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Table of Contents
Summary of Contents for QEI ePAQ-9150
- Page 1 Substation Terminal Node User’s Manual December 2018...
- Page 2 The information in this document has been carefully checked and is believed to be accurate. However, no responsibility is assumed or implied for inaccuracies. Further more, 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;...
- Page 3 Remote Terminal Unit ____________________________________________________________________________ Revisions Revision Description Date Release to Production June 2008 Formatting Update October 2012 Formatting Update February 2016 Updated QEI Address December 2018 Copyright © 2016 QEI Revisions...
- Page 4 Remote Terminal Unit ____________________________________________________________________________ This Page Intentionally Left Blank Revisions Copyright © 2016 QEI...
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Page 5: Table Of Contents
Remote Terminal Unit ____________________________________________________________________________ Contents Introduction ..................1 Other Related Documentation ............1 Section 1 ..................3 General Description ............. 3 ePAQ-9150 Specifications ........... 4 1.2.1 Input/Output Functions (maximum): ...... 4 1.2.2 Input Power: ............4 1.2.3 Communications: ..........4 1.2.4 Environment: ............4 1.2.5... - Page 6 Remote Terminal Unit ____________________________________________________________________________ This Page Intentionally Left Blank Contents Copyright © 2016 QEI...
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Page 7: Introduction
Other Related Documentation The following additional manuals contain information to assist the user in the installation and servicing of the ePAQ-9150 as part of a SCADA system. Document No. Description ConfigWiz User’s Guide... - Page 8 Remote Terminal Unit ____________________________________________________________________________ This Page Intentionally Left Blank Introduction Copyright © 2016 QEI...
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Page 9: Section 1
The ePAQ-9150 equipment can be mounted in any industry standard equipment rack. The required DC operating voltage is supplied by a commercial power supply which converts the input power (AC or DC) to 12 VDC. If needed, the ePAQ-9150 can be equipped with a battery for operation during power outages. -
Page 10: Epaq-9150 Specifications
Remote Terminal Unit ____________________________________________________________________________ 1.2 ePAQ-9150 Specifications 1.2.1 Input/Output Functions (maximum): Analog Inputs: Status Inputs: 256 - Convertible to Accumulator or PDM Inputs Control Outputs: 128 Analog Outputs: 32 - Using an external 6DA1 or 6SP1 card(s) For detailed I/O Specifications, please refer to the applicable panel User’s Guide. -
Page 11: Typical Equipment Layout
Remote Terminal Unit ____________________________________________________________________________ Weight: 200.0 lbs. 1.3 Typical Equipment Layout Copyright © 2016 QEI Section 1... -
Page 12: Typical Interconnection Diagram
Remote Terminal Unit ____________________________________________________________________________ 1.4 Typical Interconnection Diagram Sheet 1 – Power Supply and Communications 1.4.1 Section 1 Copyright © 2016 QEI... -
Page 13: Sheet 2 - Control Output Connections
Remote Terminal Unit ____________________________________________________________________________ 1.4.2 Sheet 2 – Control Output Connections Copyright © 2016 QEI Section 1... -
Page 14: Sheet 2 - Control Output (With Kuep-3)
Remote Terminal Unit ____________________________________________________________________________ 1.4.3 Sheet 2 – Control Output (with KUEP-3) Section 1 Copyright © 2016 QEI... -
Page 15: Sheet 3 - Status Input Connections
Remote Terminal Unit ____________________________________________________________________________ 1.4.4 Sheet 3 – Status Input Connections Copyright © 2016 QEI Section 1... -
Page 16: Sheet 4 - Analog Input Connections
Remote Terminal Unit ____________________________________________________________________________ 1.4.5 Sheet 4 – Analog Input Connections Section 1 Copyright © 2016 QEI... -
Page 17: Typical Point Assignment Chart
Remote Terminal Unit ____________________________________________________________________________ 1.5 Typical Point Assignment Chart 1.5.1 Sheet 1 – Control Points with Standard Relays Copyright © 2016 QEI Section 1... -
Page 18: Sheet 1 - Control Points With Kuep-3 Relays
Remote Terminal Unit ____________________________________________________________________________ 1.5.2 Sheet 1 – Control Points with KUEP-3 relays Section 1 Copyright © 2016 QEI... -
Page 19: Sheet 2 - Status Points
Remote Terminal Unit ____________________________________________________________________________ 1.5.3 Sheet 2 – Status Points Copyright © 2016 QEI Section 1... -
Page 20: Sheet 3 - Analog Points
Remote Terminal Unit ____________________________________________________________________________ 1.5.4 Sheet 3 – Analog Points Section 1 Copyright © 2016 QEI... -
Page 21: Installation Information
Panel jumper and platform options for a specific RTU. NOTE QEI Equipment Layout and Interconnection Diagram drawings are generic. One common set of these drawings will generally apply to several or all the RTUs in a system. Parts Lists for one to five RTUs may be included in one document. -
Page 22: External Wiring
If the optional 202T modems are utilized, then the communication lines are either two-wire or four-wire. Regular telephone wire should be used for systems interconnected via telephone-company lines. For self-contained systems, separate twisted pairs with individual shields may be used for each line. Section 1 Copyright © 2016 QEI... - Page 23 All external wires are connected at the terminal blocks on the installed panels. It is recommended that each wire be terminated in a solderless terminal. Make certain to leave a small "service loop" at each terminal connection. Copyright © 2016 QEI Section 1...
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Page 24: Circuit Panel Locations
If you are ordering additional panels of the same type, you must specify panels with the same options as the ones in the ePAQ-9150 to be expanded. The panel's part number and model designations and the interconnecting cable's... -
Page 25: Test Equipment And Tools
Notebook PC test device. It performs all the standard test panel functions plus configuration of the main processor platform. QEI Master This is a portable test set (QEI P/N 40-056930) designed to simulate a Simulator TDMS-Plus Master Station. ASE Master... -
Page 26: Operating Instructions
1.7 Operating Instructions 1.7.1 Switches, Connectors and Indicators The switches, connectors and Indicators for the ePAQ-9150 are located at the front and rear faceplate of the ePAQ-9100 module. Please refer to the ePAQ-9100 User Guide (UG-1037) for more details. The ePAQ-9150 switches, connectors and... -
Page 27: Turn On Procedure
On Remote Terminal Unit Subsystems equipped with battery backup operation, the ePAQ-9150 will operate for up to 6 hours, depending on the load imposed on the battery and the ambient temperature. Normal operation of the ePAQ-9150 will occur as soon as the ac power is restored. ... -
Page 28: Section 2 - Associated User Guides
6AIP1 Analog Input Panel User’s Guide UG-1003 6COP1 Control Output Panel User’s Guide UG-1004 6SIP1 Status Input Panel User’s Guide UG-1005 6PCP6 Power and Communication Panel User’s Guide UG-1007 Section 2 – Associated User Guides Copyright © 2016 QEI... -
Page 29: Section 3 - Glossary Of Scada Terms
Remote Terminal Unit Subsystem’s User’s Manual. Some of the terms have standard usage throughout the industry, while others are defined as expressly used by QEI. The glossary may be regarded as a definitive reference only within respect to the usage of the terms within this manual. - Page 30 Byte A group of eight (8) binary digits (or bits) that are processed as a single unit. This is the minimum memory unit in the QEI system. Channel A unique communication link between the master station and one or more remote stations.
- Page 31 The boundary at which an alarm condition is initiated when an analog point is less than its minimum permissible value. Lower Limit Return The lower limit hysteresis level at which a lower limit alarm condition is removed. Least Significant Bit. Section 3 – Glossary Copyright © 2016 QEI...
- Page 32 To remove the data stored at the remote stations by replacing stored data with zeros. RS-232C Electronics Industry Association Standard for Interface between Data Terminal and Data Communications equipment employing serial binary Section 3 - Glossary Copyright © 2016 QEI...
- Page 33 The method of sensing and transmitting supervisory information from a remote station to the master station, or transmitting commands and set point information from the master to the remote. Generally analog or Section 3 – Glossary Copyright © 2016 QEI...
- Page 34 (such as address or instruction words) are “byte size”, or 8 bits. Write To enter or provide information, such as when the computer places data in a RAM memory location or permits information to a peripheral device. Section 3 - Glossary Copyright © 2016 QEI...