PamScan for Windows 7/Vista (32-bit) is a software utility for troubleshooting PAMUX hardware.

SoftPAC™ is a software-based programmable automation controller (PAC) designed for PC-based control.

Programmed just like an Opto 22 hardware PAC, SoftPAC runs your PAC Control strategy independently on an embedded or standalone PC.

One SoftPAC is included in the PAC Project Professional Software Suite, or you can purchase SoftPAC separately and use the free PAC Project Basic Software Suite to program it. (If you already own PAC Project Pro 9.0 or higher, you can get the upgraded suite including one SoftPAC for free.)

SoftPAC has the following advantages when compared to a hardware PAC:

- You can run your PAC Control control program (strategy) in a Microsoft Windows environment rather than on a standalone or rack-mounted PAC.
- If you are a machine builder or an OEM with a PC already in your product, or if you want to use a PC for a new design, your cost for a controller is reduced.
- SoftPAC takes advantage of a PC’s ability to quickly read and write to files as well as its greater space for data storage. This makes it especially useful for applications requiring extended file storage, frequent access to files, math-intensive processes, or a large number of control flowcharts running at the same time.

For a detailed comparison with hardware PACs, see the SoftPAC Data Sheet (form 2020).

PAC Manager is a configuration and maintenance utility used with all SNAP PAC System controllers and brains. This product is a free download that includes software and documentation in Adobe Acrobat PDF format.

PAC Display Professional, part of the PAC Project Professional Software Suite, is a user-friendly HMI package for building operator interface applications to communicate with the SNAP PAC System. Technicians and operators can monitor the system, respond to alarms, and interact as necessary using a graphical display.

PAC Display Professional is available as a separate application or as part of the PAC Project Professional Software Suite, which also includes software for control programming, OPC communication, and database connectivity.

The price for PAC Display Professional is for one seat. If you are using multiple seats of PAC Display, we strongly recommend that you also purchase OptoOPCServer (included in PAC Project Pro). OptoOPCServer manages all communication with the controller and reduces traffic on the control network.

PAC Control, part of the PAC Project Software Suite, is an intuitive, flowchart-based tool for programming industrial automation, remote monitoring, and data acquisition applications. Using PAC Control, you create and debug control programs and then download and run them on a SNAP PAC industrial controller.

This product includes software and documentation in Adobe Acrobat PDF format on a CD. It also includes complete printed documentation.

You can purchase PAC Control Professional as an individual application or as part of the PAC Project Professional Software Suite, which also includes software for HMI development, OPC communication, and database connectivity.

The PAC Project Software Suite from Opto 22 provides all the software you need for industrial automation, remote monitoring, and data acquisition applications in any field. One of four components of the SNAP PAC System, PAC Project software is fully integrated with SNAP PAC controllers, brains, and I/O.

PAC Project Professional includes the following:

- PAC Control Professional for developing control programs to run on SNAP PAC controllers
- PAC Display Professional for creating HMIs for operators and technicians
- PAC Manager for configuration and maintenance
- OptoOPCServer for communication with OPC 2.0 clients
- OptoDataLink for sharing SNAP PAC System data with databases
- SoftPAC for running control programs on a software-based programmable automation controller (PAC) designed for PC-based control

This product includes software and documentation in Adobe Acrobat PDF format on a CD. It also includes complete printed documentation.

Controller-level Redundancy:

PAC Project Professional includes support for controller-level redundancy when used with identical SNAP PAC S-series controllers and the SNAP PAC Redundancy Option Kit (part number SNAP-PAC-ROK). To use controller redundancy, controller firmware R9.1b or higher is required.

PAC Project Demo contains everything you need to demonstrate or experiment with Opto 22's PAC Project Software Suite:

• PAC Control development software and a pre-made control strategy
• PAC Display HMI software and a pre-made HMI project
• SNAP PAC Sim, a PC-based control engine
• The PAC Project Demo Quick Start pdf, which shows you how to run the demo

The PAC Display project includes some highly graphical HMI examples, including a bottling plant and a yacht.

SNAP PAC Sim is Microsoft Windows-based software that simulates the control engine of an Opto 22 programmable automation controller (PAC). You can use SNAP PAC Sim with Opto 22 PAC Project software to develop, download, and debug your PAC Control strategy without a hardware PAC.

Note that PAC Sim is a control engine simulator, not an I/O simulator. If you configure I/O units in your strategy, and the I/O units are not on the Ethernet network of the computer running PAC Sim, you will get errors. For more information, click the Related Documents tab below and read the Readme.

IMPORTANT: SNAP PAC Sim is intended for demonstration and testing only and is NOT intended to be used in an actual application. SNAP PAC Sim is time limited and will operate for only 12 hours at one time. After this time has elapsed, the software must be restarted before it can be used again.

This CAD file contains a 3-dimensional drawing of the SNAP-PAC-RCK16 mounting rack, which holds a SNAP PAC I/O processor (brain or rack-mounted controller) plus up to 16 analog, digital, or serial I/O modules. This drawing also applies to the SNAP-PAC-RCK16-FM, which is Factory Mutual approved.

This download contains current firmware for the SNAP-PAC-S2-W controller. Current firmware for all SNAP PAC brains and controllers is available in a single download here.

This download contains current firmware for the SNAP-PAC-R1-W controller. Current firmware for all SNAP PAC brains and controllers is available in a single download here.

This download contains current firmware for the SNAP-PAC-EB1-W brain. Current firmware for all SNAP PAC brains and controllers is available in a single download here.

This download contains current firmware for the SNAP-PAC-R2 controller. Current firmware for all SNAP PAC brains and controllers is available in a single download here.

This file updates an OptoEMU Sensor (OPTOEMU-SNR-3V, OPTOEMU-SNR-DR1, or OPTOEMU-SNR-DR2) to use current firmware and software.

You must have OptoEMU Sensor Manager software in order to install this update file. For update instructions, see the Maintenance chapter in the OptoEMU Sensor User’s Guide (form 1932).

This download contains current firmware for the SNAP-PAC-S2 controller. Current firmware for all SNAP PAC brains and controllers is available in a single download here.

This download contains current firmware for the SNAP-PAC-S1 controller. Current firmware for all SNAP PAC brains and controllers is available in a single download here.

The DNP3 Integration Kit for PAC Control allows Opto 22 SNAP PAC controllers, using PAC Control™, to connect via an Ethernet network or serial port and communicate using DNP3, the Distributed Network Protocol.

The integration kit contains:
- An example DNP3 strategy containing the DNP3 charts that are imported into a strategy to enable an Opto 22 controller to communicate as a DNP3 Level 2 Master or Outstation.
- A set of PAC Control subroutines that are added to a strategy to add DNP Events.
- A PAC Control subroutine that is used by the DNP3_Master chart.
- An Error Handler chart to manage I/O and log errors.

PamScan PCI Windows XP/2000 is a software utility for troubleshooting PAMUX hardware.

Direct I/O Scan for Windows 7/Vista (64-bit) is a diagnostic utility for PCI-AC5 and PCIe-AC5 adapter cards.

Software developer toolkit for high-speed control of multiple digital and/or analog I/O points, using a brain (I/O processor). Requires a PCI-AC51 adapter card and one of the following brains:
B4 (digital)
B5 (digital)
B6 (analog)
SNAP-B4 (digital)
SNAP-B6 (analog/digital)

Firmware for E2 brain board.

This CAD file contains a 3-dimensional drawing of the SNAP-IDC5FAST digital input module, which provides four channels of high-speed 2.5-16 VDC digital input.

This CAD file contains a 3-dimensional drawing of the SNAP-PAC-RCK8 mounting rack, which holds a SNAP PAC I/O processor (brain or rack-mounted controller) plus up to eight analog, digital, or serial I/O modules. This drawing also applies to the SNAP-PAC-RCK8-FM, which is Factory Mutual approved.

This supplement to the SNAP PAC Learning Center Tutorial teaches you how to use proportional integral derivative (PID) loops with PAC Control software and a SNAP PAC R-series controller. This zip file includes the complete tutorial, sample files, and documentation.

The tutorial is designed to be used with a SNAP-PACLC learning center kit. If you don't have a Learning Center but are using PID with PAC Control, you will find conceptual information in the PDF document to be useful.

This CAD file contains a 3-dimensional drawing of the SNAP-PS5 power supply, which provides 5 VDC power for loads up to 4 amps.

This CAD file contains a 3-dimensional drawing of the SNAP-PAC-EB2 Ethernet brain, which provides I/O processing and communications. This drawing also applies to the SNAP-PAC-EB2-FM, which is Factory Mutual approved.

Visio stencil library of SNAP PAC system components for Visio 2003. Images are shown in front view, as though the hardware were mounted on a wall. This library supersedes SNAP PAC 2007 release images. Upright views are in a separate download.

Visio stencil library of graphics suitable for use in a human-machine interface (HMI) or in application diagrams. Images include a variety of small and large items such as arrows, pumps, valves, compressors, tanks, gauges, etc. Use with Visio 2003.

This CAD file contains a 3-dimensional drawing of the SNAP-AIMA-32 analog input module, which provides 32 channels of -20 mA to +20 mA analog current input. This drawing also applies to the SNAP-AIMA-32-FM, which is Factory Mutual approved.

This CAD file contains a 3-dimensional drawing of the SNAP-AIMA-4 analog input module, which provides four channels of -20 mA to +20 mA analog current input.

This CAD file contains a 3-dimensional drawing of the SNAP-IDC5C digital input module, which provides four channels of 2.5-28 VDC digital input. This drawing also applies to the SNAP-IDC5DFM, which is Factory Mutual approved.

The OptoEMU Sensor .NET Toolkit is a 100% managed toolkit that provides a simple, easy-to-use interface for a .NET developer to rapidly create an OptoEMU Sensor-based Windows application.

This toolkit is built using Microsoft's .NET 3.5 Framework. It can be used for Visual Studio 2005, 2008, and 2010 versions.

OPTOEMU-SNR-TB is a free toolbar for the Firefox browser that shows real-time energy usage data from an OptoEMU Sensor, right in your browser while you surf the web. You choose the data you want to see. You can also see data in a browser window as a table or graph, or in a desktop widget.

This free toolbar was developed by JayNick.com, LLC, an experienced developer of standalone and browser-based applications for sensor and device communication, data acquisition, and real-time data monitoring.

This is a PAC Control strategy tag database (idb) file that enables you to access energy data in the OptoEMU sensor for use by PAC Display HMIs, OPC clients, and common SQL databases.

You do not need this file unless you are using data from the Sensor in one of these ways.

If you need this file, download it and save it to a permanent location on your PC. Read the OptoEMU Sensor Communication Guide (form 1958) for details on how to use the Data-Sharing Strategy.

This download contains current firmware for the SNAP-PAC-EB2-W brain. Current firmware for all SNAP PAC brains and controllers is available in a single download here.

The PAC Project files included in this Opto 22 kit provide an interface to use a SNAP PAC controller to read and write Modbus parameters to a DGC-2020 Digital Genset Controller by Basler Electric. The PAC Control and PAC Display files included take advantage of an optional feature of the DGC-2020 that performs Modbus communications by emulating a subset of the Modicon 984 Programmable Controller.

Pulse Energy is an online service you can use to view data about your electrical energy usage. Support for Pulse Energy is integrated into the OptoEMU Sensor™; however, if you are not using the Sensor but acquiring energy data using the SNAP PAC System, you can still see that data through Pulse Energy.

This sample chart shows you how to move data from PAC Control into Pulse. Import the included chart into your PAC Control strategy to make integration with a Pulse Energy account easier. The included technical note, form 1992, shows you how to configure a Pulse Energy account and use the chart to visualize your monitored energy values.

A PAC Control Basic strategy and PAC Display Basic project to show how to do a custom keypad/keyboard useful for those who'd like to create their own keyboard rather than using the built-in one in PAC Display. PAC Control/Display versions R9.0 and newer (because the PAC Display project includes the new-to-9.0 "button" in it). Here's a link to the OptoForums discussion on the topic: Custom Keyboard

A PAC Control Basic chart to show how to do an HTTP Get or Post. For example, to GET the Internet IP address of the device running this chart. These commands are available in firmware R9.1b or newer, PAC Control versions R9.1 and newer. Import this chart into your PAC Control Basic or Pro strategy.

The included AdHocSettings.ciw file makes ad-hoc wireless configuration in PAC Manager easier.

The included technical note, form 1970, shows you how to configure ad-hoc mode on the OptoEMU Sensor, controller, or brain using PAC Manager. It also includes steps for configuring ad-hoc mode on a smart phone.

OptoEMU Sensor energy monitoring units and Opto 22 Wired+Wireless™ SNAP PAC controllers and brains can communicate wirelessly with other wireless devices in either infrastructure or ad-hoc mode.

In ad-hoc mode, wireless devices communicate directly with each other, peer-to-peer. Ad-hoc mode is less secure but useful for temporary wireless connections, because it can be set up quickly.

An analog calibration issue exists for OptoEMU-SNR-3V units with date codes of July 2011 and earlier. This issue only affects customers who are using the product with a "direct connection," that is, measuring power via current transformers (CTs). The calibration issue does not affect those using the product with pulse inputs.

This zip file contains a command line utility and a technical note (in PDF format) showing you how to determine whether your unit is affected and how to fix the issue.

A PAC Display Project to show options for displaying data from an OptoEMU. See form 1958 for more infomation on using PAC Display with an OptoEMU Sensor.

Includes a support archive for the AC28 adapter card. (Support is for existing systems only; this card is not recommended for new development. Use the PCI-AC51 adapter card instead.)

IMPORTANT: This toolkit includes outdated drivers and samples for several adapter cards. Do not use them. They have been replaced:
For the PCI-AC51, use PC-PAMUX-SDK
For the PCI-AC5, PCIe-AC5, G4AC5, and AC5, use PC-DIRECT-SDK

The OptoTerminal programming software contains the Qlarity Foundry software application, which is used to create and program the OptoTerminal-G70 and OptoTerminal-G75 operator interfaces. This complete installation includes user's guides and current OptoTerminal firmware, which can also be downloaded separately.

These PAC Project files provide an introductory example of how to implement time of day scheduling for events.

Important: Version R8.5e is NOT the latest-and-greatest.

R8.5 firmware may be needed when dealing with this potential issue:

KB82356 'File load failure: Memory allocate/flash' when updating SNAP-PAC-R1 firmware

This CAD file contains a 3-dimensional drawing of the 240D45 solid state relay.

This CAD file contains a 3-dimensional drawing of the Z240D10 solid state relay.

This CAD file contains a 3-dimensional drawing of the 240D30-HS solid state relay, which includes an integrated heat sink.

This CAD file contains a 3-dimensional drawing of the SNAP-ODC-32-SRC digital output module, which provides 32 channels of 5-60 VDC output, load sourcing. This drawing also applies to the SNAP-ODC-32-SRC-FM, which is Factory Mutual approved.

This CAD file contains a 3-dimensional drawing of the SNAP-PAC-S2 standalone programmable automation controller.

This CAD file contains a 3-dimensional drawing of the SNAP-PAC-R1 rack-mounted programmable automation controller with high-speed digital functions. This drawing also applies to the SNAP-PAC-R1-FM, which is Factory Mutual approved.

This CAD file contains a 3-dimensional drawing of the SNAP-SCM-232 serial communication module, which provides two channels of high-speed serial data.

This CAD file contains a 3-dimensional drawing of the SNAP-PAC-EB2-W Wired+Wireless Ethernet brain. The brain provides I/O processing for a rack of I/O and communications on a wired Ethernet network, a wireless LAN, or both.

A example strategy written in PAC Control Basic 8.2 that demonstrates how to scale and linearize values. This example strategy uses subroutines to perform most calculations.

This download contains a BETA version of Opto 22's OptoDisplay HMI software.

Beta Version Disclaimer:

OptoDisplay is a legacy product, which is no longer getting new features and no longer going through official release cycles. Beta versions of the software are made available as-is for those who need the related bug fixes.

In general, beta versions will include bug fixes since the last official release, without adding new features. This usually enhances product stability without introducing unwanted side effects. Beta versions for legacy products have been through basic testing only, and will not be formally tested.

Ultimately, the choice will be up to the user as to whether the benefit of using the beta version is worth the risk. We simply want to make the beta version available so that you have options.

This download contains current firmware for the SNAP-B3000-ENET brain.

This download contains current firmware for the SNAP-ENET-S64 brain.

This download contains current firmware for the SNAP-UP1-ADS controller/brain.

This download contains current firmware for the SNAP-UP1-D64 controller/brain.

This download contains BETA firmware for Opto 22 controllers running OptoControl strategies.

Beta Version Disclaimer:

OptoControl is a legacy product, which is no longer getting new features and no longer going through official release cycles. Beta versions of the firmware are made available as-is for those who need the related bug fixes.

In general, beta versions will include bug fixes since the last official release, without adding new features. This usually enhances product stability without introducing unwanted side effects. Beta versions for legacy products have been through basic testing only, and will not be formally tested.

Ultimately, the choice will be up to the user as to whether the benefit of using the beta version is worth the risk. We simply want to make the beta version available so that you have options.

The TL1 Integration Kit for PAC Project™ allows Opto 22 SNAP PAC controllers using PAC Control™ to manage telecommunication network elements (NEs) using the Transaction Language 1 (TL1) protocol, an element management protocol widely used in North America.

The integration kit contains an example strategy, which contains everything you need to use the TL1 protocol in your own PAC Control strategy.

This CAD file includes a drawing of the base for the SNAP-PAC-RCK8, a mounting rack that holds one SNAP PAC brain or on-the-rack controller plus any mix of up to eight analog, digital, and serial SNAP I/O modules.

This drawing also applies to the SNAP-PAC-RCK8-FM, which is Factory Mutual approved.

This CAD file includes a drawing of the base for the SNAP-PAC-RCK16, a mounting rack that holds one SNAP PAC brain or on-the-rack controller plus any mix of up to 16analog, digital, and serial SNAP I/O modules.

This drawing also applies to the SNAP-PAC-RCK16-FM, which is Factory Mutual approved.

This CAD file contains a drawing of the base of the SNAP-B8M mounting rack, which mounts SNAP I/O modules with a legacy brain or rack-mounted controller.

NOTE: For new development, we recommend SNAP PAC racks, brains, and controllers instead.

This CAD file contains a drawing of the base of the SNAP-B16M mounting rack, which mounts SNAP I/O modules with a legacy brain or rack-mounted controller.

NOTE: For new development, we recommend SNAP PAC racks, brains, and controllers instead.

This Modbus/TCP Integration Kit for ioProject allows Opto 22 controllers, using ioControl, to connect via Ethernet to any Ethernet/TCP-Modbus device and communicate using the Modbus/TCP protocol.

The Integration Kit contains a set of ioControl master subroutines, an example Modbus/TCP slave strategy, and ioDisplay master and slave projects to show communication between the example strategies and a Modbus device.

This CAD file includes drawings for the SNAP-SCM-232 serial communication module. This module provides two RS-232 serial ports, so that local serial devices can communicate with the SNAP PAC I/O processor (rack-mounted controller or brain).

This download contains the current firmware for the G4LC32 controller. The download also includes firmware for SNAP-LCM4, SNAP-LCSX, SNAP-LCSX-PLUS, M4, M4RTU, and other Opto 22 OptoControl-based controllers.

This download contains the current firmware for the G4LC32ISA-LT controller. The download also includes firmware for SNAP-LCM4, SNAP-LCSX, SNAP-LCSX-PLUS, M4, M4RTU, and other Opto 22 OptoControl-based controllers.

This download contains the current firmware for the M4 controller. The download also includes firmware for SNAP-LCM4, SNAP-LCSX, SNAP-LCSX-PLUS, M4RTU, and other Opto 22 OptoControl-based controllers.

This download contains the current firmware for the SNAP-LCM4 controller. The download also includes firmware for SNAP-LCSX, SNAP-LCSX-PLUS, M4, M4RTU, and other Opto 22 OptoControl-based controllers.

This download contains the current firmware for the SNAP-LCSX-PLUS controller. The download also includes firmware for SNAP-LCM4, SNAP-LCSX, M4, M4RTU, and other Opto 22 OptoControl-based controllers.

This CAD file includes drawings for the B3000-B analog/digital brain.

This strategy demonstrates how to measure revolutions per minute (RPM).

The strategy was originally created in PAC Control Professional 8.1d.

For instructions, see the documentation included in zip archive.

This is a simple strategy that adds a message to the controller's message queue when the controller powers up and each time the strategy is started. This makes it easy to use the message queue to determine if the controller has been turned off and back on, or if the strategy has been stopped and restarted.

The logic in this sample strategy "IO Enabler" is designed to automatically recover communications to any I/O unit that temporarily goes offline (that is, has communications disabled) for any reason.

It is compatible with strategies that communicate with Ethernet-based and serial SNAP PAC brains, as well as legacy SNAP Ultimate I/O and SNAP Ethernet I/O brains. It is also compatible with serial mistic Multifunction brains. It does not support Mistic "Simple" or "Remote Simple (RS)" brains.

The SNAP PAC Learning Center tutorial is a hands-on, learn-by-example training course developed for use with the SNAP-PACLC Learning Center kit.

Each part of the tutorial introduces aspects of the SNAP hardware and the PAC Project software suite. You'll learn to install and configure hardware, read and write to points, develop a control application (called a strategy), and create an HMI (human-machine interface) to interact with the controller and I/O.

This zip file includes the complete tutorial with sample files and documentation.

PAC Terminal Secure Strategy Distribution (SSD) is used with Opto 22 PAC Project software (either Basic or Pro) to provide a level of strategy security that is most valuable to original equipment manufacturers (OEMs) that use Opto 22 equipment in their own systems, although it is not limited to that application. Using this security system, you can:

• Protect strategies stored and running in a controller
• Safely distribute updated strategies and keep them protected once downloaded
• Ensure that new firmware is from Opto 22 and has not been modified by anyone.

While PAC Terminal SSD is a robust and effective system, it is limited to the protections listed above. Here are some things this system will not protect:

• Normal system communications, such as controller to controller, controller to I/O, human-machine interface (HMI) to controller, etc.
• I/O settings, such as I/O configurations, proportional-integral-derivative (PID) loop settings, Event/Reaction settings, etc.
• Original strategies on a PC. This system does not provide password protection in PAC Control.
• Inspection of controllers using PAC Terminal

This CAD file includes drawings for the SNAP-PAC-SB1 brain, which provides distributed control on a serial link for the SNAP PAC System.

This software patch for PAC Display, ioDisplay, and OptoDisplay software replaces the problematic Borland C++ Runtime library file cw3220.dll, which caused random crashes in PAC Display, ioDisplay, and OptoDisplay.

For installation instructions and more information, see Opto 22 KnowledgeBase article KB 80147.

This download contains a full installation of the most recent version of OptoTerm (R4.1b). This update is necessary to recognize the newer M4RTU Rev. 2. This update also corrects problems affecting previous versions of OptoTerm. See KB48743 and KB50922 for more information about the problems corrected.

This file contains firmware for SNAP-SCM-485-422 and 'REVISION A' SNAP-SCM-232 serial communication modules. This firmware includes hardware flow control capability for the 'REVISION A' SNAP-SCM-232 module, and 4-wire mode for the SNAP-SCM-485-422 module.

OPTOINTAB is an integration kit for communicating between OptoControl and third-party DF1 protocol devices. The integration kit includes subroutines, example strategies, and documentation. In addition, you need the correct library file (see Notes, below).

This kit is compatible with OptoControl 3.0 and newer.

The OptoTerminal Firmware file contains the current firmware versions for the OptoTerminal-G70 and OptoTerminal-G75 operator interfaces. See the OptoTerminal Qlarity Foundry User's Manual for firmware installation instructions.

This CAD file includes drawings for the SNAP-IDC-HDB, a fused breakout rack for SNAP 32-channel digital input modules such as the SNAP-IDC-32 and the SNAP-ODC-32-SNK. The rack simplifies field wiring to the module.

This CAD file includes drawings for the SNAP-PAC-EB1 and SNAP-PAC-EB1-FM brains, which provide distributed control for the SNAP PAC System.

This CAD file includes drawings for the SNAP-AIMA-HDB breakout rack, which is used to provide safe and convenient field wiring for the 32-channel SNAP-AIMA-32 analog input module.

This CAD file includes drawings of the SNAP-PAC-RCK4, a mounting rack that holds one SNAP PAC brain or on-the-rack controller plus any mix of up to four analog, digital, and serial SNAP I/O modules.

This drawing also applies to the SNAP-PAC-RCK4-FM, which is Factory Mutual approved.

This CAD file includes drawings of the SNAP-PAC-RCK12 mounting rack, which holds one SNAP PAC brain or on-the-rack controller plus up to 12 analog, digital, and serial SNAP I/O modules.

This drawing also applies to the SNAP-PAC-RCK12-FM rack, which is Factory Mutual approved.

This CAD file includes drawings of the SNAP-RCK-M2B rack adapter. This adapter makes it possible for customers who are upgrading existing systems to temporarily mount a SNAP PAC brain or on-the-rack controller on a legacy SNAP B-series rack.

This CAD file includes drawings for three 16-channel SNAP digital input modules: the SNAP-IAC-16, the SNAP-IAC-A-16, and the SNAP-IDC-16. Each module provides channel-to-channel isolation.

NOTE:This is a legacy product and is not recommended for new development. For new development, use PAC Control, part of the PAC Project software suite and designed for SNAP PAC controllers. If you do not need Ethernet link redundancy, segmented networking, support for legacy FactoryFloor I/O units, or the ability to import OptoControl strategies, see PAC Control Basic.

To compare product features, see Legacy and Current Product Comparison and Compatibility Charts.

-----------------

ioControl Professional is a legacy flowchart-based programming language for building control, monitoring, and data acquisition applications. Available separately or as part of the ioProject Professional software suite, ioControl also builds the underlying database for ioDisplay human-machine interfaces and OptoOPCServer.

This product includes software and documentation in Adobe Acrobat PDF format on a CD. It also includes complete printed documentation.

NOTE:This is a legacy product and is not recommended for new development. For the SNAP PAC System or new development, use the PAC Project software suite instead.

To compare product features, see Legacy and Current Product Comparison and Compatibility Charts.

----------------

ioProject Basic is a legacy software suite of control and HMI development tools and configuration utilities. The suite includes ioControl Basic, ioDisplay Basic, and ioManager.

ioProject Basic is designed for use with SNAP-LCE standalone controllers and SNAP Ultimate on-the-rack controllers. The suite is included with your purchase of these controllers.

NOTE:This is a legacy product and is not recommended for new development. For new development, use PAC Display, part of the PAC Project software suite and designed for the SNAP PAC System. If you need Ethernet link redundancy or the ability to import OptoDisplay projects, see PAC Display Professional.

To compare product features, see Legacy and Current Product Comparison and Compatibility Charts.

-----------------

ioDisplay Basic is a legacy HMI package for building operator interfaces for your Microsoft Windows-based clients.

ioDisplay Basic is available as part of the ioProject Basic software suite, which also includes ioControl Basic and ioManager.

If you are running multiple seats of ioDisplay, we strongly suggest that you purchase OptoOPCServer. OptoOPCServer supports both ioDisplay Basic and ioDisplay Professional.

This console utility provides:

• An automatic method to update the controller's clock (using the PC's time).
• Support for UIO, LCE, and all Ethernet-connected controllers (SNAP-LCM4, M4, M4RTU, M4IO)

This CAD file includes drawings that apply to most SNAP analog and digital I/O modules.

This CAD file includes drawings for the analog Optomux B2 brain board, a legacy product.

This CAD file includes drawings for the SNAP-M64 I/O mounting rack. The SNAP-M64 rack mounts one SNAP PAC R-series controller or one SNAP Simple brain, and up to 16 analog, digital, and serial I/O modules.

This CAD file includes drawings for the SNAP-M32 I/O mounting rack. The SNAP-M32 rack mounts one SNAP PAC R-series controller or one SNAP Simple brain, and up to eight analog, digital, and serial I/O modules.

This CAD file includes drawings of the SNAP-PAC-S1 programmable automation controller, a standalone industrial controller.

The drawing also applies to the SNAP-PAC-S1-FM, which is Factory Mutual approved.

OptoControl R4.1f software patch for OptoControl, part of the Opto 22 FactoryFloor software suite.

Opto.mib is a management information base (MIB) file that describes the Opto 22 network objects, such as SNAP Ethernet-based brains or controllers, that can be managed using the Simple Network Management Protocol (SNMP). If you are using SNAP Ethernet systems with an SNMP v2.0c-compliant management system such as Computer Associates' Unicenter®, Hewlett-Packard's OpenView®, or IBM's Tivoli®, you will need to download this MIB file.

Opto.mib is a management information base (MIB) file that describes the Opto 22 network objects, such as SNAP Ethernet I/O or SNAP Ultimate I/O brains, that can be managed using the Simple Network Management Protocol (SNMP). If you are using SNAP Ultimate I/O, SNAP Ethernet I/O, or SNAP-IT with an SNMP-compliant management system such as Computer Associates' Unicenter®, Hewlett-Packard's OpenView®, or IBM's Tivoli®, you will need to download this MIB file.

This download contains current firmware for a SNAP-ENET-S64 (SNAP Simple I/O) brain.