NC316BU-1AC NC316BU-1DC
Contents
1. 6 Figure 10 Align edges of the module to the chassis slot 7 Figure 11 Chassis dimensions and weights 9 Figure 12 Power supply technical specifications 10 P N 1200192 001 Rev B1 1 Preliminary Considerations 1 1 Trademarks All trademarks are the property of their respective holders 1 2 Copyright MRV Communications reserves the right to make changes to technical specifications and documentation without notice in order to improve reliability function or design The user assumes sole responsibility for applying the information supplied herin Copyright 2007 by MRV Communications Inc All rights reserved 1 3 Customer Support Before contacting customer support look for software updates technical specifications and frequently asked questions FAQ online at the MRV support website http service mrv com The website includes information regarding software updates technical specifications frequently asked questions FAQ and contact information Contact help online by sending email to support mrv com or through the website request link at http service mrv com support forms supportcall cfm For direct MRV customer support by telephone call your local sales representative system engineer or one of the following numbers MRV Americas 1 800 435 7997 US Canada an2. e Operator grounding Keep a wrist strap or ESD cuff in constant contact with bare skin with a cable for attaching it to the ESD ground The wrist strap drains off the static charge of the operator The wrist strap cord has a current limiting resistor for personnel safety Wrist straps must be tested frequently to ensure that they are undamaged and operating correctly Use special grounding heel straps or shoes when a wrist strap is impractical These items are effective only when used in conjunction with a dissipative floor e ESD protective floor or mat The mat must be grounded through a current limiting resistor The floor or mat dissipates the static charge of personnel approaching the workbench Special conductive tile or floor treatment can be used when mats are not practical or cause a safety hazard Chairs should be conductive or grounded to the floor with a drag chain P N 1200192 001 Rev B1 vi 1 6 Specific Document Information Document Number PN 1200192 001 Rev B1 Document NC316BU 1 xx User Manual and Installation Guide Release Date April 2007 1 7 Latest Revision and Related Documents The latest revision of MRV documents may be found at http www mrv com Release Notes for Fiber Driver modules are produced as required Fiber Driver modules are shipped with relevant documents and manuals Refer to the documents accompanying the Fiber Driver device or to the website listed above before contacting customer support MegaVisi
3. 6 5 2 6 5 3 Other Chassis Accessories 5 6 tall AU OASE E NEEE A E E 7 8 7 1 rets 8 7 2 Technical Specifications 9 P N 1200192 001 Rev B1 NC316BU 1AC DC User Guide List of Figures Figure 1 Fiber Driver 5 1 Figure 2 NC316BU 1AC 2 1 Figure 3 NC316BU 1DC fr nt Dae iio sss ED 1 Figure 4 Unpacking the 2 FIGUIE 5 DOCWAGO COMME CION 4 Figure 6 Braided DC power harness 4 Figure 7 DC Cable instalation swe 5 Figure 8 DC wire harness wire 5 Figure 9 Wall mount bracket 16 1
4. MRV NC316BU 1AC NC316BU 1DC One Slot Powered Chassis User Guide Installation Manual Revision B1 April 2007 NC316BU 1AC DC User Guide Table of Contents 1 Preliminary 1 1 ee eee lil 1 2 OO QIAN E acter pect jii 1 3 custome UB 66 EE EERE ee eee jii 1 4 MRV Regulatory IV 1 5 General Safety WAS CT SANG UY E lt ce gadis demas ESTERE SER vi 6 Workplace Dal UO et vi 1 6 Specific Document Information ec vii 1 7 Latest Revision and Related vii 2 Fiber Driver Chassis 1 3 Unpacking the NC316BU 2 4 Fiber Driver Power Supplies ss ELLE ELLE ELLER 3 4 1 Sa y Wii OW Cis OUR CC Sere OE 3 4 2 Power Supply MAINTENANCE 3 5 Mounting Options and Accessories ELERS 6 5 1 A EE ee
5. chassis are designed to operate on a flat and secure surface All Fiber Driver chassis offer this option 5 2 Wall Mount The smallest Fiber Driver chassis one slot and two slot may be mounted on a wall The optional bracket for wall mounting is not included with the chassis Order the bracket NC316MB 1 or NC316MB 2 specifically if wall mounting is the best option for the chassis in your environment gt ae oF d a 2 2 SS STS STEP 2 o SS SS r A a SE wr SAY NEN Figure 9 Wall mount bracket NC316MB 1 5 3 Other Chassis Accessories When a module is not installed an open chassis slot must remain covered during operation Extra blank panels are available through MRV sales DC power cables may also be ordered through MRV sales P N 1200192 001 Rev B1 6 6 Module Installation Take appropriate precautions against electrostatic discharge ESD Refer to the front of this manual for some guidelines Tools e 6 inch Phillips 1 screwdriver for the module screws e 6 inch flat tip screwdriver Instructions Step 1 If a Blank Panel is covering the target slot remove it by unfastening the screws with a 6 inch Phillips screwdriver Either a panel or a module should always cover chassis slots Open chassis slots violate EMC specifications and impair optimized cooling Step 2 Align the edge of the card with the rail of t
6. 3 Remove the bag from the chassis Step 4 Remove all product contents the packaging NC316BU 1AC NC316BU 1AC Chassis unit with AC power supply Chassis unit with DC power supply User Guide document User Guide document AC power cord DC connector attached to chassis In the unlikely event that a part is missing contact your authorized dealer or representative If it becomes necessary to return the product repackage the entire contents in the original container materials Figure 4 Unpacking the chassis Packaging materials may differ somewhat between chassis models P N 1200192 001 Rev B1 2 4 Fiber Driver Power Supplies Fiber Driver chassis with one and two slots NC316BU 1 and NC316BU 2 include an integrated AC or DC power supply No additional power supply option is available for these models Most Fiber Driver power supplies are auto ranging with no manual configuration available Refer to the technical specifications table in the appendix for data regarding specific models 4 1 Safety with Power Sources Use caution when working with power supplies and live power sources When equipped with an external power switch set the switch to the off position while connecting or disconnecting a power source If a grounding terminal is supplied use a properly rated conductor wire to connect to an industry approved grounding source near the unit The length of the ground conductor as well as the wire size and composition are i
7. single mode Review all status LEDs to ensure that those ports you believe should be functioning are properly configured If the suspect ports are not configured properly re configure the port through SNMP management or the CLI Ensure that the equipment attached to this module is configured properly Verify that the output power of the fiber optic port s is within manufacturer s specification for output power Verify that the dB loss of the fiber optic cable used is within the dB budget for this module In most cases chassis failure is caused by a power fault Check the power source and input path first General Precautions e Avoid work on Fiber Driver products and connections during electrical storms Fiber Driver service should be performed by qualified personnel Disconnect all power sources before servicing the equipment Hot swappable components may be added or removed with active power Comply with regional laws and regulations when disposing of all electronic devices P N 1200192 001 Rev B1 Appendix 8 7 2 Technical Specifications Chassis Specifications high x wide x deep m e a NC316BU 3 DC 3 1 Figure 11 Chassis dimensions and weights P N 1200192 001 Rev B1 Appendix 9 MRV NC316BU 1AC DC User Guide Power Supply Specifications Nominal Power Supply Input Range VAC at 50 60 Hz NC316BU 1AC 100 240 NC316 4SRPSDC HEE 40 5 to 57 NC316 16RPSDC P N 12
8. 00192 001 Rev B1 Maximum Operating Input Range ADS Amps to 50 35 to 60 0 to 50 35 to 60 35 to 60 0 to 50 35 to 60 to 50 40 5 to 57 9 0 or 6 5 35 to 60 models Figure 12 Power supply technical specifications Storage Rating Temperature Temperature C 20 to 70 35 to 70 20 to 70 35 to 70 20 to 70 35 to 70 20 to 70 35 to 70 20 to 70 35 to 70 35 to 70 Appendix 10 Relative Humidity non condensing NC316BU 1AC DC User Guide P N 1200192 001 Rev B1 Notes a MRV Communications Inc 20415 Nordhoff Street Chatsworth CA 91311 Tel 818 773 0900 Fax 818 773 0906 http www mrv com
9. 192 001 Rev B1 1 5 2 Static Electricity Eliminate static electricity in the workplace by grounding operators equipment and devices including components and computer boards Grounding prevents static charge buildup and electrostatic potential differences Transporting products in special electrostatic shielding packages reduces electrical field damage potential 1 5 3 Workplace Preparation A safe and effective workplace provides the following items ESD protective clothing smocks Street clothing must not come in contact with components or computer boards since the various materials in clothing can generate high static charges ESD protective smocks manufactured with conductive fibers are recommended e Electrostatic shielding containers or totes These containers bags boxes etc are made of specially formulated materials which protect sensitive devices during transport and storage e Antistatic or dissipative carriers These provide ESD protection during component movement the manufacturing process It must be noted that antistatic materials alone will not provide complete protection They must be used in conjunction with other methods such as totes or electrostatic shielding bags e Dissipative tablemat The mat should provide a controlled discharge of static voltages and must be grounded The surface resistance is designed such that sliding a computer board or component across its surface will not generate more than 100 V
10. China RoHS Disclosure AE RoHS Pollut Hazardous Substance Name FRR Component rir Lead Mercury Cadmium Heraralent Polybrominated Polrbromimated Chromium Bipbeoris Dipheny Ethers ae TF Ez i J ig PEDE Fiber Driver Chassis Module and ACCES 90 50 E Plugeable O Indicates that this hazardous sabstamce comtamed m all of the homozeneous materials for this component is below the 101317 requirement in ENTI 1363 2006 SERRE TAS eS es SVT 1363 7006 FARER OT X Indicates that this hazardous substance comamed m at least one of the homogeneous matenals used m this component is above the in ST T 11365 2006 Contain lead in solder K RESTER ATEL SRB 5 11583 2006 61 Table of Hazardous Substances Name and Concentration SEP RE P N 1200192 001 Rev B1 iv 1 5 General Safety Requirements Disconnect all power from electronic devices before servicing Some equipment may have multiple power cords requiring disconnection 1 5 1 Laser Safety WARNING Fiber optic equipment may emit laser or infrared light that can injure your eyes Never look into an optical fiber or connector port Always assume that fiber optic cables are connected to a laser light source CAUTION Do not inst
11. all or terminate fibers when a laser may be active WARNING Never look directly into a live optical fiber Always wear appropriate laser safety glasses when working with open fiber cables that might be connected to an operational laser transmitter Direct open fibers ends A away from faces CAUTION Use of controls or adjustments or performing procedures other than those specified herein may result in hazardous radiation exposure If a fiber optic laser device output is recognized as a higher than Class 1 product Class 1M for example the device is evaluated labeled and certified by TUV Class 1 and 1M outputs are not considered hazardous but laser safety practices should always be observed A fiber optic transceiver emits either single mode or multi mode light into a fiber optic strand Take the following precautions when handling optical fibers e Wear safety glasses when you install optical fibers aware of the risk of laser radiation exposure e Because transmitted light is invisible to the human eye always assume that a fiber optic transceiver is on and operational e Never look directly into a beam Tx part of a transmitter or open fiber ends The invisible light can damage your eyes e Place optical fibers in a safe location during installation e Protect optical fiber connectors with clean dust caps for safety and cleanliness e Follow the manufacturer instructions when using optical test equipment P N 1200
12. d Latin America 1 978 952 4888 MRV Europe 49 6105 2070 MRV International 972 4 993 6200 Include the following important information when opening a support case Site ID or company name Contact information Model or product name Serial number Top assembly revision see label on device Brief problem or question including a description of the host network environment Attenuation data for applicable high speed fiber links Urgency of the issue P N 1200192 001 Rev B1 lil NC316BU 1AC DC User Guide 1 4 MRV Regulatory Compliance Contact your sales representative for more regulatory compliance information regarding specific MRV products or product families Fiber Driver Chassis Compliance FCC Part 15 Class A IC Class A EMC Directive Emission Class A and Immunity LVD Directive Electrical Safety CE Marking TUV CUE Mark Canada USA EU GOST RoHS Directive WEEE Directive Wheelie Bin Mark ETSI NEBS C Tick Fiber Driver Modules Compliance FCC Part 15 Class A IC Class A EMC Directive Emission Class A and Immunity LVD Directive Electrical Safety RoHS Directive WEEE Directive Wheelie Bin Mark ETSI Optical and Copper Transceivers Compliance FCC Part 15 Class A IC Class A EMC Directive Emission Class A and Immunity LVD Directive Electrical Safety CE Marking TUV UL CSA RoHS Directive ETSI NEBS compliant with EN 60825 1 A1 2002 Safety of Laser Products
13. he chassis and slide the module entirely into the slot Firmly seat the module into the receiving connector with even pressure Tighten the thumbscrew by hand to secure the module in the chassis Figure 10 Align edges of the module to the chassis slot rails Avoid damaging any components by handling the module on the edges only Use your thumb to push it securely inside the chassis Do not use excessive force but make sure the module is fully inserted in the chassis P N 1200192 001 Rev B1 7 7 7 1 Troubleshooting This section provides basic guide to address the most common issues with NC316BU Chassis If the information provided in this manual does not resolve the issue contact MRV Communications customer support or your local MRV sales representative Verify that expected power is supplied by the power source Verify that power reaches the power supply input Verify that power switches are in the ON position Verify operation of LED indicator lights Ensure all modules are inserted correctly and receiving power Ensure User Links are functioning properly and sending the desired signal Ensure DIP switches are set to the proper settings for your application Ensure all chassis are powered and operating properly Review all status LEDs to ensure that those ports you believe should be functioning are properly attached to a cable Verify the correct fiber optic cables are being used Verify multi mode and
14. mportant for proper grounding Electronic equipment should use protected source power circuits Provide a listed circuit breaker suitable for protecting branch circuit wiring rated at 60 volts DC minimum Disconnect all relevant power cables before installing or removing a power supply from a chassis Some safety guidelines are listed in the front of this manual There are many other safety concerns while working with electronic equipment Become familiar with your environment and observe all vendor and industry recommendations 4 2 Power Supply Maintenance Fiber Driver chassis include AC and DC power supplies in sizes and ratings to match each chassis They do not interchange between chassis Operate all electrical equipment as intended and described in accompanying documentation to maintain any warranties of the provider and to protect all equipment from electrical damage The power supplies are designed to operate without manual maintenance If a power supply from MRV fails to function properly contact the nearest MRV sales office or MRV customer support to determine the best solution The operational environment could affect the operation and life of a power supply Maintain clearance around the chassis to avoid equipment overheating and possible damage P N 1200192 001 Rev B1 3 NC316BU 1AC DC User Guide VAMRV WAGO Connector Connecting DC power involves connecting three wires to the WAGO connector that is furnished
15. on User Manual Describes management of Fiber Driver modules and other MRV Communications SNMP manageable products using MRV Communication s MegaVision Network Management System P N 1200192 001 Rev B1 vii NC316BU 1AC DC User Guide 2 Fiber Driver Chassis Introduction The NC316BU chassis is the foundation for the Fiber Driver media module product line Fiber Driver chassis models are available with 1 2 3 4 or 16 slots for configuration flexibility in every environment Figure 1 Fiber Driver chassis A Fiber Driver chassis slot may host one of the many MRV Fiber Driver media modules A few fiber driver modules require two adjacent slots Only the two slot and sixteen slot chassis accommodate these two slot devices because of their physical configuration Other Fiber Driver chassis accommodate only single slot modules The one slot and two slot chassis are available with either an AC or a DC power supply built into the unit These chassis may be installed on a flat surface or wall mounted This manual focuses on the single slot chassis only Refer to the technical specifications table for dimensions of the device Figure 3 NC316BU 1DC front panel P N 1200192 001 Rev B1 1 MRV NC316BU 1AC DC User Guide 3 Unpacking the NC316BU Chassis For unpacking refer to the steps and the figure below Step 1 Open the cardboard box Step 2 Carefully remove contents from the box Step
16. release the screwdriver pressure Referring to the WAGO connector figure on the previous page install the Battery Return L chassis ground center and 48VDC L wires as shown Remove the screwdriver and gently tug on the wires to test the connection Repeat this process for any wire that is not securely fastened to the connector Description Standard wire colors ETSI wire colors Chassis ground Green yellow stripe Green yellow stripe Figure 8 DC wire harness wire colors Verify that the DC supply voltage is 48 VDC nominal Check the polarity of the 48VDC source and then connect power to the Battery L and 48VDC L wires To operate the chassis verify that any power supply breakers are in the ON position P N 1200192 001 Rev B1 5 5 Mounting Options and Accessories Fiber Driver chassis models offer different mounting options including table top wall mounting and two varieties of rack mounting Choose the best mounting option for your specific Fiber Driver chassis model installation and environment The one slot and two slot chassis do not offer rack mount options Fiber Driver powered chassis require clear air flow around the external chassis vents Maintain at least an inch of clearance from the vents to allow sufficient cooling for the unit For the latest ordering information and options refer to the MRV website http Awww mrv com 5 1 Table Mount One slot and two slot Fiber Driver
17. with the DC power supplies Battery Return L Chassis 48V VDC 1 Ground Figure 5 DC WAGO connector DC Connector e Use size 18AWG or larger that comply with UL1061 or equivalent specifications e Securely connect the Chassis Ground wire to a quality earth ground with approved grounding connection hardware e Weave the three supply wires into a braid for electronic noise reduction Figure 6 Braided DC power harness P N 1200192 001 Rev B1 Precautions Disconnect wires from DC power source before starting the procedure Remove the WAGO connector which is plugged into the power supply unit Ensure that the breakers are switched OFF In addition disconnect the 18AWG wires from the DC power source so there is no danger while connecting the wires to the WAGO connector Prepare the 18 AWG wires minimum gage wire required by stripping back approximately of insulation and exposing the bare wire Insert a small screwdriver into the small rectangular hole in the connector as shown to open the pathway for the wire FFF Eee Opening the WAGO connector to receive wires 1 Figure 7 DC cable installation Notice that the WAGO connector is keyed With the screwdriver inserted into the small rectangular hole as shown above press upward on the screwdriver handle and downward on the screwdriver tip to open the pathway for each wire Insert the wire into the round hole and
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