3M xdsl Line Conditioners 3620

Transcription

1 3M xdsl Line Conditioners 3620 Instructions 1.0 General 1.1 Document Purpose This document provides general and installation information necessary to install the 3M xdsl Line Conditioner. 1.2 Description The xdsl line conditioner is an analog device that is designed to improve available bandwidth through noise filtering and intelligent signal line conditioning. The line conditioner system employs patented TripleStream technology and is packaged in a sealed 3M enclosure which can be installed aerial, polemount and underground environments. Available Models Product Matrix DSL-LC-XX-XXXX-XXXX Type LPTP 3M xdsl Line Conditioners Application 3610 Aerial Only 3620 Aerial, Underground, and Pole Mount LINE Powered Triple Play (ADSL, ADSL2+) Count EPTP Express Powered Triple Play (ADSL, ADSL2+) 1 pr EPER Express Powered Extended Reach (ADSL) 5 pr A=Annex A B=Annex B January B 3

2 Product Number Product Description DSL-LC-1A-LPTP-3610 DSL Line Conditioner- 1pr- Line Powered Tripleplay-3610 DSL-LC-5A-LPTP-3610 DSL Line Conditioner- 5pr- DSL Line Powered Tripleplay-3610 DSL-LC-1A-LPTP-3620 DSL Line Conditioner- 1pr- DSL Line Powered Tripleplay-3620 DSL-LC-1A-EPTP-3610 DSL Line Conditioner- 1pr- Exp. Powered Tripleplay-3610 DSL-LC-5A-EPTP-3610 DSL Line Conditioner- 5pr- Exp. Powered Tripleplay-3610 DSL-LC-1A-EPTP-3620 DSL Line Conditioner- 1pr- Exp. Powered Tripleplay-3620 DSL-LC-1A-EPER-3610 DSL Line Conditioner- 1pr- Exp. Powered Extd. Reach-3610 DSL-LC-5A-EPER-3610 DSL Line Conditioner- 5pr- Exp. Powered Extd. Reach-3610 DSL-LC-1A-EPER-3620 DSL Line Conditioner- 1pr- Exp. Powered Extd. Reach Placement The 3M xdsl Line Conditioner is placed at an approximate mid-point between the DSLAM equipment and customer premises equipment, as determined per loop resistance. The line conditioner tunes its internal circuitry to compensate for distance, wire gauge and other plant variables, and conditions the DSL line to maximize rate and reach. See physical specifications in Table 1. DSLAM Line Conditioner CPE CO Length Total Loop Length CPE Length Tabe 1 Physical Specifications Closure Feature US Metric Width, including brackets 6.9 in. 175 mm Height, without brackets 15.7 in. 399 mm Length, cable stub 12 Feet 3.7 m Depth 4.2 in. 106 mm Cable stub type 3 pr Cat 3 24AWG Shielded, filled Operating Temp. -40 to 150 F I -40 to 65 C 1.4 Power Requirement Minimal power is required, and the 3M xdsl Line Conditioner is available with express powering or line powering. Line powering requires a maximum of 6 ma at -48VDC above voice needs.

3 2.0 Outside Plant (OSP) Considerations 2.1 Line Powering Line power will require the normal POTS line power of -48 to -55 VDC. This assumes one cable pair carries both power and signal. 2.2 Express Powering Express power will require a separate power source of a -48 to -55 VDC from the CO or RT and also a separate cable pair to transport the power to the unit. Up to 5 units(pairs) can be powered with a single power pair. WARNING Be careful not to damage any buried cables or service wires while digging to prepare a hole/trench, to expose cables or while driving stakes. 3.0 Installation 3.1 Installing the Unit 1. Choose DSL circuit - Per Company practice, ensure that the circuit is DSL ready. Remove load coils, bridgetap and verify that the pair is fault free. 2. Determine loop-placement location. Place the 3M xdsl Line Conditioner as close as possible to the ideal placement location within the total CO/DSLAM-to-CPE loop, per local or company practice; also refer to the Product Placement chart or the 3M DSL LC Placement calculator. The Placement Calculator can be found at: calculator/calc3m/calculator.aspx. 3. Route cable tail. Route the cable tail toward the splice case, pedestal, or housing. Follow company practice for cable support, slack, and storage concerns or trenching requirements. 4. Determine mounting type. The 3M line conditioner can be mounted in underground, aerial or pole mount applications. Consult local company practices to determine the mounting or installation type and the required equipment. 5. Mount the unit. Gather all materials, follow all safety precautions and local codes, prepare the installation site, and mount the unit. 6. Determine, measure, and mark cable tail sheath opening point. Sheath preparation and the length of exposed cable wire for splicing will depend on the type of splice housing used when splicing the cable tail. Adequate cable stub wire should be made available according to the existing splice arrangement. Mark the cable sheath opening point on the cable tail stub after determining or establishing an adequate length of cable wire to match the existing splice. 7. Score, cut, and open cable sheath. Always follow safety precautions when working with cables and cable opening and cutting tools. Perform the cable sheath opening procedure, per local practices. 8. Bond cable tail. Perform cable bonding with a cable bond clamp at the cable tail sheath opening, then bond the cable at the clamp to an approved ground with a bond strap or wire, all per local company practice. 9. Ground the line conditioner s ground stud. Connect the ground stud on the unit to an approved earth ground, per local company practice. 10. Perform splicing. Open the splice case and perform splicing per local company practice. Refer to the line powered or express powered Color Code Chart on the next page as needed. 11. Test. Test or verify the connections for proper operation and make any needed corrections, changes or adjustments, per local company practice. Verify -48 VDC is on the blue wire of the unit.

4 GROUNDING WARNING Always follow local codes and company practices for performing proper cable and site bonding and grounding. Perform all bonding and grounding prior to any electrical and communications connections. 3.2 Splicing the Unit Use the charts below to determine the LC pairs to splice to your network wires Color Code for 5 Line LPTP Central Office Pair 1 Tip/Ring White/Blue Central Office Pair 2 Tip/Ring White/Orange Central Office Pair 3 Tip/Ring White/Green Central Office Pair 4 Tip/Ring White/Brown Central Office Pair 5 Tip/Ring White/Slate Customer Pair 1 Tip/Ring Red/Blue Customer Pair 2 Tip/Ring Red/Orange Customer Pair 3 Tip/Ring Red/Green Customer Pair 4 Tip/Ring Red/Brown Customer Pair 5 Tip/Ring Red/Slate Color Code for 5 Line EPTP or EPER Black/Blue Black/Orange Central Office Pair 1 Tip/Ring White/Blue Central Office Pair 2 Tip/Ring White/Orange Central Office Pair 3 Tip/Ring White/Green Central Office Pair 4 Tip/Ring White/Brown Central Office Pair 5 Tip/Ring White/Slate Customer Pair 1 Tip/Ring Red/Blue Customer Pair 2 Tip/Ring Red/Orange Customer Pair 3 Tip/Ring Red/Green Customer Pair 4 Tip/Ring Red/Brown Customer Pair 5 Tip/Ring Red/Slate Power Pair Tip/Ring Black/Blue Color Code for Single Line LPTP Black/Orange Central Office Pair Tip/Ring White-Blue/Blue Customer Pair Tip/Ring White-Orange/Orange Color Code for Single Line EPTP or EPER White-Green/Green Central Office Pair Tip/Ring White-Blue/Blue Customer Pair Tip/Ring White-Orange/Orange Power Pair Tip/Ring White-Green/Green

5 Product Placeme Placement G uide Chart O C to s m h o tota l ohms in loop Express Pow ered Extend ed Reach max Express Pow ered Extend ed Reach ideal Express Pow ered Extend ed Reach center Express Pow ered Triple Pla y max Express Pow ered Triple Pla y Ideal Express Pow ered Triple Pla y center Line Pow ered Triple Play max Line Pow ered Triple Play Ideal Line Pow ered Triple Play center 3M xdsl Line Conditioners should be placed at the ideal loop resistance point. To find the ideal placement in your total loop: 1) Measure or calculate your application s total loop resistance, in Ohms, 2) find that ohms resistance number on Chart 1 s horizontal X axis, and 3) find its vertical intersection with Line 3 above (solid line) it to determine the ideal placement in the application s loop. Placeme nt G uide O C to s m h o tota l ohms in loop Express Pow ered Extend ed Reach max Express Pow ered Extend ed Reach ideal Express Pow ered Extend ed Reach center Express Pow ered Triple Pla y max Express Pow ered Triple Pla y Ideal Express Pow ered Triple Pla y center Line Pow ered Triple Play max Line Pow ered Triple Play Ideal Line Pow ered Tr iple Play center Example 1: 26 AWG 3.1 Km loop has a total resistance of 850 ohms. Find 850 ohms on the X-axis in the chart above and raise it vertically (follow arrows) to where it intersects Line 3 (at the bull s-eye) to find the ideal placement on the Y-axis (425 ohms). Lines 2 and 4 provide ideal minimum and maximum ranges. Example 2: 26 AWG 5.1 Km loop has a total resistance of 1400 ohms. Find 1400 ohms on the X-axis in the chart above and raise it vertically (follow arrows) to where it intersects Line 3 (at the bull s-eye) to find the ideal placement on the Y-axis (700 ohms). Lines 2 and 4 provide ideal minimum and maximum ranges.

6 3M is a trademark of 3M Company. Triplestream is a trademark of Phylogy Inc. Important Notice All statements, technical information, and recommendations related to 3M s products are based on information believed to be reliable, but the accuracy or completeness is not guaranteed.before using this product, you must evaluate it and determine if it is suitable for your intended application.you assume all risks and liability associated with such use.any statements related to the product which are not contained in 3M s current publications, or any contrary statements contained on your purchase order shall have no force or effect unless expressly agreed upon, in writing, by an authorized officer of 3M. Warranty; Limited Remedy; Limited Liability. This product will be free from defects in material and manufacture for a period of one (1) year from the time of purchase.3m MAKES NO OTHER WARRANTIES INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.If this product is defective within the warranty period stated above, your exclusive remedy shall be, at 3M s option, to replace or repair the 3M product or refund the purchase price of the 3M product.except where prohibited by law, 3M will not be liable for any indirect, special, incidental or consequential loss or damage arising from this 3M product, regardless of the legal theory asserted. 3 Communication Markets Division 3M Telecommunications 6801 River Place Blvd. Austin, TX Please Recycle. Printed in USA. 3M All Rights Reserved B