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Euphonix Max Air Manual

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Euphonix, Inc.
220 Portage Ave.
Palo Alto, California 94306
Phone:
650-855-0400
Fax:
650-855-0410
Web:
http://www.euphonix.com
e-mail:
info@euphonix.com
Installation Guide
Document Revision: 3.0
Part Number: 840-08472-05
Release Date: April 2008

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Summary of Contents for Euphonix Max Air

  • Page 1 Installation Guide Document Revision: 3.0 Part Number: 840-08472-05 Release Date: April 2008 Euphonix, Inc. 220 Portage Ave. Palo Alto, California 94306 Phone: 650-855-0400 Fax: 650-855-0410 Web: http://www.euphonix.com e-mail: info@euphonix.com...
  • Page 2 System 5, S5, PatchNet, eMix, EuCon, R1, Studio Hub, Audio Deck, Max Air, Reel Feel, Clear Displays, Track Panner, SnapShot Recall, DSC (Digital Studio Controller), Hyper-Surround, Total Automation and Mix View are trademarks of Euphonix, Inc.
  • Page 3 IMPORTANT SAFETY INSTRUCTIONS The lighting flash with arrowhead symbol within an equilateral triangle, is intended to alert the user to the presence of uninsulated “dangerous voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a risk of electrical shock to persons. The exclamation point within an equilateral triangle, is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the product.
  • Page 4 Unplug this apparatus during lightning storms or when unused for long periods of time. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been dropped.

  • Page 5: Table Of Contents

    1.10.3 I/O Specification ...............15 Chapter 2: Interconnecting System Components ..........18 2.1 Component Specifications .................19 2.2 Typical Max Air Room and Equipment Layout ........23 2.3 Console Dimensions ..................24 2.4 Audio Hookup....................26 2.5 Audio Hookup for Modular I/O..............27 2.6 Synchronization Hookup ................28 2.7 Synchronization Details ................29...
  • Page 6 Euphonix Max Air Installation Guide Chapter 3: Max Air Components ................34 DF66 Super Core ..................34 3.1.1 Sync Card ...................36 3.1.2 6 x 6 Bridge Card ..............36 3.1.3 SP662 DSP Line Card ..............36 3.1.4 SNMP Card ................37 Max Air Console..................38 SC263 System Computer ...............40 MC524 Monitor Interface ..............42...

  • Page 7: List Of Figures

    Euphonix Max Air Installation Guide List of Figures Typical Console Layout ....................10 Typical Max Air Room and Equipment Layout ...............23 Max Air Top Dimensions ....................24 Max Air Side Dimensions ....................24 CM416 Bottom Dimensions .....................25 CM404 Bottom Dimensions .....................25 Audio Hookup ........................26 Audio Hookup for Modular I/O ..................27...
  • Page 8 Euphonix Max Air Installation Guide 3-16 ML530 In 1/In 2 Pinout: Elco 38 Socket .................49 3-17 ML530 Out 1/Out 2 Pinout: Elco 38 Socket ..............49 3-18 CO600 Changeover Switch ....................50 3-19 AM713 Front Panel ......................51 3-20 AM713 Rear Panel ......................52 3-21 MA703 Front Panel ......................54...
  • Page 9 Summary of Euphonix “Classic” MADI Converters ............. 16 Summary of Euphonix Modular I/O ................16 Summary of Max Air Components ................17 Max Air Components: Dimensions, Power Consumption, Heat Dissipation ....19 Maximum Cable Lengths ....................20 In 1 Elco 38 Pinout ......................43 In 2 Elco 90 Pinout ......................

  • Page 10: Chapter 1: Max Air Overview

    1.1 Introduction to Max Air The Max Air Console The Max Air console must contain a CM404 center section module and can have up to three fully loaded CM416 16-channel Modules, each providing 16 physical faders. The system can have up to 48 faders, not including the eight faders in the CM404 master section. The 416HL and 416HR, which are half-loaded (left or right) 8-fader modules, can be used to expand your system.

  • Page 11: Digital Signal Processing

    Euphonix Max Air Installati Channels Max Air can have up to 200 channels. Mono channels may be grouped as stereo or any for- mat up to 7.1, which means that one fader may use one to eight logical channels. Strips Each fully loaded CM416 16-channel Module contains 16 physical faders or strips.

  • Page 12: Microphone Inputs

    Euphonix Max Air Installation Guide Max Air Overview The AM713 and MA703 are 24 channel I/O devices with four additional auxilliary chan- nels. The first two Aux channels are always analog and the remaining two comprise a digital pair in AES3 and S/PDIF format. Note that one or the other format can be used, but not both simulataneously.

  • Page 13: Modular I/O

    Digital Sync A high quality digital sync source is required for the Max Air console. Some facilities may already have a digital master clock or house reference in place but others may require one. Euphonix has tested several digital sync generators and distribution amplifiers and can supply these devices with the console.

  • Page 14: System Control Connections

    400 ft (120 m). Monitor, trackball, and keyboard The Max Air System Computer is displayed on the CM404 touchscreen. A keyboard and mouse are connected to the CM404. Additionally, a connection for a “local” keyboard, mouse, video and serial (touchscreen) port is provided at the KVM’s transmitter side (clo- sest to the SC263) to facilitate local control, i.e., from the Central Equipment Room.

  • Page 15: Estimating System Requirements

    (Stereo, 5.1) can be controlled with a single fader on the Max Air and do not require 2 or 6 individual faders. There can be up to three fully loaded CM416s yielding 48 faders, which gives you 96 locations (Main and Swap layer) to place sources without having to change layouts.

  • Page 16: Summary Of Euphonix "Classic" Madi Converters

    In the case of Modular I/O, only mic, analog, AES, and embedder/de-embedder modules are shown. Refer to the Euphonix Modular I/O Configuration Guide for more details on sync, MADI I/O, and remote control modules as well as general requirements.

  • Page 17: Summary Of Max Air Components

    Euphonix Max Air Installati The following chart summarizes this section: Table 1-4 Summary of Max Air Components Component Function Number Notes Contains 8 faders for masters, 17-inch Touch- 1 required CM404 Ethernet device screen, and Superchannel controls. (max) Contains 16 physical faders that control two...

  • Page 18: Chapter 2: Interconnecting System Components

    Chapter 2: Interconnecting System Components This chapter summarizes technical information for Max Air’s components, including size, weight, power consumption, cooling, and shows their interconnections. To plan an installa- ion, examine Figure 2-1 to learn about suggested equipment locations. The Sync, MADI, and Control hookup diagrams (Figure 2-7 through Figure 2-11) all show maximum cable distances.

  • Page 19: Component Specifications

    Euphonix Max Air Installation Guid System Components Component Specifications Table 2-1 Max Air Components: Dimensions, Power Consumption, Heat Dissipation Typical Power Heat Component Height Width Depth Weight Consumption Dissipation 8.4 in 22.3 in 35.4 in 69 lb PSU 1: 50 W...

  • Page 20: Maximum Cable Lengths

    328 ft / 100 m 500 ft / 150 m NOTE: If your installation requires a longer cable, contact Euphonix Sales for selecting a variety of fiber-optic solutions. NOTE: It is the responsibility of the system designers, system integrators, and end users to assure that the choice of cabling, termination, equalizations, etc.
  • Page 21 4 microseconds and 1 cycle (17mS at 60Hz) and exceed 50% or greater than the nominal voltage level. Euphonix's products have been tested and found to comply with the performance limits of EN55103:2, E-4 Environment. Should the product be operated in a degraded power environment, care should be taken to insure that the EN55102 electronic limits are not exceeded.
  • Page 22 Euphonix Max Air Installation Guide Interconnecting System Components Uninterruptible Power Supply These devices are designed to provide continuous power to a load, even with an interruption or loss of utility supply power. Since the power on an on-line UPS flows through a rectifier and inverter before reaching the load, most power disturbances are eliminated through constant filtering.

  • Page 23: Typical Max Air Room And Equipment Layout

    FC726 Format Converter Modular I/O MC524 Monitor IF & Patch MA703 Monitor D/A Converter Leave Open EuCon Switch SC263 (System PC) DF66 Primary CO600 (Changeover Switch ) DF66 Redundant Leave Open Figure 2-1 Typical Max Air Room and Equipment Layout...

  • Page 24: Console Dimensions

    Euphonix Max Air Installation Guide Interconnecting System Components Console Dimensions 35.43 29.58 0.00 5.85 0.00 Figure 2-2 Max Air Top Dimensions 16.25 75.00° Dimensions in inches 16.13 15.625 8.39 6.78 3.06 2.06 1.20 Figure 2-3 Max Air Side Dimensions...

  • Page 25: Cm416 Bottom Dimensions

    Euphonix Max Air Installation Guid System Components .902 .900 KEEP CLEAR FOR VENTILATION 11.723 12.827 KEEP CLEAR FOR VENTILATION 1/4-20 THREADED INSERT 8 PLACES 23.400 23.648 24.300 24.300 Figure 2-4 CM416 Bottom Dimensions 1.79 KEEP CLEAR FOR PROPER VENTILATION 1/4-20 THREADED INSERT 8 PLACES 19.46...

  • Page 26: Audio Hookup

    Euphonix Max Air Installation Guide Interconnecting System Components 2.4 Audio Hookup Microphone ML530 OUTPUTS INPUTS AM713 1-12 48 Analog 48 Analog 13-24 Studi o Mic Lines ML530 OUTPUTS INPUTS AM713 48 Analog 1-12 1-48 13-24 Mic Line Interface Analog to MADI...

  • Page 27: Audio Hookup For Modular I/O

    Euphonix Max Air Installation Guide Interconnecting System Components 2.5 Audio Hookup for Modular I/O Microphone 4~56 Analog Studio Mic Lines 4~56 Analog to MADI Mic Line Interface Digital I/O AES/EBU PSU #1 PSU #1 PSU #2 PSU #2 4~64 channels (2~32 AES/EBU pairs)

  • Page 28: Synchronization Hookup

    Euphonix Max Air Installation Guide Interconnecting System Components Synchronization Hookup PSU #1 PSU #2 Modular I/O OUTPUTS INPUTS ML530 1-12 W/C In Maximum Cable Distances: 13-24 Word: 165 ft (50 m) AM713 Alternate Sync Distances: OUTPUTS INPUTS ML530 1-12 W/C In...

  • Page 29: Synchronization Details

    • These sync generators may be set to internal or gen-locked to a video reference. • Use a Euphonix recommended distribution amp (see next page) to feed all sys- tem components and additional studio devices directly. • Cable runs from the master clock to the distribution amps should be equal in length (AES11-1997, 5.4)

  • Page 30: Recommended Digital Sync Generators

    Euphonix Max Air Installation Guid System Components System Components That Require Digital Sync • DF66 Supercores • AM713 Analog to MADI Converters • MA703 MADI to Analog Converters • DM714 AES to MADI Converters • MD704 MADI to AES Converters •...

  • Page 31: Madi Hookup

    Euphonix Max Air Installation Guide Interconnecting System Components 2.10 MADI Hookup DF66 with 1 DSP Maximum MADI Line Card Cable Distance: 165 ft (50m) Source Destination DF66 MADI Inputs MADI Outputs MADI Inputs MADI Outputs MA703 MADI to Analog Converter for MC524...
  • Page 32 Although maximum recommended distan- ces over copper can be exceeded with the use of high performance compo- nents (including cables), it is not Euphonix's intention to endorse any particular brand or method of achieving the end result.

  • Page 33: Control Hookup

    Euphonix Max Air Installation Guide Interconnecting System Components 2.11 Control Hookup Up to six additional Mic/Line Interfaces TCC Extension System Computer Maximum Distances OUTPUTS INPUTS ML530 1-12 SC264 91.4 m (300ft) Ethernet: 13-24 TCC Control: 228.6 m (750ft) Mic/Line Interface KVM: 152.4m (500ft)

  • Page 34: Chapter 3: Max Air Components

    Euphonix Max Air Installation Guide Chapter 3: Max Air Components This chapter discusses the Max Air components and all connectors necessary for operation. Pinouts for user-wired connections are shown for each component, along with the cables and connectors provided by Euphonix.

  • Page 35: Sp662, 6 X 6 Bridge, And Sync Cards

    Euphonix Max Air Installation Guide System 5 Components Figure 3-2 SP662, 6x6 Bridge, and Sync Cards...

  • Page 36: Sync Card

    Euphonix Max Air Installation Guide System 5 Components 3.1.1 Sync Card AES Sync In (BNC): The DF66 SuperCore clocks to the signal at this port when the sync source is set to AES Sync. Connect this port to a digital sync reference.

  • Page 37: Snmp Card

    l l a Figure 3-4 16-port BNC Bulkhead Panel 3.1.4 SNMP Card An SNMP (Simple Network Management Protocol) card is installed in each DF66 and System Computer. The SNMP card is a platform-independent server and PC-system management controller that can detect basic system operating conditions and notify the user when the conditions fall outside the defined limits.

  • Page 38: Max Air Console

    CM416 CM416  Figure 3-6 CM416 Rear Panel The Max Air Console consists of several modular components: the CM416 with 16 physi- cal faders and controls, and the CM404 center section. Each component has the following connections:  Power Connectors (IEC): Accepts two standard IEC power cords (provided). Two au- toranging switching supplies accept voltages between 100–240 VAC, 50–60 Hz.

  • Page 39: Ferrite

    Euphonix Max Air Installation Guide Max Air Components Ferrite is available from FerriShield Inc., 212-268-4020, www.ferrishield.com. Part number: 28B1020-1 2.0" Figure 3-7 Ferrite  To KVM Extender (RJ45): Connect to KVM extender (CM404 only).  Talkback (XLR): Connect to the internal and external talkback microphones.

  • Page 40: Sc263 System Computer

    Euphonix Max Air Installation Guide System 5 Components 3.3 SC263 System Computer                  Figure 3-8 SC263 Front and Rear Panels  VGA Connector (DA-15): Main video monitor connection.
  • Page 41 Euphonix Max Air Installation Guide System 5 Components  TCC Extension Port (DC-62, optional): Connect a second TCC breakout cable to this port connect up to four additional ML530 Mic/Line Interfaces.  SNMP Serial Port (DE-9): This port is used to configure the SNMP card via another computer.

  • Page 42: Mc524 Monitor Interface

    Listen pre, two Talk Back pre and two Solo channels . Output cable fans out to eight male XLRs. Control (DB15): Input for digital control signal from System Computer (Euphonix TCC bi-directional serial protocol). All patching, switching, and gain controls are communica- ted via this connection as well as MC524 IP address.

  • Page 43: Input/Output Connections

    l l a 3.4.1 Input/Output Connections Table 3-1 In 1 Elco 38 Pinout Crk # Designator 24 X 32 High Talk 1 Talk 2 Listen 1 Listen 2 Listen 3 Listen 4 Figure 3-10 Elco 38 Connector, rear view...

  • Page 44: Elco 90 Connector

    Euphonix Max Air Installation Guide Max Air Components Table 3-2 In 2 Elco 90 Pinout Crk # Designator 24 X 32 High Cntrl Rm (L) Cntrl Rm (C) Cntrl Rm (R) Cntrl Rm (Sl) Cntrl Rm (Sr) Cntrl Rm (B)

  • Page 45: Elco 90 Connector

    l l a Table 3-3 Out 1 Elco 90 Pinout Crk # Designator 24 X 32 High BO11 Mon A (L) BO12 Mon A (C) BO17 Mon A (R) BO18 Mon A (Sl) BO19 Mon A (Sr) BO20 Mon A (B) BO21 Mon A (Li) BO22...

  • Page 46: Elco 90 Connector

    Euphonix Max Air Installation Guide Max Air Components Table 3-4 Out 2 Elco 90 Pinout Crk # Designator 24 X 32 High BO31 Solo L BO32 Solo R Talk 1 Talk 2 Listen 1 Listen 2 Listen 3 Listen 4...

  • Page 47: Out 3 Db-25 Pinout

    l l a Table 3-5 Out 3 DB-25 Pinout Crk # Designator 24 X 32 High 10 9 8 Figure 3-14 DB-25 Connector...

  • Page 48: Ml530 Mic/Line Interface

    Euphonix Max Air Installation Guide Max Air Components 3.5 ML530 Mic/Line Interface MIC LINE INTERFACE OUTPUTS INPUTS ML530 1-12 CONTROL 13-24 Figure 3-15 ML530 Front and Rear Panels Inputs (two 38-pin ELCO sockets): A total of 24 microphone inputs are received on two 38-pin ELCO connectors (connectors and pins provided).

  • Page 49: Ml530 In 1/In 2 Pinout: Elco 38 Socket

    l l a Signal Wiring Instruction & Description Mic In 1 / Mic In 13 From studio Mic 1 / 13 Mic In 2 / Mic In 14 From studio Mic 2 / 14 Mic In 3 / Mic In 15 From studio Mic 3 / 15 Mic In 4 / Mic In 16 From studio Mic 4 / 16...

  • Page 50: Co600 Changeover Switch

    Euphonix Max Air Installation Guide Max Air Components 3.6 CO600 Changeover Switch       Figure 3-18 CO600 Changeover Switch  Network Port (RJ45): Connect to the Eucon Network Switch via the RJ-45 cable provided.  MADI In / Out Ports (96 Combo D): Digital audio in and outs. See the MADI for details on these connections.

  • Page 51: Am713 Analog To Madi Converter

    Euphonix Max Air Installation Guide Components Max Air 3.7 AM713 Analog to MADI Converter Front Panel Figure 3-19 AM713 Front Panel Signal Strength LEDs: Each of the 28 channels has a four-segment LED that represents the following signal levels: -42 dB, -18 dB, -6 dB (green), -0.05 dB (red).

  • Page 52: Am713 Rear Panel

    Euphonix Max Air Installation Guide Max Air Components Rear Panel Figure 3-20 AM713 Rear Panel Input Voltage Selector: This red switch allows operation in either 100/110/115 VAC or 220/230/240 VAC environments. A fuse must also be changed for 220/230/240 VAC op- eration.
  • Page 53 Euphonix Max Air Installation Guide Components Max Air MADI Out (BNC): Outputs the digital audio signal. • 1–24: Analog inputs • 25–26: Aux analog inputs • 27–28: Aux digital inputs NOTE: 28 channels are always transmitted; dual channels are not used.

  • Page 54: Ma703 Madi To Analog Converter

    Euphonix Max Air Installation Guide Components Max Air 3.8 MA703 MADI to Analog Converter Front Panel Figure 3-21 MA703 Front Panel Signal Strength LEDs: Each of the 28 channels has a four-segment LED that represents the following signal levels: -42 dB, -18 dB, -6 dB (green), -0.05 dB (red).

  • Page 55: Ma703 Rear Panel

    Euphonix Max Air Installation Guide Max Air Components Rear Panel MA703 DIGITAL ANALOG OUTPUTS OUTPUTS MADI Figure 3-22 MA703 Rear Panel Input Voltage Selector: This red switch allows the unit to operate in either 100/110/ 115 VAC or 220/230/240 VAC environments. A fuse must also be changed for 220/ 230/240 VAC operation.
  • Page 56 Euphonix Max Air Installation Guide Max Air Components MADI In (BNC): Digital audio signal input. • 1–24: analog outputs • 25–26: aux analog outputs • 27–28: aux digital outputs.

  • Page 57: Dm714 Aes/Ebu To Madi Converter

    Euphonix Max Air Installation Guide Components Max Air 3.9 DM714 AES/EBU to MADI Converter Front Panel Figure 3-23 DM714 Front Panel Signal Strength LEDs: Each of the 28 channels has a four-segment LED that represents the following signal levels: -42 dB, -18 dB, -6 dB (green), -.05 dB (red).

  • Page 58: Dm714 Rear Panel

    Euphonix Max Air Installation Guide Max Air Components Manual Selection Buttons: The button below each Sample Rate LED row manually selects the Sample Rate Source. The DM714 also allows manual selection of the Sample Rate. Power Switch: On/Off switch. Rear Panel...

  • Page 59: Dm714 Parallel Aes/Ebu Digital Inputs: Female Db-25

    l l a Word Out (BNC): Outputs a Word clock signal synchronized to the Sample Rate Source. In the presence of an external Word clock input, this connector provides a regenerated ver- sion of that input signal. Without an external sample rate source, this connector outputs the internally generated clock signal.

  • Page 60: Md704 Madi To Aes/Ebu Converter

    Euphonix Max Air Installation Guide Max Air Components 3.10 MD704 MADI to AES/EBU Converter Front Panel MADI TO DIGITAL WORD 44.1 MADI AUTO CUSTOM TRIM Figure 3-26 MD704 Front Panel Signal Strength LEDs: Each of the 28 channels has a four-segment LED that represents the following signal levels: -42 dB, -18 dB, -6 dB (green), -.05 dB (red).

  • Page 61: Md704 Rear Panel

    Euphonix Max Air Installatin Guide Components Max Air Rear Panel BIT-DEPTH REDUCTION PARALLEL AES/EBU INPUTS 7 / 8 5 / 6 3 / 4 MD704 7 / 8 5 / 6 3 / 4 DIGITAL AES/EBU OUTPUTS OUTPUTS MADI D1/D2...
  • Page 62 Euphonix Max Air Installation Guide Max Air Components MADI In (BNC): Digital audio signal input. • 1–24: main digital outputs • 25–26: aux analog outputs • 27–28: aux digital outputs Bit-Depth Reduction: Sets the resolution to 16, 20, or 24 bits for the main AES/EBU channels.

  • Page 63: Fc726 Format Converter

    MADI A In 1 / MADI A Out 1 (two BNC): The MADI A In/Out Ports interface with non-Euphonix MADI devices. At 48 kH z, MADI A provides 56 channels of 24-bit audio; at 96 kHz, 28 channels of 24-bit audio channels (cable not provided).
  • Page 64 Max Air Euphonix Max Air Installation Guide Components  SDIF-2 or Slave Clock In (BNC): This connector can receive either an SDIF or Slave Clock Sync signal (the FC726 automatically detects the signal type). An SDIF device must send a Word Sync signal to this connector to interface properly. Slave Clock is a sync signal (commonly implemented in Pro Tools systems and referred to as a super-clock) that runs at 256 times the sample rate.

  • Page 65: Aes/Ebu Db-25 Pinout

    l l a Table 3-6 AES/EBU DB-25 Pinout Description Pin 1 Pin 2 Channel 1 / 2 In (COLD) Pin 3 Channel 3 / 4 In (GND) Pin 4 Channel 3 / 4 In (HOT) Pin 5 Channel 5 / 6 In (COLD) Pin 6 Channel 7 / 8 In (GND) Pin 7...

  • Page 66: Common Dd-50 Connector Pinout And Usage With Third-Party Devices

    Euphonix Max Air Installation Guide Max Air Components Table 3-7 Common DD-50 Connector Pinout and Usage With Third-party Devices Common Connector (DB50 Female) SDIF usage TDIF usage ProDigi usage ADAT usage Pin # 1 In 1+ In 1+ In 1+...

  • Page 67: Fc726 Tdif Cable Wiring Specification

    l l a Table 3-8 FC726 TDIF Cable Wiring Specification Connector Pin Connection Description 1 NC 2 J2-1 In 1/2 3 NC 4 J2-2 In 3/4 5 NC 6 J2-3 In 5/6 7 NC 8 J2-4 In 7/8 9 J2-7,24,25 10 NC Notes: 11 NC...

  • Page 68: Fc726 Sdif Cable Wiring Specification

    Euphonix Max Air Installation Guide Max Air Components Table 3-9 FC726 SDIF Cable Wiring Specification Connector Pin Connection Description In 1+ 1 J4-2 In 1- 2 J4-1 In 3+ 3 J4-6 In 3- 4 J4-5 In 5+ 5 J4-10 In 5-...

  • Page 69: Modular I/O

    I/O Cards Figure 3-30 IO93 Modular I/O Frame Front and Rear Panels The Euphonix Modular I/O system allows I/O configuration flexibility. Several frame types can be fitted with a variety of I/O and control modules. All audio sig- nals are converted to/from MADI for interfacing to the console. Depending on the configuration, a maximum signal density of 64 inputs and 64 outputs on a single MADI I/O is possible.

  • Page 70: Modules

    Euphonix Max Air Installation Guide Max Air Components • Any frame fitted with modules requiring remote control must be fitted with an FC972 Remote module for TCP/IP interfacing to the console network. • A frame must have a master sync module. This may be a dedicated sync mo- dule or a MADI I/O module set to “sync-to-MADI”.
  • Page 71 Euphonix Max Air Installation Guide Max Air Components is accomplished through a crosspoint matrix with preset capability. The matrix is configured via a web browser interface. In Master mode, the MM934 can provide sync to the frame from the MADI input. In this mode, it must be installed in one of the four “reserved” slots on the rear-plane.

  • Page 72: More Modular I/O Modules

    Euphonix Max Air Installation Guide Max Air Components          Figure 3-32 More Modular I/O modules   DD908 4ch AES In/Out (two female XLR, two male XLR): The DD908 is a 4ch AES/EBU input/output interface.

  • Page 73: Frames

    Screen Screen Return Figure 3-33 AD914 RJ-45 Pinout Refer to the Euphonix Modular I/O Configuration Guide for more details and configuration possibilities. 3.12.2 Frames Power Connectors (IEC): The frame comes standard with an auto-sensing (100~ 240vAC, 50/60Hz), dual redundant PSU.
  • Page 74 Euphonix Max Air Installation Guide Max Air Components Figure 3-34 Stagebox configuration #1 IO95 Modular I/O Frame: The IO95 frame is a double-sided 3RU frame identical to the IO93 frame, except for an audio buss modification. This modification con- sists of separating audio busses on the rear-plane to provide four “positions” to be used as local-side interfaces for redundant MADI-over-fiber stageboxes.

  • Page 75: Frame Summary

    Euphonix Max Air Installation Guide Max Air Components Table 3-10 I/O Module Summary Table 3-11 Control Module Summary Table 3-12 Frame Summary...

  • Page 76: Input And Output Connections

    Euphonix Max Air Installation Guide Max Air Components 3.13 TT002 Figure 3-36 TT002 card and panels The TT002 is a single-port RS422 (Sony 9-pin) machine controller that is installed in the System Computer. It also supports Midi Machine Control (MMC), and can read and generate timecode over MIDI, RS422, and LTC.

  • Page 77: Connection Pinouts (Dc-37 Gp1 - Gp2)

    Euphonix Max Air Installation Guide Max Air Components 3.13.2 Connector Pinouts (DC-37 GP1–GP2) Table 3-13 GP1 Inputs and Outputs Description Description Description Description GPI 1 GPI 11 GPO 2 GPO 12 GPI 2 GPO 13 GPI 12 GPO 3 GPI 3...

  • Page 78: Simplified Tt002 Gpo And Gpi Circuits

    Euphonix Max Air Installation Guide Max Air Components 3.13.3 Simplified Diagram of TT002 GPIO Circuit Figure 3-38 Simplified TT002 GPO and GPI circuits The voltage input range for the TT002 GPI is 0 to 2.5 volts DC for a valid logic “low”, and 2.5 volts to 5 volts DC for a valid logic “high”.

  • Page 79: Ft730 Fibertran Fiberoptic Extender

    Line preamplifier or MC524 Monitor Controller to be placed up to 1 km away from the processing core of a Euphonix digital console. The FT730 is always used in pairs with one local unit at the control end and one remote unit at the far end connected by up to 1 km of fiberoptic cable.

  • Page 80: Rear Panel

    Euphonix Max Air Installation Guide Max Air Components • Solid - indicates power supply is functioning normally. • Flashing - indicates the remote power supply has failed. • Off - indicates the local power supply has failed. Sync Remote - The unit is locked to sync coming from the local unit over the fiber link.
  • Page 81 Euphonix Max Air Installation Guide Max Air Components Figure 3-42 Rear Panel Sync Connectors AES/SYNC IN (female XLR or BNC), WORD IN (BNC): Connect this port to a digital sync reference (local unit only). Selection for XLR or BNC input is done using two internal jumpers shown in Figure 3-39 Internal Sync Input Jumper.
  • Page 82 l l a Figure 3-44 Rear Panel TCC, MADI, and Fiber Connectors TCC IN/Out (DB15): Connect TCC IN to TCC control port at local unit. Connect TCC OUT to TCC control port at remote unit. Because the same unit is used at both ends, each has a TCC IN and a TCC OUT connector.

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