Workstations & Outlets (back to top)
A: Mbps (mega bits per second) refers to the speed of data, whereas MHz (mega hertz) relates to the bandwidth.
A:Yes. Slack may be necessary to accommodate future cabling system changes. The recommended amount of slack is 10 feet, regardless of media, for the telecommunications closet. At the outlet, the recommended optical fiber slack is 3 feet, while one foot is recommended for twisted-pair cables.
A: The TIA standard does not determine the length of un-sheathing; however, it is a good practice to remove the minimum you need for termination. Maintaining the twist is what is important (0.5” from termination point TIA/EIA-568.1 section 10.2.3) to keep the balance of the twisted pairs from being disturbed excessively to minimized near-end cross talk (NEXT).
A USOC stands for Universal Service Ordering Code. This is an old Bell system term identifying a particular service or equipment offered under tariff. USOC wiring specifies the order in which wires are connected in a 4, 6, or 8 position modular plug/jack.
A: For those whom are transmitting video higher than standard definition or transmitting farther than 40 feet a balun would be recommended.
A RJ stands for Registered Jacks. These are telephone and data jacks that are registered with the FCC and are identified as RJ-11 RJ-45 etc.
A: RJ-22 jack is a 4P4C type jack that mates with ICC’s ICMP4P4CHS plug. These are most often used on telephone handset cords.
A: If the components are Category 6 compliant, then you will be assured of Category 6 performance.
A: The primary applications using 10 Gbps data rates are data centers, high-end workstations, and web-enabling applications.
A The modules are capable of running up to 350 MHz although there is no standard requiring the module to run at that level. Nor is there any performance requirement established at that frequency.
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A:Tip – Positive – Left Channel Ring – Negative – Right Channel Sleeve – Ground All three connections must be made to have stereo sound.
A: Depends on the HDMI cable, the typical maximum distance for HDMI cable is 10 meters (33 feet).
A ICC faceplates come with two mounting screws for single gang faceplates four mounting screws for double and triple gang faceplates.
A: The IEEE has determined that Alien Crosstalk is the main electrical parameter limiting the performance of the structured cabling system when applied to 10 transmission lines. Alien Crosstalk is a coupled signal in a disturbed pair arising from a signal in a neighboring cable. Additionally, IEEE has determined that all of the specified Category 6A electrical parameters are to be extended out to 500 MHz with Insertion Loss meeting Class F requirements.
A: ICC offers BNC video connectors, the 50 Ohm suitable for analog video and 75 Ohm for digital video.
A ICC Category 5e modules utilize PCB technology to cancel crosstalk between pairs. The wiring is different internally because of the twisted conductors inside the module. The wiring is also different at the 110 wiring block for the same reason. Category 3
A: ICC includes retention caps to protect the terminals and protect from dust but are not designed for terminating the wires. ICC recommends using the JackEasy tool or traditional 110 punch down tool for termination.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A 568A and 568B are both wiring schemes used today for terminating pairs in network (jacks/plugs). It is importatnt to ensure that the workstation connectors and patch panels are wired to the same pattern. 568B is commonly used in patch cords and in residential instalations. There is no difference in performance between the two standards as long as the same scheme is used across the cabling system. Only when you are wiring from a modular device to a punch block  do you have the convienience of a more natural progression of the pairs on the punch block side.
A A minimum of two telecommunications outlets/connectors should be provided for each individual work areas. One telecommunications outlet/connector may be associated with voice, and the other with data. The two telecommunications outlets/connectors need to be configured as follows: One telecommunications outlet/connector must be supported by a four pair 100 Ohm cable that is rated Category 3 or higher (Category 5e recommended) The second telecommunications outlet/connector must be supported by a minimum of one of the following horizontal media. This media choice should be based on present and projected needs. Four-pair 100 Ohm Category 5e cable, or Two-fiber multimode optical fiber cable, either 62.5/125 micron or 50/125 micron. Single mode fiber 8.9 microns Two-pair 100 Ohm balanced twisted pair.
A: For any new installations, we recommend Category 5e or Category 6 cables and connectivity. On any existing Category 5 installations, you’ll need to re-test and pass PowerSum, ELFEXT, and Return Loss in order to run gigabit. D. Racks & Cable Management
A: Return loss is the ratio of signal power transmitted into a system to the power reflected. An echo best describe return loss. Changes in or mismatched impedance causes signal reflection.
A: Shielded twisted pair cable (STP) is most often known as IBM Type I cable or STP-A. It is defined in ANSI/TIA/EIA-568-A as two individually twisted pairs separated by a shield with a nominal impedance of 150 Ohms. Screened twisted pair cable (ScTP) can be considered a very close relative of STP. It consists of 4 pairs of 22 or 24 AWG wire enclosed by an out foil. Impedance is 100 Ohms.
A: The most common problem is that the plug contacts have not been crimped down completely.
A:ICC EZ jacks provide - Pair-to-Pair, Single Row Terminates in Seconds! • Fits all Classic and Elite faceplates • Fits all surface mount boxes • Fits blank patch panels patch panels (excepts HD style IC107BP241 & IC107BP482)) ICC HD jacks provide - When You Need to Fit More Jacks in a Tight Space. • Fits all Décorex style faceplates • Fits all furniture faceplates • Fits all blank patch panels, surface mount boxes • High-density split pair termination
A: More commonly referred to as attenuation, insertion loss is the loss of signal power between two points. Items that lead to signal loss are excessive cable length, temperature, humidity, and excess return loss.
A: Crosstalk is the unwanted introduction of signals from one channel or pair to another.
A: ICC offers ICMP8P8C6E (CAT 6), ICMP8P8C6S (CAT 6 SHIELDED), ICMP8P8C5E (CAT5E), ICMP8P8SRD (8P8C) and ICMP6P6SRD (6P6C).
A: USOC stands for Universal Service Ordering Code. This is an old Bell system term identifying a particular service or equipment offered under tariff. USOC wiring specifies the order in which wires are connected in a 4, 6, or 8 position modular plug/jack.
A: The IC1078E5xx Category 5e EZ Module is rated at 22-24 AWG solid wire only. Solid core connectors are designed so that the blade in the pin connection is split into two tines, which firmly grasps the solid wire. Stranded wire connectors are designed so that the blade pierces the strand. If the wrong type of connector is used, the most likely result will be an intermittent connection.
A: The RJ31X Surface Mounting Jack is used with security systems or similar applications that feature a remote monitoring option. The RJ31X incorporates a shorting bar so that when the alarm reporting device is not plugged in, the phone line continuity is still maintained. This allows an alarm reporting device to be disconnected for testing or other options without disturbing phone service.
A: RJ stands for Registered Jacks. These are telephone and data jacks that are registered with the FCC and are identified as RJ-11, RJ-45, etc.
A: The 8P8C modular plug is compatible with the CAT 5 or CAT 5e connectors found in mechanical structures. The performance depends on the lowest category of cable, patch cord, and jacks used. Cat 6 patch cords should be manufactured and not made in the field.
A: Level 1: This category consists of basic telecommunications and power limited circuit cable. Level 2: This category consists of cables specified to 1 MHz. Category 3 This is a performance designation for twisted pair cable and (CAT 3): connecting hardware that can support frequency transmission up to 16 MHz and data rates of 10 Mbps. Category 4 This is a performance designation for twisted pair cable and (CAT 4): connectors specified up to 20 MHz and data rates of 16 Mbps. Category 5, 5e This is a performance designation for twisted pair cable and (CAT 5, CAT 5e): connectors specified up to 100 MHz and data rates of 100 Mbps. Category 6 This is a performance designation for twisted pair cable and (CAT 6): connectors specified up to 250 MHz. Category 6A This is a performance designation for twisted pair cable and (CAT 6A) connectors specified up to 500 MHz.
A: EMI stands for Electro-Magnetic Interference. It is potentially harmful to your communications system because it can lead to signal loss and degrade the overall performance of high-speed Structured cabling. EMI is interference in signal transmission or reception and is caused by the radiation of electrical or magnetic fields which are present near power cables, heavy machinery, and fluorescent lighting. Screened twisted pair cables (ScTP) and connectors provide protection from harmful EMI and prevent radiation levels from exceeding FCC restrictions. Shielding also reduces signal coupling between adjacent cables. Future networks will be able to operate at even higher speeds over shielded cabling systems without increasing the EMI effects.
A: The pairs 2 (orange) and 3 (green) are interchanged. T-568-A is the original wiring configuration in TIA-568. T-568-B was put in the specification to accommodate the installation base at the time. T-568-B is still more widely used today. T-568-A is typically used in government and residential installations.
A: ICC faceplates come with two mounting screws for single gang faceplates, four mounting screws for double and triple gang faceplates.
A: ICC provides a low profile single gang mounting box that is only 0.92 inch in depth (IC250MBSxx). Low profile surface mounting boxes are also available.
A: Yes, we recommend ICC 4-pair JackEasy tool for speed, clean termination and best performance.
A: When looking into the jack cavity with the jack in the tab down position, Pin 1 would be the first from the left.
A: ICC’s Universal Modular Furniture Faceplates (IC108UFPxx and IC108UF4xx) cover faceplate holes from a minimum of 0.875 inch x 2.375 inches to a maximum of 2.0 inches x 3.5 inches.
A: It depends on how long your horizontal cable is. Assuming 5 meters (16 ft) of patch cord in the equipment room: If horizontal cable is Then MUTOA cable can be up to 90m (295ft) 5m (16ft) 85m (279ft) 9m (30ft) 80m (262ft) 13m (44ft) 74m (246ft) 17m (57ft) 70m (230ft) 22m (71ft) So under the standard the maximum allowable length for MUTOA workstation patch cord is 22m (71ft).
A: There are few physical differences. The 75 Ohm plug’s center pin has the same diameter in the rear as in the front mating interface area. Whereas, the 50 Ohm plug’s center pin has a thicker diameter in the rear area where it is crimped.Both plugs have the same pin size in the mating area. Regarding the dielectric on each, the 75 Ohm connector’s dielectric is made of Teflon which has higher impedance properties that Delrin. The 50 Ohm connector’s dielectric is made of Delrin. Finally, the main physical difference is that the 75 Ohm plug does not have extended dielectric around its outer spring fingers.
A: Both Category 5 and Category 5e consist of unshielded twisted pair with 100 Ohm impedance and electrical characteristics supporting transmissions up to 100 MHz. The difference between Category 5 and Category 5e is in transmission performance. Category 5e components are most suitable for a high-speed Gigabit Ethernet, while Category 5 components may function to some degree in a Gigabit Ethernet. They perform below standard during high-data transfer scenarios: Channel Performance Characteristics Parameter CAT 5 CAT 5 CAT 5e (ISO Class D) 100 MHz 100 MHz 100 MHz Attenuation 24.0dB 24.0dB 24.0dB NEXT 27.1dB 27.1dB 30.1dB PSNEXT 24.0dB N/A 27.1dB ELFEXT 17.0dB 17.0dB 17.4dB PSELFEXT 14.4dB 14.4dB 14.4dB ACR (derived) 3.1dB 3.1dB 6.1dB PSACR (derived) N/A N/A 3.1dB Return Loss 10.0dB 8.0dB 10.0dB
A: No. The base has movable latching tabs that slide to grab the baseboard wall.
A: 1. Category 3 is specified up to 16 MHz, and is typically used for voice and data transmission rates up to and including 10 Mbps. 2. Category 4 is specified up to 20 MHz, and is typically used for voice and data transmission rates up to and including 16 Mbps. 3. Category 5 is specified up to 100 MHz, and is typically used for voice and data transmission rates up to and including 100 Mbps.
A: A minimum of two telecommunications outlets/connectors should be provided for each individual work areas. One telecommunications outlet/connector may be associated with voice, and the other with data. The two telecommunications outlets/connectors need to be configured as follows: One telecommunications outlet/connector must be supported by a four pair 100 Ohm cable that is rated Category 3 or higher (Category 5e recommended) The second telecommunications outlet/connector must be supported by a minimum of one of the following horizontal media. This media choice should be based on present and projected needs. ? Four-pair 100 Ohm Category 5e cable, or ? Two-fiber multimode optical fiber cable, either 62.5/125 µm or 50/125 µm. Single mode fiber 8.9 microns Two-pair 100 Ohm balanced twisted pair
A: Yes, we recommend ICC 4-pair JackEasy tool for speed, clean termination and best performance.
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
Patch Panels & Cross-Connect (back to top)
A: A consolidation point (CP) is defined as a location for interconnection configuration that connects horizontal cables from building pathways to horizontal cables that extend into open office pathways. The purpose of a consolidation point is to interconnect the permanent part of the cabling from the Telecommunications Room to cabling which can be reconfigured with modular furniture.
A: ICC manufactures 12-port Vertical Patch Panels (ICMPP12V5E and ICMPP12V60), 12-port Vertical USOC Patch Panels (ICMPP012U4 and ICMPP012U6), and Vertical Blank Vertical Patch Panels (IC107BP12V, IC107BP8VB and IC107PP8VB) with their mounting brackets.
A: When wiring a transition point, a 110 type connecting block should be used for all TIA category rated systems.
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A 568A and 568B are both wiring schemes used today for terminating pairs in network (jacks/plugs). It is importatnt to ensure that the workstation connectors and patch panels are wired to the same pattern. 568B is commonly used in patch cords and in residential instalations. There is no difference in performance between the two standards as long as the same scheme is used across the cabling system. Only when you are wiring from a modular device to a punch block  do you have the convienience of a more natural progression of the pairs on the punch block side.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A: The primary applications using 10 Gbps data rates are data centers, high-end workstations, and web-enabling applications.
A: For any new installations, we recommend Category 5e or Category 6 cables and connectivity. On any existing Category 5 installations, you’ll need to re-test and pass PowerSum, ELFEXT, and Return Loss in order to run gigabit. D. Racks & Cable Management
A:Here the closest size from Avery: 1.75” x 0.50” For Inkjet printer use 8167 http://www.avery.com/avery/en_us/Search/_/?dimsearch=true&N=0&Ntk=All&Ntx=mode+matchall&Nty=0&Nr=AND%28SITESCHANNELS%3AAvery.com%29&Ntt=8167 For Laser printer use 5167 http://www.avery.com/avery/en_us/Search/_/?dimsearch=true&N=0&Ntk=All&Ntx=mode+matchall&Nty=0&Nr=AND%28SITESCHANNELS%3AAvery.com%29&Ntt=5167
A: The IEEE has determined that Alien Crosstalk is the main electrical parameter limiting the performance of the structured cabling system when applied to 10transmission lines. Alien Crosstalk is a coupled signal in a disturbed pair arising from a signal in a neighboring cable. Additionally, IEEE has determined that all of the specified Category 6 electrical parameters are to be extended out to 500 MHz with Insertion Loss meeting Class F requirements.
A: The 66 Wiring Block has been used for many years in voice connections. Although the 66 Block has been used occasionally for data, the block is not suitable for Category 5 or higher cabling. The 110 Wiring Block provides higher density (more wiring in a smaller space), and is better suited for connection with Category 5 or higher cabling.
A: These terms describe two Category certification tests. These tests differ in how much of a horizontal cabling run is included for testing. The basic difference is that a link includes only the permanent part of the cable run, while a channel includes patching and/or equipment cords as well.
A: You can find various label templates for our patch panels from this link: http://www.icc.com/download_category.html?CID=8
A: Telco refers to all voice transmission components, and is taken from the words Telephone Company (TELephone COmpany).
A: Shielded twisted pair cable (STP) is most often known as IBM Type I cable or STP-A. It is defined in ANSI/TIA/EIA-568-A as two individually twisted pairs separated by a shield with a nominal impedance of 150 Ohms. Screened twisted pair cable (ScTP) can be considered a very close relative of STP. It consists of 4 pairs of 22 or 24 AWG wire enclosed by an out foil. Impedance is 100 Ohms.
A: USOC stands for Universal Service Ordering Code. This is an old Bell system term identifying a particular service or equipment offered under tariff. USOC wiring specifies the order in which wires are connected in a 4, 6, or 8 position modular plug/jack.
A: When using a 110 wiring block, you also need the 110 connecting blocks. The 110 connecting blocks have a double IDC terminator in them. ICC manufactures 3, 4, and 5 pair 110 connecting blocks.
A: ICC manufactures voice grade USOC patch panels available in Telco or 110 styles.
A: The color code on the wiring block must be followed exactly. The configuration is as follows: ? Pair 1 (White/Blue and Blue/White) ? Pair 2 (White/Orange and Orange/White) ? Pair 3 (White/Green and Green/White) ? Pair 4 (White/Brown and Brown/White)
A: The only patch panels that come with the mounting brackets are the Vertical Patch Panels (ICMPP12V5E and ICMPP12V60), Vertical USOC Patch Panels (ICMPP012U4 and ICMPP012U6), and Vertical Blank Patch Panels (IC107BP12V, IC107BP8VB and IC107PP8VB). All other patch panels are designed to be installed in 19 inch racks or wall mountable equipment. (Racks are not included).
A: First, secure the wiring block, then lay the incoming wires down into the plastic fingers and punch down the wires with a 110 punch down tool. Next, set the 110 connecting blocks over the wiring block, and punch it down with a 110 punch down tool.
A: ICC Telco Patch Panels are not Category 5e compliant.
A: Yes, ICMPP24T2C, ICMPP48T2C, ICMPP24T4C and ICMPP48T4C come with RJ-45 ports.
A: ICC’s 12-port Vertical Patch Panels (ICMPP12V5E and ICMPP12V60), 12-port Vertical USOC Patch Panels (ICMPP012U4 and ICMPP012U6), and Vertical Blank Patch Panels (IC107BP12V, IC107BP8VB and IC107PP8VB) come with the mounting brackets that can be fastened to a wall. ICC also offers wall mounted brackets that accept standard 19 inch rack mounted patch panels.
A: ICC manufactures the IC107 Blank Patch Panels in 12, 16, 24, 32, and 48 ports (IC107BPxxx and IC107PPxxx). Customers may purchase the IC107 modules, and configure the patch panels needed.
A: All ICC Telco Patch Panels accommodate 50 pin male cable connectors.
A: 200 times.
A: Mbps (mega bits per second) refers to the speed of data, whereas MHz (mega hertz) relates to the bandwidth.
A: ICC manufactures several Telco Patch Panels. These high-density patch panels are available in 2 and 4 conductor, 24 and 48 port configurations.
A: If the components are Category 6 compliant, then you will be assured of Category 6 performance.
A: Crosstalk is the unwanted introduction of signals from one channel or pair to another.
A: Return loss is the ratio of signal power transmitted into a system to the power reflected. An echo best describe return loss. Changes in or mismatched impedance causes signal reflection.
A: The pairs 2 (orange) and 3 (green) are interchanged. T-568-A is the original wiring configuration in TIA-568. T-568-B was put in the specification to accommodate the installation base at the time. T-568-B is still more widely used today. T-568-A is typically used in government and residential installations.
A: More commonly referred to as attenuation, insertion loss is the loss of signal power between two points. Items that lead to signal loss are excessive cable length, temperature, humidity, and excess return loss.
A: ICC Category 5e modules utilize PCB technology to cancel crosstalk between pairs. The wiring is different internally because of the twisted conductors inside the module. The wiring is also different at the 110 wiring block for the same reason. Category 3 modules utilize lead frame technology which do not need a twist to meet Category 3 transmission requirements.
A: Yes, ICC manufactures only Category 5e, 6, 6A 8P8C Modular Connectors.
A: Using an RJ-11 plug in an RJ-45 jack is not recommended. The RJ-11 plug will fit loosely in the RJ-45 jack. While it might work for voice transmission, it will certainly not function properly for data transmissions. Furthermore, the RJ-11 will eventually damage the outside pins on the RJ-45 jack.
A: The most commonly used testers are Fluke, Ideal, Microtest, and Agilent.
A: Both Category 5 and Category 5e consist of unshielded twisted pair with 100 Ohm impedance and electrical characteristics supporting transmissions up to 100 MHz. The difference between Category 5 and Category 5e is in transmission performance. Category 5e components are most suitable for a high-speed Gigabit Ethernet, while Category 5 components may function to some degree in a Gigabit Ethernet. They perform below standard during high-data transfer scenarios: Channel Performance Characteristics Parameter CAT 5 CAT 5 CAT 5e (ISO Class D) 100 MHz 100 MHz 100 MHz Attenuation 24.0dB 24.0dB 24.0dB NEXT 27.1dB 27.1dB 30.1dB PSNEXT 24.0dB N/A 27.1dB ELFEXT 17.0dB 17.0dB 17.4dB PSELFEXT 14.4dB 14.4dB 14.4dB ACR (derived) 3.1dB 3.1dB 6.1dB PSACR (derived) N/A N/A 3.1dB Return Loss 10.0dB 8.0dB 10.0dB
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
Cords & Cable Assemblies (back to top)
A: We use 24 AWG stranded UTP cable for CAT 5e and 23 AWG stranded UTP cable for CAT 6.
A: Using telephone line cords to connect a LAN is not recommended. Line cords are designed to work with low speed applications such as voice transmission.
A: The TIA standard does not determine the length of un-sheathing; however, it is a good practice to remove the minimum you need for termination. Maintaining the twist is what is important (0.5” from termination point TIA/EIA-568.1 section 10.2.3) to keep the balance of the twisted pairs from being disturbed excessively to minimized near-end cross talk (NEXT).
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A: The Category 6 standard has specifications for patch cords and connectors that are intended to assure interoperable Category 6 performance. If manufacturers can demonstrate that each component meets the requirements in the standard, minimum Category 6 performance will be achieved. However, manufacturers may also tune their products to perform better than the minimum Category 6 requirements and in these cases using compatible patch cords and connectors may lead to performance above the minimum Category 6 requirements.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A: The purpose of the boot is to protect the latch from snagging and breaking off such as in the case where you are pulling the cable. The unbooted / slimline cords are best suited for use in high density applications such as patch panels.
A: The most commonly used testers are Fluke, Ideal, Microtest, and Agilent.
A: More commonly referred to as attenuation, insertion loss is the loss of signal power between two points. Items that lead to signal loss are excessive cable length, temperature, humidity, and excess return loss.
A: Category 6 patch cords are precision products, just like the cables and the connectors. They are best manufactured in a controlled environment to ensure consistent, reliable performance. The patch cords also need to be tested for transmission performance to ensure that they will not degrade the performance. All this supports leaving patch cords as a factory assembled product than a field assembled product for better consistency and reliability.
A: Stranded cable has several small gauge wires in each separate insulation sleeve. Solid has one large gauge wire in each sleeve. Stranded cable is more flexible, making it more suitable for shorter distances and tight bends such as patch cords. Solid cable has better electrical performance.
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
Racks & Cable Management (back to top)
A: ICC’s Distribution Rack is an EIA standard 19” rack, designed for the ultimate in configuration flexibility. The 6061-T6 high-strength aluminum alloy makes ICC racks lightweight yet durable, excellent grounding characteristics.
A: RMS is rack mount space. 1 RMS = 1.75 inches
A: The ICCMSVHB06 and the ICCMSVHB08 Wall Mount Vertical Hinged Brackets can both accept the 10 inch single standard or vented shelf. The ICCMSVHB18 Wall Mount Vertical Hinged Bracket can accept either 10 inch or 15 inch single standard or vented shelf. Caution: Be certain to remove all un-secured equipment from the shelf before the vertical hinged bracket is unhinged.
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A: No. Grounding kits are sold separately ICACSGKS00, and grounding bus bars are needed but not sold by ICC.
A: ICC’s Wall Mount Hinged Brackets and Wall Mount Vertical Hinged Brackets are rated according to the number of panels they hold. These panels may consist of patch panels, cable management components, or networking equipments. All brackets have an RMS (Rack Mount Space) number that corresponds to the total number of panels each bracket will hold. One RMS is equal to 1.75 inches in height. If the RMS number is unavailable, measure the panel height, then divide by 1.75. The resulting number will be the RMS number for that panel height. ICC’s Wall Mount Hinged Brackets are configured at 1, 2, 3, 4, 6, and 8 RMS, or in heights ranging from 1.75 inches to 14 inches. The Wall Mount Vertical Hinged Brackets are configured at 6 and 8 RMS, or in heights of 10.5 inches and 14 inches.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A: There are three simple checks you should make. First, make certain the floor is leveled. Second, check to see if all floor mounting bolts have been tightened properly. Third, carefully inspect the rack to see if it may be out of alignment due to damage in shipping.
A: Yes, ICC supports Ladder Rack System; they are the 10’ Ladder Rack Runway ICCMSLST10, 5’ Ladder Rack Runway ICCMSLST05, 90° Flat Turn Ladder Rack Runway ICCMSLFT90, 90°Inside Corner Ladder Rack Runway ICCMSLIR90, and 90° Outside Corner Ladder Rack Runway ICCMSLOR90.Ladder rack should be used to support the rack, perpendicular from the wall to the rack.
A Yes. We have conversion brackets ICCMSCBARM & ICCMSCBBRM
A Its mounted on the wall vertically which accommodates all standard 19 inch rack mount products regardless of their depth.
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
Fiber Optic System (back to top)
A: The capacity of ICC’s Fiber Optic Enclosures is governed by two factors. It depends on the type adapter panel used in the enclosure and the maximum number of connectors for SC or ST. The are a number of different adapter panel options for each enclosure. Item Number Number of Max. SC Max. ST Adapter Panels ICFOR102xx 2 Panels 24 16 ICFOR204xx 4 Panels 48 32 ICFOR306xx 6 Panels 72 48 ICFOR412xx 12 Panels 144 96 ICFOD202xx 2 Panels 24 16 ICFOD204xx 4 Panels 48 32
A: Three types of cables are recommended for use in the horizontal cabling system: Four-pair 100 Ohm unshielded twisted-pair (UTP) or screened twisted pair (ScTP) cables.Two or more optical fiber multimode cable, either 62.5/125 µm or 50/125 µm. One single mode cable.
A: The IEEE has determined that Alien Crosstalk is the main electrical parameter limiting the performance of the structured cabling system when applied to 10transmission lines. Alien Crosstalk is a coupled signal in a disturbed pair arising from a signal in a neighboring cable. Additionally, IEEE has determined that all of the specified Category 6 electrical parameters are to be extended out to 500 MHz with Insertion Loss meeting Class F requirements.
A: From 50 µm fiber backbone to 62.5 µm fiber jumpers, it’s OK on the receiver end, but on the transmitter end, the larger core of 62.5 µm into smaller 50 µm fiber will have losses of 2~4 dB. From 62.5 fiber backbone to 50 µm fiber jumpers, the excess loss is at the receiver end, not at the transmitter end.
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A:If you have a run longer than 295 ft. (from 62.5 to Single Mode, Fiber allows transmissions from thousands of meters to several kilometers) (EMI) Electron Magnetic Interference is an issue. (Since Fiber uses light signal it is not susceptible to electrical signal interference) Security is a major concern. (Since Fiber uses a light signal it is impossible to tap into the signal unlike copper lines) Other things to consider: Cost – Tools, Connectors, Training, Testers, and material. Difficulty – May require special training and practice to learn termination. ICC offers pre-terminated fiber solutions for installers from dual fiber jumpers
A: By NEC & UL – flame retardancy By cable types (tight buffer/distribution/breakout/loose tube) By fiber types (multimode/singlemode/hybrid) Whether it has fiber and wire (composite cable)
A MT stands for mechanical transfer. It is a multi-fiber ferrule in which fiber alignment is critical for high performance. The key elements for fiber alignment are: 1) high precision molding. 2) high precision guide pins.
A MPO stands for Multi-fiber Push On connector designed by NTT for the MT ferrule. The MPO connector family is defined by two different documents (or standards). Internationally, the MPO is defined by IEC-61754-7 and in the USA by TIA-604-5 (also called FOCIS 5).
A The MTP is an improved MPO connector design trademarked by US Conec Ltd. The MTP is fully compliant with all MPO standards (FOCIS 5 and IEC-61754-7) and is therefore fully intermateable to any other MPO connector.
A -The connector housing is removable: - Allows easy transition from male to female (gender change) Allows re-polish & re-work
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A: PC stands for Polished Connector. The end of the fiber is polished with a special polishing film to a crystal-clear finish. APC stands for Angles Polished Connector. The end of the fiber is polished with a special polishing film at an angle of approximately 8° for a superior quality finish. With this type of finish, reflected light will be absorbed in the cladding, reducing the back reflections.
A: A hybrid cable contains more than one fiber type in the same cable. For example, a private network application might call for both singlemode and multimode fibers. Placing both fiber types in the same cable would result in installation savings since there would be no need to install two separate cables. They can also include copper cables for Telco and /or data.
A: Singlemode connector can be used on multimode cable but not the reverse. Singlemode connectors are made to tighter tolerance as is singlemode fiber. Multimode connectors have bigger holes for the fiber and will have high loss (>1dB) with singlemode. Also, multimode connectors may not be PC (physical contact) polish, which is terrible for return loss.
A: If you splice it, you’ll get directional losses. Transmitting from 50 µm to 62.5 µm fiber, you’ll get virtually no losses but from 62.5 µm to 50 µm, you’ll get a minimum of 1.6~1.9 dB loss due to the size and NA (numerical aperture) mismatch.
A: The biggest use is telephony, followed by CATV, then LAN backbones, connecting hubs. Next is connecting remote video cameras for security systems. The building management and security systems are switching to fiber in many buildings due to distance and EMI requirements. Fiber is not often used to the desk because it is perceived to be too expensive, but it allows a system without wiring closets, making the cost less in most instances.
A: The primary applications using 10 Gbps data rates are data centers, high-end workstations, and web-enabling applications.
A: For premise cables, the jacket color is dependent upon the fiber type in the cable. For cables containing singlemode fibers, the jacket color is yellow. For cables containing multimode fibers, the jacket color is orange. For outside plant cables, the standard color is black; however, other customer preference can be accommodated as well.
A: The metal sleeve works for multimode only where as the ceramic adapter works for single and multimode has better alignment performance.
A: The light in fiber optic cable travels through the core (hallway) by constantly bouncing from the cladding (mirror-lined walls), a principle called total internal reflection. Because the cladding does not absorb any light from the core, the light wave can travel great distances. However, some off the light signal degrades within the fiber, mostly due to impurities in the glass. The extent that the signal degrades depends on the purity of the glass and the wavelength of the transmitted light.
A:Yes. Slack may be necessary to accommodate future cabling system changes. The recommended amount of slack is 10 feet, regardless of media, for the telecommunications closet. At the outlet, the recommended optical fiber slack is 3 feet, while one foot is recommended for twisted-pair cables.
A: Singlemode: Core size is 8.3 µm, for 1550 nm – 1300 nm wavelength range, for long distance transmission, and allows only one pathway (mode) of light. Multimode: Common core sizes are 50 µm and 62.5 µm, for 1300 nm – 850 nm wavelength range, for short distance transmission, and allow more than one pathway (mode) of light. Please Note: Although the core sizes are different, it is impossible to distinguish between the two with the naked eye.
A: Multimode fiber optic cable connects up to 2,000 meters when the network is operated in full duplex mode. It can connect up to only 200 meters in half duplex mode. Singlemode fiber optic cable can transmit from 15,000 to 60,000 meters, depending on hardware and configuration.
A: More commonly referred to as attenuation, insertion loss is the loss of signal power between two points. Items that lead to signal loss are excessive cable length, temperature, humidity, and excess return loss.
A: Return loss is the ratio of signal power transmitted into a system to the power reflected. An echo best describe return loss. Changes in or mismatched impedance causes signal reflection.
A: Horizontal cabling extends directly from the horizontal cross connect in the telecommunications room to the workstations, with no splices, bridges, taps, or other connections. Backbone cabling connects the telecommunications room with outside services, or connects telecommunications rooms together within, or between buildings.
A: Fiber optics refers to the concept of transmitting information, in the form of light, through cable fibers composed of highly purified glass or plastic, clad in a reflective coating. This allows the light beam to travel the length of the cable by bouncing off the reflective sides of the fiber. The advantages of a fiber optic system are: Information carrying capacity is greatly increased, while overall size and weight of the cable is greatly reduced. Information can be transmitted at a much higher speed over long distances. Security is increased because information is transmitted in the form of light through a non-conductive media (glass), whereas, electricity traveling through wires can be tapped by an outside agent, or accidentally pick up transmissions from other sources of electro-magnetic radiation.
A: Installation of the Fiber Optic Splice Trays (ICFOSTFM12 & ICFOSTFM24) is simple: Splice trays can accommodate 12 and 24 splices respectively. Select left or right angle splice holder as applicable. There are holders to accommodate Bare Fusion, Fusion with Sleeves, and Ribbon Fusion. Attach the holder to the base of the tray; ensure that access and minimum bend requirements are not compromised. Trim and clean fiber cable as mandated by policy. Secure buffer tubes using snaps or tie down wraps. It is common practice for the buffer tube stop within ¼” of attachment point. Make and secure splices to holders, ensure that fibers are not being crimped or pinched and that cover will not pinch fibers. Snap cover back onto base. Utilize Velcro® cable ties to secure tray onto mounting surface on fiber tray, if applicable.
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
A: The maximum horizontal distance shall be 90m (295ft). The horizontal distance is the cable length from the mechanical termination of the media at the horizontal cross-connect in the telecommunications room to the telecommunications outlet/connector in the work area. The length of the cross-connect jumpers and patch cords in the cross-connect facilities, including horizontal cross-connects, jumpers, and patch cords that connect horizontal cabling with equipment or backbone cabling, should not exceed 5m (16ft) in length. For each horizontal channel, the total length allowed for cords in the work area plus patch cord or jumpers plus equipment cables or cords in the telecommunications room shall not exceed 10m (33ft), unless a multi-user telecommunications assembly is used. Note: in establishing the maximum distance for each horizontal channel, an allowance was made for 5 additional meters (16ft) from the telecommunications outlet/connector to the workstation.
A: At the present time there are no plans to pursue CAT 7 cable production.
A Due to the increased size and weight of the CAT 6A cable we decided to utilize a reel design which allows for faster dispensing, reduces likelihood of kinking, and can be mounted on an installers own dispensing apparatus for even faster or multiple cable pulls.
A The rip cord is a feature that is available for those stripping the jacket from the cable without tools. ICC recommends using either of the items: ICACSTSUCD, ICACSTSUS1, or ICACSCTRS instead to remove the jacket. Using these tools will reduce the amount of cable wasted when stripping the jacket. The rip cord feature is conveniently available with our CAT 5e UTP cable.
A These are different fire ratings that may be required by local authorities in different areas. In most cases CM is general purpose (typically used on same level cable installs), CMR (typically required for cable runs between floor levels though increasing required for use on floor level runs i.e between workstations), and CMP (typically required for cabling runs above ceilings and below floors) areas shared by air ducts. Each fire rating indicates the level of toxic fumes emiited when that cable is burned and self extinguishing features.
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A: This simplifies subsequent troubleshooting. By testing the system at this point, should a problem arise after the equipment is installed, the cabling system can be ruled out as a probable cause.
A: The primary applications using 10 Gbps data rates are data centers, high-end workstations, and web-enabling applications.
A:CAT-5e cable is not rated for outdoor use, however it can generally be used without a problem. If possible, run the cable through some kind of conduit to prevent moisture or an attractive site for lightning to strike. You should be able to find gray PVC conduit suitable for cable at any hardware store. Remember, 100 Meters is your max distance, without some kind of hub, bridge or amplification.
A: The IEEE has determined that Alien Crosstalk is the main electrical parameter limiting the performance of the structured cabling system when applied to 10transmission lines. Alien Crosstalk is a coupled signal in a disturbed pair arising from a signal in a neighboring cable. Additionally, IEEE has determined that all of the specified Category 6 electrical parameters are to be extended out to 500 MHz with Insertion Loss meeting Class F requirements.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A: The recommended minimum bend radius for unshielded horizontal cables (6-pair or smaller) is 4 times the cable diameter. The recommended minimum bend radii for unshielded backbone cables (greater than 6-pair) and coax is 10 times the cable diameter. The recommended minimum bend radii for shielded backbone cables is 12 times the cable diameter.
A:Yes. Slack may be necessary to accommodate future cabling system changes. The recommended amount of slack is 10 feet, regardless of media, for the telecommunications closet. At the outlet, the recommended optical fiber slack is 3 feet, while one foot is recommended for twisted-pair cables.
A: For any new installations, we recommend Category 5e or Category 6 cables and connectivity. On any existing Category 5 installations, you’ll need to re-test and pass PowerSum, ELFEXT, and Return Loss in order to run gigabit. D. Racks & Cable Management
A: These terms describe two Category certification tests. These tests differ in how much of a horizontal cabling run is included for testing. The basic difference is that a link includes only the permanent part of the cable run, while a channel includes patching and/or equipment cords as well.
A: Riser rated cable is required for jobs where cable is going to be run vertically up multistory buildings in floor to floor wiring riser.
A:Building codes require fi re rated cabling to provide protection for occupants in the event of a fi re. Fire rated cabling requirements strive to reduce the toxicity of fumes emitted by cabling when burned. • Riser-rated cable (CMR) is typically for general use in vertical spaces • Plenum rated cable (CMP) is typically used in air circulation spaces • Always check with your local, state, and federal laws for fi re code compliance
A: Three types of cables are recommended for use in the horizontal cabling system: Four-pair 100 Ohm unshielded twisted-pair (UTP) or screened twisted pair (ScTP) cables.Two or more optical fiber multimode cable, either 62.5/125 µm or 50/125 µm. One single mode cable.
A: The horizontal cabling is the portion of the telecommunications cabling system that extends from telecommunications outlet/connectors and the horizontal cross-connect in the telecommunications room to the workstation. Horizontal cabling includes outlet/connectors in the work area, mechanical terminations, and patch cords or jumpers located in the telecommunications room, and may include multi-user telecommunications outlet assemblies.
A: A: Per TIA-568 the general rule of thumb as it stands currently is a Bend Radius of about 4 times the diameter of the cable itself for Cat 5e & 6 cables. Refer to manufacturers specifications for the Cable.
A: Horizontal cabling extends directly from the horizontal cross connect in the telecommunications room to the workstations, with no splices, bridges, taps, or other connections. Backbone cabling connects the telecommunications room with outside services, or connects telecommunications rooms together within, or between buildings.
A: Mbps (mega bits per second) refers to the speed of data, whereas MHz (mega hertz) relates to the bandwidth.
A: Shielded twisted pair cable (STP) is most often known as IBM Type I cable or STP-A. It is defined in ANSI/TIA/EIA-568-A as two individually twisted pairs separated by a shield with a nominal impedance of 150 Ohms. Screened twisted pair cable (ScTP) can be considered a very close relative of STP. It consists of 4 pairs of 22 or 24 AWG wire enclosed by an out foil. Impedance is 100 Ohms.
A: UTP stands for Unshielded Twisted Pair. It is a cable type with one or more pairs of twisted insulated copper conductors contained in a single sheath. UTP cables are the most common type of cabling used in desktop communication applications.
A: If the components are Category 6 compliant, then you will be assured of Category 6 performance.
A: Crosstalk is the unwanted introduction of signals from one channel or pair to another.
A: Return loss is the ratio of signal power transmitted into a system to the power reflected. An echo best describe return loss. Changes in or mismatched impedance causes signal reflection.
A: The pairs 2 (orange) and 3 (green) are interchanged. T-568-A is the original wiring configuration in TIA-568. T-568-B was put in the specification to accommodate the installation base at the time. T-568-B is still more widely used today. T-568-A is typically used in government and residential installations.
A: Plenum rated cable is required for jobs where cable is going to be run in return air space. In most buildings this area is above drop ceilings or under raised floors. The materials required to pass plenum standards are much more expensive than non-plenum-rated designs.
A: The most commonly used testers are Fluke, Ideal, Microtest, and Agilent.
A: Both Category 5 and Category 5e consist of unshielded twisted pair with 100 Ohm impedance and electrical characteristics supporting transmissions up to 100 MHz. The difference between Category 5 and Category 5e is in transmission performance. Category 5e components are most suitable for a high-speed Gigabit Ethernet, while Category 5 components may function to some degree in a Gigabit Ethernet. They perform below standard during high-data transfer scenarios: Channel Performance Characteristics Parameter CAT 5 CAT 5 CAT 5e (ISO Class D) 100 MHz 100 MHz 100 MHz Attenuation 24.0dB 24.0dB 24.0dB NEXT 27.1dB 27.1dB 30.1dB PSNEXT 24.0dB N/A 27.1dB ELFEXT 17.0dB 17.0dB 17.4dB PSELFEXT 14.4dB 14.4dB 14.4dB ACR (derived) 3.1dB 3.1dB 6.1dB PSACR (derived) N/A N/A 3.1dB Return Loss 10.0dB 8.0dB 10.0dB
A: Both Category 6 and Category 6e consist of unshielded twisted pair with 100 Ohm impedance and electrical characteristics supporting transmissions up to 350 MHz. The difference between Category 6 and Category 6e is in transmission performance. Category 6e components are most suitable for a high-speed Gigabit Ethernet, while Category 6 components may function to some degree in a Gigabit Ethernet. They perform below standard during high-data transfer scenarios:
A: There are three levels. General Purpose: UL 1581; Riser: UL 1666; and Plenum UL These numbers are all fire and safety rated.
A: It would be specified for 24-28 AWG Stranded.
A: Briefly, Article 800.52 (A) (2) of the 2002 NEC code states “Communications wires and cables shall be separated at least 50 mm (2”) from conductors of any electric light, power, Class 1, non-power limited fire alarm, or medium power network-powered broadband communications circuits.” There are two exceptions: 1) the use of specially designed and rated raceway having separate channels where “all the communications circuits are encased…” and 2) where the cables are “separated by a continuous and firmly fixed nonconductor, such as porcelain tubes or flexible tubing, in addition to the insulation on the wire.” In addition to the NEC code, your installation may be subject to state, county, and local codes and ordinance.
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
A:ICC premise cable pull boxes are designed with one of the most common patented winding methods in the industry REELEX®. The REELEX® winding method strives for wire dispersion from the pull box without twists, tangles, snags or overruns. While this is an effective method for facilitating cable pulls, its performance is susceptible to installation handling.To reduce the likelihood of pulling difficulties - Avoid shipping single cartons by courier services where the cartons may be carelessly tossed about, shifting the organized coiling within the box.Also, be careful when transporting the cartons to minimize turbulent movement impact on the inside coils.Avoid re-feeding wires back into the pull box which can disturb the inner coiling.Avoid stacking or pulling from the dispensing box with the dispensing opening face upward.
A:The type of twisted-pair cabling chosen makes a difference in how well a network functions. Electromagnetic and radio waves emitted by electronics or heavy machinery can affect the performance of signals traveling through network. • As a general rule, use FTP cabling in environments with high electromagnetic interference (EMI) or radio frequency interference (RFI) • In electrically quiet environments, opt for UTP cable • UTP cable offers cost savings over FTP cable due to the extra manufacturing process that is required for interference protection in a FTP cable
A: Stranded cable has several small gauge wires in each separate insulation sleeve. Solid has one large gauge wire in each sleeve. Stranded cable is more flexible, making it more suitable for shorter distances and tight bends such as patch cords. Solid cable has better electrical performance.
A: Raceways can be installed with screws on drywall or wood by drilling directly through the raceway without the need for pre-drilling.
A: Category 5 cables may vary in diameter, depending on the manufacturer. Cables will also vary in diameter depending on whether they are plenum or non-plenum. Therefore, trying to identify a specific number is not the best method of determining raceway capacity. According to TIA/EIA-569-A (Section 4.7.3.2), the practical capacity for telecommunications cabling in perimeter raceways ranges from 20% to 40% fill depending on cable-bending radius. The pathway size shall be calculated as follows: the summation of the cross-sectional area of all cables divided by the percent (expressed as a decimal fraction) of fill.
A: ICC’s Surface Raceway is an adhesive-backed non-metallic channel used to route, conceal, and, protect network data cabling. A raceway can be designed to meet virtually any configuration by using a variety of channels, covers, reducers, end caps, elbows, tee’s, and ceiling entry channel with clips. The most common use of raceways is to provide an esthetically pleasing way to route cables along walls made of brick or solid masonry (where routing cable inside a wall is not possible). Raceways are also used where cabling moves occur often.
A: Non-metallic raceways are lightweight, durable, easy to cut, resist and conceal dents, chips and scratches, conform to irregular surfaces, are non-conductive, and have the lowest installed cost.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A: ICC’s Raceway Systems can be easily painted after lightly abrading the surface (or priming the surface), then covering the raceway with a quality Latex-based paint of your choice.
A: Here is a table with typical fill capacities:
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
Tool & Connectors (back to top)
No. Now with the unique JackEasy tool terminating all of ICC’s connectors just got easier with the use of a single proprietary tool that crimps and cuts all excess wires with a single squeeze of the handle. The JackEasy is compatible with both EZ and HD modular connectors.
A: Yes. It might be a little loose and will damage the outside 2 pins of the 6P6C jack.
A Yes. ICACSCT01U Universal Compression Tool provides a quick, easy, and reliable method of terminating and compressing connectors on cables.
A: The most commonly used testers are Fluke, Ideal, Microtest, and Agilent.
A: ICC offers ICMP8P8C6E (CAT 6), ICMP8P8C6S (CAT 6 SHIELDED), ICMP8P8C5E (CAT5E), ICMP8P8SRD (8P8C) and ICMP6P6SRD (6P6C).
A: It would be specified for 24-28 AWG Stranded.
A: RJ-22 jack is a 4P4C type jack that mates with ICC’s ICMP4P4CHS plug. These are most often used on telephone handset cords.
A Category 5 cables may vary in diameter, depending on the manufacturer. Cables will also vary in diameter depending on whether they are plenum or non-plenum. Therefore, trying to identify a specific number is not the best method of determining raceway capacity. According to TIA/EIA-569-A (Section 4.7.3.2), the practical capacity for telecommunications cabling in perimeter raceways ranges from 20% to 40% fill depending on cable-bending radius. The pathway size shall be calculated as follows: the summation of the cross-sectional area of all cables divided by the percent (expressed as a decimal fraction) of fill.
A: The RJ-11 plug or jack is configured for 6 positions. The RJ-45 plug or jack is configured for 8 positions, 8 conductors modular plug or jack.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A The 8P8C modular plug is compatible with the CAT 5 or CAT 5e connectors found in mechanical structures. The performance depends on the lowest category of cable patch cord and jacks used. CAT 6 patch cords with modular plugs are precision products just
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A: ICC has redesigned its punch down tool. The new tool uses 11 kg. for low impact, and 15 kg. for high impact.
A: A termination tool must be used to properly seat the wire into the IDC (insulation displacement connector) and insure a good connection. ICC’s ergonomically designed IC110 Punch Down Tool with interchangeable blades and low or high impact settings, was specifically developed to provide quick and efficient connection every time.
A: Yes. ICACSTPE60 Raceway Cutting Tool cuts all ICC’s raceway sections.
A: Yes. ICACSCT01U Universal Compression Tool provides a quick, easy, and reliable method of terminating and compressing connectors on cables.
A: No, the ICC compression connectors were designed to work on standard non-plenum RG-6 or RG-59 cables only.
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
Residential Enclosures (back to top)
A: ICC CAT 5e and CAT 6 data modules (ICRESDPB1C, ICRESDPB2C, ICRESDPB3C, ICRESDPA1C, ICRESDPA2C and ICRESDPA3C) are non-bridged modules. These modules serve as a patch panel or pass-through for a switch or router to connect computers to a local area network (LAN), such as 10/100 Base-T Ethernet.
A: ICC manufactures four sizes of metal enclosures which are 14”, 21”, 28”, and 42” high and they are all 14.25” wide x 3.65” deep and are made of 18 gage steel. They are designed to fit between building studs but can be wall mounted if needed.
A Yes ICC makes a wall mounted unit that is 9” surface mount or in-wall between studs mountable.
A:Yes ICC makes a wall mounted unit that is 7.5” h x 6.5” w x 3.5”d and 9.40” h x 15.10 w x 4.90 d”
A RoHS will affect anyone who manufactures in the European Union (EU) and sells electrical and electronic equipment under their own brand. It will also affect resellers in the European Union (EU) who sell products under their own brand or products produced by other suppliers.
A The extraction and disposal of hazardous raw materials can cause damage to both the environment and to human health. The removal and or reduction of these types of materials at the production level will help reduce health risks associated with exposure and especially so for children and the elderly and pregnant women.
A The main difference between a splitter and a diplexer is the frequencies that they handle. A splitter handles one frequency range between the two ports. Where as a diplexer has a separate frequency range on each port. Splitters main purpose is split the signal that is being fed into it. Splitters can be used as combiners, as long as the frequency stays within the spec of the splitter and will not conflict with the frequency being fed by the other port.
A Unlike the majority of inexpensive splitters commonly found at various electronics retailers ICC splitters are PCB based. That is, there is a sophisticated printed circuit board in every splitter to provide a very high level of isolation between signals. Better isolation means less chance for interference and distortion such as which is often caused by substandard splitters.
A The six banned substances are Lead (Pb) Cadmium (Cd) Mercury (Hg) Hexavalent Chromium (Cr6+) Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
A Splitter takes one RF or television signal and multiplies it to your desired number. ICC makes the highest quality RF splitters available. Please note: each time a coax cable is split the signal strength decreases. Additionally, the larger the splitter the more signal loss you will experience. Signal loss must be accounted for when designing an RF system.
A The insertion loss is measured in dB. The lower the number, the better are equally balanced and the outputs all have the same insertion loss. This is true of most splitters with two, four, or eight outputs. The average loss is 4.5 dB per split. (A two way splitter has one split, a four-way has 2, an eight way has 3.) Thus an average eight-way splitter should have about 12 to 13.5 dB insertion loss.
A: ICC’s Category 5e products support any application that requires Category 5e, 5, 4, or 3 cabling. This includes, but is not limited to: 10Base-T 100Base-TX 100Base-T4 Token Ring 100VGanyLAN TP-PMD ATM-UTP
A: Yes, ICC Category 5e products will handle 155 Mbps ATM.
A: The difference has to do with the center pins, outer diameters, and RF loss. Both utilize 75 Ohm cable found in video applications like cable television. The center conductors are of different gauges; the RG-59 center conductor is 20-22 AWG, and RG-6 is 18 AWG. For RF loss, RG-6 performs better. The outer diameter of RG-6 is larger than RG-59, so a different size F-Type connector is needed on the individual cable ends.
A: RG-6 and RG-59 are two types of coaxial cables, and can be used with F-Type connectors for the distribution of RF signals for cable TV (CATV) and satellite (broadband), or BNC connectors for closed-circuit environments and data transmission (baseband).
A: Network Topology is the geometric physical or electrical configuration describing a local communication network; the shape or arrangement of a system. The most common topologies are the bus, ring, and star.
A: 10BASE-T is the IEEE standard that defines the requirement for sending information at 10 Mbps on unshielded twisted-pair cabling, and defines various aspects of running Ethernet on this cabling. 100BASE-T is the IEEE standard that defines the requirement for sending information at 100 Mbps on unshielded twisted-pair cabling, and defines various aspects of running baseband Ethernet on this cabling. 1000BASE-T is the IEEE standard that defines the requirement for sending information at 1000 Mbps on unshielded twisted-pair cabling, and defines various aspects of running baseband Ethernet on this cabling.
A: Pair 1 = Pin 1(TD+), Pin 2(TD-) Pair 2 = Pin 3(RD+), Pin 6(RD-)
A:The solution would be to provide a crossover cable between the two hubs. This cable should be configured so that on end is wired to T-568-A and the other end is wired to T-568-B. This configuration will cross receive-to-transmit lines and vise versa, allowing the hubs to talk to each other.
A: Network wiring is any transmission path used for information rather than power. Information – in electronic form – can be voice, video, audio, or any form of computer data.
A: The UL listing on our enclosures is based on the materials used for its construction. There are other fire ratings for enclosures such as the UL 72 which is for enclosures that store documents and so forth. Our enclosures are not designed for the storage of records our enclosures have not been tested to the UL 72 testing standards for insulated records protection equipment. Under that test the enclosures are assigned a time rating such as “One-Hour Rated Products - 1700°F”. This is mainly for products such as file cabinets, safes and so forth that is intended to help protect items such as paper records, microfilm, computer media, etc. Each has a different degree of tolerance to temperature, humidity and length of time such as during a fire. Our enclosures are designed to hold circuit boards and other connectivity products that do not require that type of protection. All of our enclosures and products within are UL listed meaning they are constructed with UL approved materials and independently tested for basic safety and flammability compliance.
A No. A coaxial splitter is for CATV/CCTV use only. A device called a multi-switch is required for distribution of the satellite signal to multiple receivers. The multi-switch contains electronic circuitry that selectively routes the satellite signal from the LNB’s to each receiver. The signal routing is determined by a control voltage (and sometimes a combination of both voltage and tone frequency) that comes from the receiver, based upon channel selection. The multi-switch allows each receiver to view any channel independent of any other receiver. Coaxial splitters are passive devices, and cannot perform this type of selective signal routing.
A: The most common problem is that Category 3 wiring may be somewhere in the system. All horizontal cabling, jack, patch cords, and equipment room cords need to be Category 5e to function properly at the higher transmission rate.
A: Ethernet is the most commonly used network protocol – a network language. With appropriate network software, any computer can understand and use it. This common protocol and its software enable computers and peripherals to communicate with each other, even if they are using different operating systems.
A: A hub is a device where bandwidth is shared among all devices connected to it. A switch; however, is a device where each port has it’s own dedicated bandwidth. Also, the linking maximum for a hub is two units while a switch can accommodate virtually an unlimited number of uplinked units.
A: Since a hub shares all it’s bandwidth among its ports, it is generally slower and more susceptible to collisions and errors. A switch; however, with its own dedicated bandwidth, creates a separate collision domain by dedicating a full 100 Mbps line segment through each port. As well as making a switch faster and more stable, this feature provides virtually unlimited expansion, overcoming the hub uplink limitations in 10Base-T and 100Base-TX networks.
A: ICC manufactures a wide range of quality and affordable network connectivity and cable management solutions. As an ISO-9001 registered company, ICC offers its customers a tradition of excellence through the company’s extended warranty programs, through BICSI accredited training courses, and by providing the finest technical support and customer care.
A: ICC’s major product line includes a wide range of multi-port and cross connect solutions, cable management and patch cord solutions, fiber optics, small-office and home office solutions, voice connectivity, raceway system solutions, and tools and accessories.
A: ICC products are available through the company’s vast network of Distributors worldwide.
A: Structured cabling is a cabling system that complies with the TIA-568A Telecommunications Cabling Standard. The standard specified a “generic” cabling system – that is, a one-size-fits-all approach that supports a multi-product, multi-use, multi-vendor environment independent of applications. The standard also established cabling performance requirements. Governing agencies/ associations:
A: ICC Lifetime Warranty (LW) is a joint warranty between ICC and CEI offered to the End User (EU). It is not a sole warranty from ICC to EU. ICC only provides hardware and does not sell the installation to EU, it is CEI who installs and sells the installation with labor. The lifetime warranty will become invalid when CEI is no longer doing business, However, ICC will go above and beyond to help the end user: EU can find another CEI to recertify the site and transfer the joint warranty to the new CEI. If there is an issue requiring repair, ICC will find a CEI to fix it and end user pay only a small labor cost.
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About ICC
The key to ICC’s success has been helping our Elite Installers grow and profit. Thousands of Elite Installers have switched from big name brands to ICC because we level the playing field and give them a better advantage to compete in the structured cabling marketplace.
Once you try ICC products, it doesn’t make sense to go back and pay for the big name brands ever again.