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Miranda NV8144, User Manual

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Miranda NV8144 User Manual Download Page 114

104

Rev 2.2 • 27 Mar 10

5. Maintenance

Troubleshooting

When you insert the new battery, be careful to observe the correct polarity. 

Troubleshooting

Many system issues are caused by easily corrected errors, such as poor quality or missing input or 
reference signals, incorrect configuration, and so on. This section lists common problems and their 
solutions in the most likely order of occurrence. Refer also to the 

Introduction

 on page 1 for an 

overview of the system and its major components. Try troubleshooting the system yourself, and if 
you are not successful, call 

Miranda

 Technical Support as explained near the front of this manual.

In the event that a problem is caused by a bad circuit board, swapping the bad board with a replace-
ment circuit board is the quickest solution. To order replacement boards or other components, con-
tact Miranda technical support. See 

Technical Support Contact Information on page iii

.

Caution

To prevent explosion of the battery and possible equipment damage or harm to 
personnel, be sure the battery is oriented with the correct polarity. Polarity mark-
ings are visible on the card’s battery housing.

Symptom

Possible Causes and Solutions

System not powering up.

Verify that the power cord(s) are plugged into the frame and the AC power 

source. Use a voltmeter to verify the presence of power.

One or a few cards or 
PS8100 power supply 

modules are not powering 
up or not operating 
properly.

Check that the card or module is fully seated in the frame.
Reset the card or module by reseating it in the frame.
Check that all five green LEDs on the front of the PS8100 power supply 
modules are lit. If an LED is not lit, it indicates a branch circuit may be faulty, 
which could affect only certain modules in the frame. Replace the PS8100 

power supply module.

Intermittent signal on one or 
two outputs.

Check input and output cable continuity and cable terminations.
Swap each card in the signal path with another card to see if the problem 

moves with the card. If so, replace the card.
If all cables, terminations, and cards check out OK, call Miranda technical 
support. (See 

Technical Support Contact Information

 on page iii.)

Intermittent or missing 
signals on all outputs.

Check the control card, which processes the references to produce sync. A 
synchronous system requires an operational control card in order to pass 
signals. An asynchronous system will operate in its last state even if the 

control card is removed. Change over to the reserve control card to see if the 
problem goes away.
Possible low voltage on PS8100 power supply module. Check power test 

points on the module. Voltages at power supply test points may be slightly 
high in lightly loaded systems. Replace the PS8100 power supply module if 
any test points indicate low voltage.

Summary of Contents for NV8144

Page 1: ...NV8500 Family Digital Routers User s Guide Miranda Technologies Inc 3499 Douglas B Floreani Montreal Quebec Canada H4S 2C6 ...

Page 2: ...t law Reverse engineering of the software is prohibited Due to continued product development the accuracy of the information in this document may change without notice The information and intellectual property contained herein is confidential between Miranda and the client and remains the exclusive property of Miranda If you find any problems in the documentation please report them to us in writin...

Page 3: ...nt fits your needs In the event that problems arise that you cannot resolve or if there are any questions regarding this equipment or information about other products manufac tured by Miranda please contact your local representative or contact Miranda directly through one of the appropriate means listed here Main telephone 530 265 1000 9 am to 9 pm PST Fax 530 265 1021 In the Americas call toll fr...

Page 4: ...tural materials to RoHS compliance It is our objective at Miranda GVD to maintain compliance with all relevant environmental and product regulatory requirements Detailed information on specific products or on the RoHS pro gram at Miranda is available from Miranda Customer Support at 1 800 719 1900 toll free or 1 530 265 1000 outside the U S Rev Date ECO Description Approved By 1 0 21 Apr 09 15703 ...

Page 5: ...uctions The Ground symbol represents a protective grounding terminal Such a terminal must be connected to earth ground prior to making any other connections to the equipment The fuse symbol indicates that the fuse referenced in the text must be replaced with one having the ratings indicated The presence of this symbol in or on Miranda equipment means that it has been designed tested and certified ...

Page 6: ...fer fuse replacements to qualified service personnel To avoid explosion do not operate this equipment in an explosive atmosphere Have qualified service personnel perform safety checks after any service General Cautions A caution indicates a possible hazard to equipment that could result in equipment damage Observe the following cautions when operating or working on this equipment When installing t...

Page 7: ...and Rear Connections 20 Front Slots 20 NV8144 20 NV8280 and NV8280 Plus 21 NV8576 and NV8576 Plus 22 Rear Connections 24 NV8144 24 NV8280 and NV8280 Plus 24 NV8576 and NV8576 Plus 26 Backplanes 29 About Monitor Backplanes 31 System Connections 32 Router Control System Connections 32 Diagnostic Connections 34 AES Reference Connections 35 Video Reference 35 Time Code Reference Connection 36 System A...

Page 8: ...ions 73 How to Make Expansion Connections Between Two Routers 74 Making Diagnostic Connections 74 Router IP Address 74 How to Make Permanent Diagnostic Connections 75 Making AES Reference Connections 75 How to Make Connections to the AES Reference 76 Making Video Reference Connections 76 How to Make Connections to the Video References 77 Making Monitor Connections 77 Monitor Connections 78 How to ...

Page 9: ...1 Backplanes 101 Control Cards 102 Input and Output Cards 102 Crosspoint Cards 102 Air Flow 103 Fan Cleaning and Replacement 103 Intake Filter Screen Cleaning 103 Battery Replacement 103 Troubleshooting 104 Obtaining Service 105 Chapter 6 Technical Details 107 Power Specifications NV8000 PS8100 107 Mechanical Specifications 108 Environmental Specifications 110 Audio Specifications 111 Video Specif...

Page 10: ...x Rev 2 2 27 Mar 10 Table of Contents ...

Page 11: ...uts or 18 outputs Expandable routers allow for configurations as small as 9 inputs and 9 outputs increasing in increments of 9 inputs or 9 outputs When two routers are connected together the number of inputs and outputs that can be switched doubles The two connected routers are considered a single matrix The following is a list of routers within the NV8500 family Input cards output cards control c...

Page 12: ...e bottom of the chassis Fan trays are accessed from the front of the frame The fans draw cooling air from the center front of the router through the door and exhaust it through the rear of the frame at the top and bottom The router must have the door correctly installed and closed for proper airflow through the chassis Each fan features speed control which spins the fan at the optimal rate require...

Page 13: ...oltage range 90 130 and 180 250 VAC and adjusts to maintain a relatively constant DC output no voltage selection is required The five regulated outputs are directed to modules in the router where on board regulators produce the DC voltages required by the local circuits Each output powers one of the five green LEDs and output test points located on the front of the PS8100 power supply module Under...

Page 14: ...o 8 crosspoint cards and an optional redun dant crosspoint cardset a single module The NV8280 crosspoint cards having a switching matrix of 144 x 144 and the NV8576 crosspoint cards have a 288 x 288 matrix The crosspoint card slots are numbered 1 through 10 from left to right An optional redundant crosspoint cardset can be installed in slots 5 and 6 All other crosspoint cards are installed in slot...

Page 15: ...ed output cards located in the left side of the frame Similarly crosspoint cards in the right side of the frame feed output cards located in the right side of the frame as shown in Figure 1 3 on page 7 For more information on crosspoint cards the slots into which they are inserted and the signals switched see Crosspoint Slots and Signals Switched on page 13 Router Maximum Switching Matrix Signals ...

Page 16: ...t cards 3 4 9 and 10 See Figure 1 2 and Figure 1 3 on page 7 Figure 1 2 Example of NV8576 Inputs Signal Flow Front View FAN OUTPUTS 1 144 INPUTS 1 144 XPT INPUTS 1 288 INPUT MONITOR 8 cards OUTPUTS 289 432 8 cards OUTPUTS 577 720 8 cards OUTPUTS 865 1008 8 cards OUTPUT MONITOR 16 cards INPUTS 289 432 16 cards OUTPUTS 1 576 OUTPUTS 577 1152 OUTPUTS 145 288 8 cards INPUTS 145 288 16 cards INPUTS 433...

Page 17: ...pansion connections and expansion output cards Each output only goes through a crosspoint card once Before an output is forwarded to a connected router it first goes through the crosspoint card on the local router for switching to the expansion connections through which it is FAN OUTPUTS 1 144 INPUTS 1 144 XPT INPUTS 1 288 INPUT MONITOR 8 cards OUTPUTS 289 432 8 cards OUTPUTS 577 720 8 cards OUTPU...

Page 18: ...rresponds to inputs 10 18 and so on up to the maximum Output slots are similarly FAN LOCAL OUTPUTS 1 144 INPUTS 1 144 XPT 16 cards LOCAL OUTPUTS 289 432 16 cards 16 cards INPUTS 289 432 16 cards INPUTS 145 288 16 cards INPUTS 433 576 16 cards not used FAN INPUT MONITOR OUTPUT MONITOR SEC CONTROL PRIM CONTROL XPT XPT XPT XPT XPT XPT XPT REDUNDANT CROSSPOINT OUTPUTS 577 720 TO OTHER FRAME OUTPUTS 86...

Page 19: ...76 Slots and Corresponding Signal Numbers Front View FAN OUTPUTS 1 144 INPUTS 1 144 XPT INPUTS 1 288 INPUT MONITOR OUTPUTS 289 432 8 cards OUTPUTS 577 720 8 cards OUTPUTS 865 1008 8 cards OUTPUT MONITOR 16 cards INPUTS 289 432 16 cards OUTPUTS 1 576 OUTPUTS 577 1152 OUTPUTS 145 288 8 cards INPUTS 145 288 16 cards INPUTS 433 576 16 cards not used FAN OUTPUTS 433 576 8 cards OUTPUTS 721 864 8 cards ...

Page 20: ...n connectors This means that input slot 1 corresponds to inputs 1 9 input slot 2 corresponds to inputs 10 18 and so on up to the maximum For outputs output slot 1 corresponds to local outputs 1 9 and forwards through the expansion connectors outputs to the second router and so on For example in the NV8576 Plus frame output FAN INPUTS 1 144 XPT INPUTS 1 144 INPUT MONITOR 8 cards OUTPUTS 145 288 8 c...

Page 21: ... connected router for a total of 1152 inputs and 1152 outputs Because each signal must have a unique signal number when two expandable router routers are connected together signals are numbered from 1 to the total of the two connected frames For example the NV8576 Plus frame can switch 576 x 576 When two frames are connected the switching matrix expands to a maximum of 1152 x 1152 The number for t...

Page 22: ...S 1009 1152 16 cards not used FAN SEC CONTROL PRIM CONTROL REDUNDANT CROSSPOINT OUTPUTS 1 144 TO OTHER FRAME OUTPUTS 289 432 TO OTHER FRAME INPUTS 1 288 OUTPUTS 1 288 INPUTS 1 288 OUTPUTS 577 864 INPUTS 289 576 OUTPUTS 1 288 INPUTS 289 576 OUTPUTS 577 864 INPUTS 1 288 OUTPUTS 289 576 INPUTS 1 288 OUTPUTS 865 1152 INPUTS 289 576 OUTPUTS 289 576 INPUTS 289 576 OUTPUTS 865 1152 XPT INPUTS 577 864 OUT...

Page 23: ...n take over active control from any crosspoint card installed For more information see Setting Redundant Crosspoint Switching on page 98 Because the crosspoint cards installed in a specific slot manage specific outputs depending on your configuration you may not need all 8 crosspoint cards For example if you are only switching inputs 1 288 and outputs 1 288 using a stand alone NV8576 router crossp...

Page 24: ...mber Each connector on a backplane corresponds to a signal number Signal numbers are assigned from top to bottom in ascending order The lowest signal number is assigned to the top connector with each connector below being assigned the next incremental number For example if a backplane corresponds to an input card installed in Input Slot 1 the nine connectors correspond to signals 1 9 with 1 being ...

Page 25: ...er and connect to corresponding back planes installed on the rear of the frame When viewed from the front of the router card slots are numbered in ascending order from left to right such that Slot 1 is the first slot on the left Slot 2 is the next card slot to the right of Slot 1 Slot 3 is the next card slot to the right of Slot 2 and so on The slot into which the card is installed determines the ...

Page 26: ...76 and NV857 Plus frame which have two separate regions for backplanes one in the upper half of the frame and one in the lower half of the frame Backplanes installed in the lower portion of the frame are rotated 180 from those in the upper portion and face in the opposite direction See Backplanes on page 29 Even though the backplanes are installed differently in the upper and lower regions the sig...

Page 27: ...region and lower region of the router frame Figure 1 12 Example of Signal Numbers and LC Backplanes rear view Connectors Signal Numbers and Specific Frames The following illustrate how signals are numbered in each NV8500 Family router When making physical connections it is important to review the numbering sequences to ensure the correct signal number is associated with the correct signal correcto...

Page 28: ... Numbering for NV8576 and NV8576 Plus Rear View OUTPUTS 1 144 INPUTS 1 144 OUTPUTS 289 432 8 cards OUTPUTS 577 720 8 cards OUTPUTS 865 1008 8 cards 16 cards INPUTS 289 432 16 cards OUTPUTS 145 288 8 cards INPUTS 145 288 16 cards INPUTS 433 576 16 cards OUTPUTS 433 576 8 cards OUTPUTS 721 864 8 cards OUTPUTS 1009 1152 8 cards 1 18 127 144 289 306 8 cards 432 415 577 703 720 594 865 882 1008 991 1 9...

Page 29: ...9 432 8 cards 8 cards 16 cards 16 cards OUTPUTS 145 288 INPUTS 145 288 OUTPUTS 433 576 1 18 127 144 289 306 432 415 1 9 136 144 145 153 288 280 145 288 433 576 162 271 450 559 8 cards 8 cards Router Rear 10 100 BT RTR EXP 10 100 BT RTR EXP VIDEO REF 1 PRI SEC CTRL 1 CTRL 2 CTRL 1 CTRL 2 DIAG 38 4 Kbaud DIAG 38 4 Kbaud VIDEO REF 2 AES REF 1 AES REF 2 RTR EXP IN ALARMS RTR EXP OUT NVISION AUX BUS TI...

Page 30: ...Each input card and output card has a corresponding backplane All cards are hot swappable but the cards must be paired with the appropriate corresponding backplane Each backplane features LEDs that warn if an incorrect card is installed in the corresponding card slot for that backplane For more information see Backplanes on page 29 Front Slots Router frames in the NV8500 family have common card sl...

Page 31: ...backplanes located on the rear of the router For more information see Frame Expansion on page 45 From this view you can see the modules inserted in the slots At the top of the frame is the fan tray Directly below that are 32 slots for output cards Below the output cards are 32 slots for input cards for a total of 64 cards To the far right of the output card slots are two additional slots for the i...

Page 32: ...ical frames Unique expansion output cards and corresponding expansion output backplanes enable the NV8576 Plus router to connect to another NV8576 Plus frame The frames themselves are not changed For more information see Frame Expansion on page 45 The router is divided into three general regions upper middle and lower The upper and lower regions are mirror images of each other featuring 32 slots f...

Page 33: ... in the lower region to the far left of the output cards as shown in Figure 1 18 on page 23 In the middle region are 10 slots for crosspoint cards The fifth and sixth crosspoint card slots house an optional redundant crosspoint cardset Figure 1 18 Nv8576 NV8576 Plus with Door Removed Front View NV8280 144 X 144 3Gig Redundant XPT STANDBY PATH LITE ALARM ACTIV POWE REDUNDANT OPERATION 1 7 2 8 3 9 4...

Page 34: ...e monitor backplane are 8 backplanes housing connectors for distributing outgoing signals These backplanes are installed in slots that correspond to active cards for outputs At the very top of the frame are grills for exhausting warm air dispersed by the fans in the fan tray Near the bottom of the frame are two power connections for connecting the two power supply mod ules to power To the right of...

Page 35: ... See Front Slots on page 20 The output backplanes can either contain 18 DIN 1 0 2 3 terminal block or LC connectors or if for expansion 9 DIN 1 0 2 3 terminal block or LC connectors and 2 high density connectors for send ing signals between two connected NV8280 Plus frames For more information on backplanes see Backplanes on page 29 In the section directly below the output backplanes starting from...

Page 36: ...planes for outputs and 64 backplanes for inputs The input backplanes can contain either 9 DIN 1 0 2 3 terminal block or LC connectors through which incoming signals are received The output backplanes can one of two sets of connectors 18 DIN 1 0 2 3 terminal block or LC connectors that distribute outgoing signals or if for expansion 9 DIN 1 0 2 3 terminal block or LC connectors that distribute outg...

Page 37: ... the upper region to the far left of the output backplanes are two additional backplanes Each backplane contains 4 DIN 1 0 2 3 coax connections that send signals to monitor cards See Figure 1 21 on page 28 Likewise in the lower region to the far right of the input backplanes are two more backplanes for monitor signals In the middle region of the frame are connections for system and power functions...

Page 38: ...nections Figure 1 21 NV8576 NV8576 Plus Rear of Router Frame Rear View Output Backplanes 32 Output Backplanes 32 Input Backplanes 32 Input Backplanes 32 Fan Fan Monitor Backplanes 2 Monitor Backplanes 2 Power Connections System Connections see expanded view for details ...

Page 39: ...backplanes with LC connectors have active circuitry For proper operation each backplane must match its corresponding input card output card or mon itor card For example if a backplane is to receive coaxial input signals then a coax input card must be installed in the corresponding card slot For a description of each type of active card see Active Cards on page 37 Connectors on a backplane differ d...

Page 40: ...le backplane for the NV8144 and two backplanes for monitoring inputs and outputs in the NV8280 NV8280 Plus NV8576 and NV8576 Plus frames Notice that the LC connectors are actually modules containing two connectors each The input backplane and the expansion backplane contain 5 modules totalling 10 LC connectors each The output backplane contains 9 modules for a total of 18 LC connectors When making...

Page 41: ...uip ment access to all inputs or outputs or Connect to an OUT connector when cross connecting multiple monitor cards in the same frame to each other This only applies to NV8576 or NV8576 Plus The connectors labeled OUT on the backplane Connect to an IN connector when cross connecting monitor cards as noted above or Send signals for monitoring purposes to monitoring equipment The NV8280 NV8280 Plus...

Page 42: ...s stated in the following sections Figure 1 23 System Connections for NV8576 Router Frame These connections allow you to connect A router control system Reference signals A PC running the UniConfig application System alarms that sends notification of a system failure such as a fan or power supply mal function Router Control System Connections Router control systems run on a separate platform conne...

Page 43: ... the primary control system and CTRL 2 corresponds to an alternate control system Using CTRL 2 connections you can connect to an alternate control system i e backup system or set up dual control For installation instruc tions see Serial Control Connections on page 70 Figure 1 24 Serial Control Connections Rear View Ethernet Control Connections The router has two Ethernet ports labeled 10 100BT as ...

Page 44: ...ctions are located on the rear of the router as shown in Figure 1 27 There are two connections provided Only one is required for control system expansion connec tions The other connection is available as a redundant connection providing a backup connection to the control system should the other connection fail For instructions on making control system expansion connections see Control System Expan...

Page 45: ...trol card automatically fails over to the redundant reference The AES reference connection requires a stable signal source of AES with a sample rate of 48kHz For instructions on making AES reference connections see Making AES Reference Connections on page 75 Figure 1 29 Connections to AES References Rear View Video Reference Routers in the NV8500 family provide timing reference connections for vid...

Page 46: ...nd if dual which outputs use which video reference on an output by output basis See the UniConfig User s Guide Time Code Reference Connection There are two connections for a reference source for Time Code signals labeled TIME CODE as shown in Figure 1 31 However time code signals are not supported at this time Figure 1 31 Time Code Reference Connection Rear View System Alarm Routers in the NV8500 ...

Page 47: ... commands from the control system perform signal switching and distribute outgoing signals Each card slides into a card guide and has a lever that holds the card in place and aids card ejection In any frame there are Two control cards one primary and one secondary which is optional for redundancy Up to 64 input cards AES Asynchronous balanced or unbalanced SD or 3Gig Up to 64 output cards AES Asyn...

Page 48: ...oth cards receive router control system commands if the active control card fails the stand by control card automatically takes over processing without interruption In addition the primary control card and secondary control card communicate with each other Should either control card fail the newly active control card communicates the failure to the router control system The control card receives p...

Page 49: ...576 Plus EM0662 can receive and distribute 288 inputs x 288 outputs Both types of crosspoint cards can switch signals with rates ranging from 19Mb s to 3 0Gb s for video signals and sample rates of 32 to 96kHz for dig ital audio asynchronous signals Crosspoint cards receive signals from the input cards via the motherboard The crosspoint card then switches the signals as directed by the control car...

Page 50: ...istribute out going signals through connectors housed on backplanes The output card must be paired with the correct corresponding backplane For example if the output card manages fiber optic signals it must be paired with a backplane containing LC fiber optic connectors See Backplanes on page 29 There are three categories of output cards each managing a unique set of signals standalone expansion a...

Page 51: ...18 coax EM0688 Expansion EM0789 9 coax 2 expansion EM0688 Filler EM0789 9 coax 2 expansion EM0688 Standalone Balanced AES3 Audio sample rates 32 to 192kHz passed through EM0829 18 terminal block EM0688 Expansion EM0830 9 terminal block 2 expansion EM0688 Filler EM0830 9 terminal block 2 expansion Video Signals Coax Cable EM0690 coax Standalone SD SMPTE 259M Video rates from 19Mb s to 360Mb s Autom...

Page 52: ...nal signals to cable drivers The cable drivers feed the out puts to an expansion connector for distribution to a second connected router At the same time the second router sends 9 signals to the first router through a second expansion connector Signals arriving through these expansion connectors are forwarded through a cable receiver to the 2x1 MUX mentioned above The 2x1 MUX feeds the signal to o...

Page 53: ...ller Output Cards The NV8576 Plus and NV8280 Plus use filler output cards to allow expansion of the router s input space when expansion of the output space is not required If the output space is later expanded filler output cards can be replaced with expansion output cards Expansion and filler cards can be inter mixed in a single frame as needed When two routers are connected the filler cards on t...

Page 54: ...is means that only one signal from each input card or output card is monitored at any give time The NV8144 uses one monitor card which receives signals from each of the 8 output cards The signals are then sent to monitoring equipment through connectors on a unique monitor backplane EM0714 The NV8280 NV8280 Plus and NV8576 NV8576 Plus router frames have separate slots for moni tor cards monitoring ...

Page 55: ... directly to the router control system Using control system expansion connections control system connections are required between the two routers This enables the control system to see both routers through one control system connection See Control System Expansion Connections on page 73 Monitor System Only one router frame of the pair is connected directly to the monitoring equipment Monitor conne...

Page 56: ...46 Rev 2 2 27 Mar 10 1 Introduction Frame Expansion ...

Page 57: ...ns to match new backplane and active card configuration See Making Signal Connections on page 58 5 Make connections between the router and the router control system If reconfiguring skip this step if all necessary router control system connections are still adequate See Making Router Control System Connections on page 70 6 Make diagnostic connections Diagnostic connections enable the router and Un...

Page 58: ...figuration soft ware Preparing for Installation You will need the following items before getting started Depending on the nature of your usage you will also need an assortment of video cables video sources video monitors and tools WECO cables are provided for WECO connectors Note The NV8280 NV8280 Plus and the NV8576 NV8576 Plus use a separate power supply frame the NV8000 A PC running Windows 200...

Page 59: ...let The AC source is used to power either the NV8144 frame or the NV8000 power supply which supplies power to the associated router To ensure proper cooling leave space for unrestricted air flow through the front of the router and a minimum of six inches clearance at the rear where the cooling fans are located 2 If using an NV8000 power supply locate the power supply frame If not using a NV8000 sk...

Page 60: ...ated input card or output card Backplanes are inserted into slots at the rear of the router Coax backplanes are passive and contain no active circuitry whereas backplanes for fiber optic signals contain active circuitry Each backplane must have a corresponding input card or output card installed in the associated slot through the front of the router For more information see Installing Cards on pag...

Page 61: ...e NV8576 Plus the backplane location is identical but the output backplanes have unique connectors for connect ing to a second NV8576 Plus router frame Figure 2 1 NV8576 Frame with Backplanes Rear View Monitor Backplanes 2 Control card area no backplanes Output Backplanes 32 Input Backplanes 32 Unused Monitor Backplanes 2 Input Backplanes 32 Output Backplanes 32 ...

Page 62: ...ct ing to a second NV8280 Plus router frame Figure 2 2 NV8280 Frame with Backplanes Rear View 10 100 BT RTR EXP 10 100 BT RTR EXP VIDEO REF 1 PRI SEC CONTROL CTRL 1 CTRL 2 CTRL 1 CTRL 2 DIAG 38 4 Kbaud DIAG 38 4 Kbaud VIDEO REF 2 AES REF 1 AESREF2 RTR EXP IN ALARMS RTR EXP OUT NVISION AUX BUS POWER SUPPLY MONITORS TIME CODE E146905 POWER INPUT PRI SEC Output Backplanes 32 Input Backplanes 32 Monit...

Page 63: ...nectors on the rear of the card interface with the mother board Each card is color coded with an ejector lever that matches the color of the card guide into which the card is installed in the router frame For a description of each card see Active Cards on page 37 For each card installed a corresponding backplane must also be installed The backplane contains the connectors that connect to cabling f...

Page 64: ...yellow card guides The card s yellow ejector lever is located at the bottom 4 Insert crosspoint cards in slots with black card guides The crosspoint card slots are located between the output card and input card slots in the middle of the frame Levers are located at the top and bottom 5 Insert the monitor card in the slots the with blue and gray card guides located to the right of the output card s...

Page 65: ...rt crosspoint cards in slots with black card guides The crosspoint card has two ejector levers located at the top and bottom When facing the front of the router frame the crosspoint card slots are numbered 1 through 10 from left to right Crosspoint cards must be installed in adjacent pairs If you do not need a full complement of crosspoint cards you must still install crosspoint cards in adjacent ...

Page 66: ...or is always in the outside position the input mon itor is always in the inside position 7 For each card press the lever s inward making sure each card is fully seated in its slot 8 Reinstall and close the frame door after all cards have been installed The door must be closed for the router cooling system to work properly How to Install Active Cards in the NV8576 and NV8576 Plus Important When you...

Page 67: ...em into card guides from the front of the router Insert the card in designated card guides Figure 2 6 NV8576 and NV8576 Plus Router Frame Monitor Cards 2 Control Cards 2 Output Cards 32 Input Cards 32 Output Cards 32 Input Cards 32 Not Used 2 Monitor Cards 2 Crosspoint Cards 8 Redundant Crosspoint Cardset 1 in center slots ...

Page 68: ... 7 and 8 Slots 9 and 10 5 Insert the optional redundant crosspoint cardset in crosspoint card slots 5 and 6 The redundant crosspoint cardset can take over active control from any crosspoint card installed For more information see Setting Redundant Crosspoint Switching on page 98 6 Insert the monitor cards in the two slots with blue and gray card guides located next to the out put cards Both monito...

Page 69: ...wo outputs two negative pins and two positive pins that share a middle pin for shielding or ground WECO input connectors have three pins with each positive and negative pin sharing a single shielding pin The spacing on the pins is 3 5 mm WECO connectors are provided with the router package LC backplanes are composed of modules each containing two LC connectors The input backplane has 5 modules for...

Page 70: ...ckplane location is identical but the output backplanes have unique connectors for connecting to a second NV8576 Plus router frame See Expansion Signal Connections on page 64 For an enumeration of the NV8576 and NV8576 Plus I O connectors and corresponding signal number see NV8576 I O Signal Numbering on page 119 Figure 2 7 NV8576 Frame with DIN 1 0 2 3 Backplanes Rear View Monitor Backplanes 2 Co...

Page 71: ...cond NV8280 Plus router frame See Expansion Signal Connections on page 64 Figure 2 8 NV8280 Frame with DIN 1 0 2 3 Backplanes Rear View 10 100 BT RTR EXP 10 100 BT RTR EXP VIDEO REF 1 PRI SEC CONTROL CTRL 1 CTRL 2 CTRL 1 CTRL 2 DIAG 38 4 Kbaud DIAG 38 4 Kbaud VIDEO REF 2 AES REF 1 AESREF2 RTR EXP IN ALARMS RTR EXP OUT NVISION AUX BUS POWER SUPPLY MONITORS TIME CODE E146905 POWER INPUT PRI SEC Outp...

Page 72: ...y 9 of the connectors are used Make LC connections as follows DIAG 38 4 Kbaud CONTROL IN 1 MONITOR OUTPUT IN 2 OUT 2 OUT 1 POWER SUPPLYi MONITORS TIMECODE NVISION AUX BUS RTR EXP OUT RTR EXP IN AESREF1 AESREF2 VIDEOREF2 VIDEOREF1 RTR EXP 10 100 BT RTR EXP 10 100 BT CTRL 1 CTRL 2 ALARMS CTRL 1 CTRL 2 DIAG 38 4 Kbaud PRI SEC SEC PRI 90 130V 180 250V 12 5A 6 25A 50 60Hz 1125 WATTS MAX PS1 PS2 90 130V...

Page 73: ...ee Figure 2 10 Figure 2 10 NV8280 LC Input Backplanes Rear View For the NV8576 in the upper section of the frame only connect to the first 9 connectors Start at the top and connect to each connector in turn leaving the remaining bottom connector empty In the bottom section of the frame the backplanes are rotated 180 from those in the upper por tion and face in the opposite direction Therefore only...

Page 74: ...able or an equivalent or a LC connector and fiber optic cable or a WECO connector and coax cable For details on the signal number assigned to an individual connector see Back plane Connectors and Individual Signal Numbers on page 14 6 Connect the other end of the cable to the distribution destination for the outgoing signal 7 For expansion router frames being connected to a second router make sign...

Page 75: ...r 2 Connections for outputs the non expansion connectors on the expansion backplane are connected to devices as described in How to Make Local I O Connections on page 60 Each output connector on the backplane has a unique signal number assigned Signal numbers are assigned to each con nector based on two factors 1 where individual connectors are located on the backplane and 2 where in the router fr...

Page 76: ...9 connectors starting from the top and working downward leaving the bottom connector empty See Figure 2 12 Figure 2 12 NV8280 LC Input Backplane Rear View 4 Connect the other end of the cable to the distribution destination for the outgoing signal 5 Make expansion connections Starting with the left most backplane connect from the top con nector of one backplane on the first router Router 1 to the ...

Page 77: ...onnectors situated slightly apart from the output signal connectors on the I O back plane For each expansion connector connect using Miranda s expansion connector cable WC0121 2 Locate the output connectors on the expansion backplanes 3 For each output connect to each output connector using a DIN 1 0 2 3 connector and 1855A Belden cable or an equivalent or a LC connector and fiber optic cable or a...

Page 78: ...6 Plus LC Expansion Backplane Rear View 4 Connect the other end of the cable to the distribution destination for the outgoing signal 5 Make expansion connections Starting with the left most backplane connect from the top con nector of one backplane on the first router Router 1 to the bottom connector of the corre Signal Numbering Note Signals are numbered in ascending order from top to bottom This...

Page 79: ...on connectors are connected Figure 2 15 Illustration of Expansion Connections Make sure that the connectors are positioned in the upper portion of the router frame as follows Black side of connector faces right Silver side of connector faces left Inputs Outputs Inputs Outputs Inputs Outputs Inputs Outputs Primary Secondary Slot N Slot N Expansion cable WC0121 ...

Page 80: ...h both rout ers through the primary router See Control System Expansion Connections on page 73 For the router control system to communicate with the router you must enter COM port Baud rate and IP address information in each control card using UniConfig You must enter this information using a diagnostic connection the DIAG port between the router and the PC running UniConfig See Making Diagnostic ...

Page 81: ...l RS 422 489 cable How to Make Serial Connections to the Control System 1 Locate the serial control connections on the rear of the router as shown in Figure 2 16 Serial control connections are labeled PRI for the primary control card and SEC for the secondary control card Figure 2 16 Serial Connections to Router Control System 2 Connect to the CTRL 1 connection in the PRI section using a DE9 conne...

Page 82: ... Control System Expansion Connec tions on page 73 Ethernet Control Connections Ethernet control connections connect the router to the router control system using Ethernet connec tors Ethernet connections are especially helpful if the PC running the router control system is going to be on a network An Ethernet connection is recommended for the Miranda NV9000 con trol system The Ethernet ports are d...

Page 83: ...mes NV8280 Plus or NV8576 Plus are being connected together make the control system expansion connections See Control System Expansion Connections on page 73 Aux Bus Control Connections The NV8500 family of routers have on Aux Bus connection labeled AUX BUS However at this time the connection is not supported For details contact Miranda technical support See Technical Support Contact Information o...

Page 84: ...Guide Diagnostic connections are made by connecting the router to the unit running the UniConfig appli cation Diagnostic serial connections are located on the rear of the router labeled DIAG For a detailed description of the serial connections see Diagnostic Connections on page 34 Router IP Address If you are using an Ethernet connection between the router and the router control system an IP addre...

Page 85: ... con nection in the SEC section using a DE9 connector and a serial cable as described in Step 2 and Step 3 For more information see Control Cards on page 38 Making AES Reference Connections The AES reference is used for clock generation and provides a timing reference for AES synchro nous signals and for the control card s timing circuits For optimum audio output signals must be clock locked to th...

Page 86: ...rence connections for analog video signals labeled VIDEO REF 1 and VIDEO REF 2 The control card uses these references to perform takes at the proper point in time per SMPTE RP168 determining the router s video frame switch points The video reference connections require a stable source of PAL NTSC or Tri level sync Both video reference connections use 75Ω BNC connectors and coaxial cable For a deta...

Page 87: ... upon the control card currently installed in the router frame Older control cards run an application that supports only output monitor signals More recent control cards run an application that supports both output and input signal monitoring Control cards running the following application versions support the listed monitor signals Versions 13 0 3 xx and older The control card supports output mon...

Page 88: ...ters 1 Locate the monitor backplane located on the rear of the router frame as shown in Figure 2 22 Figure 2 22 NV8144 with Door Removed Front View 2 For each connection use a DIN 1 0 2 3 connector and 1855A Belden cable or an equivalent provided with product package Connect OUTPUT MON and INPUT MON on the moni tor backplane to your monitoring equipment How to Make Output Monitor Connections Becau...

Page 89: ...he monitor backplanes are located as follows NV8144 the single monitor backplane is located directly to the right of the output backplanes NV8280 NV8280 Plus there are two monitor backplanes located in the upper left hand corner next to the output backplanes NV8576 NV8576 Plus there are four monitor backplanes two are located in the upper left hand corner and two in the lower right hand corner nex...

Page 90: ...ane to your monitoring equipment For NV8576 NV8576 Plus Connect OUT 1 of the output monitor backplane in the lower bay to IN 1 of the output mon itor backplane in the upper bay as shown in Figure 2 24 Similarly connect OUT 2 of the output monitor backplane in the lower bay to IN 2 of the output monitor backplane in the upper bay as shown in Figure 2 24 Connect OUT 1 and OUT 2 of the output monitor...

Page 91: ...er bay to IN 2 of the input monitor backplane in the upper bay as shown in Figure 2 24 c Connect OUT 1 and OUT 2 of the input monitor backplane in the upper bay to your monitoring equipment as shown in Figure 2 24 Expansion Frame Monitor Connections If you have connected two expandable router frames NV8280 Plus or NV8576 Plus only one router is connected directly to the monitoring equipment This i...

Page 92: ...backplane as shown in Figure 2 26 2 Connect OUT 1 of the upper output monitor backplane in the secondary frame to IN 1 of the lower output monitor backplane of the primary frame as shown in Figure 2 26 3 Connect OUT 2 of the upper output monitor backplane in the secondary frame to IN 2 of the lower output monitor backplane of the primary frame as shown in Figure 2 26 4 Connect OUT 1 and OUT 2 of t...

Page 93: ...er Rear View 2 Connect to the ALARMS connection using a DE9 connector and cable 3 Connect the other end of the cable to an external alarm indicator See Router Alarms on page 84 for information on wiring the DE9 connector How to Make Alarm Connections for the NV8000 1 On the rear of the NV8000 locate the Alarms connection Figure 2 28 NV8000 Power Supply Rear View 2 Connect to the Alarms connection ...

Page 94: ...he alarm turns OFF when the connection between Alarm_COM and the alarm pin closes again If a PS8100 power supply module is removed the alarm circuit remains open For an external alarm indicator box connect to the Alarms connection using a DE9 female con nector wiring as shown in Figure 2 29 Each pin monitors a specific function and activates a spe cific alarm Figure 2 29 NV8000 Power Supply Alarms...

Page 95: ...holds up to two primary power supply modules and two redundant power supply modules Typical Circuit 1 Customer supplied relay contacts NC but open during alarm condition External Power 30VDC max 150mA max Normally ON the LEDs turn off to indicate failure 1 COM Normally OFF the LEDs turn on to indicate failure 30VDC max 150mA max External Power 1 1 2 3 4 5 6 7 8 9 1 2 3 4 5 Alarm COM Alarm 1 Alarm ...

Page 96: ...One connection labeled Power Supply Monitor carries alarm and temperature signals to the router When two expandable router frames NV8280 Plus or NV8576 Plus are connected each router is connected to the monitor connection on its own pair of NV8000 power supply frames A loop through con nection passes monitoring information between the two NV8000 power supplies Monitor connec tions can be made at t...

Page 97: ... the event of an emergency power can be disconnected quickly Making Power Connection Depending on the NV8500 family router frame power supply modules are installed in either the router frame directly or into the NV8000 power supply frame For those routers using the NV8000 either one or two NV8000 power supply frames are required See Connecting to Power on page 85 for a list of router frame and pow...

Page 98: ... 38 4 Kbaud CONTROL IN 1 MONITOR OUTPUT IN 2 OUT 2 OUT 1 POWER SUPPLYi MONITORS TIME CODE NVISION AUX BUS RTR EXP OUT RTR EXP IN AES REF 1 AES REF 2 VIDEO REF 2 VIDEO REF 1 RTR EXP 10 100 BT RTR EXP 10 100 BT CTRL 1 CTRL 2 ALARMS CTRL 1 CTRL 2 DIAG 38 4 Kbaud PRI SEC SEC PRI 90 130V 180 250V 12 5A 6 25A 50 60Hz 1125 WATTS MAX PS1 PS2 90 130V 180 250V 12 5A 6 25A 50 60Hz 1125 WATTS MAX E146905 CNTR...

Page 99: ...wer cable WC0096 to DC Out put as shown in Figure 2 33 Figure 2 33 NV8000 Power Supply Rear View NV8500 NV8500 PS8100 1 2 3 4 5 POWER GND 1 2 3 4 5 48V PS8100 1 2 3 4 5 POWER GND 1 2 3 4 5 48V 1 primary 2 redundant PS3 LOWER LEFT PS1 UPPER LEFT 90 130V 180 250V 12 5A 6 25A 50 60Hz 1125 WATTS MAX PS FRAME 1 MONITOR PS FRAME 2 MONITOR LOOP THRU 90 130V 180 250V 12 5A 6 25A 50 60Hz 1125 WATTS MAX VID...

Page 100: ...itor and Power Supply Connections on Router Figure 2 35 NV8576 Power Supply Monitor and Power Supply Connections on Router 10 100 BT RTR EXP 10 100 BT RTR EXP VIDEO REF 1 PRI SEC CTRL 1 CTRL 2 CTRL 1 CTRL 2 DIAG 38 4 Kbaud DIAG 38 4 Kbaud VIDEO REF 2 AES REF 1 AES REF 2 RTR EXP IN ALARMS RTR EXP OUT NVISION AUX BUS POWER SUPPLY MONITORS TIME CODE E146905 POWER INPUT PRI SEC Power Input Power Suppl...

Page 101: ...uter Frame NV8576 only 1 Locate the power cords and PS8100 power supply modules 2 Facing the rear of one of the NV8000 frames Power Supply 1 connect one end of a power cable WC0096 to DC Output as shown in Figure 2 37 Figure 2 37 NV8000 Power Supply Rear View GND PS8010 1 2 3 4 5 1 2 3 4 5 POWER 48V GND PS8010 1 2 3 4 5 1 2 3 4 5 POWER 48V GND PS8010 1 2 3 4 5 1 2 3 4 5 POWER 48V GND PS8010 1 2 3 ...

Page 102: ...connect PS Frame 1 Monitor on Power Supply 1 to Power Supply Monitor on the router frame 6 Using a second WC0046 cable DB25 connect PS Frame 2 Monitor on Power Supply 1 to PS Frame 2 Monitor on Power Supply 2 7 Set the Frame ID switch of Power Supply 1 to 1 and set the Frame ID switch of Power Supply 2 to 2 8 Connect power cords from AC power sources 90 230 VAC 50 60 Hz into power supply con necti...

Page 103: ...installation is complete perform the following checks to make sure the router is operating properly If using an NV8000 power supply frame check that all 5 green power LEDs on the front of each PS8100 power supply module are lit If any or all LEDs are off Check that the PS8100 power supply module is fully seated in its slot Check for 48 volts at each of the 5 front test points On the router frame c...

Page 104: ...94 Rev 2 2 27 Mar 10 2 Installation Verification ...

Page 105: ...d into service the NV8500 family of routers must be configured for your partic ular router control system and settings Configuration is managed through UniConfig which resides on a PC and is separate from the router For information on using UniConfig see the UniConfig User s Guide ...

Page 106: ...96 Rev 2 2 27 Mar 10 3 Configuration ...

Page 107: ...l system can be loaded a on a primary controller only or b on both primary and sec ondary redundant controllers creating a fail over backup The control system includes control panels for managing routers and other network equipment Miranda s control systems offer a variety of control surfaces support redundancy and facilitate expansion as routing needs change The control system is also capable of ...

Page 108: ...operator presses button 1 for instance the crosspoint in slot 1 goes to stand by mode and the redundant crosspoint becomes active When the operator presses Standby the redundant crosspoint goes to stand by mode and any other crosspoints return to active mode The brightness of the button indicates the button state Off The crosspoint is not available Dim The crosspoint is available and active not in...

Page 109: ...e Standby button to place the redundant crosspoint in stand by mode and revert all other crosspoints to active mode 4 Close the door when you are finished The air cooling system requires the door to be closed Note You cannot switch another crosspoint to stand by mode without first pressing the Standby button ...

Page 110: ...100 Rev 2 2 27 Mar 10 4 Operation Setting Redundant Crosspoint Switching ...

Page 111: ...indicate whether DC power is present and if a card is operating normally LEDs are visible when the router front door is closed In the following sections LEDs are listed in the order they appear on the cards from top to bottom Power Supplies The five green LEDs on the front of the power supply modules indicate presence of the five 48 VDC outputs of the five branch circuits All five LEDs should be l...

Page 112: ...rmation on page iii Yellow active card Normally ON Indicates the card is the active control card On the standby control card this LED should be OFF Green health power Normally ON Indicates the card has power and is operating normally LED Indicator Function Red alarm Normally OFF If lit it indicates a problem Replace the card or call Miranda technical support For contact information see Technical S...

Page 113: ...nd inserting a new tray Intake Filter Screen Cleaning The NV8500 family of routers have an air filter mounted in the door To remove the filter open the router door by releasing the two thumbscrews Locate the filter enclosure on the inside of the door Tabs on the bottom of the filter act as hinges and tabs at the top of the filter lock it in place The router can be operated safely with the door ope...

Page 114: ...a voltmeter to verify the presence of power One or a few cards or PS8100 power supply modules are not powering up or not operating properly Check that the card or module is fully seated in the frame Reset the card or module by reseating it in the frame Check that all five green LEDs on the front of the PS8100 power supply modules are lit If an LED is not lit it indicates a branch circuit may be fa...

Page 115: ...ion 3 For out of warranty equipment the Miranda Technical Support Engineer estimates the cost of repair when you call and requests a purchase order payable to Miranda 4 If repair or exchange is required package the assembly in an antistatic bag and place it in a shipping box with plenty of padding to prevent damage 5 Address the package using the Shipping Address listed in the front of this manual...

Page 116: ...106 Rev 2 2 27 Mar 10 5 Maintenance Obtaining Service ...

Page 117: ... corrected NV8280 NV8280 Plus 1750 Watts nominal 288 576 288 288 Expandable power factor corrected NV8576 NV8576 Plus 3500 Watts nominal 576 1152 576 576 Expandable power factor corrected Each frame requires two NV8000 frames Modules and module slots NV8144 NV8280 NV8280 Plus Required minimum number of PS8100 modules 2 primary 2 optional redundant NV8576 NV8576 Plus Required minimum number of PS81...

Page 118: ...e clearance The door adds 0 8 20mm to the depth Weight NV8144 not available NV8280 NV8280 Plus not available NV8576 NV8576 Plus 169 86 lbs 77 05 kg 308 80 lbs 140 07 kg fully loaded Mounting EIA 310 C 19 0 inches 483mm Grounding terminal Copper accepts 14 6 AWG Modules and module slots NV8144 16 input cards 9 signals each 8 output cards 18 signals each 2 crosspoint cards 1 primary 1 optional redun...

Page 119: ...signals each 64 output cards 18 signals each 9 crosspoint cards 8 primary 1 optional redundant 2 control cards 1 primary 1 optional secondary 4 monitor cards 2 fan modules NV8576 Plus 64 input cards 9 signals each 64 output cards 9 signals each plus 2 high density interconnects for expansion 9 crosspoint cards 8 primary 1 optional redundant 2 control cards 1 primary 1 optional secondary 4 monitor ...

Page 120: ...ch signal type sent between routers Connector 64 proprietary Signal Details See related section of this specification for details for each monitored signal type I O levels and return loss NV8576 Plus Type Proprietary Standard See related section of this specification for standard for each signal type sent between routers Connector 128 proprietary Signal Details See related section of this specific...

Page 121: ...redundant Impedance 75 ohms Input level 0 5Vpp to 2 0Vpp AES3 inputs outputs Type Balanced digital audio Standard AES3 Sample rate Synchronous 48kHz Asynchronous 32kHz to 192kHz Connector WECO Impedance 110 ohms Input level 200 mV to 10 Vpp Output level 2 Vpp AES3id inputs outputs Type Unbalanced digital audio Standard AES3id Sample rate Synchronous 48kHz Asynchronous 32kHz to 192kHz Connector DIN...

Page 122: ... re clocking at 270Mb s or auto bypass with pass through from 19Mb s to 360Mb s Connector DIN1 0 2 3 Impedance 75 ohms Cable equalization 350m Belden 169A 200m Belden 1855A or equivalent cable at 270Mb s Router path Non inverting Input and output return loss 15dB 5 to 540MHz Output level 800mVpp 10 Output rise fall time 600ps 10 Output overshoot 10 of amplitude max Output alignment jitter 0 2UIpp ...

Page 123: ...4A 100m Belden 1855A at 1 5Gb s 100m Belden 1694A 45m Belden 1855A at 3 0Gb s Router Path Non inverting Input and output return loss 15dB 5MHz to 1 5GHz 10dB 1 5GHz to 3 0GHz Output level 800mVpp 10 Output rise fall time 135ps Output overshoot 10 of amplitude max Output alignment jitter 0 3UIpp from 100kHz to 300MHz Output timing jitter 2 0UIpp from 10Hz to 100kHz Type Parameter Time code referenc...

Page 124: ...114 Rev 2 2 27 Mar 10 6 Technical Details Time Code Specifications ...

Page 125: ... EM0687 Asynchronous digital audio unbalanced AES3 Sample rates 32 kHz to 96 kHz passed through EM0791 coax EM0687 Asynchronous digital audio balanced AES3 Sample rates 32 kHz to 96 kHz passed through EM0828 WECO EM0689 coax SD 259M Video rates from 19Mb s to 360Mb s Automatic reclocking at 270Mb s Reclocking bypassed at other rates EM0791 coax EM0783 coax 3Gig HD SD 259M 344M 292M 424M Video rate...

Page 126: ...M0692 coax Filler EM0789 9 coax 2 expansion Video Signals Fiber Optic Cable EM0697 fiber optic Standalone 3Gig HD SD SMPTE 259M 344M 292M 424M Video rates from 19Mb s to 3Gb s Automatic reclocking at 270Mb s and 1 483 1 485 2 966 2 970Gb s Reclock ing bypassed at other rates EM0694 18 coax EM0695 fiber optic Expansion EM0698 9 coax 2 expansion EM0692 fiber optic Filler EM0789 9 coax 2 expansion Cr...

Page 127: ...responding Backplane EM0663 3Gig monitor for NV8576 NV8576 Plus NV8280 NV8280 Plus and NV8144 Note The NV8144 uses only one monitor card and only one back plane the EM0714 Input EM0715 Output EM0714 EM0663 NV8144 EM0846 Part Number Description FR0045 NV8144 frame FR0044 NV8280 frame FR0074 NV8280 Plus frame FR0043 NV8576 frame FR0073 NV8576 Plus frame ...

Page 128: ...118 Rev 2 2 27 Mar 10 7 Part Numbers ...

Page 129: ... corresponds to the physical input or output connector and to the slot in which an input card or output card is installed The following illustrations list the signal numbers assigned to I O connections on the NV8576 and NV8576 Plus frames For more informa tion on signal numbering and for numbering on the NV8280 NV8280 Plus and NV8144 frames see Backplane Connectors and Individual Signal Numbers on...

Page 130: ...26 427 428 429 430 431 432 1 145 146 147 148 149 150 151 152 153 3 163 164 165 166 167 168 169 170 171 5 181 182 183 184 185 186 187 188 189 7 199 200 201 202 203 204 205 206 207 9 217 218 219 220 221 222 223 224 225 11 235 236 237 238 239 240 241 242 243 13 253 254 255 256 257 258 259 260 261 15 271 272 273 274 275 276 277 278 279 17 433 434 435 436 437 438 439 440 441 19 451 452 453 454 455 456 ...

Page 131: ...7 378 28 388 389 390 391 392 393 394 395 396 30 406 407 408 409 410 411 412 413 414 32 424 425 426 427 428 429 430 431 432 1 145 146 147 148 149 150 151 152 153 3 163 164 165 166 167 168 169 170 171 5 181 182 183 184 185 186 187 188 189 7 199 200 201 202 203 204 205 206 207 9 217 218 219 220 221 222 223 224 225 11 235 236 237 238 239 240 241 242 243 13 253 254 255 256 257 258 259 260 261 15 271 27...

Page 132: ... 30 982 983 984 985 986 987 988 989 990 32 1000 1001 1002 1003 1004 1005 1006 1007 1008 MONITOR OUT MONITOR IN MONITOR OUT MONITOR IN 1 721 722 723 724 725 726 727 728 729 3 739 740 741 742 743 744 745 746 747 5 757 758 759 760 761 7762 763 764 765 7 775 776 777 778 779 780 781 782 783 9 793 794 795 796 797 798 799 800 801 11 811 812 813 814 815 816 817 818 819 13 829 830 831 832 833 834 835 836 8...

Page 133: ...fit professional organiza tion for the advancement of technology related to electricity IMD Inter modulation distortion I O Input Output LAN Local Area Network LC Small form factor connector for optic signals LED Light Emitting Diode RU Rack Unit A standard measure or size for frames 1 75 inches SD Standard Definition SD SDI Video signal rates SMPTE 259M at 143 177 270 and 360Mb s and SMPTE 344M a...

Page 134: ...ary shielding or ground WECO input connectors have three pins with each positive and negative pin sharing a single shielding pin The spacing on the pins is 3 5 mm WECO matching pair connec tors are provided with the router package ...

Page 135: ...onnector 48 Boards installing 53 C Cable Belden 1855a 48 Coaxial 48 Ethernet 48 RS 232 48 Cable part numbers Power supply monitor 115 Card functions Crosspoint 39 Input cards 39 Cards About 37 Installing 53 Location of 20 Cards part numbers 115 117 CE declaration ii CE defined 123 Chapters 9 Part Numbers 115 Circuit boards about 37 Circuit boards installing 53 Cleaning fans 103 Cleaning intake fil...

Page 136: ...gnostic connections 34 74 About 70 IP address 74 DIN 1 0 2 3 connector 48 Document part number ii revision ii Dual references 36 Dual video references 36 E EIA defined 123 Email address tech support iii Enumeration signals 119 ESD defined 123 Ethernet Connections 72 Ethernet control system connection 33 Ethernet Hub 48 Expanding frames about 45 Expansion connections Control system 73 Monitor 81 Ex...

Page 137: ...llation steps 47 Installation preparing for 48 Intake filter 103 Introduction 1 IP address 74 IP address about 33 L LAN defined 123 LED defined 123 LEDs About 101 Alarm indicator boxes 84 Control cards 102 Crosspoint and I O cards 102 Crosspoint cards 40 Input cards 39 Output cards 44 Power supplies 101 Location of AES reference connection 76 Location of module slots 20 M Mailing address iii Maint...

Page 138: ...ual and redundant 36 Reference video source 48 References Audio installation 75 Remote control using 98 Replacing battery 103 Replacing fans 103 Return Material Authorization RMA iii Revision document ii RJ 45 connector 48 RMA iii Route of signals 4 Router control system connections GSC Node Bus 34 Router IP address 74 Router fuses 2 Router package contents 48 RS 232 port 48 RU defined 123 S Sales...

Page 139: ...chnical support iii Third party control systems 97 Time Code connections 36 Trademarks iii Troubleshooting 104 Types of cards 37 U UL defined 123 UniConfig defined 123 V VAC defined 123 VDC defined 123 Verification installation 93 Version software ii Video reference connections 35 76 Video reference source of 48 W Website Miranda iii WECO defined 123 Windows XP Professional 48 X XP Windows 48 ...

Page 140: ...130 Rev 2 2 27 Mar 10 Index ...

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