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-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 a drawing of the base for the SNAP-PAC-RCK12, a mounting rack that holds one SNAP PAC brain or on-the-rack controller plus any mix of up to 12 analog, digital, and serial SNAP I/O modules.

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

This CAD file contains a drawing of the base of the SNAP-B4M 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-B12M 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.

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.

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

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

Compatibility: Windows Vista(R) Business (32-bit), Windows XP Professional (with SP2 or higher) or Windows 2000(R)(with SP4) workstation operating system.

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 message log created provides a history of how your system runs under normal conditions. When problems occur, you will have a history of normal messages as well as error messages to help troubleshoot the cause.

The strategy and project were originally created in ioProject 7.0 Basic, and can be used with ioProject 7.0 and 7.1 as well as PAC Project 8.0, 8.1, and 8.2. It can also be used with Basic or Pro versions.

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

1. Write down all settings that you have saved to flash, for example, security settings.

2. Important: Using the Operation Code in the Status Write area of the Web pages for the card, clear flash memory.

3. Now load the new firmware, following instructions in Opto 22 form #1156, the M4SENET-100 Installation Guide.

4. Using Telnet and following the steps in the M4SENET-100 Installation Guide dated June 2003 or newer, reset the settings you wrote down in step 1 and save them to flash.

If you did not clear flash memory (step 2), Telnet will not work with your card. In that case, you must reset the card to factory defaults and then assign an IP address to it before you can reset settings. Steps for resetting to factory defaults and assigning an IP address are in the M4SENET-100 Installation Guide.

This CAD file includes drawings for the SNAP-PAC-EB2 and SNAP-PAC-EB2-FM brains, which provide distributed control for the SNAP PAC System.

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

The drawing also applies to the SNAP-PAC-RCK-8-FM rack, which is Factory Mutual approved.

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

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

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-compliant management system such as Computer Associates' Unicenter®, Hewlett-Packard's OpenView®, or IBM's Tivoli®, you will need to download this MIB file.

E1 and E2 brain boards run a Linux operating system (OS), and some software components used in this OS are licensed under the GNU Public License (GPL), the GNU Lesser Public License (LGPL), and other open-source licenses. This download contains the files Opto 22 is required to provide under these software licenses.

To use this file, include it as a file that is downloaded with the ioControl strategy.

1) In ioControl's debugger, double-click on your control engine.

2) Click Download Options, and then click Add This to Files to Download After the Strategy.

3) Download the strategy to the SNAP Ultimate brain.

The OptoAgent Integration supports both SNMP traps and polling to keep Unicenter updated on the current state of the hardware, and alert Unicenter of any problems. It also gives the user the ability to control the Opto 22 hardware.

OptoAgent Integration takes advantage of Unicenter Agent technology to graphically represent the Opto 22 hardware to the user. This Graphical User Interface (GUI) makes monitoring and managing real-world assets intuitive.

OptoAgent gives you the ability to read and write digital and analog I/O points that are attached to the Opto 22 hardware. These I/O points are connected to real-world electrical, mechanical, and electronic devices - such as lights, temperature and pressure sensors, motors, and serial devices. Using Unicenter, OptoAgent, and Opto 22 hardware, you can manage these real-world devices.

You can use ioManager software to configure the Opto 22 hardware and I/O points for use with OptoAgent. You can also configure OptoAgent to send SNMP traps based upon events you define.

Once the Opto 22 hardware and I/O points are configured, you can use OptoAgent View to see information about the Opto 22 hardware and the status and values of digital and analog I/O points.

• Calculating volume from tank level measurement (PV=Level Q=Volume)
• Setpoint Generator (PV=Elapsed Time Q=Required Setpoint, eg Temp or Flow)
• Flow rate profiling (PV=Dif Pressure Q=Flow Rate)
• Split Range Control (PV=Common Output Q=Valve1 profile)
• Adaptive Gain (PV=Secondary Variable Q=PID Gain Value)
  

This utility allows users to:

• Retrieve values of various tags/variables from a controller
• Open/create a text file with a list of variables, either by hand or by reading tag names from a strategy (.cdb) file
• Save the current values of variables to that same text file
• Read those values back from the text file then
• Send the values to the controller.

The OptoMMP Communication Toolkit includes ActiveX components and C++ classes for communicating with Opto 22 Ethernet-based brains and controllers, which are memory-mapped devices using the OptoMMP protocol. The toolkit hides the details of the memory map protocol, so you can use programming tools such as Visual Basic or Visual C++ to easily communicate with these Ethernet devices.

All source code is included, along with examples using Visual Basic 6.0, Visual C++ 6.0, Word, Access, and Delphi.

For more information on the OptoMMP Communication Toolkit, see Chapter 3 in the OptoMMP Protocol Guide.

NOTE: This toolkit was formerly called the SNAP Ethernet I/O Driver Toolkit.