specifications Small form factor fiber optic jack modules shall be compliant with the TIA FOCIS-6 Fiber Jack NETWORK CONNECTIVITY GROUP interface specification. RJ-45 style module shall be field terminable in one module space with no SPEC SHEET adapter. The jack module shall contain a factory terminated pre-polished multimode fiber, requiring no field polishing and no adhesive. The fibers shall terminate in 2.5mm ferrules with a non-optical disconnect and typical insertion loss of 0.3dB (62.5/125m) or 0.35dB (50/125m) per connector. MINI-COM FJ OPTI-CRIMP Fiber Optic Jack ModulePre-polished Crimp technical information FJ OPTI-CRIMP Multimode Duplex Jack Modules Fiber compatibility: 62.5/125m and 50/125m multimode versions available 62.5/125m: FJJSMM5C** Fiber cable type: Tight-buffered cable only (3.0mm jacketed or 900m) 50/125m: FJJSMM50C** Ferrule type: Zirconia ceramic with a pre-polished fiber stub FJ Multimode Duplex Plugs Insertion loss: 0.3dB typical (62.5/125m), 0.35dB typical (50/125m) 62.5/125m or 50/125m: FJEPGM5C** Return loss: Greater than 20dB Plug to Plug Coupler key features and benefits Plug to plug coupler: FJGCCEI (primarily used in testing) Pre-polished fiber stub Eliminates polishing steps, speeding installation Replacement Ferrule Assemblies VFL verification during Provides installer with a visual signal when optimal for FJ OPTI-CRIMP Jack Modules crimp process continuity is made and the crimp step can be performed 62.5/125m: FJJSMMFRL-X FJ interface independent Greater reliability ensures physical fiber contact for consistent 50/125m: FJJSMM50FRL-X free-floating ferrules low return loss, unlike unitary multi-fiber ferrule connectors X = Bag of 10 ferrule assemblies, crimp sleeves Mechanical crimp cable Consistently provides higher than industry standard cable and dust caps. retention retention requires no adhesive, speeding installation Multimode Duplex Patch Cords Small form factor Double the port density in one module space and Pigtails connector at the outlet and in the telecommunications room FJ plug to FJ plug: F D6P-6PM Proven 2.5mm Uses standard termination tools and procedures provides 3mm jacketed FJ ceramic ferrules strength and reliability jack module pigtail: F D6J-NM 900mbuffered FJ Robust design Protects fibers from mechanical and environmental stress jack module pigtail: F B6J-NM Non-optical disconnect Network reliability maintains data transmission under tensile loads FJ plug to SC: F D6P-3M RJ-45 form factor Familiar to end-users, snaps into all MINI-COM outlets and FJ plug to ST*: F D6P-2M modular patch panels FJ plug (keyed W) to SC: F D6PW-3M Field terminable jack Allows assembly of special length patch cords on site All key type (W, X, Y, Z) patch cords available. module and plug Available in 62.5/125m (6) and 50/125m (5). Adapterless Fewer components to order and inventory Patch cords are available in 1, 2, 3, 5 and 10 meter lengths, and pigtails are available in 1, 2 Flush mount Unused ports do not protrude from the wall can be and 3 meter lengths. used with shuttered faceplates OPTI-CRIMP Termination Tooling FOCIS-6 compliant Ensures intermatability with all FOCIS-6 compliant components Termination kit: FJMVKIT Exceeds TIA/EIA-568-B.3 Network reliability assured as defined by TIA To upgrade from FJKITG, purchase FJQCVR Keyed solution available Provides mechanical network security limits access to fiber cleaver tool and FVFLKIT visual fault highly sensitive, classified and segregated networks locator kit. To upgrade from FJMKIT, purchase FVFLKIT visual fault locator kit. applications Fiber-to-the-desk: The pre-polished mechanical Keyed network security: Four color-coded, **Substitute Keyed Colors: for Colors: crimp version of MINI-COM FJ Fiber Optic Jack keyed configurations of the jack module and plug WBL = Keyed W in Black EI = Electric Ivory XRD = Keyed X in Red Module is the ultimate desktop fiber connector. are available to provide mechanical and visual BL = Black YOR = Keyed Y in Orange Elimination of end face polishing and adhesive differentiation to prevent unintentional insertion BU = Blue ZYL = Keyed Z in Yellow provides for faster installation, especially in into adjacent ports. The keyed design provides IW = Off White remote areas and confined spaces. This reduces network security for military, government, financial AW = Arctic White installation time over standard field polish FJ and educational applications. A universal keyed Duplex Jack Modules by 70%. The 2.5mm ferrule plug is available for testing purposes. installer tips provides robustness required for this demanding Telecommunications room: The high port environment. The FJ interface design is familiar to density of the FJ Jack Module reduces space the end user and is polarized to prevent requirements for fiber terminations in the Terminate on tight- mismatch of transmit and receive cables. telecommunications room. This allows the end buffered cable only. Because there is no adapter, unused ports user to use less rack space and purchase fewer Always use FVFL remain flush with the wall and away from fiber enclosures. The multiple color options allow Visual Fault Locator damage. The modularity with copper connectors color coding of different networks or areas of the allows for the complete data-communications building for easier troubleshooting. during termination. solution to every workstation in one outlet. *ST is a registered trademark of Lucent Technologies. Visit our website at: www.panduit.com/ncg MINI-COM FJ OPTI-CRIMP Fiber Optic Jack Module Pre-polished Crimp Standards Compliant Connector Performance TIA Typical Test Procedure and Description TIA/EIA-568-B.3 Required Performance 455 Performance 100 cycles -180 to 180 degrees 1 Flex <0.2dB additional loss max. insertion loss 0.75dB, min. return loss 20dB 8 drops from 1.8m <0.1dB additional loss 2 Impact max. insertion loss 0.75dB, min. return loss 20dB 4 days at 60C followed by post-conditioning FOTP-6 <0.2dB additional loss 4 High Temperature max. insertion loss 0.75dB, min. return loss 20dB 4 days at 90-95% RH and 40C <0.1dB additional loss 5 Humidity max. insertion loss 0.75dB, min. return loss 20dB max. change during test 0.4dB 11.24 lbs. at 0 degrees, 4.4 lbs. at 90 degrees 6 <0.2dB additional loss Cable Retention max. insertion loss 0.75dB, min. return loss 20dB max. change during test 0.5dB 500 mate/unmate cycles <0.1dB additional loss 21 Durability max. insertion loss 0.75dB, min. return loss 20dB 0.3dB typical (62.5/125m) 34 Insertion Loss max. insertion loss 0.75dB 0.35dB typical (50/125m) 10 cycles 2.5 cw, 5 ccw, 2.5 cw 36 Twist <0.1dB additional loss max. insertion loss 0.75dB, min. return loss 20dB 107 Return Loss 20dB minimum return loss >20dB 7.4 lbs. at 0 degrees 185 <0.1dB additional loss Coupling Strength max. insertion loss 0.75dB, min. return loss 20dB 4 days at 0C <0.1dB additional loss 188 Low Temperature max. insertion loss 0.75dB, min. return loss 20dB max. change during test 0.3dB NOTE: Multimode tests performed at 850 and 1300nm53 .48 13.4 12.1 .25 .25 2.17 6.4 6.4 55.0 .48 .26 .71 12.2 6.6 18.0 1.96 49.7 .26 6.7 Keyed W - Black Keyed X - Red Keyed Y - Orange Keyed Z - Yellow Dimensions are in inches (Dimensions in brackets are in millimeters) For a copy of PANDUIT product warranties, For a full line catalog (SA-NC10CB01A), email us at log on to www.panduit.com/warranty csteam panduit.com or call Customer Service at 800-777-3300. PANDUIT CORP. Tinley Park, Illinois 60477-3091 Contact your local authorized PANDUIT Customer Service: 800-777-3300 distributor for pricing. For your local Technical Support: 866-405-6654 Email: ncginfo panduit.com Sales Office call 800-777-3300 NETWORK CONNECTIVITY GROUP Website: www.panduit.com/ncg PANDUIT CANADA PANDUIT EUROPE LTD. PANDUIT ASIA PACIFIC PTE. LTD. PANDUIT JAPAN PANDUIT LATIN AMERICA PANDUIT AUSTRALIA PTY. LTD. Markham, Ontario London, UK Republic of Singapore Tokyo, Japan Jalisco, Mexico Victoria, Australia Phone: 800-777-3300 Phone: 44 208-601-7200 Phone: (65) 6379 6700 Phone: (81) (3) 3767-7011 Phone: (52) (333) 666-2501 Phone: (61) 3-9794 9020 WW-FBSP05 WORLDWIDE SUBSIDIARIES AND SALES OFFICES PANDUIT Corp. 2003 ALL RIGHTS RESERVED Printed in U.S.A. 07/2003