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QEI ePAQ-9100 Manual

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UG-1037
ePAQ-9100
December 2018

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Summary of Contents for QEI ePAQ-9100

  • Page 1 UG-1037 ePAQ-9100 December 2018...
  • Page 2 QEI reserves the right to make changes to any products herein described to improve reliability, function or design. QEI does not assume liability arising out of the application or use of any product or circuit described herein; neither does it convey any license under its patent rights nor the rights of others.
  • Page 3 Revised Operating October 2008 Voltages Updated Ordering June 2009 Information Fixed Diagrams, October 2010 removed ConfigWiz Formatting Update March 2012 Formatting Update February 2016 Formatting Update June 2017 Updated QEI Address December 2018 Introduction  1 Copyright © 2017 QEI...

  • Page 4: Table Of Contents

    5.1.10 Analog Multiplexer Input Port ......20 5.1.11 Status Multiplexer Input Port ....... 20 5.1.12 Control Output Port ..........20 5.1.13 Physical Dimensions ........... 20 5.1.14 5.1.14 Power ............20 5.1.15 5.1.15 Environment ..........21 2  Introduction Copyright © 2017 QEI...
  • Page 5 9 9 Ordering Information ............40 ePAQ Accessories ............. 41 9.1.1 Hardware ............41 9.1.2 Software .............. 41 10 ePAQ Related Documentation ..........42 10.1 Hardware Documentation ..........42 10.2 Software Documentation ............ 42 11 Glossary .................. 43 Introduction  3 Copyright © 2017 QEI...

  • Page 6: Introduction

    A high performance, applications specific Embedded Real-Time Operating System (ERTOS) ensures high rate of data transfer with minimum latency. The ePAQ-9100 Multifunction Gateway can also serve as a Substation Data Concentrator and provide significant expansion capability via numerous IEDs and traditional hardwired I/O (RTU).

  • Page 7: Applications

    The ePAQ-9100 was designed to provide the transition form today’s RTU’s to tomorrow’s fully automated substations. Therefore, as your substation communication and automation needs expand, the ePAQ-9100 can grow right along with you. The ePAQ-9100 can be utilized in different configurations, ranging from simple to complex. A sampling of these applications is described below.

  • Page 8: Substation Data Concentrator

    UG-1037 ePAQ-9100 Substation Data Concentrator In this application the ePAQ is utilized as a traditional or legacy RTU. The field input is through QEI’s 6AIP, 6SIP and 6COP hardware I/O panels. 6  Applications Copyright © 2017 QEI...

  • Page 9: Ied/Scada Integration Platform

    IED/SCADA Integration Platform Building on the previous example, the ePAQ-9100 can handle the addition of serially connected Intelligent Electronic Devices such as relays, meters, and controllers for reclosers and regulators. In addition, these devices could use different protocols like DNP3, Modbus RTU or Cooper 2179.

  • Page 10: Legacy Rtu To Substation Lan Gateway

    Legacy RTU to Substation LAN Gateway IED’s are beginning to be available with Ethernet connections via 10/100BaseT or 100 Base FX. The ePAQ-9100 can be configured with an Ethernet interface that supports both 10/100 Base TX or 100 Base FX. The Ethernet Interface supports both UCA 2.0 (OSI and TCP/IP) and DNP3 over TCP/IP.

  • Page 11: Substation Lan To Legacy Scada/Ems Master

    Substation LAN to Legacy SCADA/EMS Master Building on application #3, the ePAQ-9100 can collect data from the networked substation devices and disseminate it to the legacy master in its required format. This configuration allows you to upgrade your substations with the latest IED’s without having to upgrade your legacy Master Station.

  • Page 12: Scada Web Server

    SCADA Web Server While the ePAQ-9100 is collecting data from field devices, as well as servicing Master Station data requests, it can support a web page. The web page can be used as a local or remote HMI to view real time substation data, while all of the other functions are being processed.

  • Page 13: Automation Platform

    Automation Platform Using QEI’s Programmable Logic and Communication Controller (PLCC) software module, the ePAQ-9100 can be transformed into an automation processor, capable of locally controlling various processes right at the substation. PLCC uses an Excel spreadsheet Integrated Development Environment for the user to write programs to perform logical, mathematical and closed loop control operations.

  • Page 14: Hardware Overview

    I/O interface and the power section. Main Processor and Memory The ePAQ-9100’s Main Processor section is made up of a Motorola 68331 32-bit microprocessor, a clock generator and watchdog timers. The microprocessor handles all I/O and communications services.

  • Page 15: Ports #1 And #2

    It is called the Maintenance Port because its main function is to provide a clean, simple interface to the test technician, allowing him to control and query the status of the ePAQ-9100 or its data. This port is also used for downloading software, configuration tables, etc. This is an RS-232 interface port supporting only software handshaking.

  • Page 16: Port #6, #7, #8 (Rs-232)

    LEDs for communications status on the ePAQ-9100’s front panel. 3.2.8 IRIG-B Interface The ePAQ-9100 supports the IRIG-B format in one of two distinct forms. A transformer coupled analog input channel (amplitude modulated time sync packets), or a serial input channel (a digital representation of the signal at RS- 422 levels).

  • Page 17: Local I/O Interface

    6AIP1 for a maximum total of 128 possible analog input points. The API also includes two fixed reference points at +/- 4.5 Vdc. The ePAQ-9100 has a 0 to +/- 5Vdc, 12bit A/D converter that converts collected analog values to digital values. These values are then stored in RAM. A DC/DC converter in the ePAQ provides power and isolation for the 6AIP1’s.

  • Page 18: Status Panel Interface (Spi)

    The SPI, under program control, reads the state (0 or 1 value) of the digital points in the selected 6SIP1 panel. This value is stored in RAM for further processing. Via a 26pin IDC header (STATUS), 6SIP1’s can be connected to the ePAQ-9100 via ribbon cable.
  • Page 19 Point data is never "Queued-up, to be read later" between any of the clients and servers. Time-stamps are generated at the data source, and QEI's status sampling technology allows millisecond (or better) accuracy of actual transition-time recording without any skew introduced through the debouncing process.

  • Page 20: Specifications

    Transmit Output: -12 to 0 dBm in 3 dBm steps  Line Configuration: 2 or 4 Wire  Line Impedance: 600 ohms  Push-To-Talk: Open collector, 120mA @12Vdc, sinking  Interconnections: RJ-12, 6 pin 18  Specifications Copyright © 2017 QEI...

  • Page 21: Port 3 (Rs-232 Maintenance Port)

    Protocol: TCP/IP / OSI  Connector: RJ-45  Cabling: Category 5 compliant  Pinning: 568-A, straight 100 Base FX (TX and RX):  Protocol: TCP/IP / OSI  Connector: ST  Fiber Type: Multimode Specifications  19 Copyright © 2016 QEI...

  • Page 22: Analog Multiplexer Input Port

    Security: One relay operation at a time.  Connector: 34-pin IDC header. NOTE In ePAQ-9100 unit equipped with the Local I/O option, the control voltage required to operate control relays IS generated within the ePAQ-9100. 5.1.13 Physical Dimensions 17.125 in. L x 17.000 in. W. x 3.437 in. H.

  • Page 23: Environment

    (10/32 x 0.5”) not included. Enough space behind the rear of the ePAQ must be provided for all communication and power connections; a minimum for 4” is recommended. Figure 6.1 – Mounting Dimensions Installation  21 Copyright © 2016 QEI...
  • Page 24 UG-1037 ePAQ-9100 Figure 6.2 – Front Panel 22  Installation Copyright © 2017 QEI...

  • Page 25: Power Connections

    6.3.1 Port 4 (RS-232) This port is included in all possible ePAQ configurations and is always a RS-232 port. It is suitable for use to connect to radios, external modems or fiber optic Installation  23 Copyright © 2016 QEI...

  • Page 26: Port 5 (Rs-485)

    Check the part number of the ePAQ to determine if it is equipped with either port. The RS-232 connection type is suitable for use as a connection to radio or external modem equipment or fiber optic interface transceivers. The 202T 24  Installation Copyright © 2017 QEI...
  • Page 27 1 or 2 and the figure to refer to for wiring information. Table 6.1 Port 1 and 2 Wiring Connections ePAQ Ordering # Port 1 Type Port 1 Figure Port 2 Type Port 2 Figure EPAQ-9100- X 0 X X None None None None EPAQ-9100- X 1 X X 202T...
  • Page 28 Table 6.2 shows the required jumper settings and Figure 6.9 shows jumper locations for an ePAQ-9100 equipped with (1) 202T modem port (Port 1) and (1) RS-232 port (Port 2). The jumpers must be set for proper operation of the 202T modem port.
  • Page 29 Figure 6.9– Single 202T Modem Jumper Locations Table 6.3 shows the required jumper settings and Figure 6.10 shows jumper locations for an ePAQ-9100 equipped with (2) 202T modem ports (Port 1 and Port 2). The jumpers must be set for proper operation of the 202T modem ports.

  • Page 30: Port 6, 7, 8 And 9 (Rs-232 Or Rs-485, Optional)

    Port 6, 7, 8 and 9 (RS-232 or RS-485, optional) These ports are optional in the ePAQ and are included if the ePAQ part number is ePAQ-9100-X X 1 X. Port 9 is only a RS-232 port. NOTE The port can be either a RS-232 or RS-485, but not both simultaneously.

  • Page 31: Local Input / Output Interface

    Refer to Figure 6.13 and Section 1: General Specifications for connection and detailed technical information on the Network Interface. The ePAQ part number must have a 3 in the last place (ePAQ-9100- X X X 2) of the part number for this option to be included.

  • Page 32: Irig-B Time Synchronization Interface (Optional)

    Refer to Figure 6.14 and Section 1: General Specifications for connections and detailed technical information on this interface. The ePAQ part number must have a 2 in the last place (ePAQ-9100- X X X 3) of the part number for this option to be included.

  • Page 33: Epaq Addressing

    Switch Value Figure 6.16 – ePAQ Addressing DIP Switch Locations Non-Shaded area in drawing indicates DIP Switch locations. Installation  31 Copyright © 2016 QEI...

  • Page 34: Configuration

    (ConfigWiz User’s Guide) for more information. Troubleshooting This troubleshooting guide is intended to provide assistance with ePAQ configuration files. It is not intended to provide any hardware (QEI or third party provided) assistance or assistance with third party provided software configurations.

  • Page 35: Communication: Epaq To Field Device(S)

    Section 3 of this manual. Is the ePAQ licensed for this Field Check license agreement supplied with Device protocol? equipment. Consult QEI if protocol is not licensed. Is the correct Field Device specified? Change Field Device specified in RTU file.
  • Page 36 In the Port configuration, increase the value of ‘InterCharTime’. Refer to Configuring message, but does not continue to communicate, or tries to send the Communication Ports in Section 3 of this same poll again. manual. 34  Troubleshooting Copyright © 2017 QEI...

  • Page 37: Communications: Master Station To Epaq

    Be sure to consult with the Field Device manufacturer to ensure that the device is configured and operating correctly. Consult with QEI Customer Service for more information. Communications: Master Station to ePAQ It can be determined that the Master Station is trying to send a message to the ePAQ by monitoring the port activity using either the TX/RX LED’s for that port on...
  • Page 38 Station in the ePAQ configuration file? Station under test. Refer to Configuring Servers in Section 3 of this manual. Does the protocol implementation Consult with QEI Technical Assistance for support the message type being sent more information. by the Master Station? The ePAQ responds to Master Station’s message, but the Master Station does not...

  • Page 39: Irig-B Troubleshooting

    Station manufacturer to ensure that the device is configured and operating correctly. Be sure to consult with any communication hardware providers to ensure that the equipment is configured and operating correctly. Consult with QEI Customer Service for more information. IRIG-B Troubleshooting Refer to UG-1036 (6TIM User’s Guide) for more information.

  • Page 40: Status Data

    At this point in the Analog data validation process, all options concerning software parameter adjustments have been attempted. Check that all wiring terminations and cabling are correct. If those are correct, contact QEI for technical assistance. 8.7.2 Status Data...

  • Page 41: Accumulator Data

    At this point in the Status data validation process, all options concerning software parameter adjustments have been attempted. Check that all wiring terminations and cabling are correct. If those are correct, contact QEI for technical assistance. 8.7.3 Accumulator Data...

  • Page 42: Control Data

    At this point in the Accumulator data validation process, all options concerning software parameter adjustments have been attempted. Check that all wiring terminations and cabling is correct. If those are correct, contact QEI for technical assistance. 8.7.4...

  • Page 43: Epaq Accessories

    Accessories 9.1.1 Hardware  AC Line Cord – QEI P/N 10-057XXX-001 – Use to connect the ePAQ to standard 120VDC, 15A, outlet.  Maintenance Port Cable – QEI P/N 10-057126-001 – Use to connect the ePAQ Maintenance Port to a PC’s RS-232 port.

  • Page 44: 10 Epaq Related Documentation

     EPAQ User’s Guide - This manual.  6AIP1 User’s Guide - QEI P/N UG-1003 - This manual describes the QEI Local I/O Analog Input Panel.  6SIP1 User’s Guide - QEI P/N UG-1005 - This manual describes the QEI Local I/O Status Input Panel.

  • Page 45: Glossary

    Folders contain other folders or files. Folders are also called directories. Graphical User Interface Hexadecimal An alpha-numerical system based on the numbers 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, and letters A, B, C, D, E, F. Glossary  43 Copyright © 2016 QEI...
  • Page 46 QBUS QUICS interface to support QUICS cards. QUICS Quindar Universal Intelligent Control System Right-click Selecting a command or icon by using the right of the mouse. 44  Glossary Copyright © 2017 QEI...
  • Page 47 Template A custom-structured file that contains generic information that can be tailor-fit for each scenario. Display area in the GUI that displays information and enables Window user interaction with the computer and software. Glossary  45 Copyright © 2016 QEI...

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