USER MANUAL FOR VIS-4832
Contents
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3. 0 0 0 0 9 0 00000 0 0000000 6 0 0 2000000 00 o 000000000000 o o 0 0000 0 00000 0 69 200000000000 0000000500000 00 9900000000000 0 000000 00 p 906020500 000500600 So oO 000 000 9 0o 090 000 000 0000000 0000000 0000000 0 00 0 0 000 0900 90 99 6 00900 0009 Oo 00 0900 2900000000 0 99000990009 9 000000 00 O 0 0O 9 o 0 000 009 0 900 195200 0 0 0009590009 009 0 0 90096900 05 900 0 0 0 09 0 0 9 00 900 90 250 50 60 Hz AES 5 ro 3 Control T1AL250V 90 250V v 50 60 Hz le ol Sync Returns R1 R8 DIGITAL 53 Sends 1 S16 T1AL250V LightViper FIBER OPTIC AUDIO SNAKE USER MANUAL FOR VIS 4832 Warning for Your Protection Read these instructions Keep these instructions Heed all warnings Follow all instructions Do not use this apparatus near water Clean only with a dry cloth Do not block any of the ventilation openings Install in accordance with the manufacturer s instructions CON DU
4. PIOM N ZEsr SIA 99 66 21 91 6 SAV 938 657 OOOZING 7021 GSINd P 225 ec 898 6 55 E E T Su BB DE BEES 5555 9 9 m 4 e ___ 68 RR INIA 4 o 119 ZEOL INIA 11 Fiber Options Tactical grade military fiber TAC 4 is used for live production applications P N TFC 0000 04 Weighing 8 4 Ibs 12 6kg for 300 feet this cable contains 4 fibers and therefore it is capable of carrying the signals of 2 systems on a single cable The TAC 4 connectors are hermaphroditic and can be connected to one another Multimode fiber can transport signals up to 2km 1 25 miles Neutrik OpticalCon Fiber this fiber cable contains 2 fibers and is also a tactical grade fiber P N 0000 020 PVC fiber PVC duplex fiber contains 2 fibers
5. Ethernet 5 72 O 90 250 50 60 Hz ale CLK CLK 3 QM iN Ono OUT etel o 8 0 Sends 89 516 O Sends 525 32 AGES x 9 ges Al Greene et ER JI 4 Sends 51 58 ANALOG Sends S17 S24 Line Retums RTR Retums ALAESS Sends 51 516 Q 2 0 A O The Mixer Box VIM 1832 O Analog Sends outputs Exiting the Mixer Box the sends from the Stage Box are grouped in 4 groups of 8 Each group is accessed via DB 25 to XLR fan out cables DB 25 TO 1 4 cables are also available for use with mixers that only allow line level connection through 1 4 jacks Each send exits the Mixer Box at Line Level maximizing headroom on the console 5 Analog Returns inputs The analog returns to the Stage box are made via a single DB 25 to XLR fan out cable The DB 25 connectors on both the Analog Sends and Returns utilize standard DA 88 TASCAM balanced pin out configuration Connector pin outs are illustrated in the Appendix 3 Return Select Switch The 8 return channels are switch selectable as EITHER analog OR digital This selection is made via the recessed switch in the center of the Mixer Box adjacent to the clock connections Digital Returns inputs The digital returns to the Stage box are made via a single DB 25 to XLRF cable These inputs MUST be used in conjunction with the C
6. Do not install near any heat sources such as radiators heat registers stoves or other apparatus including amplifiers that produce heat 9 Do not defeat the safety purpose of the polarized or grounding type plug A polarized plug has two blades with one wider than the other A grounding type plug has two blades and a third grounding prong The wide blade or the third prong are provided for your safety If the provided plug does not fit into your outlet consult an electrician for replacement of the obsolete outlet 10 Protect the power cord from being walked on or pinched particularly at plugs convenience receptacles and the point where they exit from the apparatus 11 Only use attachments accessories specified by the manufacturer 12 Use only with the cart stand tripod bracket or table specified by the manufacturer or sold with When a cart is used use caution when moving the cart apparatus combination to avoid injury from the apparatus tip over 13 Unplug this apparatus during lightning storms or when unused for long periods of time 14 Refer all servicing to qualified service personnel Servicing is required when the apparatus has in any way such as power supply cord or plug is damaged liquid has been spilled or objects have apparatus the apparatus has been exposed to rain or moisture does not operate normally or has been dropped been damaged fallen into the The apparatus shall not be exposed to drip
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8. PE to the part numbers above This option includes a strain relief and pulling eye on one end of the fiber optic cable TAC 4 and OpticalCon connectors can also be fit directly on the chassis of the VIS 4832 VIM 1832 and VIM 1032 in applications such as these rack ears and VPL panels are not required Please refer to page 12 for a complete list and photos of fiber optic cable types as well as copper interface cables Getting Started Setting up and using your Light Viper 4832 is a quick and simple process Just follow these steps 1 6 Place the 15 4832 in rack with your digital mic pre s or other source Place the VIM 1832 Mixer Box close to the mixer so that the send cables can reach the console s inputs connect AC power Connect and run the Fiber between the two boxes power up and check the Sync light on both units Connect the inputs and returns to the stage box Connect the analog fan out or digital cables to the console or recording device If remote controlling Yamaha AD8HR or Aphex mic pre s via a Yamaha console at the console end connect the DGL 422 from the Yamaha 9 pin control connector to the VIM 1832 RJ45 control connector At the stage end connect the DGL 422 cable from the RJ45 control connector on the VIS 4832 to the 9 pin remote control connector on the AD8HR mic pre s Start mixing NOTE the signal output of the VIS 4832 on the analog outputs is line level When connecting this system into
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10. 60 V class 111 equipment must be earthed separately Earthing the unit is one of the measures for protection against electrical shock hazard dangerous body currents Hazardous voltage may not only be caused by defective power supply insulation but may also be introduced by the connected audio or control cables This equipment may require the use of a different line cord attachment plug or both depending on the available power source at installation If the attachment plug needs to be changed refer servicing to qualified service personnel If your unit mains supply is provided via a Neutrik PowerCon connector the following precautions must be followed e PowerCon must be installed and fully engaged before AC power is applied to the unit e The unit must be disconnected from the mains supply before disengaging the PowerCon connector Class Equipment Mains Operation Should the equipment be delivered without a matching mains cable the latter has to be prepared by a trained person using the attached female plug IEC320 C13 or IEC320 C19 with respect to the applicable regulations in your country Before connecting the equipment to the AC power outlet check that the local line voltage matches the equipment rating voltage frequency within the admissible tolerance The equipment fuses must be rated in accordance with the specifications on the equipment Equipment supplied with a 3 pole appliance inlet protection conforming to cla
11. Ch 182 Ch 384 Ch 586 Ch 788 Ch 9810 Ch 11812 Ch 13814 Ch 15816 Gnd Unused Gnd Gnd Digital Connector Pin Outs VCB DDXM VCB DDXF Cable Pin Out 1 Ch 182 M Ch 182 2 Ch 384 4 15 1 384 3 Ch 5 amp 6 16 Ch 586 4 788 0 788 5 Ch 9810 18 Ch 9810 a a N N D A N N N 6 Ch 11412 19 ch 11812 9 9 LAA 6 6 6 9 9 9 6 7 Ch 138144 20 Ch 13814 aI 06 0 0 0 09 0 QG Q 8 15816 21 Ch 15816 5 55 9 Unused 22 Gnd S Kd owe 10 Gnd 2 Unused 11 Unused 4 Gnd Gadi m Digital Audio Connector Pin Out 13 Gnd Control Circuits RJ 45 Pin Outs 1 GND 1 2 3 um 2 4 4 3 5 RX1 5 6 RX2 6 7 RG 7 1 s 8 VCC 5VDC 8 7 8 1 Ground 3 Negative 2 Positive 1 Ground 3 Negative 2 Positive Fiber Connection Plates Optional Optical Plates Blank TAC 4 JR Dimensions Typical Each fiber connection on LightViper components can be configured with ad mw ena any of the plates in the diagram The plates accommodate different fiber TT connector types either singly Four different ST plates accommodate 1 2 o n 3 or AST connections A blank plate should always be installed in an aie unused connection bay 7 15ST 2ST huj a le ETE TAC 4 Insta
12. UL us LISTED Disclaimer The information in this document has been carefully checked and is believed to be accurate at the time of publication However no responsibility is taken by us for inaccuracies errors or omissions nor is any liability assumed for any loss or damage resulting either directly or indirectly from use of the information contained within it Introduction Congratulations on your purchase of a Light Viper 4832 fiber optic audio snake a lightweight flexible breakthrough for professional sound production Light Viper products are designed engineered and manufactured by FiberPlex experts in fiber optics with decades of experience Our work in audio and data communications products is known in US government applications worldwide Light Viper products combine our fiber optic technology with the highest standards in audio engineering The VIS 4832 You have purchased the LightViper 4832 system a 32 x 8 AES digital input fiber optic transport systems snake Instead of traditional heavy multi conductor copper cable the Light Viper snake features a lightweight flexible military tactical grade fiber optic cable The Fiber Advantage Fiber optics offer many advantages over copper Transmits light rather than electrons Transmission over greater distances more than 2 Km 1 25 mile Complete electrical isolation Immunity to RFI and EMI Eliminates ground loop problems Can be routed overhead through wal
13. 2 VIM 1832 amp VIM 1032 Max Current Rating VIS 4832 VIM 1832 VIM 1032 0 473 mA 90V On Off Control Date RJ 45 connector for logic level control CMOS or TTL at 2 MHz max per channel Dimensions VIM 4832 VIM 1832 VIM 1032 1 Rack Unit X 6 5 Deep Weight VIM 4832 VIM 1832 VIM 1032 6 5 Ibs 300 ft Fiber Cable 6 Ibs 2 1 Input Characteristics Connection Gain Setting Voltage Gain Sensitivity 1 Hum amp Noise are measured with an AES17 compliant filter at 20 kHz Temperature condition 10 25 C S N ref OdBu Overload Clipping Input Impedance Digital Sends 1 32 VIS 4832 AES Digital Analog Returns 1 8 VIS 4832 0 0 dB 1 65 mVrms 83 dBu 16 dBu 19 dBu Digital Returns 1 8 Mixer End 553 Digital 1 Hum 4 Noise are measured with an AES17 compliant filter at 20 kHz Temperature condition 10 25 C produce an output of 4dBu 1 23V 2 2 Output Characteristics 2 OdBu is referenced to 0 775Vrms 3 Sensitivity is the lowest level that will Connection Actual Source For Use With Nominal Output Level Connector Impedance Nominal Analog Returns 1 8 Stage 1500 600 Lines 4 1 23 19 7 DB 25 8 channels per connector Digital Returns 1 8 AES Digital DB 25 8 channels per vonnector Digital Sends 1 32 Mixer AES3 Digital DB 25 16 channels per conne
14. 9020 0P o 00099590900 90 P o 200909900 o 00009000 90 o o 0 023000 90 90000 90009 200959009 9909509009 C o 9 9 157 159 7 OOO OO 0999 wee 159 Sz 000000 VIM 1832 1 PN male No NE suo 2801 ES jeondo 9jeuJojv LM es This page intentionally left blank ber pilex TECHNOLOGIES LLC 18040 412 Guilford Rd Annapolis Junction MD 20701 LV4832UM 8 2011 fiberplex com sales fiberplex com 301 604 0100
15. Plenum rated fiber is also available The installer can terminate the fiber themselves or Fiberplex can supply it pre terminated This fiber is also available with a strain relief and pulling eye which reduces on site labor 12 TAC 4 6 Neutrik OpticalCon Fiber Cable amp Panel Mount Connector ED lt Plenum Install Fiber LightViper VIS 4832 Specification 32 x 8 digital inp 1 General Specifications Total Harmonic Distortion ut fiber optic transport Heavy gauge steel construction Less than 0 0196 Cable runs over 1 25 miles with no loss stage end Rugged fiber cable smaller in diameter than standard mic cable Channels 24 bit 96kHz sampling native 24 bit 48kHz external 7 routing options 1 KHz 4 dBu Optional lossless way split of all 32 channels on Extended range and flexibility means limitless Simultaneous analog AES3 digital outputs on all 32 Frequency Response 0 5 dB 20 20kHz 16 dBu Dynamic Range 102 dB Crosstalk 5 dB above noise floor Sampling Rate 24 bit 96kHz or 24 bit 48 kHz Latency 20 us one way digital input to digital output Operating Temp 0 to 50 C ambient temperature Sync LED LED green indicates optical link OK LED red indicates problem with optical link LED off indicates no power AC Power Universal 90 250 VAC 50 60 Hz IEC connector with fuse VIS 483
16. a console or other device use line level inputs or engage input pads to achieve optimal signal to noise ratio The more advanced functions of the Light Viper VIS 4832 control clocks etc are addressed later in this manual Wit Ethemet CLK m let OUT 5 5 A Sends 517 532 ay ANALOG A Returns R1 R8 IGITAL 3 The Stage Box VIS 4832 1 Analog Returns outputs The 8 returns are connected a single DB25 connector Returns are line level 2 Digital Returns outputs The 8 digital returns are connected via a single DB25 connector Returns are all AES digital Sends inputs The 32 AES digital inputs on the VIS 4832 are connected via 2 DB25 connectors 16 channels per DB25 connector 2 Fiber Connections The VIS 4832 has a primary fiber connector standard The fiber connector marked primary needs to be connected to a VIM 1832 at all times as the VIM 1832 provides the system clock There are also 2 additional optional fiber outputs from the VIS 4832 that would connect via fiber to VIM 1032 mixer boxes Always be certain to use appropriate fiber and connectors LightViper systems use multimode fiber Single mode optics are available on a custom basis for situations where single mode fiber may already exist 5 Control Circuits Connector This RJ45 connector pro
17. ctor 2 3 Optical Characteristics 850 1300nm Connector Installation Tension Operating Tension Min Bend Radius Crush Resistance Weight Fiber Optic Cable 400 Ibs 130 Ibs 3 7 228 Ib in 19 Ibs 1000 Optical Fiber Attenuation Bandwidth Numerical Aperture System Optical Data Rate System Operating Distance 1 dB Km 91300 nm 500 MHz Km 1300 5 122 Mbs 2 Km 1 25 mi 1 4 4 channel SMPTE compliant 2 Four Channel Tactical Break Out Cable 0 30 7 5mm Outer Diameter Kevlar Strength Member 3 Graded Index Multimode Dual Window ANALOG DB25 Cable Pin Outs 1 Ch 8 14 h 8 2 Ch 8G 15 h 7 1 Ground 2 3 h 7 16 h 7G thes 3 Negative 6 h 5 19 h 5G 7 Ch 44 20 Ch 4 2 Positive 8 Ch 4G n 3 9 h 3 22 6 1 Ground 10 Ch 2 23 h 2 h 26 2 Ch 5 Ch3 3 Negative 12 Ch 1 25 h 16 13 Unused VCB ADXM VCB ADXF Cable Pin Out 2 Positive ANALOG Connector Pin Outs 1 Ch 8 14 h 8 2 Ch 8G 15 h 7 3 Ch 7 16 h 76 4 h 6 17 Ch 6 5 h 6 6 88 h 5 6 Ch 5 19 h 5G 7 Ch 4 20 Ch 4 8 h 46 n h 3 9 h 3 2 h 3G 10 h 2 23 h 2 h 26 2 Ch 12 h 1 25 h 16 13 Unused Digital Connector Pin Outs Ch 1 amp 2 Ch 384 586 Ch 7 amp 8 Ch 9 amp 10 Ch 11812 Ch 13814 Ch 15 amp 16 Unused Gnd Unused Gnd Gnd
18. cuits Connector This RJ 45 jack provides 3 bi direction mixer box to stage box CMOS or TTL data lines up to 38 4 KHz from Stage to FOH and 2MHz from FOH to Stage plus voltage and GND THIS IS NOT AN ETHERNET CONNECTOR CONNECTING AN ETHERNET DEVICE TO THIS CONNECTOR COULD DAMAGE THE DEVICE The Pin Outs for this connector are detailed in the Appendix Most CMOS or TTL functions equipment can be adapted to make use of this connector Sync LED This LED indicates the status of the fiber optic link between the VIM 1808 and VIM 0808 It has three states SOLID RED indicates there is no sync present ALTERNATING RED amp GREEN indicates the unit is searching for sync SOLID GREEN indicates sync is present optical link and OFF indicates no power Power Connector Fuse Power to the Mixer Box is provided with the supplied 3 Prong IEC Power Cord The internal power supply can accept any voltage from 90 260 at either 50 or 60Hz The power fuse is a 5x20mm 1A Slo Blo Only replace the fuse with an exact match If after replacement the fuse blows again return the unit for service Functional Block Diagram with One Optical Split 10 AOut 1 AOut 2 AOut 3 AOut 4 AOut 5 AOut 6 AOut 7 AOut 8 AOut 9 AOut 10 AOut 11 AOut 12 AOut 13 AOut 14 AOut 15 AOut 16 AOut 17 AOut 18 AOut 19 AOut 20 AOut 21 AOut 22 AOut 23 AOut 24 AOut 25 AOut 26 AOut 27 AOut 28 AOut 29 AOut 30 AOut 31 AOut 32 WCLK Out DO
19. ding broadcast or monitor mixing The VIS 4832 Stage Box can be fit with two split connectors for a total of three 1 VIM 1832 Primary 2 VIM 1032 splits outputs Additional Analog Fan Out Cable s VCB ADXM VCB ADXF These fan out cables are necessary for connecting additional mixer boxes VIM 1832 and VIM 1032 to your analog equipment You need 4 VCB ADXM for each VIM 1832 or VIM 1032 mixer boxes in the system The VIM 1832 also requires 1 VCB ADXF female fan out to access the returns Additional Digital Cables To connect AES digital directly into a Yamaha PM5D DM2000 DM 1000 or M7 you need 2 optional cables for each 32x8 system 1 DDMY and 1 DDMYIO will allow a 32x8 connection into the Yamaha MY16AE cards Optional cables are available to interface with Pro Tools and other types of devices and various connector configurations Ethernet Control Add the optional ETH 1832 pair option to any Stage FOH path and control a variety of Ethernet based gear on stage from the FOH position Additional Fiber Cable s For live production TFC 0000 04 tactical grade fiber with TAC 4 Connector terminations is required between the stage box VIS 1832 and all mixer boxes For installations where the fiber will be pulled through conduit either VFC 0000 D PVC fiber or VFC 0000 DP Plenum rated fiber with ST connector terminations is recommended There is also an option for a Pulling Eye which can be specified by adding an
20. ed in a rack close to the primary FOH mixing console The Fiber Cable TFC 0000 04 The lightweight tactical grade fiber cable that carries the digital signal between the stage and mixer boxes For installation use either PVC or Plenum rated fiber is recommended VFC 0000 D VFC 0000 DP TAC 4 Connector Panels VPL 11 VPL 12 VPL 13 These 10 rack panels contain 1 2 or 3 panel mount TAC 4 connectors mounted respectively and allow connection between tactical grade fiber to the ST connectors on the VIM units Send Return Cables VCB ADXM VCB ADXF These cables connect the Mixer Box to the analog inputs outputs of your mixer If you are connecting to a Yamaha digital console through the Yamaha Y cards you would use VCB DDMY and VCB DDMYIO cables A variety of cables to connect to other digital consoles and devices are also available Optional Components Additional components can be added to the Light Viper 4832 for increased functionality VIM MY32 Cards The VIM MY32 can replace the VIM 1832 primary connection or VIM 1032 on a split connection The VIM MY32 card set is designed to be installed directly into a Yamaha console capable of accepting YGDAI cards Additional Send Box es VIM 1032 The VIM 1032 is similar to the VIM 1832 mixer box in that it provides a parallel set of the snake s 32 input channels via an additional Fiber Cable in applications where you need splits for recor
21. g the digital returns the VIM MUST BE in either master or slave mode with the equipment providing the digital input The Clock input will accept either Word Clock 96 KHz 48 kHz or Super Clock 24 576 MHz 12 288 MHz Outputs are provided for both clock types The system can operate in Slave Mode In this mode clock is supplied via the clock in connector overriding the internal clock The clock outputs are pass throughs for the clock connected to the input In Master Mode there is nothing connected to the input and external equipment is connected to the Clock Out making the internal clock the master in the system The LED next to the Clock In connector has three states to indicate Status Off No signal present on the Clock Input Red Signal is present on the Clock Input but it is neither a valid Word Clock nor Super Clock Green There is either a valid Word Clock or Super Clock signal on the Clock In 7 Fiber Connector The Mixer Box can be fit with ST connectors a single tactical grade TAC 4 connector or a Neutrik OpticalCon connector In live production use it is recommended to fit the VIM 1832 and VIM 1032 units with ST connectors and utilize the VPL 11 12 or 13 panels containing 1 2 and 3 TAC 4 panel mount connectors respectively These connectors have ST pigtails which connect with the mixer box ST connectors Always be sure to use appropriate fiber and compatible connectors Control Cir
22. ironmental and disposal issues in mind All packing material can be recycled Recycling packing saves raw materials and reduces the volume of waste If you need to dispose of the transport packing materials please try to use recyclable means Disposal of Used Equipment Used equipment contains valuable raw materials as well as materials that must be disposed of professionally Please return your used equipment via an authorized specialist dealer or via the public waste disposal system ensuring any material that can be recycled is Please take care that your used equipment cannot be abused After having disconnected your used equipment from the mains supply make sure that the mains connector and the mains cable are made useless Declarations of Conformity Class A Equipment FCC Notice This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide a reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at their own expense C 6 e
23. llation Instructions When using TAC 4 panel mount connectors Due to the hermaphroditic nature of the TAC 4 connector channels 1 amp 4 and 2 amp 3 are crossed by necessity Therefore pins 1 amp 2 should always be connected to connectors marked TX and pins 3 amp 4 should always be connected to pins marked Pins 1 amp 4 are always paired together and pins 2 amp 3 will always be paired together Important Note A single TAC 4 connector and cable contains 4 fibers and can transport both pairs of fiber inputs outputs of the EF 2 on a single connector cable If using Neutrik OpticalCon two cables connectors are required one for each pair as the OpticalCon cable and connectors contain 2 fibers When using ST fiber connectors on the chassis of the EF 2 the ST connectors may be mounted on the rear of the unit or alternatively on the front panel of the unit 0 713 TAC 4 FR OpticalCon 0 713 0213 0713 0213 Be TC 41 0 9 0 228 0 338 Lig 3ST 4ST 6 9 6 m dT 161050 2 um TX Fiber Path 1 Fiber Path 2 RX Bm 4 RX on Ro ON BR 15
24. lock 1 0 described below in either master or slave mode The DB 25 connectors on both the Digital Sends and Returns utilize a standard AES3 balanced pin out configuration Cable and connector pin outs are illustrated in the Appendix NOTE The Analog DA 88 cables are not pin compatible with the digital cables Digital Sends outputs The sends from the stage box are simultaneously available as AES3 digital signals Connections are made via 2 DB 25 connectors with 16 channels on each Access to the digital signal allows for connection to digital recorders or consoles bypassing their onboard converters and eliminating the need for outboard converters For digital connection straight into a Yamaha PM5D DM2000 DM1000 or M7CL the optional VCB DDMY and VCB DDMVYIO cables connect directly to the Yamaha MY16AE cards Cables are available to connect to Pro Tools or other devices 5 Clock I O By itself the entire Light Viper system is internally frequency coherent The VIM 1832 Mixer Box contains the clock master for the system and the Stage Box and any other send units that are connected via the optical splits all sync to the clock provided by the master The LightViper 1832 system runs natively at 24 bit 96k but can also run at 24 bit 48k with a 48k clock input to the clock in connector on the VIM 1832 The clock is used when you need to synchronize with external equipment making the entire system frequency coherent When usin
25. ls or underground Avoids foot traffic while maintaining aesthetics Functional Considerations The Light Viper 4832 is an active device Because of this there are some aspects of this new technology that require some slightly different thinking Light Viper 4832 system requires AC Power at both the Stage VIS 4832 and the console VIM 1832 The 4832 system contains 32 AES digital inputs only There are no microphone preamplifiers as with the 1832 system All inputs exit the snake at the Mixer Box at Line Level Input and Output flexibility may eliminate the need for some of your outboard gear The LightViper VIM 4832 is an active device therefore do not attempt to connect intercom into the returns The returns in the VIS 4832 cannot be turned around to provide 40 sends one way as with a traditional copper snake as the electronics for the returns are contained in the VIM 1832 Standard Components In its standard configuration the Light Viper 4832 system is comprised of the following primary components The Stage Box VIS 4832 This is the box placed close to all the inputs on stage It is a 1U rack mount device that accepts 32 AES digital inputs sends and 8 AES digital plus 8 analog line level outputs returns The Mixer Box VIM 1832 This unit contains 32 simultaneous AES digital and analog line level outputs sends and 8 AES digital or 8 analog line level inputs returns The unit should be mount
26. ping or splashing No objects filled with liquids such as vases shall be placed on the apparatus WARNING To reduce the risk of fire or electric shock do not expose this apparatus to rain or moisture General Installation Instructions Please consider besides these general instructions also any product specific instructions in the Installation chapter of this manual Unpacking Check the equipment for any transport damage If the unit is mechanically damaged if liquids have been spilled or if objects have fallen into the unit it must not be connected to the AC power outlet or it must be immediately disconnected by unplugging the power cable Repair must only be performed by trained personnel in accordance with the applicable regulations Installation Site Install the unit in a place where the following conditions are met e temperature and the relative humidity of the environment must be within the specified limits during operation of the unit Relevant values are the ones at the air inlets of the unit e Condensation must be avoided If the unit is installed in a location with large variation of ambient temperature e g in OB van appropriate precautions must be taken before and after operation e Unobstructed air flow is essential for proper operation Air vents of the unit are a functional part of the design and must not be blocked in any way during operation e g by objects placed upon them placement of
27. ss equipment must be connected to a 3 pole AC power outlet so that the equipment cabinet is connected to the protective earth WARNING If the ground is defeated certain fault conditions in the unit or in the system to which it is connected can result in full line voltage between chassis and earth ground Severe injury or death can then result if the chassis and earth ground are touched simultaneously Registration Be sure to register your LightViper product either by filling in the enclosed Registration Card or by completing the on line registration form at our Web site http lightviper com register aspx If you do so FiberPlex can contact you with any update information As enhancements and upgrades are developed you will be contacted at the registration address Please read this manual if you call for technical support we ll assume that you have Please address any inquiries to your dealer or directly to FiberPlex at FiberPlex Inc 10840 412 Guilford Rd Annapolis Junction MD 20701 301 604 0100 Fax 301 604 0773 sales fiberplex com Warranty Service and Terms and Conditions of Sale For information about Warranty or Service information please see our published Terms and Conditions of Sale This document is available on fiberplex com or can be obtained by requesting it from sales fiberplex com or calling 301 604 0100 Disposal Disposal of Packing Materials The packing materials have been selected with env
28. the unit on a soft surface or installation of the unit within a rack or piece of furniture e The unit must not be heated up by external sources of heat radiation sunlight spot lights Ambient Temperature Units and systems by LightViper are generally designed for an ambient temperature range i e temperature of the incoming air of 5 40 C When rack mounting the units the following facts must be considered e The admissible ambient temperature range for operation of the semiconductor components is 0 C to 70 C commercial temperature range for operation e The air flow through the installation must provide that the outgoing air is always cooler than 70 C e Average heat increase of the cooling air shall be about 20 allowing for an additional maximum 10 increase at the hot components e In order to dissipate 1 kW with this admissible average heat increase an air flow of 2 65 m min is required Example A rack dissipating P 800 W requires an air flow of 0 8 2 65 m min which corresponds to 2 12 e Ifthe cooling function of the installation must be monitored e g for fan failure or illumination with spot lamps the outgoing air temperature must be measured directly above the modules at several places within Earthing and Power Supply Earthing of units with mains supply class equipment is performed via the protective earth PE conductor integrated in the mains cable Units with battery operation lt
29. ut 1 2 DOut 3 4 DOut 5 6 DOut 7 8 DOut 9 10 DOut 11 12 DOut 13 14 DOut 15 16 DOut 17 18 DOut 19 20 DOut 21 22 DOut 23 24 DOut 25 26 DOut 27 28 DOut 29 30 DOut 31 32 VIM 1032 Din 1 2 Din 3 4 Din 5 6 Din 7 8 Din 9 10 DIn 11 12 DIn 13 14 DIn 15 16 Din 17 18 Din 19 20 Din 21 22 Din 23 24 Din 25 26 Din 27 28 DIn 29 30 DIn 31 32 WCLK Out AOut 1 AOut 2 AOut 3 AOut 4 AOut 5 AOut 6 AOut 7 AOut 8 DOut 1 2 DOut 3 4 DOut 5 6 DOut 7 8 TTL CTL PTK PRx gt S1Tx S2Tx VIS 4832 AOut 1 AOut 2 AOut 3 AOut 4 AOut 5 AOut 6 AOut 7 AOut 8 AOut 9 AOut 10 AOut 11 AOut 12 AOut 13 AOut 14 AOut 15 AOut 16 AOut 17 AOut 18 AOut 19 AOut 20 AOut 21 AOut 22 AOut 23 AOut 24 AOut 25 AOut 26 AOut 27 AOut 28 AOut 29 AOut 30 AOut 31 AOut 32 WCLK In WCLK Out DOut 1 2 DOut 3 4 DOut 5 6 DOut 7 8 DOut 9 10 DOut 11 12 DOut 13 14 DOut 15 16 DOut 17 18 DOut 19 20 DOut 21 22 DOut 23 24 DOut 25 26 DOut 27 28 DOut 29 30 DOut 31 32 Aln 1 Aln 2 Aln 3 Aln 4 Aln 5 Aln 6 Aln 7 Aln 8 Din 1 2 DIn 3 4 DIn 5 6 DIn 7 8 TTL CTL PTx PRx VIM 1832 Standard Yamaha Configuration LARGUS 9 8 SAV Jeqi4 VHN i 00 5 227 54 t 4 sdwy sduy
30. vides 3 bi directional CMOS or TTL data lines up to 38 4KHz from Stage to FOH and 2MHz from FOH to stage plus voltage and GND This connector is used in conjunction with DGL 422 cables for transporting Yamaha control or with MD3 units to transport RS 422 RS 232 or MIDI THIS IS NOT AN ETHERNET CONNECTOR CONNECTING AN ETHERNET DEVICE TO THIS CONNECTOR COULD DAMAGE THE DEVICE The pin outs for this connector are detailed in the appendix Most CMOS or TTL functions equipment can be adapted to make use of this connector 69 6 3 9 9 ojlo ojlo O 6 Sync LED This LED indicates the status of the fiber optic link between the stagebox VIS 4832 and mixer box VIM 1832 It has three states SOLID RED indicates there is no sync present ALTERNATING RED amp GREEN indicates the unit is searching for sync SOLID GREEN indicates sync is present optical link and OFF indicates no power Power Connector Fuse The AC power connection to the VIS 4832 is made via a supplied IEC power cord The internal power supply can accept 90 260V at either 50 or 60 Hz gt The power fuse is a 5x20mm 1A Slo Blo Only replace the fuse with an exact match If after replacement the fuse blows again contact Fiberplex for service Word Clock Super Clock output 2 Optional 1832 Ethernet connector
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