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Summary of Contents for Ametek VTI Instruments EMX-75 Series
- Page 1 EMX-75 ERIES 64-C HANNEL IGITAL NPUT UTPUT ’ ANUAL P/N: 82-0127-022 Released January 19, 2021 AMETEK Programmable Power 9250 Brown Deer Road San Diego, CA 92121, (858) 450-0085...
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Page 2: Table Of Contents
VTI Instruments ABLE OF ONTENTS ..............................2 ABLE OF ONTENTS About AMETEK ..............................4 Trademarks ................................4 Exclusion for Documentation ..........................4 Contact Information .............................. 4 Certification ................................5 Warranty Terms ..............................5 Product Return Procedure ............................. 5 ..........................6... - Page 3 www.vtiinstruments.com EMX-7514, 64 DO I ....................26 SOLATED HANNELS Block Diagram ..............................26 Connector Pin/Signal Assignment ......................... 27 EMX-7514 Specifications ..........................27 EMX-7515, 64 DI I ..................... 28 SOLATED HANNELS Block Diagram ..............................28 Connector Pin/Signal Assignment ......................... 29 EMX-7515 Specifications ..........................29 EMX-7519, 64-C ....................
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Page 4: About Ametek
AMETEK BOUT AMETEK Programmable Power, Inc., a Division of AMETEK, Inc., is a global leader in the design and manufacture of precision, programmable power supplies for R&D, test and measurement, process control, power bus simulation and power conditioning applications across diverse industrial segments. From bench top supplies to rack mounted industrial power subsystems, AMETEK Programmable Power is the proud manufacturer of Elgar, Sorensen, California Instruments, Amrel brand power supplies. -
Page 5: Certification
AMETEK will, at its expense, deliver the repaired or replaced Product or parts to the Buyer. Any warranty of AMETEK will not apply if the Buyer is in default under the Purchase Order Agreement or where the Product, or any part thereof, is as follows: •... -
Page 6: General Safety Instructions
VTI Instruments ENERAL AFETY NSTRUCTIONS Review the following safety precautions to avoid bodily injury and/or damage to the product. These precautions must be observed during all phases of operation or service of this product. Failure to comply with these precautions, or with specific warnings elsewhere in this manual, violates safety standards of design, manufacture, and intended use of the product. - Page 7 www.vtiinstruments.com ARNINGS To avoid electric shock or fire hazard, do not operate this product Avoid Electric Shock with the covers removed. Do not connect or disconnect any cable, probes, test leads, etc. while they are connected to a voltage source. Remove all power and unplug unit before performing any service.
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Page 9: Section 1
www.vtiinstruments.com ECTION NTRODUCTION VERVIEW The EMX-75XX Series is a family of high-performance PXIe modules consisting of multiple I/O configurations and logic levels. Dedicated input or output cards are available for high channel count applications while other cards provide ultimate flexibility with eight, 8-bit ports (64 channels) that can be configured as an input or output under programmatic control. -
Page 10: Inspecting The Emx-75Xx Series
VTI Instruments EMX-75XX S NSPECTING THE ERIES The EMX-7510/EMX-7511/EMX-7512/EMX-7513/EMX-7514/EMX-7515/ EMX-7519 modules were carefully inspected both mechanically and electrically before shipment. They should be free of marks or scratches and they should meet their published specifications upon receipt. If the module was damaged in transit, do the following: •... -
Page 11: Technical Specifications
www.vtiinstruments.com RDERING NFORMATION Sl.no. Model Part no. Configuration EMX-7510 70-0409-190 64-CH DIO, Source/Sink, 60 V max Static I/O EMX-7511 70-0409-401 64-CH, DIO TTL, Static I/O EMX-7512 70-0409-402 64-CH, DIO LV TTL, Static I/O EMX-7513 70-0674-000 32DI/32DO, Source/Sink, 60 V max, Isolated Static I/O EMX-7514 70-0672-000 64 DO, Source/Sink, 60 V max, Isolated Static... -
Page 12: Environmental Specifications
VTI Instruments Data Card Specifications Connector Type ERNI 160-Pin EMX-7515 Digital Input Channels Logical High 2.8 V to 60 V Logical Low < 2 V Isolation to Computer GND 1000 V Connector Type ERNI 160-Pin EMX-7519 Data Output Channels 64 (Eight 8-Bit Ports) Characteristics (high) >2 V to 60 V... -
Page 13: Section 2
www.vtiinstruments.com ECTION EMX-7510, 64-C I/O C HANNEL IGITAL The EMX-7510 is a high-performance Digital I/O module with eight ports of 8 bits (64 channels) each. Each 8-bit port may be configured as an Input or Output under program control. In order to ease overall system cabling, all clamping diodes and open collector channels are pulled up internally, rather than on a per-channel basis. -
Page 14: Measurement Performance
VTI Instruments Measurement Performance This section discusses tips and procedures that can help maximize the actual performance realized with the EMX- 7510 and aid the user in avoiding some common pitfalls associated with making measurements. Warm-up Time As the EMX-7510 doesn't require calibration and there are no adjustments for the instrument to meet its published specifications, there is no warm up required. -
Page 15: Connector Pin/Signal Assignment
www.vtiinstruments.com Connector Pin/Signal Assignment The connector pins and their signal assignments are shown below . For mating connector and accessory information, please see Appendix C. Signal Signal Signal Signal Signal GND_S GND_C GND_S GND_S GND_S GND_S GND_S DATA1.4 GND_S DATA1.8 GND_S DATA1.5 DATA1.1... -
Page 16: Emx-7510 Specifications
VTI Instruments EMX-7510 S PECIFICATIONS ENERAL PECIFICATIONS HANNEL COUNT 64 Digital Input / Output channels (Eight 8-Bit Ports) NPUT HARACTERISTICS (high) > 40% of Vclamp (Typical) (low) < 16% of Vclamp (Typical) (max) 60 V UTPUT HARACTERISTICS (high) > 2 V to 60 V (low) <... -
Page 17: Overview
www.vtiinstruments.com Overview The EMX-7510 supports a static mode where user-driven software commands execute reading/writing data channels on a per port basis. Each port can be programmed for direction and polarity. The default direction is input and default polarity is normal. Ports also need a voltage reference before data can be read or written;... -
Page 18: Configuration Section
VTI Instruments direction is input, also checks for polarity and if polarity is reversed, 1 is read as 0, otherwise as 1 and 0 is read as 1, otherwise as 0. Configuration Section This section of circuit is used to select reference voltage (V ) for ports. -
Page 19: Ttl/Lv Emulation Sourcing Current Typical Connection
www.vtiinstruments.com TTL/LV Emulation Sourcing Current Typical connection PXIe Back Front panel Panel conn conn User Voltage USER VCLAMP INT_V_0 3.7V LV 5V TTL INTERNAL Emulation Emulation Configuration 330 Ω 499 Ω 100 kΩ Buffer FPGA Input Buffer DATAx.y DIO + INPUT Input 201 k... -
Page 20: Emx-7511, 64-Channel Igital I/O Ttl Card
VTI Instruments EMX-7511, 64-C I/O TTL C HANNEL IGITAL The EMX-7511 is a high-performance I/O module with eight ports of 8 bits (64 channels) each with standard TTL voltage levels. Each 8-bit port may be configured as an Input or Output under program control. -
Page 21: Connector Pin/Signal Assignment
www.vtiinstruments.com Connector Pin/Signal Assignment The connector pins and their signal assignments are shown below 3.. For mating connector and accessory information, please see Appendix C. Signal Signal Signal Signal Signal GND_C DATA1.4 DATA1.8 DATA1.5 DATA1.1 DATA1.2 DATA1.6 DATA1.3 DATA1.7 DATA2.5 DATA2.4 DATA2.1 DATA2.8... -
Page 22: Emx-7512, 64-Channel Igital I/O Lv Ttl Card
VTI Instruments EMX-7512, 64-C I/O LV TTL C HANNEL IGITAL The EMX-7512 is a high-performance I/O module with eight ports of 8 bits (64 channels) each with standard LV TTL voltage levels. Each 8-bit port may be configured as an Input or Output under program control. -
Page 23: Connector Pin/Signal Assignment
www.vtiinstruments.com Connector Pin/Signal Assignment The connector pins and their signal assignments are shown below Table 1-5. For mating connector and accessory information, please see Appendix C. Signal Signal Signal Signal Signal GND_C DATA1.4 DATA1.8 DATA1.5 DATA1.1 DATA1.2 DATA1.6 DATA1.3 DATA1.7 DATA2.5 DATA2.4 DATA2.1... -
Page 24: Block Diagram
VTI Instruments EMX-7513, 32DI 32DO I SOLATED HANNELS The EMX-7513 is a high-performance module with 32 Isolated Digital Input channels and 32 Isolated Digital Output channels. LOCK IAGRAM 1-2: EMX-7513 B IGURE LOCK IAGRAM 1-11: EMX-7513 F IGURE RONT ANEL ONNECTOR ETAILS EMX-75XX Index... -
Page 25: Connector Pin/Signal Assignment
www.vtiinstruments.com Connector Pin/Signal Assignment The connector pins and their signal assignments are shown below Table 1-6. For mating connector and accessory information, please see Appendix C. Signal Signal Signal Signal Signal DI_1.5- DI_2.1- DI_1.5+ DI_2.1+ DI_1.1- DI_1.2- DI_1.6- DI_1.7- DI_2.2- DI_1.1+ DI_1.2+ DI_1.6+... -
Page 26: Emx-7514, 64 Do Isolated Channels Card
VTI Instruments EMX-7514, 64 DO I SOLATED HANNELS The EMX-7514 is a high-performance module with 64 Isolated Digital Output channels. LOCK IAGRAM 1-3: EMX-7514 B IGURE LOCK IAGRAM 1-14: EMX-7514 F IGURE RONT ANEL ONNECTOR ETAILS EMX-75XX Index... -
Page 27: Connector Pin/Signal Assignment
www.vtiinstruments.com Connector Pin/Signal Assignment The connector pins and their signal assignments are shown below Table 1-7. For mating connector and accessory information, please see Appendix C. Signal Signal Signal Signal Signal DO_1.5- DO_2.1- DO_1.5+ DO_2.1+ DO_1.1- DO_1.2- DO_1.6- DO_1.7- DO_2.2- DO_1.1+ DO_1.2+ DO_1.6+... -
Page 28: Emx-7515, 64 Di Isolated Channels Card
VTI Instruments EMX-7515, 64 DI I SOLATED HANNELS The EMX-7515 is a high-performance module with 64 Isolated Digital Input channels. LOCK IAGRAM 1-5: EMX-7515 B IGURE LOCK IAGRAM 1-15: EMX-7515 F IGURE RONT ANEL ONNECTOR ETAILS EMX-75XX Index... -
Page 29: Connector Pin/Signal Assignment
www.vtiinstruments.com Connector Pin/Signal Assignment The connector pins and their signal assignments are shown below Table 1-. For mating connector and accessory information, please see Appendix C. Signal Signal Signal Signal Signal DI_1.5- DI_2.1- DI_1.5+ DI_2.1+ DI_1.1- DI_1.2- DI_1.6- DI_1.7- DI_2.2- DI_1.1+ DI_1.2+ DI_1.6+... -
Page 30: Emx-7519, 64-Channel , Digital Output Card
VTI Instruments EMX-7519, 64-C HANNEL IGITAL UTPUT The EMX-7519 is a high-performance Digital output module with eight ports of 8 bits (64 channels) each. In order to ease overall system cabling, all clamping diodes and open collector channels are pulled up internally, rather than on a per-channel basis. Each channel can sink 300 mA, and includes built-in clamping diodes, making this module ideal for driving external devices such as relays. -
Page 31: Using The Instrument
www.vtiinstruments.com SING THE NSTRUMENT Measurement Performance This section discusses tips and procedures that can help maximize the actual performance realized with the EMX-7519 and aid the user in avoiding some common pitfalls associated with making measurements. Warm-up Time As the EMX-7519 doesn't require calibration and there are no adjustments for the instrument to meet its published specifications, there is no warm up required. -
Page 32: Connector Pin/Signal Assignment
VTI Instruments Connector Pin/Signal Assignment The connector pins and their signal assignments are shown below Table 1-9. For mating connector and accessory information, please see Appendix C. Signal Signal Signal Signal Signal GND_S GND_C GND_S GND_S GND_S GND_S GND_S DATA1.4 GND_S DATA1.8 GND_S... -
Page 33: Theory Of Operation
www.vtiinstruments.com HEORY OF PERATION This section provides an overview of how the EMX-7519 works. The figure below shows this process. Internal Voltage (3.7 V, 5V, 12 V, 24 V) User Voltage Clamp Voltage Latch Selection CLAMP Emulation ctrl Mode Select Output Latch DataOut_Px_Chx... -
Page 34: Configuration Section
VTI Instruments Power on Reset Power on Reset/Soft Reset of EMX-7519 brings the ports to a default state as in Table 2-10. Model Direction Polarity Data Voltage 0xFF EMX-7519 Output Normal (Internal Pull up) 1-10: R ABLE ESET CONDITION Voltage Configuration •... -
Page 35: Sinking Current Typical Connection
www.vtiinstruments.com Sinking Current Typical connection PXIe Back Front panel Panel conn conn User Voltage User Voltage USER VCLAMP INT_V_0 3.7V LV 5V TTL INTERNAL Emulation Emulation Configuration 330 Ω 499 Ω 100 kΩ Buffer FPGA DATAx.y DIO + Output Buffer Channel Control Over-Current Detect... -
Page 36: Section 3
VTI Instruments ECTION OFTWARE NSTALLATION The fastest way to begin controlling an EMX-75XX card is to discover the EMX-2500 chassis in which the card can be plugged. This can be found using the LXI Discovery Tool utility (a free tool available from Consortium). -
Page 37: Ivi Shared Components Installation (Windows Only)
www.vtiinstruments.com IVI Shared Components Installation (Windows Only) If this component was installed during a previous LXI instrument installation, please proceed to Instrument Driver Installation. First, close all other open programs, leaving only Windows Explorer open. Navigate to the <CD-ROM Drive>:\EMX Platform Requisites directory on the CD and run the IVISharedComponentsX.X.X.exe program. -
Page 38: Direct Pcie Register Control Interface For Emx 75Xx Cards
VTI Instruments 3-2: I IGURE NSTRUMENT RIVER NSTALLATION The Linux driver (32-bit and 64-bit) is located under <CD-ROM Drive>:\Drivers\Linux Drivers\Linux EMX Series . Open the appropriate zip file in this directory and then run the RPM Installer. Alternately the instrument drivers for Linux OS are also available for free download from VTI Instrument website, www.vtiinstruments.com DIRECT PCI... -
Page 39: Using The Driver
www.vtiinstruments.com SING THE RIVER The EMX-75XX series may be used in a variety of environments including: Visual Basic, C#, C++, LabView. VTI instruments provides a IVI-C and IVI-COM compliant driver as well as a shared object that can be used on Linux systems that comply with the Linux Standard Base (Version 3.1). -
Page 40: Using The Emx-75Xx Series
VTI Instruments EMX-75XX SING THE SERIES NITIALIZING LOSING THE NSTRUMENT The base interface of the EMX-75XX IVI driver, VTEXDIO (LibDIO on Linux), is used to open and close connections to the instrument as well as containing pointers to all other interfaces to access the functionality of the instrument. -
Page 41: Basic Operation
www.vtiinstruments.com • Cache: Per the IVI specification, this option “specifies whether or not to cache the value of attributes.” Caching allows IVI drivers to maintain certain instrument settings to avoid sending redundant commands. The standard allows for certain values to be cached always or never. - Page 42 VTI Instruments /*We chose to give this driver an empty options string. If you have more than one DIO card in your chassis, you will have to give it options such as a slot number. This is because the DIO driver does not support more than one card per driver instance. Note also that we set the reset flag so that we can get a clean start with the unit */ Dio->Initialize("TCPIP::10.20.1.5::INSTR", VARIANT_TRUE, VARIANT_TRUE, "");...
- Page 43 www.vtiinstruments.com Dio->Normal->WritePorts(VTEXDioDataWidth16, 2, 255); //Writes a data of 255 on port 2, and 0 on port 3. Dio->Close(); ::CoUninitialize(); //Turn off the COM layer. catch(...) //Exception handling here return 0; using System; using System.Runtime.InteropServices; using VTI.VTEXDio.Interop; namespace PortConfiguration class PortConfiguration static void Main(string[] args) VTEXDio Dio = new VTEXDio();...
- Page 44 VTI Instruments read it back. Note that we also have to set a voltage on the port before we can write data.*/ Dio.Normal.Ports.get_Item("PORT2").Direction = VTEXDioDirectionEnum.VTEXDioDirectionOutput; Dio.Normal.Ports.get_Item("PORT2").VoltageRange = 3.3; Dio.Normal.Ports.get_Item("PORT2").Data = 128; /* Changing the Polarity of an output changes both the output and readback polarity.
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Page 45: Section 4
www.vtiinstruments.com ECTION SFP O PERATION NTRODUCTION The EMX-2500 chassis accommodates the EMX-75XX card and provides an internal web page, which allows easy configuration, management and troubleshooting of the device. This internal Soft Front Panel (SFP) is a JavaScript based application which is designed to work, within web browser environment. -
Page 46: Common Issues
VTI Instruments 4-1: LXI D EMX-2500 S IGURE ISCOVERY OOL WITH ELECTED Alternatively, the EMX-2500 may also be discovered using Internet Explorer’s Bonjour for Windows plug-in. The IP address of the EMX-2500 can also be entered into the address bar of any web browser to view the embedded web page. -
Page 47: Multiple Network Ports
www.vtiinstruments.com Multiple Network Ports It is possible that the user computer, can have multiple network adaptors (physical/virtual). Common example of this case, is use of Wireless Internet/Wi-Fi in Laptop computers, whose Wired Ethernet connections are connected to LXI device connected network. In some cases, virtual network adaptors could have been created for use by some of the installed applications on user system. -
Page 48: Login
VTI Instruments Status: These pages perform no actions and accept no entries. It provides operational status and information only. The Index page is an example of a status page. Entry: These pages display and accept changes to the configuration of the instrument. The Network Configuration page is an example of an entry page. -
Page 49: Index
www.vtiinstruments.com NDEX The Index page provides the general information about the EMX-2500. 4-3: EMX-2500 IGURE CHASSIS The Index is accessible from any other instrument page by clicking on the EMX-2500 web page header. The EMX-2500 Command Menu is displayed on the left-hand side of every internal web page. -
Page 50: Vti Instruments Logo
VTI Instruments VTI Instruments Logo The VTI Instruments logo that appears on the upper left of all EMX-2500 web pages is a link to the VTI Instruments corporate website: http://www.vtiinstruments.com. The remainder of this discussion will focus on the EMX-75XX soft front panel. For more information on other EMX-7510 soft front panel elements, please refer to the EMX-75XX Series User’s Manual. -
Page 51: Monitor And Control Page
www.vtiinstruments.com ONITOR AND ONTROL By default, the EMX-75XX SFP opens to the Monitor and Control view. From this view, the user can define the DIO’s mode, its ports configurations. Although the SFP does not expose the entire functionality of the DIO, the SFP can be used to set up the EMX-75XX in most applications. -
Page 52: Device Info Dialog
VTI Instruments • Data: When the direction is set to Output, the user can enter the data value that will be sent on the selected port. • Voltage: Select the voltage range for the port. Allowable values are -2.0, -1.0, (output only), 3.3, 5.0, 12.0, 24.0, and User Voltage Source. -
Page 53: Emx-75Xx Has 7 Variants And Their Sfps Are Shown Below
www.vtiinstruments.com EMX-75XX VARIANTS AND THEIR S ARE SHOWN BELOW • EMX-7510 4-8: EMX-7510 SFP IGURE EMX-7510 is a 64 channel Digital Input / Output, Source/Sink, 60V max static only card. It supports all the features like Direction change, Polarity, Voltage source selection, Port Read / Write, Over Current / Latched Over Current / Reset Latched Over Current registers. - Page 54 VTI Instruments • EMX-7512 4-10: EMX-7512 SFP IGURE EMX-7512 is a 64 channel Digital Input / Output 3.3V LV-TTL static only card. It supports features like Direction change, Polarity, Port Read / Write. • EMX-7513 4-11: EMX-7513 SFP IGURE EMX-7513 is a 32 Digital Input / 32 Digital Output channel, Source/Sink, 60V max, CH-Computer GND isolation, static only card.
- Page 55 www.vtiinstruments.com EMX-7514 4-12: EMX-7514 SFP IGURE EMX-7514 is a 64 channel Digital Output, CH-Computer GND isolation, 60V Source/Sink, Static only card. It only supports features like Polarity change, Port Read / Write. • EMX-7515 4-13: EMX-7515 SFP IGURE EMX-7515 is a 64 channel Digital Input, CH-Computer GND isolation, 60V Source/Sink, Static only card. It only supports features like Polarity change &...
- Page 56 VTI Instruments EMX-7519 4-14: EMX-7519 SFP IGURE EMX-7519 is a 64 channel Digital Output, Source/Sink, 60V max, static only card. Except Direction change, it supports all the features like Polarity, Voltage source selection, Port Read / Write, Over Current / Latched Over Current / Reset Latched Over Current registers.
- Page 57 www.vtiinstruments.com APPENDIX -A Memory Listing and Clearing Procedure The below table provides the Flash components information used in the EMX plugin cards. It also contains clearing procedure details for different modules inside the flash components and whether the user can perform writable operation on them or not.
- Page 58 VTI Instruments APPENDIX -B The following table provide MTBF of EMX-75xx Models, MTBF 40°C Sl.no. Model (Hours) EMX-7510 312,500 EMX-7511 312,500 EMX-7512 312,500 EMX-7513 312,500 EMX-7514 312,500 EMX-7515 312,500 EMX-7519 312,500 1: MTBF ABLE EMX-75XX Index...
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Page 59: List Of Accessories
www.vtiinstruments.com APPENDIX -C IST OF CCESSORIES The following table provides accessories used with the EMX-75XX series DIO cards. ONNECTOR NFORMATION TRAIN ELIEF RACKET ITHOUT ONNECTOR VTI Part Number 70-0409-160R RIMP VTI Part Number 52-0109-000R (includes 100 crimp pins) Manufacturer/Part Number ERNI 234064 ATING ONNECTOR... -
Page 60: Emx-75Xx-Tb160Se Terminal Block
VTI Instruments APPENDIX -D EMX-75xx-TB160SE Terminal Block VTI offers a single-ended terminal block for the EMX-75xx cards (P/N: 70-0367-205R). The terminal block simplifies cabling by providing screw-terminal blocks for user wiring. Signal pin mapping of EMX-75xx cards while using TB160SE Terminal Block is available in Conn Conn Conn... - Page 61 www.vtiinstruments.com Conn Conn Conn Conn Signal Signal Signal Signal DATA4.1 T121 DATA6.1 T122 DATA6.3 DATA1.5 DATA4.7 T123 DATA3.3 T124 DATA5.8 DATA1.6 DATA3.4 DATA5.1 T125 T126 DATA4.3 DATA2.5 DATA5.2 T127 DATA5.3 DATA3.7 T128 DATA2.2 DATA5.4 T129 DATA8.8 DATA3.2 T130 T131 DATA8.5 DATA2.3 DATA4.2 T132...
- Page 62 VTI Instruments Conn Conn Conn Signal Signal Signal Signal DI_4.7- DI_4.2+ T121 DO_6.2+ DI_3.6+ DI_2.6+ T122 DO_7.3- DI_2.1- DI_3.6- DO_5.3- T123 DO_6.1+ DI_3.5+ DI_3.7- T124 DI_4.8+ DI_2.1+ DI_2.4+ DO_5.3+ T125 DO_6.1- DI_3.1+ DI_3.7+ T126 DI_4.7+ DI_2.2- DI_3.4+ DO_5.4- T127 DI_4.8- DI_1.7- DI_4.1- DI_3.8-...
- Page 63 www.vtiinstruments.com Conn Conn Conn Conn Signal Signal Signal Signal DO_4.7- DO_4.2+ T121 DO_6.2+ DO_3.6+ DO_2.6+ T122 DO_7.3- DO_2.1- DO_3.6- DO_5.3- T123 DO_6.1+ DO_3.5+ DO_3.7- T124 DO_4.8+ DO_2.1+ DO_2.4+ DO_5.3+ T125 DO_6.1- DO_3.1+ DO_3.7+ T126 DO_4.7+ DO_2.2- DO_3.4+ DO_5.4- T127 DO_4.8- DO_1.7- DO_4.1- DO_3.8-...
- Page 64 VTI Instruments Conn Conn Conn Conn Signal Signal Signal Signal DI_4.7- DI_4.2+ T121 DI_6.2+ DI_3.6+ DI_2.6+ T122 DI_7.3- DI_2.1- DI_3.6- DI_5.3- T123 DI_6.1+ DI_3.5+ DI_3.7- T124 DI_4.8+ DI_2.1+ DI_2.4+ DI_5.3+ T125 DI_6.1- DI_3.1+ DI_3.7+ T126 DI_4.7+ DI_2.2- DI_3.4+ DI_5.4- T127 DI_4.8- DI_1.7- DI_4.1-...
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