
Optimized 50/125
10G/150 10G/300 10G/550
1
Replace “x” with: M N P
1
Replace “xx” with: MG NG PG
Premises Jacket Colors Aqua
DAS HYBRID
PRODUCT NAME PART NUMBER CONDUCTOR COUNT CONDUCTOR TYPE AWG (MM) FIBER COUNT FIBER TYPE
DAS Hybrid
Fiber + Copper, Plenum
F4C2-012U13-6991-CE5 4 19 x 0.185 12 (2.05) 12
SMF TeraFlex® Bend Resistant
G.657.A1
Interlock Armored DAS Hybrid
Fiber + Copper, Plenum
F2C2-012U13-6991-CE5 4 19 x 0.185 12 (2.05) 12
SMF TeraFlex Bend Resistant
G.657.A1
FIBER-TO-THE-ANTENNA (FTTA)
PRODUCT NAME PART NUMBER CONDUCTOR COUNT AWG (MM) FIBER COMPONENT FIBER COUNT
Fiber-to-the-Antenna (FTTA) OFNR
53012K01Q
— — Central tube
12
53024K01Q 24
53048K01Q 48
Fiber-to-the-Antenna (FTTA) Hybrid Fiber + Power
GM012K221
6 8 (3.26)
Tight buffer
12GM012K111 Central tube
GM012K011 Loose tube
10 Legrand | Superior Essex
13. SUPERIOR ESSEX FIBERFIBER
PREMISES FIBER (TIGHT BUFFER)
PRODUCT NAME LISTING PART NUMBER¹ CONFIGURATION FIBER COUNT PACKAGE
Simplex, Duplex and
Quad Interconnect 2
OFNR
33***xx01 3 mm Round 1
Reel
A3001xx01 2 mm Round 1
B3002xx01 3 mm Zip 2
C3002xx01 2 mm Zip 2
33***xxyy Round 2, 4 Refer to key
OFNP
34***xx01 3 mm Round 1
Reel
A4001xx01 2 mm Round 1
B4002xx01 3 mm Zip 2
C4002xx01 2 mm Zip 2
34***xxyy Round 2, 4 Refer to key
Single Unit Distribution 2
OFNR
43***xxyy
Single unit
6, 8, 12 Refer to key
43***xK01 18, 24 Reel
OFNP
44***xxyy 6, 8, 12 Refer to key
44***xK01 18, 24 Reel
Rugged Indoor/Outdoor MDU 2
OFNR D5001L5yy Round 1 Refer to key
Indoor/Outdoor
Sunlight Resistant 2
OFNP
W4***xxyy
Single unit
2 – 12 Refer to key
W4024xK01 24
Reel
24***xx01 Multi-unit 18 – 72
Single Unit,
Interlock Armored,
Tight Buffer 2
OFCR
L3***x301
Single unit
2, 4
Reel
L3***x401 6, 8, 12
L3***xK1Q 18, 24
OFCP
L4***x301
Single unit
2, 4
L4***x401 6, 8, 12
L4***xK1Q 18, 24
1
Where “***” = fiber count (i.e. 002, 004, 006, 008, 012, 018, 024, 036, 048, 060, 072, 096, 144) and “x” or “xx” = fiber type (refer to keys below).
2
Environmental Product Declaration and Health Product Declaration
KEY
SINGLE MODE FIBER (SMF) TYPES
Reduced
Water Peak
TeraFlex® Bend Resistant
G.657.A1 G.657.A2 G.657.B3
1
Replace “x” with: 3 K J L
1
Replace “xx” with: 31 K1 J1 L1
Premises Jacket Colors Yellow
I/O Jacket Color Black
MULTIMODE FIBER (MMF) TYPES
TeraGain®
62.5/125
TeraFlex Bend Resistant Laser
Optimized 50/125
10G/150 10G/300 10G/550
1
Replace “x” with: 6 M N P
1
Replace “xx” with: 6G MG NG PG
Premises Jacket Colors Orange Aqua
I/O Jacket Color Black
PACKAGING OPTIONS
Cut to Length
Plywood reel
1,000 ft
BrakeBox
1,500 ft
BrakeBox
2,000 ft
BrakeBox
1
Replace “yy” with: 01 BB BD BC
OSP FIBER
PRODUCT NAME SERIES FEATURES PART NUMBER¹ FIBER COUNT
Loose Tube Single Jacket Single Armor
12D Dri-Lite gel-free 12***xD0b 6 – 288
12 PFM gel-filled 12***xz0b 2 – 288
1
Where “***” = fiber count (i.e. 002, 004, 006, 008, 012...), “x” = fiber type, “z” = special attribute, “b” = jacket print code and “0” = standard product (refer to keys below).
11Legrand | Superior Essex
14. FIBER LEGRAND
RACK MOUNT ENCLOSURES
DESCRIPTION 1 RU 2 RU 3 RU 4 RU
Rack-Mount Fiber Enclosures, Ultra High Density (with cable management tray) OR-UC01UA-P OR-UC02UA-P — OR-UC04UA-P
Rack-Mount Fiber Enclosures, Ultra High Density OR-UC01UA-A — — —
Rack-Mount Fiber Enclosures, High Density OR-FC01U-M OR-FC02U-M OR-FC03U-M OR-FC04U-M
Rack-Mount Fiber Enclosures, Standard Density OR-FC01U-P OR-FC02U-P OR-FC03U-P OR-FC04U-P
Rack-Mount Fiber Patch and Splice Enclosures OR-FC01U-C OR-FC02U-C OR-FC03U-C OR-FC04U-C
Rack- Mount Fiber Splice Enclosures OR-FC01U-S OR-FC02U-S OR-FC03U-S OR-FC04U-S
InfiniumTM
XFC Series Enclosure, Ultra High Density OR-XFC01UH-M6F OR-XFC02UH-M6F OR-XFC03UH-M6F OR-XFC04UH-M6F
InfiniumTM
XFC Series Enclosure, High Density OR-XFC01UH-M4F OR-XFC02UH-M4F OR-XFC03UH-M4F OR-XFC04UH-M4F
InfiniumTM
XFC Series Enclosure, Standard Density OR-XFC01UH-M2F OR-XFC02UH-M2F OR-XFC03UH-M2F OR-XFC04UH-M2F
InfiniumTM
XFC Series Enclosure, Mixed Media (Angled Profile) OR-XFC01UH-HAF OR-XFC02UH-HAF OR-XFC03UH-HAF OR-XFC04UH-HAF
InfiniumTM
XFC Series Enclosure, Mixed Media (Flat Profile) OR-XFC01UH-HDF OR-XFC02UH-HDF OR-XFC03UH-HDF OR-XFC04UH-HDF
SURFACE AND WALL MOUNT ENCLOSURES
DESCRIPTION PART NUMBER DESCRIPTION PART NUMBER
Patch/Splice Cabinet:
holds (4) OFP adapter panels
OR-615SMFC-24P/S
Wall mount fiber patch/splice
enclosure: holds (4) HDFP modules
OR-HDSMFC-24P/S
Patch/Splice Cabinet:
holds (8) OFP adapter panels
OR-615SMFC-48P/S
Wall mount fiber patch/splice
enclosure: holds (8) HDFP modules
OR-HDSMFC-48P/S
12 Legrand | Superior Essex
15. LEGRAND FIBER
ADAPTER PANELS
DESCRIPTION AQUA GREEN BEIGE BLUE
Ultra High Density Adapter Module, (4) MPO, Type A OR-UHDFP-MPA48LA OR-UHDFP-MPA48CA — —
High Density Adapter Panel, (6) MPO, MM OR-HDFP-MPA72LA — OR-HDFP-MPA72MA —
High Density Adapter Panel, (6) MPO, SM — OR-HDFP-MPA72CA — —
High Density Adapter Panel, 6-LC quad, MM OR-HDFP-LCQ24LC — OR-HDFP-LCQ24MB —
High Density Adapter Panel, 6-LC quad, SM — — — OR-HDFP-LCQ24AC
Standard Density Adapter Panel, (8) MPO, MM OR-OFP-MPA96LA — OR-OFP-MPA96MA —
Standard Density Adapter Panel, (8) MPO, SM — OR-OFP-MPA96CA — —
Standard Density Adapter Panel, (6) MPO, MM OR-OFP-MPA72LA — OR-OFP-MPA72MA —
Standard Density Adapter Panel, (6) MPO, SM — OR-OFP-MPA72CA — —
Standard Density Adapter Panel, 6-LC quad, MM OR-OFP-LCQ24LC — OR-OFP-LCQ24MB —
Standard Density Adapter Panel, 6-LC quad, SM — — — OR-OFP-LCQ24AC
Standard Density Adapter Panel, 6-LC duplex, MM OR-OFP-LCD12LC — OR-OFP-LCD12MB
Standard Density Adapter Panel, 6-LC duplex, SM — — — OR-OFP-LCD12AC
Standard Density Adapter Panel, 3-SC duplex, MM OR-OFP-SCD06LC — OR-OFP-SCD06MB —
Standard Density Adapter Panel, 3-SC duplex, SM — — — OR-OFP-SCD06AC
Standard Density Adapter Panel, 4-SC duplex, MM OR-OFP-SCD08LC — OR-OFP-SCD08MB —
Standard Density Adapter Panel, 4-SC duplex, SM — — — OR-OFP-SCD08AC
Standard Density Adapter Panel, 6-SC duplex, MM OR-OFP-SCD12LC — OR-OFP-SCD12MB —
Standard Density Adapter Panel, 6-SC duplex, SM — — — OR-OFP-SCD12AC
Standard Density Adapter Panel, 6-SC simplex, MM OR-OFP-SCS06LC — OR-OFP-SCS06MB —
Standard Density Adapter Panel, 6-SC simplex, SM — — — OR-OFP-SCS06AC
13Legrand | Superior Essex
16. FIBER LEGRAND
FIBER MODULES FOR MIXED MEDIA — HIGH DENSITY FIBER MODULES, LC SC
DESCRIPTION AQUA BLUE GREEN BEIGE RED YELLOW
High Density Fiber Module, Duplex LC OR-HDFM-FLC2CL-xx OR-HDFM-FLC2CA-xx OR-HDFM-FLC2CC-xx OR-HDFM-FLC2CM-xx OR-HDFM-FLC2CG-xx OR-HDFM-FLC2CI-xx
High Density Fiber Module, Simplex SC OR-HDFM-FSC1CL-xx OR-HDFM-FSC1CA-xx OR-HDFM-FSC1CC-xx OR-HDFM-FSC1CM-xx OR-HDFM-FSC1CG-xx OR-HDFM-FSC1CI-xx
“xx” denotes color option. Refer to the catalog for complete ordering information.
FIBER MODULES FOR MIXED MEDIA — HIGH DENSITY FIBER MODULES, MPO
DESCRIPTION AQUA GREEN BEIGE BLACK MAGENTA RED BLUE
High Density Fiber
Module, MPO, Type A
OR-HDFM-FMTZNL-xx OR-HDFM-FMTZNC-xx OR-HDFM-FMTZNM-xx OR-HDFM-FMTZNH-xx OR-HDFM-FMTZNN-xx OR-HDFM-FMTZNG-xx OR-HDFM-FMTZNA-xx
DESCRIPTION GRAY
High Density Fiber
Module, MPO, Type B
OR-HDFM-FMTZNE-xx
“xx” denotes color option. Refer to the catalog for complete ordering information.
FIBER PATCH PANELS — HIGH DENSITY FIBER MODULES
DESCRIPTION PROFILE NO. OF PORTS RACK UNITS PART NUMBER
High Density Cable Manager — — — OR-HDCM-001
High Density Panel Angled 24 1 OR-PHAHJU24
High Density Panel Angled 48 1 OR-PHAHJU48
High Density Panel Angled 72 2 OR-PHAHJU72
High Density Panel Flat 24 1 OR-PHDHJU24
High Density Panel Flat 48 1 OR-PHDHJU48
High Density Panel Flat 72 2 OR-PHDHJU72
14 Legrand | Superior Essex
17. LEGRAND FIBER
SPLICE TRAYS
DESCRIPTION PART NUMBER
Fusion splice tray for 12-splices OR-FST2-F012
Fusion splice tray for 48 splices OR-FST3-F048
7 Splice Tray for Surface Mount Enclosure, Mechanical, 12-Fibers OR-62600002
7 Splice Tray for Surface Mount Enclosure, Fusion, 12-Fibers OR-62600003
FIBER CONNECTORS
DESCRIPTION CONNECTOR TYPE PART NUMBER
Reusable connector, Single Mode, Blue LC UPC OR-205KNT9SA-09
Reuasable connector, Single Mode, Blue SC UPC OR-205KNT9RA-09
Reusable connector, Single Mode, Green SC APC OR-205KNT9LA-09
Reusable connector, 50/125 LOMF, Aqua LC PC OR-205KNT9GA-50T
Reusable connector, 50/125 LOMF, Aqua SC PC OR-205KNT9FA-50T
FIBER PIGTAILS CONNECTOR TYPE
DESCRIPTION FIBER NO. OF FIBERS LENGTH (METERS) SC-UPC LC-UPC SC-APC
Single Connector Pigtails OS2 1 1 OR-P1PC9FRRZZZ001M OR-P1PC9FRSZZZ001M OR-P1PC9FRLZZZ001M
Single Connector Pigtails OS2 1 2 OR-P1PC9FRRZZZ002M OR-P1PC9FRSZZZ002M OR-P1PC9FRLZZZ002M
Six-Connector Pigtails OS2 6 1 OR-P1SC4ZRRZZZ001M OR-P1SC4ZRSZZZ001M OR-P1SC4ZRLZZZ001M
Six-Connector Pigtails OS2 6 2 OR-P1SC4ZRRZZZ002M OR-P1SC4ZRSZZZ002M OR-P1SC4ZRLZZZ002M
Twelve-Connector Pigtails OS2 12 1 OR-P1TC4ZRRZZZ001M OR-P1TC4ZRSZZZ001M OR-P1TC4ZRLZZZ001M
Twelve-Connector Pigtails OS2 12 2 OR-P1TC4ZRRZZZ002M OR-P1TC4ZRSZZZ002M OR-P1TC4ZRLZZZ002M
15Legrand | Superior Essex
18. FIBER LEGRAND
FIBER PATCH CORDS — DUPLEX
DESCRIPTION TYPE FIBER CONNECTORS LISTING PART NUMBER
Space Saver Premium Performance Laser Optimized (50/125) A-B OM4 LC-PC OFNP OR-P3DG8LPAZAZxxxM
Space Saver Premium Performance Laser Optimized (50/125) A-A OM4 LC-PC OFNP OR-P3RG8LPAZAZxxxM
Space Saver Premium Performance Laser Optimized (50/125) Configurable OM4 Reconfigurable LC (RLC)-PC OFNP OR-P3DG8LPWZWZxxxM
Space Saver Premium Performance Laser Optimized (50/125) A-B OM3 LC-PC OFNP OR-P3DF8LPAZAZxxxM
Space Saver Premium Performance Laser Optimized (50/125) A-A OM3 LC-PC OFNP OR-P3RF8LPAZAZxxxM
Space Saver Premium Performance Laser Optimized (50/125) Configurable OM3 RLC-PC OFNP OR-P3DF8LPWZWZxxxM
Space Saver Standard Performance Laser Optimized (50/125) A-B OM4 LC-PC OFNP OR-P0DG8LPAZAZxxxM
Space Saver Standard Performance Laser Optimized (50/125) A-A OM4 LC-PC OFNP OR-P0RG8LPAZAZxxxM
Space Saver Standard Performance Laser Optimized (50/125) Configurable OM4 LC-PC OFNP OR-P0DG8LPWZWZxxxM
Space Saver Standard Performance Laser Optimized (50/125) A-B OM3 LC-PC OFNP OR-P0DF8LPAZAZxxxM
Space Saver Standard Performance Laser Optimized (50/125) A-A OM3 LC-PC OFNP OR-P0RF8LPAZAZxxxM
Space Saver Standard Performance Laser Optimized (50/125) Configurable OM3 RLC-PC OFNP OR-P0DF8LPWZWZxxxM
Space Saver Standard Performance Single-Mode A-B OS2 LC-UPC OFNP OR-P0DC8IPUZUZxxxM
Space Saver Standard Performance Single-Mode A-A OS2 LC-UPC OFNP OR-P0RC8IPUZUZxxxM
Space Saver Standard Performance Single-Mode Configurable OS2 RLC-UPC OFNP OR-P0DC8IPPZPZxxxM
2mm Zip Cord Premium and High Performance Laser Optimized (50/125) Configurable OM4 LC-PC to LC-PC OFNR OR-P3DG2LRGZGZxxxM
2mm Zip Cord Premium and High Performance Laser Optimized (50/125) Configurable OM4 SC-PC to SC-PC OFNR OR-P3DG2LRFZFZxxxM
2mm Zip Cord Premium and High Performance Laser Optimized (50/125) Configurable OM4 SC-PC to LC-PC OFNR OR-P3DG2LRFZGZxxxM
2mm Zip Cord Premium Performance Laser Optimized (50/125) Configurable OM3 LC-PC to LC-PC OFNR OR-P3DF2LRGZGZxxxM
2mm Zip Cord Premium Performance Laser Optimized (50/125) Configurable OM3 SC-PC to SC-PC OFNR OR-P3DF2LRFZFZxxxM
2mm Zip Cord Premium Performance Laser Optimized (50/125) Configurable OM3 SC-PC to LC-PC OFNR OR-P3DF2LRFZGZxxxM
Standard Performance Laser Optimized (50/125) Configurable OM4 LC-PC to LC-PC OFNR OR-P0DG2LRGZGZxxxM
Standard Performance Laser Optimized (50/125) Configurable OM4 SC-PC to SC-PC OFNR OR-P0DG2LRFZFZxxxM
Standard Performance Laser Optimized (50/125) Configurable OM4 SC-PC to LC-PC OFNR OR-P0DG2LRFZGZxxxM
2mm Zip Cord Standard Performance Laser Optimized (50/125) Configurable OM3 LC-PC to LC-PC OFNR OR-P0DF2LRGZGZxxxM
2mm Zip Cord Standard Performance Laser Optimized (50/125) Configurable OM3 SC-PC to SC-PC OFNR OR-P0DF2LRFZFZxxxM
2mm Zip Cord Standard Performance Laser Optimized (50/125) Configurable OM3 SC-PC to LC-PC OFNR OR-P0DF2LRFZGZxxxM
2mm Zip Cord Standard Performance Single-Mode Configurable OS2 LC-UPC to LC-UPC OFNR OR-P0DC2IRSZSZxxxM
2mm Zip Cord Standard Performance Single-Mode Configurable OS2 SC-UPC to SC-UPC OFNR OR-P0DC2IRRZRZxxxM
2mm Zip Cord Standard Performance Single-Mode Configurable OS2 SC UPC to LC-UPC OFNR OR-P0DC2IRRZSZxxxM
xxx = length in meters
16 Legrand | Superior Essex
19. SUPERIOR ESSEX PREMISES / OUTSIDE PLANT COPPER
OSP COPPER
PRODUCT NAME CATEGORY PART NUMBER PRODUCT CODE SHIELD PACKAGE
OSP Broadband BBDG1
CAT 6A 04-001-A5 BBDG6A
Copper-clad steel 1,000' ReelCAT 6 04-001-65 BBDG6
CAT 5e 04-001-55 BBDGe
OSP Broadband Duplex CAT 5e 04-A01-55 BBDGe Copper-clad steel 1,000' Reel
1
Also available with optional aluminum interlock armor with overjacket upon request.
PREMISES COPPER
PRODUCT NAME LISTING PART NUMBER¹ PACKAGE
10Gain® XP CAT 6A 2,3
CMR 6H-272-xA
1,000' Reel
CMP 6H-272-xB
10Gain CAT 6A 2,3
CMR 6A-272-xA
1,000' Reel
CMP 6A-272-xB
NextGain® CAT 6eX 2,3
CMR 54-246-xA 1,000' BrakeBox®
CMP 54-246-xB 1,000' BrakeBox
DataGain® CAT 6+ 2,3
CMR
66-246-xA 1,000' BrakeBox
66-240-xA 1,000' POP™ box
CMP
66-246-xB 1,000' BrakeBox
66-240-xB 1,000' POP box
CAT 6 2,3
CMR
77-246-xA 1,000' BrakeBox
77-240-xA 1,000' POP box
CMP
77-246-xB 1,000' BrakeBox
77-240-xB 1,000' POP box
Interlock Armored
Premises Copper CAT 6 (single component)
CMR
K4-199-xA²
1,000' Reel
L4-199-xA³
Interlock Armored
Premises Copper CAT 6 (dual component)
CMR
K4-299-SA²
1,000' Reel
L4-299-SA³
Cobra CAT 5e+ 2,3
CMR
52-200-x5 1,000' Reel-in-a-Box
52-240-x5 1,000' POP box
CMP
52-200-x8 1,000' Reel-in-a-Box
52-241-x8 1,000' POP box
Marathon LAN® CAT 5e 2,3
CMR
51-243-x5 1,000' Reel-in-a-Box
51-240-x5 1,000' POP box
CMP
51-243-x8 1,000' Reel-in-a-Box
51-241-x8 1,000' POP box
1
Where “x” = jacket color (see color key). No outer jacket. With outer jacket. For single component cables, the outer jacket color matches the internal component jacket color. For dual component cables, the standard outer jacket color is blue.
2
Environmental Product Declaration 3
Health Product Declaration
KEY
STANDARD JACKET COLORS
1
Replace “x” with:
Blue = 2 Gray = 3 White = 4
NON-STANDARD JACKET COLORS 4
Green = 5 Yellow = 6 Purple = 7
Red = 9 Orange = D Black = E
4
Non-standard jacket colors and other packaging options (types and lengths)
available with minimum order quantity and lead time.
17Legrand | Superior Essex
20. COPPER JACKS
DESCRIPTION PART NUMBER USED WITH (SPSX)
High Density Jack Clarity 5E U/UTP T568A/B OR-HDJ5E** Cobra CAT 5e+ U/UTP
High Density Jack Clarity 6 U/UTP T568A/B OR-HDJ6** NextGain CAT 6eX, DataGain CAT 6+
High Density Jack Clarity 6A U/UTP T568A/B OR-HDJ6A** 10Gain XP CAT 6A
Keystone Jack, CAT 5e OR-KT2J5E-** Marathon LAN CAT 5e U/UTP Cable
Keystone Jack, CAT 6 OR-KT2J6-** Cat 6 U/UTP Cable
Keystone Jack, CAT 6a OR-KT2J6A-** 10Gain CAT 6A U/UTP Cable
* Standard color is Fog White. Choose from additional colors (see color key) by adding suffix designation.
PATCH PANELS (LOADED)
DESCRIPTION 24-PORT 48-PORT USED WITH (SPSX)
Flat Panel CAT 5e U/UTP OR-SP5EU24 OR-SP5EU48 Marathon LAN CAT 5e U/UTP Cable
Angled Panel CAT 5e U/UTP OR-SPA5EU24 OR-SPA5EU48 Marathon LAN CAT 5e U/UTP Cable
Angled Panel Clarity 5E OR-PHA5E6U24 OR-PHA5E6U48 Cobra CAT 5e+ U/UTP
Flat Panel Clarity 5E OR-PHD5E6U24 OR-PHD5E6U48 Cobra CAT 5e+ U/UTP
Flat Panel CAT 6 U/UTP OR-SP6U24 OR-SP6U48 Cat 6 U/UTP Cable
Angled Panel CAT 6 U/UTP OR-SPA6U24 OR-SPA6U48 Cat 6 U/UTP Cable
Flat Panel 610 Series CAT 6A U/UTP OR-PHD610U24 OR-PHD610U48 10Gain CAT 6A
Angled Panel 610 Series CAT 6A U/UTP OR-PHA610U24 OR-PHA610U48 10Gain CAT 6A
Angled Panel Clarity 6 OR-PHA66U24 OR-PHA66U48 NextGain CAT 6eX, DataGain CAT 6+
Flat Panel Clarity 6 OR-PHD66U24 OR-PHD66U48 NextGain CAT 6eX, DataGain CAT 6+
Angled Panel Clarity 6A/10G OR-PHA6AU24 OR-PHA6AU48 10Gain XP CAT 6A
Flat Panel Clarity 6A/10G OR-PHD6AU24 OR-PHD6AU48 10Gain XP CAT 6A
PATCH PANELS (UNLOADED)
DESCRIPTION 24-PORT 48-PORT COMPATIBLE JACKS
Flat Panel Kit Unloaded for Keystone OR-SPKSU24 OR-SPKSU48 OR-KT2J5E-**, OR-KT2J6-**, OR-KT2J6A-**
Angled Panel Kit Unloaded for Keystone OR-SPAKSU24 OR-SPAKSU48 OR-KT2J5E-**, OR-KT2J6-**, OR-KT2J6A-**
Flush Load Flat Panel Kit Unloaded for Keystone OR-SPKFU24 OR-SPKFU48 OR-KT2J5E-**, OR-KT2J6-**, OR-KT2J6A-**
Flush Load Angled Panel Kit Unloaded for Keystone OR-SPAKFU24 OR-SPAKFU48 OR-KT2J5E-**, OR-KT2J6-**, OR-KT2J6A-**
Angled HDJ Panel Unloaded OR-PHAHJU24 OR-PHAHJU48 OR-HDJ5E**, OR-HDJ6**, OR-HDJ6A**
Flat HDJ Panel Unloaded OR-PHDHJU24 OR-PHDHJU48 OR-HDJ5E**, OR-HDJ6**, OR-HDJ6A**
COPPER LEGRAND
KEY
STANDARD JACK COLORS
Replace “**” with:
Black = -00 Blue = -36
Red = -42 Orange = -43
Yellow = -44 Green = -45
Grey = -68 White = -88
18 Legrand | Superior Essex
21. COPPER PATCH CORDS
DESCRIPTION CAT 5E CAT 6 CAT6A DESCRIPTION CAT 5E CAT 6 CAT 6A
Clarity Modular Patch Cord OR-MC5Exx-yy OR-MC6xx-yy OR-MC6Axx-yy TechChoice Modular Patch Cord OR-SPCA5Exx-yy OR-SPCA6xx-yy OR-SPCA6Axx-yy
“xx” = Length (03), (05), (07), (09), (15), (20) or (25) feet. “yy” = Patch Cord Color: reference catalog for full details
WALL MOUNT CABINETS
DESCRIPTION PART NUMBER RACK UNITS HEIGHT WIDTH DEPTH
Black wall mount cabinet with plexiglass door OR-MMW122426P-B 12 23.50 24 26
Black wall mount cabinet with plexiglass door OR-MMW122420P-B 12 23.50 24 20
Black wall mount cabinet with plexiglass door OR-MMW192420P-B 19 35.75 24 20
Black wall mount cabinet with plexiglass door OR-MMW262420P-B 26 48.00 24 20
Black wall mount cabinet with plexiglass door OR-MMW192426P-B 19 35.75 24 26
Black wall mount cabinet with plexiglass door OR-MMW262426P-B 26 48.00 24 26
Q-SERIES CABINETS
DESCRIPTION PART NUMBER
Q-Series Server Cabinet,
42U x 600W x 1,000D,
Black
OR-QC422442
Q-Series Network Cabinet,
42U x 750W x 1,000D,
Black
OR-QC422942
LEGRAND COPPER / CABINETS
GX CABINETS
DESCRIPTION PART NUMBER RACK UNITS HEIGHT WIDTH DEPTH
Mighty Mo GX
Pre-Configured Server
Cabinet with Side Panels
and Casters, Basic Black
OR-GXC422442-A1-B 42 80.20 24.0 42
Mighty Mo GX
Pre-Configured Network
Cabinet, with Side
Panels and Casters,
Basic Black
OR-GXC422942-A1-B 42 80.20 29.5 42
19Legrand | Superior Essex
22. MIGHTY MO® 20 CHANNEL RACKS
PART NUMBER HEIGHT DEPTH RACK UNITS
OR-MM20716-X 7' 16.25 45 RU
OR-MM20724-X 7' 24.00 45 RU
OR-MM20730-X 7' 30.00 45 RU
OR-MM20816-X 8' 16.25 51 RU
OR-MM20824-X 8' 24.00 51 RU
OR-MM20830-X 8' 30.00 51 RU
*Replace “X” with “B” for black, or “W” for white
MIGHTY MO 20 4-POST RACKS
PART NUMBER HEIGHT DEPTH RACK UNITS
OR-MM20736ADJ12-X 7' 36 45 RU
OR-MM20736ADJ38-X 7' 36 45 RU
OR-MM20742ADJ12-X 7' 42 45 RU
OR-MM20742ADJ38-X 7' 42 45 RU
OR-MM20836ADJ12-X 8' 36 51 RU
OR-MM20836ADJ38-X 8' 36 51 RU
OR-MM20842ADJ12-X 8' 42 51 RU
OR-MM20842ADJ38-X 8' 42 51 RU
*Replace “X” with “B” for black, or “W” for white
MIGHTY MO 20 4-POST FIXED RAILS
PART NUMBER HEIGHT DEPTH RACK UNITS
OR-MM20730FXD12-X 7' 30 45 RU
OR-MM20730FXD38-X 7' 30 45 RU
OR-MM20830FXD12-X 8' 30 51 RU
OR-MM20830FXD38-X 8' 30 51 RU
*Replace “X” with “B” for black, or “W” for white
MIGHTY MO 20 VERTICAL MANAGER WITH DOOR
PART NUMBER HEIGHT DEPTH WIDTH
OR-MM20VMD706-X 7' 10.25 6.50
OR-MM20VMD710-X 7' 15.00 10.50
OR-MM20VMD712-X 7' 15.00 12.25
OR-MM20VMD806-X 8' 10.25 6.50
OR-MM20VMD810-X 8' 15.00 10.50
OR-MM20VMD812-X 8' 15.00 12.25
*Replace “X” with “B” for black, or “W” for white
RACKS LEGRAND
20 Legrand | Superior Essex
23. MIGHTY MO® 20 VERTICAL MANAGER WITH COVER
PART NUMBER HEIGHT DEPTH WIDTH
OR-MM20VMS704-X 7' 8.62 3.75
OR-MM20VMS706-X 7' 8.62 6.00
OR-MM20VMS710-X 7' 13.62 10.00
OR-MM20VMS804-X 8' 8.62 3.75
OR-MM20VMS806-X 8' 8.62 6.00
OR-MM20VMS810-X 8' 13.62 10.00
*Replace “X” with “B” for black, or “W” for white
MIGHTY MO 20 VERTICAL CABLE TRAY
PART NUMBER HEIGHT DEPTH WIDTH
OR-MM20VCT70206-X 7' 6 2
OR-MM20FCT70212-X 7' 12 2
OR-MM20VCT80206-X 8' 6 2
OR-MM20FCT80212-X 8' 12 2
*Replace “X” with “B” for black, or “W” for white
MIGHTY MO 6 RACKS AND CABLE MANAGEMENT — RACKS
PART NUMBER HEIGHT DEPTH RACK UNITS
OR-MM6706 7' 6.5 45
OR-MM6710 7' 10.5 45
MIGHTY MO 6 VERTICAL MANAGERS
PART NUMBER HEIGHT DEPTH WIDTH OTHER
OR-MM6VMS704 7' 7 4 With cover
OR-MM6VMD706 7' 8 6 With door
OR-MM6VMD710 7' 13 10 With door
STANDARD 2-POST RACK
PART NUMBER HEIGHT DEPTH WIDTH
OR-23-96-T2SD 9' 15 24.19
OR-19-84-T2SD 7' 15 20.19
OR-23-84-T2SD 7' 15 24.19
OR-19-96-T2SD 9' 15 20.19
LEGRAND RACKS
21Legrand | Superior Essex
24. STANDARD 4-POST RACK
PART NUMBER HEIGHT DEPTH WIDTH
OR-19-84-T4SDA1520 7' 15– 20 20.19
OR-19-84-T4SDA2132 7' 21– 32 20.19
OR-19-96-T4SDA2132 8' 21– 32 20.19
STANDARD VERTICAL CABLE MANAGEMENT WITH CAGE COVER
PART NUMBER HEIGHT DEPTH WIDTH
OR-SVMS704 7' 6.58 3.75
OR-SVMS706 7' 6.58 6.00
OR-SVMS804 8' 6.58 3.75
OR-SVMS806 8' 6.58 6.00”
OR-DVMS704 7' 13.17 3.75
OR-DVMS706 7' 13.17 6.00”
OR-DVMS804 8' 13.17 3.75
OR-DVMS806 8' 13.17 6.00”
RACKS / CABLE TRAY LEGRAND
WIRE MESH CABLE TRAY
PRODUCT DESCRIPTION PRODUCT DESCRIPTION
CF 30 1 deep, widths from 2 to 12 CF 105 4 deep, widths from 4 to 24
CF 54 2 deep, widths from 2 to 24 CF 150 6 deep, widths from 6 to 24
*Multiple finish options are available. See catalog for complete product information
Note: fittings and accessories are available. See catalog for complete product information.
22 Legrand | Superior Essex
25. FIBER RACEWAY — SLOTTED
PRODUCT WIDTH DEPTH LENGTH COLOR OTHER
OR-MMFSL2X2-Y 2 2 6' 6.75 Yellow
OR-MMFSL4X2-Y 4 2 6' 6.75 Yellow
OR-MMFSL4X4-Y 4 4 6' 6.75 Yellow
OR-MMFSLC2X2-Y 2 2 6' 6.75 Yellow With cover
OR-MMFSLC4X2-Y 4 2 6' 6.75 Yellow With cover
OR-MMFSLC4X4-Y 4 4 6' 6.75 Yellow With cover
OR-MMFSLHC2X2-Y 2 2 6' 6.75 Yellow With hinged cover
OR-MMFSLHC4X2-Y 4 2 6' 6.75 Yellow With hinged cover
OR-MMFSLHC4X4-Y 4 4 6' 6.75 Yellow With hinged cover
FIBER RACEWAY — SOLID
PRODUCT WIDTH DEPTH LENGTH COLOR OTHER
OR-MMFSD2X2-Y 2 2 6' 6.75 Yellow
OR-MMFSD4X2-Y 4 2 6' 6.75 Yellow
OR-MMFSD4X4-Y 4 4 6' 6.75 Yellow
OR-MMFSD8X4-Y 8 4 6' 6.75 Yellow
OR-MMFSD12X4-Y 12 4 6' 6.75 Yellow
OR-MMFSDC2X2-Y 2 2 6' 6.75 Yellow With cover
OR-MMFSDC4X2-Y 4 2 6' 6.75 Yellow With cover
OR-MMFSDC4X4-Y 4 4 6' 6.75 Yellow With cover
OR-MMFSDC8X4-Y 8 4 6' 6.75 Yellow With cover
OR-MMFSDC12X4-Y 12 4 6' 6.75 Yellow With cover
OR-MMFSDHC2X2-Y 2 2 6' 6.75 Yellow With hinged cover
OR-MMFSDHC4X2-Y 4 2 6' 6.75 Yellow With hinged cover
OR-MMFSDHC4X4-Y 4 4 6' 6.75 Yellow With hinged cover
OR-MMFSDHC8X4-Y 8 4 6' 6.75 Yellow With hinged cover
OR-MMFSDHC12X4-Y 12 4 6' 6.75 Yellow With hinged cover
LEGRAND CABLE TRAY
Note: fittings and accessories are available. See catalog for complete product information.
23Legrand | Superior Essex
29. LEGRAND® AND SUPERIOR ESSEX® ARE FIRMLY COMMITTED to innovating and
designing sustainable product solutions. Together, we strive to conduct our operations in a safe and
environmentally responsible manner, evaluate our environmental performance, and create a positive
impact in the communities and industries we serve.
In keeping with these commitments, Legrand surpassed the goals set forth by the Better Buildings,
Better Plants Challenge by achieving an energy intensity reduction of 32% in just four years. Legrand
also continues to offer transparency in its product supply chain through Product Environmental
Profiles (PEP), which report the environmental attributes of a product such as its manufacturing
process, distance traveled during distribution, estimated energy usage, and its end-life management.
“Sustainability is part of our values as a company. It is important
to our ongoing competitiveness in terms of how we manage
the natural resources we use, how we understand the impacts
of sustainability in the buildings marketplace that we serve, and
how we fulfill the expectations of our customers, who are also
on a sustainability journey.”
– Susan Rochford, Vice President of Energy Efficiency,
Sustainability and Public Policy, Legrand
Water Recycling Conserves
500 MILLIONS
Gallon of Fresh Water
3,425 average (4 person) home’s annual water use per year
Reduced Annual
Energy Consumption by
8MILLION kWh
110 average (4 person) home’s annual electricity use per year
Carbon Footprint Transparency
through Multi-Attribute Labels
27Legrand | Superior Essex
30. Superior Essex is the first and only cable
manufacturer to offer Environmental
Product Declarations (EPD) and Health
Product Declarations (HPD) for its portfolio
of premises copper and optical fiber cables,
which report the health and environmental
impacts of these products and their manu-
facturing processes. Superior Essex is also
the first manufacturer of its type to achieve
Zero Waste to Landfill certification for
its copper cable manufacturing facility
in Hoisington, KS.
Legrand and Superior Essex apply this
same commitment to our co-engineered
structured cabling solutions, nCompass
Systems. nCompass Systems is the only
structured cabling system that is specifically
designed to improve energy efficiency and
enhance channel performance through
thermal management, and the only struc-
tured cabling solution that can contribute
toward LEED certification.
“Sustainability is a means by which we can make a real impact
in the communities and industries we serve, not only in terms
of pursuing new opportunities in the marketplace, but also in
term of setting an example of responsible business and manu-
facturing practices. By enacting sustainable practices we are
able to conserve tremendous amounts of natural resources
and drastically reduce our environmental footprint, and pass
these benefits along to our customers.”
– Brad R. Johnson, President of Superior Essex International LP,
Communications Division
WASTE TO LANDFILL
Hoisington, KS
Manufacturing Facility
Recycling and Reuse
Prevents Over
8.9 MILLION lbs
of Waste from Reaching
Landfills Each Year
824 average (4 person) home’s annual trash per yer
Published First Health Product Declarations™
and Environmental Product Declarations
for copper and optical fiber data cables
COMMITTED TO SUSTAINABILITY
28 Legrand | Superior Essex
31. nCOMPASS STRUCTURED CABLING SOLUTIONS
To overcome the challenges of an evolving technology landscape, Legrand and
Superior Essex have channeled their industry-leading expertise into nCompass
Systems, a suite of high-performance copper and optical fiber structured cabling.
nCompass Systems offer the latest in structured cabling technology, including
state-of-the-art Mighty Mo® cabinets designed with honeycomb sidewalls that
improve thermal management and energy efficiency, as well as 10Gain® XP CAT 6A
cables that are 0.265 in overall diameter and offer 7dB margin of AXT protection.
Co-engineered by industry leaders in cable and connectivity solutions, you can trust
that nCompass Systems provides the support, efficiency, flexibility, and reliability
you require for your present and future networks.
29Legrand | Superior Essex