AVAYA 700204241

® SYSTIMAX Reliable Optical Card-Edge ® (ROC ) Connector ® ® The SYSTIMAX ROC connector system is a blind-mate optical card edge connector designed to operate in harsh environments. The system uses expanded beam optics to couple optical fibers eliminating physical contact and wear between mated connectors. Light traveling through the fiber expands approximately 3x in the launch lens of the self-aligning terminus creating a larger beam less susceptible to loss from contamination. Advanced materials are used to control thermal expansion, reflection, vibration and wear. Critical dimensions are held to sub-micron tolerances. The ROC materials ROC Backplane Connector with and non-contact expanded beam design create a highly reliable, rugged optical connector highly resistant to vibration, Jumpers mechanical shock, humidity, thermal shock, sand, dust and solvents. ® The SYSTIMAX ROC connector system consists of four Commercial jumpers can be assembled with less primary components: a backplane connector, a backplane expensive, commercial grade fiber. jumper, a LRM connector, and a LRM jumper. F-22 program The LRM connector mounts in an Amphenol Aerospace jumpers are made using multimode graded-index BFO5202 rectangular LRM electrical/fiber optic hybrid connector. Flightguide™ fiber in various lengths. Jumpers can be simplex ROC Backplane Jumper The backplane connector mounts in an Amphenol or duplex. Jumpers can be terminated with a variety of PC Aerospace rectangular hybrid surface mount connector. connectors opposite the ROC terminus. The Amphenol connector system captivates and Flightguide™ is a registered trademark of OFS provides coarse alignment for the ROC connectors. Features and Benefits • Non-contact, Expanded Beam Optics to prevent physical wear from contact along light path. ROC LRM Connector with Jumpers • Self-aligning, blind mate design • Expanded beam optics to prevent optical disconnect during mechanical shock • Compact design for high channel density • Anti-reflective coatings for minimal loss • Automatic doors to block debris and light radiation • Advanced materials resistant to stress from thermal shock ROC LRM Jumper ROC Connectors mounted in Backplane and LRM www.systimax.com ® PRODUCT BRIEF RELIABLE OPTICAL CARD-EDGE (ROC ) CONNECTOR ROC Performance The original ROC connector was developed for harsh environments under contract from Wright Patterson Air Force Base. The concept was adapted to commercial/military avionics connector envelopes. Changes have been implemented to improve performance and reliability. The current product has been tested at the component level and meets or exceeds the following requirements. Test Requirement Specification Optical Loss 1.3 dB max loss, .7 dB typical, .5 dB max change through tensile test. ANSI/EIA-455-171, Method A1 Mating 1.3 dB max loss, .5 dB max change, no damage. MIL-M-28787D Durability 100 cycles no offset, 100 cycles .010 longitudinal offset, 10 cycles .020-inch lateral offset. Thermal 1.3 dB max loss, .5 dB max change, no damage. MIL-STD-202F, Method 107 Shock 100 cycles -65°C for 1 hr, +125°C for 1 hr. Measure loss before, after, & twice each cycle. Condition B Humidity 1.3 dB max loss, .5 dB max change, no damage. MIL-STD-1344A, Method 1002 Soak 240 hrs at 40°C, 90-95% RH. Measure loss before test, after 120 hours, and at end. Type I, Condition A. Sand and Dust 1.3 dB max loss, .5 dB max change, no damage. 3 step environment exposures. MIL-STD-202F, Method 110A Measure loss before and after test. Tensile 1.3 dB max loss, .5 dB max change no damage. Test each terminus with a 2 pound ANSI/EIA/TIA-455-6B load for one minute. Measure loss before and after test. Test Requirement Specification Optical Loss 1.3 dB max loss, .7 dB typical, .5 dB max change through salt fog test. ANSI/EIA-455-171, Method A1 Handling 1.3 dB max loss, .5 dB max change, no damage. MIL-STD-810E, Method 516 Shock Drop height: 4 inches, 3 sides, both surfaces ±X, ±Y, & ±Z. Measure loss before & after test. Procedure VI, Drop LRM only Mechanical 1.3 dB max loss, no damage. Discontinuity: MIL-STD-810E, Method 516, Shock Amplitude ± 0.5 dB, duration 1 ms. Three shocks, 20g saw-tooth, 11 ms. ±X, ±Y, & ±Z Procedure I. ANSI/EIA/TIA-455-32A, Condition A. Random 1.3 dB max loss, no damage. Discontinuity: MIL-STD-202F, Method 214, Vibration Amplitude ± 0.5 dB, duration 1 ms. 20 hrs/axis. X-16.2 Grms, Y-20.4 Grms, Z-22.2 Grms. Condition I ANSI/EIA/TIA-455-32A, Condition A Salt Fog 1.3 dB max loss, .5 dB max change, no damage. MIL-STD-810E, Method 509 5% salt, 35°C, 500 hrs. Samples in perforated box. ANSI/EIA-RS-455-13 Measure loss before and after test. 1 Specifications and Ordering Information ROC Connector Material ID F-22 Team Description 760026898 5VK00089-113 ROC LRM Connector 760026906 5VK00089-114 ROC Backplane Connector 760047563 5VK00089-115 LRM Strain Relief Assy 107884819 5VK00089-112 5VK00089-007 LRM Fiber Clamps (6) Specifications and Ordering Information ROC Jumper Material ID F-22 Team Use Fibers End Length (in.) 107120222 5VK00090-101 BP Simplex M29504/4 20 107120230 5VK00090-102 BP Duplex (2) M29504/4 20 108667080 BP w/splitter Simplex (2) M29504/4 w/90 SR 51 108667106 BP Duplex (2) M29504/4 w/90 SR 40 108895814 BP w/splitter Duplex (3) M29504/4 w/90 SR 52,7,9 108895822 BP Simplex (1) M29504/4 w/90 SR 52 © 2006 CommScope, Inc. All rights reserved. ™ 700031107 5VK00099-111 LRM Simplex (1) ST 2.5 mm ferrule 15 Visit our Web site at 700031115 5VK00099-112 LRM Duplex (2) ST™ 2.5 mm ferrule 24 www.systimax.com 700204241 LRM Duplex (2) ST™ Connector 20 or contact your local SYSTIMAX Solutions representative or ST™ is a registered trademark of OFS SYSTIMAX BusinessPartner for more information. SYSTIMAX Solutions is a trademark of CommScope. All trademarks identified by ® or ™ are registered trademarks or trademarks, respectively, of CommScope. This document is for planning purposes only and is not intended to modify or supplement any specifications or warranties relating to SYSTIMAX Solutions products or services. 09/06 PR-C-56 3756