Aclara Power Line Systems Y72553-1 Metering transponder User Manual HHTR

Aclara Power-Line Systems Inc. Metering transponder HHTR

Y72553 1 User Manual PDF Download & Text

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TWACS - ORION For UMT Products
USER GUIDE
Y20100-TUM (Rev A)
DRAFT
DRAFT
Proprietary Notice
Information contained in this document is private to Distribution Control Systems, Inc., St. Louis, Missouri (DCSI).
This information may not be published, reproduced, or otherwise disseminated without the express written
authorization of DCSI.
Any software or firmware described in this document is furnished under a license and may be used or copied only in
accordance with the terms of such license.
Disclaimer
The information in this document is subject to change without notice and should not be construed as a commitment
by DCSI. DCSI assumes no responsibility for any errors that may appear in this document.
No responsibility is assumed for the use or reliability of software on equipment that is not supplied by DCSI.
Trademark Information
TWACS, the TWACS logo, and the DCSI logo are registered trademarks of Distribution Control Systems, Inc., St.
Louis, Mo.
Windows and Microsoft are registered trademarks of Microsoft Corporation.
TWACS®
Two-Way Automatic Communication System,
a product of
Distribution Control Systems, Inc.
Confidential and Proprietary
Copyright 2005-2007. All Rights Reserved.
TWACS®-ORION® for UMT Products User Guide
( Y20100)
DRAFT
DRAFT
Table of Contents
Figures and Tables
iii
Chapter 1: Introduction
Safety Warnings and Symbols .
Support . . . . . . . . . . .
Product Returns . . . . . . .
Related Documentation . . . .
Let Us Know How We’re Doing .
TWACS System Overview . . .
Chapter 2: Functional Description
System Overview . . . . . . . . . . . .
Electric Meter Transceiver (EMTR-3) . .
Badger Meter, Inc. ORION® Transmitter .
Hand Held Tranceiver - 3 (HHTR-3) . . .
RF Hardware Installation . . . . . . . .
Pre-Installation Field Survey . . . . . .
Environmental Conditions . . . . . .
Hand Held Transceiver-3 (HHTR-3) Keypad
Navigating the HHTR-3 Screens . . . . .
Display Contrast . . . . . . . . . .
Escape Button Functionality . . . . .
HHTR-3 Menus . . . . . . . . . . . .
Turning On the HHTR-3 . . . . . . . . .
EMTR3 Menu . . . . . . . . . . . . . .
Manage Intelligent End Devices (IEDs) . .
Manage Listen Mode. . . . . . . . .
Manage Port List . . . . . . . . . .
Installation Results . . . . . . . . .
IED Removal . . . . . . . . . . . .
RCE Change Out . . . . . . . . . . .
Extract Port List . . . . . . . . . .
Install Port List . . . . . . . . . . .
EMTR-3 Status . . . . . . . . . . . .
PC Upload Menu . . . . . . . . . . . .
HHTR Config Menu . . . . . . . . . . .
Setup . . . . . . . . . . . . . . . .
Audio . . . . . . . . . . . . . . .
I/O Status . . . . . . . . . . . . .
RF RMT . . . . . . . . . . . . . .
Com Logic . . . . . . . . . . . . .
RF Time . . . . . . . . . . . . . .
Power . . . . . . . . . . . . . . . .
Power Off Time . . . . . . . . . . .
LCD Backlight Time . . . . . . . . .
Battery Status . . . . . . . . . . .
Status . . . . . . . . . . . . . . . .
TWACS®-ORION® for UMT Products User Guide
. 9
. 12
. 13
. 14
. 14
. 14
. 15
. 17
. 18
. 18
. 18
. 19
. 20
. 21
. 23
. 23
. 27
. 29
. 31
. 35
. 35
. 37
. 39
. 40
. 42
. 42
. 42
. 43
. 43
. 44
. 44
. 45
. 45
. 46
. 46
. 47
Table of Contents
Diags. . . . . . .
Test Memory . .
Test Keypad/LCD
Test I/O & RS232
TWACS Menu . . . .
HRTS. . . . . . .
TWACS Modem . .
Serial Com Menu . .
DRAFT
Chapter 3: Troubleshooting
48
48
49
50
51
51
52
53
55
Performing Remote Analysis (TNS) . . . .
Port Specific Status Information . . . .
IED Configuration Data Files . . . . . .
Performing Remote Analysis (TWACS NG) .
EMTR-3 Diagnostic Indicators . . . . . .
Record Overwrite Warning . . . . . . .
Field Troubleshooting. . . . . . . . . .
Meter Shop Test System. . . . . . . . .
Chapter 4: Specifications
Electrical Specifications . .
Electrical Ratings . . . . .
Compliance Specifications .
Environmental Specifications
Physical Specifications . . .
Additional Regulatory Data .
. 55
. 57
. 58
. 60
. 61
. 62
. 63
. 64
65
. 65
. 65
. 66
. 67
. 67
. 69
Acronyms
71
Glossary
73
Index
77
ii
TWACS®-ORION® for UMT Products User Guide
DRAFT
Figures and Tables
Figure 1.1
Figure 2.1
Figure 2.2
Figure 2.3
Table 2.1
Figure 2.4
Table 2.2
Table 2.3
Table 2.4
Table 3.1
Table 4.1
Table 4.2
Table 4.3
Table 4.4
TWACS system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7
RF operation block diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
Electric Meter Transceiver (EMTR-3) . . . . . . . . . . . . . . . . . . . . . 12
ORION transmitters for water, gas, and remote. . . . . . . . . . . . . . 13
ORION transmitter specifications . . . . . . . . . . . . . . . . . . . . . . . 13
Hand Held Transceiver keypad functions . . . . . . . . . . . . . . . . . . 17
HHTR-3 screen navigation buttons . . . . . . . . . . . . . . . . . . . . . . 18
Escape key - menu mapping . . . . . . . . . . . . . . . . . . . . . . . . . . 18
Listening list & port list column headings and list item values . . . . 24
Error code description and solution. . . . . . . . . . . . . . . . . . . . . . 61
Electrical ratings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
Compliance specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
Environmental specifications . . . . . . . . . . . . . . . . . . . . . . . . . . 67
Physical specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67
TWACS®-ORION® for UMT Products User Guide
iii
Figures and Tables
iv
DRAFT
TWACS®-ORION® for UMT Products User Guide
CHAPTER
DRAFT
INTRODUCTION
This chapter contains general information about this manual, important safety
warnings to observe when using this product, contact information to receive
support, and an overview of the TWACS system.
TWACS®-ORION® for UMT Products User Guide
Safety Warnings and Symbols
DRAFT
Safety Warnings and Symbols
The following symbols are used in this manual.
Symbols and Warnings
WARNING: Indicate a risk of injury, possible death, and equipment
damage.
WARNING: Indicates a risk of electric shock, causing possible injury,
death, and equipment damage.
TWACS®-ORION® for UMT Products User Guide
DRAFT
Support
Chapter 1 • Introduction
The TWACS Portal (https://portal.twacs.com/) provides a wide range of
information that can serve as a starting point when you have a question. The Portal
contains information such as:
•
•
•
•
•
User Guides
Service Advisories
Training Registration
Certified Partner Information
Current News
•
•
•
•
•
FAQs
Customer Discussion Threads
Upcoming Events
User Group Conference Information
The Power Line Newsletter
If, at any time, you would like to speak with a DCSI representative about any
product or service or if you do not have a username and password to access the
Portal, please contact DCSI Customer Care:
Email:
care@twacs.com
Phone:
1-800-892-9008
Address: Distribution Control Systems, Inc.
945 Hornet Drive
Hazelwood, MO 63042
USA
Product Returns
IMPORTANT
Before returning product to DCSI, make sure you have identified the root cause
of the problem. As needed, perform troubleshooting requesting Technical
Support through DCSI Customer Care when additional assistance is required. It
is critical to identify the root problem to avoid shipping hardware for repairs
when the problem lies elsewhere.
To return DCSI products for repair, complete the Service & Repair RMA Request
through the TWACS Portal (https://portal.twacs.com), providing as much detail
about the problem as possible. If you have any questions regarding your return,
please contact rma@twacs.com or call 1-800-892-9008 and choose the Service and
Repair option.
TWACS®-ORION® for UMT Products User Guide
Related Documentation
DRAFT
Related Documentation
The following publications are referenced in this manual. The documents listed
below plus the latest version of all other DCSI technical publications are available
through the TWACS Portal (https://portal.twacs.com/).
HHTR-PC Application Help
Provides all the necessary details for transferring Intelligent End Device (IED)
installation and removal data from an HHTR-3 unit to a PC and formatting that
data for export to the Master Station (MS) or to a utility’s Meter Data
Management (MDM) system. Access the Help through the HHTR-PC
Application software interface. The Help is not available through the TWACS
Portal.
Meter Shop Test System Help
Provides all the necessary details required for testing TWACS-enabled devices
with the Meter Shop Test Tool software. Access the Help through the Meter Shop
Test Tool software interface. The Help is not available through the TWACS
Portal.
Meter Shop Test System Set-Up Guide (Y10030TM)
Provides information that enables you to test TWACS-enabled devices for
TWACS signaling response, read select transponder registers, zero select
transponder registers, and perform various other transponder functions.
Portable RCE Test Unit Technical Manual (Y103127-3TM)
Ships with the Portable RCE Test Unit. Includes detailed product specifications
and operating instructions.
TNS End User Guide (Y10285TM)
Serves as a companion manual to the TNS Operational Process Guide. While the
TNS Operational Process Guide provides high-level process and procedure
recommendations for obtaining optimum results from your TWACS system, the
TNS End User Guide provides the detailed procedures, and form field and
application definitions, that enable you to perform the functions found in the
process manual.
TNS Operational Process Guide (Y10352TM)
Presents high-level procedures and processes for operating your TWACS system,
through the TNS interface. These processes and procedures span a number of
application sets, and are organized around functions such as reading meters,
substation setup, and operating TNS.
Transponder Type and Model Matrix (Y10598-TEB)
Provides a listing of transponders, transponder types, and applicable meter
models.
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 1 • Introduction
TWACS® Network Gateway Operational Process Guide
Includes procedures and processes for operating your TWACS system through
the TWACS® NG interface. The information spans a number of application sets,
and are organized around functions such as reading meters, substation setup, and
operating TWACS NG.
TWACS® NG System Help
Built into the TWACS® NG interface, topic and index-searchable online system
help is available. Access the Help through the software interface. The Help is not
available through the TWACS Portal.
Universal Metering Transponder for FOCUS® Meter User Guide
(Y10574-TUM)
Provides a functional description, as well as troubleshooting information and
technical specifications for the UMT-FOCUS transponder.
Universal Metering Transponder for kV2c Meter User Guide (Y10577-TUM)
Provides a functional description, as well as troubleshooting information and
technical specifications for the UMT-C-KV transponder.
Let Us Know How We’re Doing
In an ongoing effort to produce effective documentation, the Technical
Publications department at DCSI welcomes any feedback you can offer regarding
this manual.
Please relay feedback, including suggestions for improvement or to alert us to
corrections, by sending an email to techpubs@twacs.com or calling Customer
Care at 1-800-892-9008.
TWACS®-ORION® for UMT Products User Guide
DRAFT
TWACS System Overview
TWACS System Overview
The TWACS system is a fixed network, utility communication system. Running at
a centralized location, the TWACS operating software communicates with end
points, such as meters, by way of existing power lines. The TWACS system allows
full two-way access to and from the consumer’s meter, providing communication
and control features for the Utility.
The TWACS system consists of three levels of components (see Figure 1.1):
• Master Station (MS)
The Master Station TWACS operating software, either TWACS Net Server
(TNS) or TWACS® Network Gateway (TWACS NG), is the chief
component of the entire Two-Way Automatic Communication System
(TWACS). The Master Station software manages all collected metering and
interval data as well as the connection between the utility and the consumer’s
premises. TNS is DCSI’s standard solution while TWACS NG is available
for very large deployments requiring a high volume of readings for
time-of-use or critical peak pricing programs.
The primary functions of TNS and TWACS NG are:
•
Managing the TWACS system communication network.
•
Supporting applications such as metering, troubleshooting, outage
detection, and load control.
•
Collecting remote meter data for the database server, which forwards the
data to a third-party utility software application.
TNS and TWACS NG are part of the corporate enterprise network. The
system is based on the Oracle® database, which is an open system, meaning
it can interact and inter-operate with other applications on local and remote
systems, on a variety of hardware platforms, and in a number of software
environments. The system provides the user interfaces for configuring the
necessary parameters to retrieve and send data.
• Substation Communications Equipment (SCE)
• Remote Communications Equipment (RCE)
This is the level at which the meter transponder resides within the electric
meter.
As shown in Figure 1.1, outbound messages originate in the Master Station and
pass through the substation to the transponder (RCE). Inbound meter data is sent
from the transponder to the SCE, where it is decoded and then sent to the Master
Station for analysis or bill file creation.
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 1 • Introduction
Figure 1.1 TWACS system
TWACS®-ORION® for UMT Products User Guide
TWACS System Overview
DRAFT
TWACS®-ORION® for UMT Products User Guide
CHAPTER
DRAFT
FUNCTIONAL DESCRIPTION
This chapter provides a brief overview of the TWACS® - ORION® system,
explains how the TWACS® - ORION® system interfaces with the TWACS
system, and describes the functions of the EMTR-3, HHTR-3, and ORION®
transmitter.
System Overview
The TWACS® - ORION® system utilizes radio frequency (RF) transmission
communication between an RF-enabled auxiliary meter and an RF-enabled meter.
Data relative to energy usage from auxiliary gas, water, propane, or other
Intelligent End Device (IED) can be gathered and retrieved in this manner.
Information is retrieved across the Two-Way Automatic Communication System
(TWACS) network by the TWACS Net Server (TNS) located at the utility
company.
The TWACS® - ORION® system solution is comprised of the following RF
devices:
• Electric Meter Transceiver (EMTR-3; throughout this document EMTR-3
refers to both the EMTR-3 and EMTR-3-KV)
• Hand Held Transceiver (HHTR-3)
• Universal Metering Transponder (UMT; throughout this document UMT
refers to both the UMT-R-F MP and UMT-C-KV MP)
NOTES
Also part of the system, but not provided or installed by DCSI, is the Badger
Meter, Inc. ORION transmitter that is installed at the auxiliary meter and
converts the meter information into electronic signals.
Changes not expressly authorized by DCSI, Inc. could void the user’s authority
to operate the equipment.
WARNING
The auxiliary ports connected to residential gas meters may be connected to
meters that are located in only unclassified, or Class I, Division 2 locations.
TWACS®-ORION® for UMT Products User Guide
System Overview
DRAFT
RF communication links the ORION (located at the auxiliary meter) to the
EMTR-3 (located inside a nearby electric meter.) This communication enables
successful operation of the Automatic Meter Reading (AMR) system.
The TWACS® - ORION®system operates in the 902 - 928 MHz Industrial/
Scientific/Medical frequency band. The Badger ORION devices periodically
transmit bursts of digital data containing meter reading information on a requency
of 916.45 MHz. These are one way transmissions, sent as a two millisecond burst
every four to five seconds, and are field strength limited under section 15.249 of
FCC regulations. The EMTR-3 devices are manufactured by DCSI and recieve
transmissions from any ORION devices within range that have been assigned to
that EMTR-3. The EMTR-3 then passes the data to the UMT-R-F MP or
UMT-C-KV MP TWACS transponder. When requested by the utility, the meter
data is returned using the TWACS power line communications system.
The HHTR-3 is a tool used by an installer to set up and configure the EMTR-3 to
listen for transmissions from specific ORION devices. It also maintains a record of
installation activities which may be downloaded to a PC via hardware link at the
end of the day.
The following block diagram summarizes the interfaces and communications
between the system components.
10
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Figure 2.1 RF operation block diagram
RF Operation Block Diagram
(TWACS-Orion Project)
June 22, 2007
FCC ID: PN3Y72553-1
HHTR Data
RF = PIC 18 LF242
902 -928 MHz
UI = PIC 18 LF6720
8 MHz
7. 2V NiMH 1600 mAH
Regulated to 5V and 3.3V
PC
Data Transfer
from /to
HHTR
RS-232
HHTR
Handheld
Transceiver
902-928 MHz
FOCUS with
EMTR-3
RF Interface
Orion Transmitter
Orion Transmitter
Orion Transmitter
Orion Data
916 .45 MHz
Data Rate = 100 kbps
2-level FSK +/- 50 Khz
(3 of 6)
Wire Interface to
Water/Gas Meter
Encoder
Orion Transmitter
EMTR-3 Data
Multi-port EMA provides 1 Electrical port
and 7 RF ports for gas/water.
PIC18F 4525
8MHz
EMA unregulated voltage is 6V to 13V.
EMA regulated voltage is 5V.
Regulated from EMA to EMTR-3 is 3.3V.
Orion Transmitter
Orion Transmitter
Orion Transmitter
1-way RF Link
Bi-Directional
RF Link
During the installation and configuration process, the HHTR-3 and EMTR-3 use
one or more of 51 channels spaced 322 kHz apart in the 902-928 MHz band to
intercommunicate with each other. Control commands and data are input to the
HHTR-3 via the keypad by the installation operator and passed to the EMTR-3
over the RF link. The EMTR-3 acknowledges transmissions from the HHTR-3 and
can read back internally stored data for confirmation of receipt. EMTR-3
transmission occurs only when data is sent or requested by the HHTR-3.
Frequency channel selection is controlled by the HHTR software and is not
operator selectable. Both the HHTR-3 and EMTR-3 operate as intentional radiators
under Section 15.249 of FCC regulations, with transmitted field strengths limited
to less than 94 dBuV/meter. These units use frequency shift-keyed digital data at
9600 bps to communicate, and no subcarriers are used. The occupied bandwidth of
the EMTR-3 or HHTR-3 transmissions is 200 kHz. Both the HHTR-3 and the
EMTR-3 devices have permanently atttached integral antennas and use single
integrated circuit RF transceivers.
TWACS®-ORION® for UMT Products User Guide
11
System Overview
DRAFT
Electric Meter Transceiver (EMTR-3)
The EMTR-3 is an electronic module assembly (EMA) that is installed in a
TWACS-enabled meter. The EMTR-3 is connected to the UMT transponder
during meter/transponder integration. The EMTR-3 adds functionality to the host
UMT. It does not communicate over the power line but provides data on-command
to the UMT when queried.
The EMTR-3 can communicate with up to seven ORION® transmitters. Data from
the ORION® transmitter is relayed to the EMTR-3 at each communication session.
This data is relayed upon request to the UMT via I2C communication and is
accessed by the TNS across the TWACS network.
The EMTR-3 listens (for 2.5 seconds) for communication from an ORION®
transmitter. Then, for 2.5 seconds the EMTR-3 listens for an HHTR-3. This pattern
cycles continuously.
Figure 2.2 Electric Meter Transceiver (EMTR-3)
REGULATORY
DATA
This equipment has been tested and found to comply with the limits for a Class
B digital device, pursuant to Part 15 of the FCC Rules. These limits are
designed to provide reasonable protection against harmful interference in a
residential installation. This equipment generates, uses and can radiate radio
frequency energy and, if not installed and used in accordance with the
instructions, may cause harmful interference to radio communications.
However, there is no guaranteee that interference will not occur in a
particular installation. If this equipment does cause harmful interference to
radio or television reception, which can be determined by turning the
equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures: reorient or reloact the
receiving antenna, increase the separation between the equipment and
receiver, connect the equipment into an output on a circuit different from
that to which the receiver is connected, consult the dealer or an experience
radio/TV technician for help.
Operation is subject to the following two conditions: (1) This device may not
cause harmful interference. and (2) this device must accept any interference
received, including interference that may cause undesired operation.
12
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Badger Meter, Inc. ORION® Transmitter
The DCSI RF TWACS System and the Badger Meter, Inc. ORION® transmitter
are capable of data communication. The ORION® module uses the RF bubble-up
broadcast mode to communicate (one way) from the auxiliary meter to the electric
meter. The ORION® transmitter sends customer usage data (at 100Kbps) every
five seconds on the 916.450 MHz frequency channel. The RF TWACS system
receives and processes this data via the EMTR-3 where it relays on request to the
UMT module. Then it can be retrieved by the utility across power distribution
lines.
Figure 2.3 ORION transmitters for water, gas, and remote
GAS
ORION
WATER
ORION
REMOTE
ORION
Specifications:
Table 2.1
ORION transmitter specifications
ORION
Specification
Description
Power
Functional Life Expectancy
3.6 VDC embedded battery
Minimum: 10 years
Expected: 15 years
916.450 MHz
Burst mode fixed length
packet, simplex
3-of-6
100 Kbps + 1 Kbps
None
Frequency Shift Keying (FSK)
Non Return to Zero (NRZ)
Frequency
Data Communications
Data Format
Data Rate
Data Encryption
Modulation
Packet Encoding
TWACS®-ORION® for UMT Products User Guide
13
RF Hardware Installation
DRAFT
ORION
Channels
Range
Single channel (43A)
400 ft. clear line of sight affected by installation and
conditions; less if pit installed
Hand Held Tranceiver - 3 (HHTR-3)
The DCSI Hand Held Transceiver - (HHTR-3) is used to configure and setup the
EMTR-3 (installed in the electric meter). The HHTR-3 is used to establish the
communication link between the EMTR-3 and the ORION® transmitter and can be
used to test the radio link.
RF Hardware Installation
This section provides instructions for installing the RF hardware on-site. A
functioning network can be created and its functionality verified before leaving the
site.
Pre-Installation Field Survey
The field survey is used to review the environmental conditions present at any
particular location and lay out the system to maximize performance. DCSI
recommends that you conduct a field survey before performing the actual hardware
installation.
As with all RF devices, certain environmental conditions must be present to
optimize RF communications. Be aware of the factors that affect the radio
transmission between the ORION and the EMTR-3 when performing the field
survey, such as:
• Metal objects
• Thick walls or foliage
• Local radio interference
• Position of the ORION and/or EMTR-3
Factor in all environmental conditions when planning the location of the
meter/EMTR-3 assembly.
NOTE
A clear line of sight between the ORION transmitter and receiver is preferred,
but is not always attainable.
The following section discusses the environmental conditions that may affect RF
transmissions between the ORION and EMTR-3.
14
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Environmental Conditions
Optimal RF communication between the ORION and the EMTR-3 is affected by
many environmental conditions. Vehicular traffic, parked vehicles in the signal
path, weather conditions, construction, and even the growth of foliage may affect
or degrade RF communication.
Gradual loss of communication from the ORION (caused by an aging battery for
example) can be detected through system checks by the TWACS Net Server (TNS)
Master Station. Persistent loss of communication may indicate environmental
interference and require a site visit to determine the cause.
NOTE
Sites that continue to experience persistent loss of communication may
require a Badger Meter, Inc. repeater or wired solution to ensure reliable
operation.
The following environmental factors or conditions may affect RF transmission
between the ORION® unit and the EMTR-3 located at the electric meter.
• Metal Objects
Metal objects significantly reduce the strength of the signals reaching the
receiver. Ensure that no metal cladding, cabling, mirrors, water tanks,
refrigerators, pipes, etc. are near the ORION® or EMTR-3. The straight-line
path between both units should be as unobstructed as possible.
NOTE
A small, single item, such as a pipe situated half-way between the transmitter
and receiver, is less likely to have any affect on the signal strength than a
larger item(s).
• Thick walls or foliage
Thick walls or foliage between the transmitter and receiver can reduce the
signal strength. Brick, aluminum siding, thick stone walls, and concrete can
impede signal reception.
Avoid dense foliage between the RF units and, when possible, provide a
reserve “growth” clearance to accommodate the growth of foliage on bushes
and trees during spring and summer.
NOTE
Radio signals can pass more easily through plasterboard walls, fiberglass, and
wood paneling than the previously listed materials.
• Local radio interference
The close proximity of a cell phone mast, a taxi operator's base station, or
large electrical equipment may provide strong radio interference. The AMR
radio devices should be relocated if these objects of interference are present.
• Position of the ORION® and/or EMTR-3
TWACS®-ORION® for UMT Products User Guide
15
RF Hardware Installation
DRAFT
These are important factors in RF deployment. The ORION® antenna is
omni-directional. The signal radiates 360 degrees. The EMTR-3 antenna
alignment is parallel to the front cover of the electric meter, and is the most
sensitive RF reception surface.
Face the front of the meter/EMTR-3 toward the ORION® transmitter when
possible; even on opposite sides of a building. This allows maximum
communication surface and distance between the units. Allow for some
additional power margin in the signal strength to accommodate seasonal or
other changes in environmental conditions.
In the future, after installation, the site owner should inform you of any alterations
to the site that could affect radio performance.
16
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Hand Held Transceiver-3 (HHTR-3) Keypad
This section describes the HHTR-3 keypad and its use for screen navigation.
Figure 2.4 Hand Held Transceiver keypad functions
LCD
Display
On/Off
Backlight
Shift
Increase
Contrast
Move
Left
Esc
Backspace
Decrease
Contrast
Move Up
Move
Right
Enter/
End
Move
Down
TWACS®-ORION® for UMT Products User Guide
17
DRAFT
Hand Held Transceiver-3 (HHTR-3) Keypad
Navigating the HHTR-3 Screens
Use the arrow buttons to navigate through the HHTR-3 screens.
Table 2.2
HHTR-3 screen navigation buttons
Button Number Graphic Function
NOTE
Move left
Move up
Move right
Move down
When pressing the 7, 8, 9, or 0 numeric button, the HHTR-3 automatically
determines whether the numeric or scroll functionality of the button is
required.
Display Contrast
Adjust the display contrast by using the number 2 and 3 buttons as follows:
• Increase the contrast - Hold down the Shift button and repeatedly press the
number 2 button.
• Decrease the contrast - Hold down the Shift button and repeatedly press the
number 3 button.
Escape Button Functionality
The Escape key in general is used to cancel an action or go to a previous menu.
• Press the Escape key once to end the current procedure and return to the
previous menu.
• Press the Escape key repeatedly to “back out” to previous menus.
The Escape key provides the menu navigation as defined in the following table.
Table 2.3
18
Escape key - menu mapping
Starting Menu Screen
Ending Menu Screen
EMTR3 Menu
Waiting for PC
Select EMTR S/N
Enter Time & Date
Main Menu
Main Menu
EMTR3 Menu
Select EMTR S/N
TWACS®-ORION® for UMT Products User Guide
Table 2.3
DRAFT
Chapter 2 • Functional Description
Escape key - menu mapping
Starting Menu Screen
Ending Menu Screen
Manage IEDs
Starting Listening Mode
Listening List
Port List
RCE Change Out Menu
Port List Verification
Port Number Menu
Service Type Menu
Select EMTR S/N
Manage IEDs
Select EMTR S/N
Select EMTR S/N
Select EMTR S/N
RCE Change Out Menu
Listening List
Port Number Menu (if Listening List)
Select IED S/N (if Port List)
Port List
Select IED S/N
HHTR-3 Menus
Below is a list of the menus and selections available from the HHTR-3.
Main Menu and Sub-Menu Items
• EMTR3
•
Manage IEDs
•
RCE Change Out
•
EMTR-3 Status
Main Menu
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
• PC Upload
• HHTR Config
•
Setup
•
Power
•
Status
•
Diags
• TWACS
•
HRTS
•
TWACS Modem
• Serial Com
NOTE
•
Baud Rate
•
Display
If question marks (???) display instead of data, simultaneously pressing the
Backspace button and pressing 0 clears the screen.
TWACS®-ORION® for UMT Products User Guide
19
DRAFT
Turning On the HHTR-3
Turning On the HHTR-3
1.
Press the On/Off button on the HHTR-3 keypad to turn on the HHTR-3 and
view the Splash Screen.
DCSI: HHTR
Yxxxxx-xxx
Firmware Y.y
www.twacs. com
The Splash screen appears momentarily displaying the software version
number. Firmware Y.y is replaced with the firmware version number
installed in the HHTR-3.
The Main Menu screen appears.
Main Menu
NOTE
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
If an HHTR-3 serial number has not been entered, the Initialization Menu will
display as shown below. Enter the serial number found under the barcode on
the back of the HHTR-3.
(Check back of HHTR)
Please Enter the
HHTR S/N________
Enter to Accept
2.
Use the Left (7), Right (9), Up (8), and Down (0) keys to move the cursor to
a desired selection on the Main Menu.
Main Menu
20
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
TWACS®-ORION® for UMT Products User Guide
EMTR3 Menu
DRAFT
Chapter 2 • Functional Description
The Electric Meter Transceiver 3 (EMTR-3) contains the equivalent of network
routing tables that must be maintained. The EMTR-3 maintains a routing table that
is built upon its port list, which reserves a given port for a given Intelligent End
Device (IED). The HHTR-3 can be used to manually create, modify, or remove
these port list assignments.
There are two options for inserting an IED into the EMTR-3’s port list: Listen
Mode and direct access to the Port List. Both options provide the same installation
with different aspects of the process being automated. Whether automated or
manual, the process gathers the IED serial number, service type, and desired port
location for installation.
The user must know the serial number of the EMTR-3 and manually enter it into
the HHTR-3 to establish a communication link with the EMTR-3.
NOTE There is no direct communication between the Intelligent End Device (IED) and
the HHTR-3.
Use the following procedures to navigate the EMTR3 menu screens.
1.
On the Main Menu use the navigational keys to place the cursor to the left of
EMTR-3.
Main Menu
2.
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
Press the Enter key to view the EMTR3 menu.
EMTR3 Menu
Manage IEDs
RCE Change Out
EMTR-3 Status
3.
Use the Up or Down navigation keys to select any item, and then press
Enter to view the Select EMTR S/N screen.
Select EMTR
Enter Serial Number
EMTR S/N________
Enter to Accept
TWACS®-ORION® for UMT Products User Guide
21
EMTR3 Menu
4.
DRAFT
Enter the EMTR serial number using the HHTR-3 keypad and press Enter.
Upon power-up the HHTR-3 date and time are cleared. The
HHTR-3 will automatically gather and update date and time
information from the EMTR-3 with which it is communicating.
While the HHTR-3 and EMTR-3 exchange date and time
information you will see the following screen:
Select EMTR
Enter Serial Number
EMTR S/N________
Please Wait...
If the EMTR-3 fails to give date and time information to the
HHTR-3, you will see the following screen:
Enter Time & Date
Date: 20yy/mm/dd
Time: hh:mm:00
Enter to Accept
Enter the current Date and Time.
Press Enter to accept the Date and Time.
After the time and date acquisition process has been performed, the next menu
screen is displayed based on the initial selection from the EMTR-3 menu screen.
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TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Manage Intelligent End Devices (IEDs)
This section describes how to insert an IED into the EMTR-3’s port list using the
Manage Listen Mode or the Manage Port List.
Manage Listen Mode
Use the following procedure to view the EMTR-3’s port assignments using
Manage Listen Mode.
1.
From the EMTR3 menu use the Up or Down navigation keys to select
Manage IEDs.
EMTR3 Menu
Manage IEDs
RCE Change Out
EMTR-3 Status
2.
Press Enter to view the Select EMTR screen.
Select EMTR
Enter Serial Number
EMTR S/N________
Enter to Accept
3.
Enter a serial number using the keypad.
4.
Press Enter to accept the serial number and view the Manage IED Menu.
Manage IED Menu
Select:
Manage Listen Mode
Manage Port List
5.
Use the Up or Down Navigation keys to select Manage Listen Mode, and
press Enter to view the Starting Listen Mode screen.
Manage Listen Mode
EMTR: ssssssssss
Starting Listen Mode
Please Wait...mm:ss
TWACS®-ORION® for UMT Products User Guide
23
DRAFT
EMTR3 Menu
Wait to view the Reading Listen Data screen.
Manage Listen Mode
EMTR: ssssssssss
Reading Listen Data
Please Wait...
Wait to view the Listening List.
IED xx/xx
ssssssssss
ssssssssss
ssssssssss
SR
GT
GT
GT
Cnt
ccc
ccc
ccc
The Listening List and Port List have two main parts. The first line consists
of the column headings. The remaining three lines are actual list items.
IED xx/xx
ssssssssss
ssssssssss
ssssssssss
SR
GT
GT
GT
Column Headings
Cnt
ccc
ccc
ccc
List Items
The column headings, their meanings, and the values for the list items are shown in
the following table.
Table 2.4
Column Heading
Description
Values
IED
IED serial number
xx/xx1
List Item Indicator - Indicates
the number of the currently
selected IED out of the total
number of IEDs in the list
Port/Installation Indicator
Any valid 10 digit IED serial
number, or the term “Empty”
on the Port List only to denote
ports with no IED assignment.
Ex: 32 IEDs total, cursor
highlighting IED #14,
“14/32”.
24
Listening list & port list column headings and list item values
1-7 = Port on the current
EMTR-3 on which the IED is
installed.
I = IED marked installed in
HHTR-3 records, but not
installed on current EMTR-3.
 = if neither of above
conditions are met.
TWACS®-ORION® for UMT Products User Guide
Table 2.4
DRAFT
Chapter 2 • Functional Description
Listening list & port list column headings and list item values
Column Heading
Description
Values
Service Type Indicator
Remote Type Indicator
Cnt2
RF Counts
W = Water
G = Gas
P = Propane
O = Other
 = if unknown or port
is empty.
O = Orion (only remote type
currently supported)
 = if unknown or port
is empty.
Up to three digits of RF
counts.
xx/xx is not an actual column heading, however it is presented here since it is
included on the column heading line.
There is no RF Counts field for the Port List.
The Listening List holds up to 39 lines of IED information. Since only three
IEDs fit on the screen at any time, the Listening List may contain more list
items than can fit on the display. Consequently the lists are scrollable.
6.
NOTE
When the list first displays, the cursor highlights the first item on the list.
Press the down arrow key to move the cursor through the list.
When you reach the third list item, you can push the down arrrow again to
view any items below it, but the cursor stays at the bottom of the display
while the entire display shifts down.
Listen List Installation Setup
The installation process begins when you press the Enter key on a non-installed
IED in the Listening List. The Port Number menu screen gathers the desired port
number for installation. If that port number is already occupied by another IED, the
IED status is gathered. If the port number is not already occupied, you will be
promped to select a service type.
Use the following procedure to install an IED using Manage Listen Mode.
1.
Follow the steps in Manage Listen Mode on page 23 to view the Listening
List.
IED xx/xx
ssssssssss
ssssssssss
ssssssssss
SR
GT
GT
GT
Cnt
ccc
ccc
ccc
TWACS®-ORION® for UMT Products User Guide
25
DRAFT
EMTR3 Menu
2.
To begin installation, press Enter on an IED where the Port column is blank
or where the Port column displays an “I”. A blank Port column means the
IED has not been installed. An “I” in the Port column means the HHTR-3
has a record indicating it has already installed that IED on another EMTR-3.
EMTR: ssssssssss
IED: ssssssssss
Enter Port Number_
Enter to Accept
3.
Enter a port number using the keypad, and then press Enter to accept.
In the event the Port you’ve chosen is already occupied, you’ll see
the Port In Use Warning.
Warn: Port In Use by
IED: ssssssssss
Continue Install?
ESC: NO, Enter: Yes
Press ESC to return to the Port Number screen or press Enter to
overwrite the port assignment and view the Service Type menu.
IED: ssssssssss
Enter Service Type
Water
Nat Gas
Propane
Other
4.
Use the navigation keys to select the correct Service Type, and press the
Enter key to view the Install screen.
Installing
IED: ssssssssss
Please Wait...
26
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Manage Port List
Use the following procedures to view the Port List using Manage Port List.
1.
From the EMTR3 menu use the Up or Down navigation keys to select
Manage IEDs.
EMTR3 Menu
Manage IEDs
RCE Change Out
EMTR-3 Status
2.
Press Enter to view the Select EMTR screen.
Select EMTR
Enter Serial Number
EMTR S/N________
Enter to Accept
3.
Enter a serial number using the keypad.
4.
Press Enter to accept the serial number and view the Manage IED Menu.
Manage IED Menu
Select:
Manage Listen Mode
Manage Port List
5.
Use the Up or Down Navigation keys to select Manage Port List, and press
Enter to view the Reading Port List screen.
Manage Port List
EMTR: ssssssssss
Reading Port List
Please Wait...
Wait to view the Port List.
IED xx/xx
ssssssssss
ssssssssss
ssssssssss
SR
GT
GT
GT
The Port List holds 7 lines of IED information. Since only three IEDs fit on
the screen at any time (one heading line and three list items) the Port List
may contain more list items than can fit on the display. Consequently the
lists are scrollable.
TWACS®-ORION® for UMT Products User Guide
27
EMTR3 Menu
6.
NOTE
DRAFT
When the list first displays, the cursor highlights the first item on the list.
Press the down arrow key to move the cursor through the list. For more
information, see Listening list & port list column headings and list item
values on page 24.
When you reach the third list item, you can push the down arrrow again to
view any items below it, but the cursor stays at the bottom of the display
while the entire display shifts down.
Port List Installation Setup
When you press the Enter key on an empty port (no IED serial number for the
selected port) in the Port List, the installation process begins. The Select IED S/N
screen allows you to manually enter the desired IED serial number for installation.
If that serial number is already located on another port, the Duplicate Detected
Error screen displays. If the serial number is not already located on another port,
you will be promped to select a service type.
NOTE
When entering an ORION gas or water IED serial number for installation, if the
serial number is less than than 79,999,999, drop the first digit, “7”, and enter
the seven remaining digits. For all ORION gas and water IEDS with serial
numbers equal to or greater than 80,000,000, enter all digits of the IED, which
will be from 8 to 10 digits.
Use the following procedure to install an IED using Manage Port List.
1.
Follow the steps in Manage Port List on page 27 to view the Port List.
IED xx/xx
Empty
Empty
Empty
2.
P SR
Press Enter on an empty port to view the Select IED S/N screen.
EMTR: ssssssssss
Enter Serial Number
IED S/N__________
Enter to Accept
28
TWACS®-ORION® for UMT Products User Guide
3.
DRAFT
Chapter 2 • Functional Description
Enter an IED serial number using the keypad, and then press Enter to accept
and view the Service Type menu.
IED: ssssssssss
Enter Service Type
Water
Nat Gas
Propane
Other
In the event the serial number you’ve entered is already located on
another port, you’ll see the Duplicate Detected Error screen.
Already Installed
On port X!
Press Any Key
Press any key to return to the Select IED S/N screen.
4.
Use the navigational keys to select the correct Service Type and press the
Enter key to view the Install screen.
Installing
IED: ssssssssss
Please Wait...
Installation Results
Whether you use the Manage Listen Mode or Manage Port List method of
installing an IED into an EMTR-3 port, there are only three possible results:
Success, Failure, or Unknown.
Once the installation is complete (success, failure, or unknown) you return to either
a Listening List or a Port List, which depends on the original list (Listening or Port)
and the outcome of the installation.
Successful Installation
Use the following procedure to navigate through the screens of a successful
installation.
1.
From the Install screen wait to view the Install Successful screen.
Install Successful!
IED: ssssssssss
assigned to port X.
Press Any Key
TWACS®-ORION® for UMT Products User Guide
29
DRAFT
EMTR3 Menu
2.
Press any key to view the IED Status screen.
IED Status
EMTR: ssssssssss
IED: ssssssssss
Reading IED Data...
3.
Wait approximately 12 seconds to view the Engineering Data 1 screen.
IED Status
Reading: xxxxxxxxxx
LeakDet: X Tamper: X
Press Any Key
4.
Press any key to return to the originating list (either Manage Listen Mode or
Manage Port List) updated with the new IED.
Unknown Installation
Use the following procedure to navigate through the screens of an unknown
installation.
1.
From the Install screen wait to view the Install Unknown screen.
Install Unknown
Verify Install
Press Any Key
2.
Press any key to view the Reading Port List screen.
Verify Install
EMTR: ssssssssss
Reading Port List
Please Wait...
3.
Wait approximately 12 seconds.
If the install is successful you will see the following screen:
Install Successful!
IED: ssssssssss
assigned to port X.
Press Any Key
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TWACS®-ORION® for UMT Products User Guide
b
DRAFT
Chapter 2 • Functional Description
If the status of the installation remains unknown you will see the
following screen:
Install Unknown
Unable to Resolve
Press Any Key
If the installation fails you will see the following screen:
Error: # xxx
Install Failed
4.
Press any key to continue.
Failed Installation
An installation that fails outright will display the Install Failed screen immediately
after the Install screen.
Error: # xxx
Install Failed
Press any key to return to the originating list.
IED Removal
This section addresses successful, unknown, and failed IED removals.
1.
From the EMTR3 menu use the Up or Down navigation keys to select
Manage IEDs.
EMTR3 Menu
Manage IEDs
RCE Change Out
EMTR-3 Status
2.
Press Enter to view the Select EMTR screen.
Select EMTR
Enter Serial Number
EMTR S/N________
Enter to Accept
TWACS®-ORION® for UMT Products User Guide
31
EMTR3 Menu
DRAFT
3.
Enter a serial number using the keypad.
4.
Press Enter to accept the serial number and view the Manage IED Menu.
Manage IED Menu
Select:
Manage Listen Mode
Manage Port List
5.
Use the Up or Down Navigation keys to select Manage Listen Mode or
Manage Port List, and press Enter.
6.
Wait to view the Listening List or the Port List.
IED xx/xx
ssssssssss
ssssssssss
ssssssssss
NOTE
SR
GT
GT
GT
Cnt
ccc
ccc
ccc
If you begin in the Port List, the Cnt field will not be present.
7.
From the Listening List or Port List press Backspace on an installed IED to
view the Verify Removal screen.
IED xx/xx P SR Cnt
ssssssssss P GT ccc
Verify Removal
Esc: No, Enter: Yes
8.
Press Esc to return to the originating list, or press Enter to view the
Removing screen.
Removing
IED: ssssssssss
Please Wait...
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TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Successful Removal
Follow the steps detailed in IED Removal and use the following procedure to
navigate through the screens of a successful removal.
1.
Wait to view the Removal Successful screen.
Removal Successful!
IED: ssssssssss
removed from EMTR.
Press Any Key
2.
Press any key to return to the originating list (Listening List or Port List).
Unknown Removal
Follow the steps detailed in IED Removal and use the following procedure to
navigate through the screens of an unknown removal.
1.
Wait to view the Removal Unknown screen.
Removal Unknown
Verify Removal
Press Any Key
2.
Press any key to view the Reading Port List screen.
Verify Removal
EMTR: ssssssssss
Reading Port List
Please Wait...
3.
Wait to view the Removal Successful screen
Removal Successful!
IED: ssssssssss
removed from EMTR.
Press Any Key
-ORWait to view the Unable to Resolve screen.
Removal Unknown
Unable to Resolve
Press Any Key
TWACS®-ORION® for UMT Products User Guide
33
DRAFT
EMTR3 Menu
-OR-
Wait to view the Removal Failed screen.
Error: # xxx
Removal Failed
4.
Press any key to return to the originating list (Listening List or Port List).
Failed Removal
Follow the steps detailed in IED Removal and use the following procedure to
navigate through the screens of a failed removal.
1.
Wait to view the Removal Failed screen.
Error: # xxx
Removal Failed
2.
34
Press any key to return to the originating list (Listening List or Port List).
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
RCE Change Out
At some point an Electronic Metering Assembly (EMA), Electric Meter
Transceiver-3 (EMTR-3), or both may need replacement. Assuming that the old
EMTR-3 is still functional, the original port list can be downloaded to the HHTR-3
prior to removal of the old Remote Communication Equipments (RCE). After RCE
replacement, the stored port list can be uploaded to the new EMTR-3 and operation
may resume. This process can be carried out with the RCE Change Out menu
selection. This selection allows the user to confirm proper installation and test the
network.
Use the following procedures to navigate the RCE Change Out screens.
Extract Port List
1.
From the EMTR3 Menu, use the Up or Down arrow keys to select RCE
Change Out.
EMTR3 Menu
Manage IEDs
RCE Change Out
EMTR-3 Status
2.
Press the Enter key to enter the serial number of an EMTR whose Port List
is to be reused (preserved).
Select EMTR
Enter Serial Number
EMTR S/N________
Enter to Accept
3.
Press Enter to accept and view the RCE Change Out menu.
RCE Change Out
Select:
Extract Port List
Install Port List
4.
Use the Up or Down keys to select Extract Port List.
TWACS®-ORION® for UMT Products User Guide
35
DRAFT
EMTR3 Menu
5.
Press the Enter key to view the Extract Port List screen.
Extracting from
EMTR: ssssssssss
Reading Port List
Please Wait...
If the extraction fails you will see the following screen:
Error: # xxx
Extract Failed
Press any key to return to the RCE Change Out screen.
If the extraction is successful you will see the following screen:
Port List from…
EMTR: ssssssssss
Stored in memory.
Press Any Key
6.
NOTE
36
Press any key to return to the EMTR3 menu.
The extracted Port List will overwrite any previously extracted EMTR Port List
stored on the HHTR-3.
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Install Port List
1.
From the EMTR3 Menu, use the Up or Down navigation keys to select RCE
Change Out.
EMTR3 Menu
Manage IEDs
RCE Change Out
EMTR-3 Status
2.
Press the Enter key to enter the serial number of the EMTR onto which the
previously extracted Port List is to be installed.
Select EMTR
Enter Serial Number
EMTR S/N________
Enter to Accept
3.
Press the Enter key to accept and view the RCE Change Out menu.
RCE Change Out
Select:
Extract Port List
Install Port List
4.
Use the Up or Down keys to select Install Port List.
5.
Press the Enter key.
If the Port List does not exist you will see the following screen:
Port List
Does Not Exist
Press Any Key
Press any key to return to the RCE Change Out menu.
If the Port List does exist you will see the following screen:
Port List to
install is from…
EMTR: ssssssssss
Enter to Accept
TWACS®-ORION® for UMT Products User Guide
37
DRAFT
EMTR3 Menu
6.
Press Enter to view the Install Port List screen.
Installing to
EMTR: ssssssssss
Writing Port List
Please Wait...
If the installation is successful you will see the following screen:
Port List to…
EMTR: ssssssssss
Install Successful!
Press Any Key
Press any key to return to the EMTR3 menu. The extracted list has been
cleared from the HHTR.
If the installation is not successful you will see the following
screen:
Error: # xxx
Install Failed
Press any key to return to the RCE Change Out menu.
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TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
EMTR-3 Status
The HHTR-3 has the capability to check the status of the EMTR-3 via an RF link.
The hardware version and firmware version information can be then be displayed.
Use the following procedures to navigate the EMTR-3 Status screens.
1.
From the EMTR3 menu use the Up or Down navigation keys to select
EMTR-3 Status.
EMTR3 Menu
Manage IEDs
RCE Change Out
EMTR-3 Status
2.
Press the Enter key to select an EMTR3.
Select EMTR
Enter Serial Number
EMTR S/N________
Enter to Accept
3.
Press Enter to view the Reading Status window.
EMTR3 Status
EMTR: ssssssssss
Reading Status
Please Wait...
Wait to see the status results.
EMTR3 Status
HWR Gen/Rev: aaa/bbb
FWR Gen/Rev: ccc/ddd
Press Any Key
4.
Press any key to return to the EMTR3 menu.
TWACS®-ORION® for UMT Products User Guide
39
DRAFT
PC Upload Menu
PC Upload Menu
The HHTR-3 maintains a database of the actions performed by the HHTR-3 for
every installaton, removal, and replacement of an Intelligent End Device (IED). It
also records any IEDs detected by an EMTR-3 during a designated listening mode.
All these records are maintained in an internal database. The HHTR-3 informs the
user when this database becomes full and allows the user to upload the existing
records prior to overwriting them.
The HHTR-3 has the capability to upload the database to a personal computer (PC)
that has the HHTR-PC application running on it. In addition to having the
HHTR-PC application installed on the destination PC, the upload process requires
the HHTR-3 to be connected to the PC via a special RS-232 serial data cable. For
more information on the HHTR-PC application see the HHTR-PC Application
Help.
To use the PC Upload feature of the HHTR-3, the HHTR-3 must be connected to a
PC with the HHTR-PC application installed on it. The following procedure
explains how to navigate the PC Upload screens.
1.
From the Main Menu of the HHTR-3, use the navigation keys to place the
cursor to the left of PC Upload.
Main Menu
2.
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
Press the Enter key to view the PC Upload screen.
PC Upload
Waiting for PC to
initiate upload.
Please wait...
NOTE
It is possible for this screen to time out. If this happens, press Enter to return
to the Main Menu, select PC Upload, and press Enter to start the PC Upload
again.
3.
40
Start the HHTR-PC application if it isn’t running on the PC.
TWACS®-ORION® for UMT Products User Guide
4.
DRAFT
Click the Upload New
Chapter 2 • Functional Description
button or the Upload All
button on the HHTR-PC application window.
Wait to view the Uploading Database screen on the HHTR-3 display.
PC Upload
Uploading Database
Please wait...
Wait to view the Upload Complete screen.
PC Upload
Upload Complete
Press Any Key
5.
Press any key to return to the Main Menu of the HHTR-3.
Main Menu
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
TWACS®-ORION® for UMT Products User Guide
41
DRAFT
HHTR Config Menu
HHTR Config Menu
The following procedures explain how to navigate the Setup, Power, Status, and
Diags screens associated with the HHTR Config menu.
Setup
1.
From the Main Menu use the navigation keys to select HHTR Config.
Main Menu
EMTR-3
PC Upload
HHTR Config
Serial Com
TWACS
2.
Press the Enter key to view the HHTR Menu. The default selection is
Setup.
HHTR Menu
Select:
Setup
Status
Power
Diags
Audio
3.
Press the Enter key to view the Setup selection options. The default
selection is Audio.
Audio
RF RMT
RF Time
4.
HHTR Menu
I/O Status
Com Logic
Press the Enter key to view the Keypad Beep menu.
HHTR Menu
Keypad Beep On/Off
ESC: No, Enter: Yes
42
TWACS®-ORION® for UMT Products User Guide
5.
DRAFT
Chapter 2 • Functional Description
Press the Esc key to turn off the beep when keys are pressed, or press the
Enter key to turn the beep on when keys are pressed. Pressing either the Esc
key or the Enter key returns you to the Setup selection screen.
Audio
RF RMT
RF Time
HHTR Menu
I/O Status
Com Logic
I/O Status
6.
Use the navigation keys to select I/O Status.
7.
Press Enter to view the I/O Status screen.
HHTR Menu
O/Ps: H,H I/Ps: 1,1
AOUT: 02.47V
A1: 03.5V, A2: 03.5V
8.
Press the Esc key or the Enter key to return to the Setup selection screen.
Audio
RF RMT
RF Time
HHTR Menu
I/O Status
Com Logic
RF RMT
9.
Use the navigation keys to select RF RMT.
10.
Press Enter to view the RF Remote screen.
HHTR Menu
RF Remote: 1200:8N1
Esc - Abort
11.
Press Esc to return to the Setup selection screen.
Audio
RF RMT
RF Time
HHTR Menu
I/O Status
Com Logic
TWACS®-ORION® for UMT Products User Guide
43
HHTR Config Menu
Com Logic
DRAFT
12.
Use the navigation keys to select Com Logic.
13.
Press Enter to view the Com Logic screen.
HHTR Menu
Invert Logic RS232?
ESC: No, Enter: Yes
14.
Press the Enter key to invert logic or press the Esc key to return to the
previous screen. Pressing either Enter or Esc returns you to the Setup
selection screen.
Audio
RF RMT
RF Time
HHTR Menu
I/O Status
Com Logic
RF Time
15.
Use the navigation keys to select RF Time.
16.
Press Enter to view the RF Time screen.
HHTR Menu
RF Time Out After
Waiting: 035sec
17.
Press Enter or Esc to return to the Setup selection screen.
Audio
RF RMT
RF Time
18.
HHTR Menu
I/O Status
Com Logic
Press Esc to return to the HHTR Menu.
HHTR Menu
Select:
Setup
Status
44
Power
Diags
TWACS®-ORION® for UMT Products User Guide
DRAFT
Power
1.
Chapter 2 • Functional Description
From the Main Menu use the navigation keys to select HHTR Config.
Main Menu
EMTR-3
PC Upload
HHTR Config
Serial Com
TWACS
2.
Press the Enter key to view the HHTR Menu. The default selection is Setup.
HHTR Menu
Select:
Setup
Status
3.
Power
Diags
Use the navigation keys to select Power.
Power Off Time
4.
Press Enter to view the HHTR Menu. The default selection is Power Off
Time.
HHTR Menu
Power Off Time
LCD Backlight Time
Battery Status
5.
Press Enter to view how long the HHTR-3 unit must remain idle before it
turns itself off.
HHTR Menu
Power off when idle
after: 015min
The default value is 15 minutes. Increase the time by pressing the
or decrease the time by pressing the
6.
key,
key.
Press Enter or Esc to return to the HHTR Menu.
TWACS®-ORION® for UMT Products User Guide
45
HHTR Config Menu
DRAFT
LCD Backlight Time
7.
Use the navigation keys to select LCD Backlight Time.
HHTR Menu
Power Off Time
LCD Backlight Time
Battery Status
8.
Press Enter to view the screen indicating how long the backlight on the
HHTR-3 display remains on after pressing a button.
HHTR Menu
LCD backlight stays
on for: 0sec
The default value is zero. Increase the time by pressing the
decrease the time by pressing the
9.
key, or
key.
Press Enter or Esc to return to the HHTR Menu.
Battery Status
10.
Use the navigation keys to select Battery Status.
HHTR Menu
Power Off Time
LCD Backlight Time
Battery Status
11.
Press Enter to view the Battery Status screen.
HHTR Menu
Battery: 7.84V
Charging: No
Time On Bat 00:45:27
12.
Press Enter or Esc to return to the HHTR Menu.
HHTR Menu
Power Off Time
LCD Backlight Time
Battery Status
46
TWACS®-ORION® for UMT Products User Guide
13.
DRAFT
Chapter 2 • Functional Description
Press Esc to return to the main HHTR Menu.
HHTR Menu
Select:
Setup
Status
Power
Diags
Status
1.
From the Main Menu use the navigation keys to select HHTR Config.
Main Menu
EMTR-3
TWACS
2.
PC Upload
HHTR Config
Serial Com
Press the Enter key to view the HHTR Menu. The default selection is Setup.
HHTR Menu
Select:
Setup
Status
Power
Diags
3.
Use the navigation keys to select Status.
4.
Press Enter to view the Status screen.
HHTR Menu
HHTR S/N: 5372281
HHTR Rev: 3.0
HEMTR Rev: 00002.10
5.
Press Enter or Esc to return to the HHTR Menu.
HHTR Menu
Select:
Setup
Status
Power
Diags
TWACS®-ORION® for UMT Products User Guide
47
DRAFT
HHTR Config Menu
Diags
1.
From the Main Menu use the navigation keys to select HHTR Config.
Main Menu
EMTR-3
PC Upload
HHTR Config
Serial Com
TWACS
2.
Press the Enter key to view the HHTR Menu. The default selection is
Setup.
HHTR Menu
Select:
Setup
Status
Power
Diags
3.
Use the navigation keys to select Diags.
4.
Press Enter to view the Diags screen. The default selection is Test Memory.
HHTR Menu
Test Memory
Test Keypad/LCD
Test I/O & RS232
Test Memory
5.
Press Enter to test PGM memory and view the screen below.
HHTR Menu
Testing PGM Memory
Please Wait...
Once the PGM Memory test finishes, the I2C Memory test begins, and you
will see the screen below.
HHTR Menu
Testing I2C Memory
0KB/32KB
Please Wait...
48
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Once the I2C Memory test finishes the HHTR-3 displays the results.
HHTR Menu
PGM Memory: Pass
I2C Memory: Pass
6.
Press Enter or Esc to return to the Diags screen.
Test Keypad/LCD
7.
Use the navigation keys to select Test Keypad/LCD.
HHTR Menu
Test Memory
Test Keypad/LCD
Test I/O & RS232
8.
Press Enter to view the Testing LCD screen.
HHTR Menu
Testing LCD
The screen briefly flashes before displaying the Keypad Test screen.
HHTR Menu
Keypad Test
Key Pressed: None
Esc - Abort
9.
Press Esc to return to the Diags screen.
TWACS®-ORION® for UMT Products User Guide
49
HHTR Config Menu
DRAFT
Test I/O & RS232
10.
Use the navigation keys to select Test I/O & RS232.
HHTR Menu
Test Memory
Test Keypad/LCD
Test I/O & RS232
11.
Press Enter to view the I/O Test Results screen.
HHTR Menu
I/O Test: Pass
12.
Press Esc to return to the HHTR Menu.
HHTR Menu
Select:
Setup
Status
50
Power
Diags
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
TWACS Menu
The following procedures explain how to navigate the HRTS and TWACS Modem
screens associated with the TWACS menu.
HRTS
1.
From the Main Menu use the navigation keys to select TWACS.
Main Menu
2.
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
Press the Enter key to view the TWACS screen. The default selection is
HRTS.
TWACS
HRTS
TWACS Modem
3.
Press Enter to view the Collecting Data screen.
HRTS
Please Wait…
Collecting Data
After a brief display the Select Meter Type screen replaces the Collecting
Data screen. IM2/MIT is the default selection.
HRTS
Select Meter Type:
IMT2/MIT
IMT3
TWACS®-ORION® for UMT Products User Guide
51
TWACS Menu
4.
DRAFT
Press Enter to select IMT2/MIT or use the navigational keys to select
IMT3.
HRTS
Can Not Connect…
Esc – Abort
Enter - Retry
5.
Press the Esc key to return to the TWACS screen.
TWACS
HRTS
TWACS Modem
TWACS Modem
1.
From the Main Menu use the navigation keys to select TWACS.
Main Menu
2.
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
Press the Enter key to view the TWACS screen. The default selection is
HRTS. Use the Down (0) key to select TWACS Modem.
TWACS
HRTS
TWACS Modem
3.
Press Enter to view the following screen.
This Feature is not
support yet...
Press Esc...
4.
Press the Esc key to return to the TWACS screen.
TWACS
HRTS
TWACS Modem
52
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 2 • Functional Description
Serial Com Menu
The following procedures explain how to navigate the Baud Rate, Display, and
Buffer screens associated with the Serial Com menu.
1.
From the Main Menu use the navigational keys to select Serial Com.
Main Menu
2.
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
Press the Enter key to view the Baud Rate Logic screen.
Serial Com
Baud Rate Logic
2400
1200
9600
4800
NOTE
You can select 2400, 4800, or 9600 by using the navigation keys.
3.
Press Enter again to view the Baud Rate RS232 screen.
Serial Com
Baud Rate RS232
2400
1200
9600
4800
4.
Press Enter again to view the Display On/Off screen.
Serial Com
Display On/Off
On
Off
5.
Press Enter again to view the Display ASCII screen.
Serial Com
Display ASCII?
On
Off
TWACS®-ORION® for UMT Products User Guide
53
Serial Com Menu
6.
DRAFT
Press Enter once more to view the Buffer screen, which shows how full the
left and right buffers are.
Serial Com:
BufL: 0% BufR: 0%
L:
R:
7.
Press the Esc key to return to the Main Menu.
Main Menu
54
EMTR-3
PC Upload
TWACS
HHTR Config
Serial Com
TWACS®-ORION® for UMT Products User Guide
DRAFT
CHAPTER
TROUBLESHOOTING
This chapter explains how to test and manage typical TWACS® ORION® system
problems. It is useful for installers and meter shop personnel. Foremost, it provides
diagnostic information through the TNS and TWACS NG systems which give you
a better assessment of problem conditions before field personnel are dispatched.
There are three essential sources of diagnostic information:
• The Intelligent End Device (IED) status, including leak detection, tamper
detection, and port assignment.
• Among the four bytes of total consumption readings are specific bits of data
for port-specific status information.
• The EMTR-3 diagnostic indicators.
Performing Remote Analysis (TNS)
Complete the following steps to determine if a field visit is required for an
unresponsive meter. You can end the procedure at any step and correct the problem
when a cause of failure is determined.
1.
Check the AMRCOMMFAIL table for TWACS serial numbers that have
excessive AMR Communication Failure counts. This enables you to
identify meters that are consistently failing AMR.
If the meter fail count in the AMRCOMMFAIL table is equal to or greater
than the MaxFailCnt in the TNSDEFAULTS table, the Quality Code (QC)
will be set to RO (Retry Override). When the quality code is RO, the meter
unit map will have changed in the AMRCMDLST2WAY table. The meter
will be attempted the first time, but will not be issued subsequent retries and
must be read manually.
2.
NOTE
Determine if any error messages have occurred during AMR by checking
the SCE Notification log for any associated hardware issues for the meters
that are not communicating.
The Notification log contains important information about the status of
equipment and is automatically updated by TNS and the SCE. For detailed
information about the Notification log and error messages, see the
Notification Log section of the SCE Logs chapter in the TNS Operational
Process Guide (Y10352TM) and the Notification Log section in the SCE
Maintenance chapter of the TNS End User Guide (Y10285TM).
TWACS®-ORION® for UMT Products User Guide
55
DRAFT
Performing Remote Analysis (TNS)
3.
Check for TNS errors that may have occurred because of commands
time-out, or any software related issues in TNS that may have prevented
AMR commands processing.
For more information on time-out issues, see the Encode Command
Parameters section in the TNS System Maintenance chapter of the TNS End
User Guide.
4.
Perform an On-Request AMR command to determine if the unit
communicates. (This command communicates to the unit by serial number
to eliminate a two-way addressing issue.)
For more information about On-Request meter reads, refer to the
appropriate sections in the TNS End User Guide and the TNS Operational
Process Guide.
A site visit is not required, and you may stop this procedure if the meter
communicates. If the meter communicates, check two-way addressing.
(For more information on two-way addressing, see the Function-Group
Addressing chapter of the TNS Operational Process Guide and the
Two-Way Addressing section in the TNS Generic Applications chapter of
the TNS End User Guide.)
5.
Check for other TWACS meters that are reading on the same distribution
transformer, or a nearby meter to narrow the communication problem area.
6.
Check the Customer Information System for a disconnected status that may
not have updated in the TNS database. If the meter was disconnected, no
action in TNS is required, but you may want to change the cycle number.
The TNS Operator must have some process for dealing with a meter that no
longer provides a read. The TNS Operator might consider setting up a
special cycle (e.g. cycle 99) for disconnects and continue reading the
meters. Having the disconnected meters in a special cycle allows the TNS
Operator to isolate meters to scan for usage. If a Customer Service
Representative re-activates the service and the notification fails to reach the
TNS Operator, or if a customer tampers with the meter and reconnects the
service, the TNS Operator can quickly identify a successful read in a group
of meters where reads should normally fail. Using this configuration, the
TNS Operator can quickly investigate the reason for the successful read of a
supposedly disconnected meter.
7.
Check for switching events which may have occurred in the system that
possibly changed the communication path of the meter. (A communication
path may have changed due to a physical move or a temporary switch to a
different substation, phase, or other path component.) If the communication
path has changed, you can use Pathmaps to update the TNS database.
For more information on communication paths, see the Adding Meters
Interactively section in the Searching Meters chapter of the TNS
Operational Process Guide. For more information on Pathmaps, see the
Alternate Pathmaps Search chapter in the TNS End User Guide and the
Building and Searching Alternate Paths chapter in the TNS Operational
Process Guide.
56
TWACS®-ORION® for UMT Products User Guide
8.
DRAFT
Chapter 3 • Troubleshooting
Check the Alternate Substation tables for up-to-date information on
Alternate Substations that can feed the primary sub.
For more information on Alternate Substation tables, see the Adding
Alternate Substation Information section in the SCE Maintenance chapter
of the TNS End User Guide. Also see the Alternate Substation Mapping and
Creating and Using Alternate Path Tables sections in the Building and
Searching Alternate Paths chapter of the TNS Operational Process Guide.
Port Specific Status Information
There is one byte within the Total Consumption reading (present or frozen) which
contains data that may be invaluable for diagnosing and troubleshooting issues
prior to rolling a truck.
Total Consumption (TC) registers (Present and Frozen Daily) on the EMTR-3
contain a three byte TC value and a one byte status. In the status, the Hour of
Reading and Configuration field is used to establish a desired level of validity for
the TC reading. This five bit field also serves as a quick alternate method for time
stamping the data.
The Hour of Reading and Configuration field provides a number of different levels
of information. There are four error conditions the field can report and if none of
those errors are present, the field is an indication of the quality of the TC reading.
TWACS®-ORION® for UMT Products User Guide
57
DRAFT
Performing Remote Analysis (TNS)
The CCE has the capability to decide the quality of a TC reading based on the
Hour of Reading and Configuration field in the status byte of the Total
Consumption registers.
If the Hour of Reading and Configuration field is equal to zero, the CCE marks the
TC data as suspect. If this is the case, there is no EMTR-3 present.
If the Hour of Reading and Configuration field is equal to twenty five, the CCE
marks the quality of TC data appropriately.
If this is the case, the time and date stamp for the data is more than twenty four
hours old.
When the Hour of Reading and Configuration is equal to twenty five or twenty
six, the CCE uses the current date and time to mark when the TC data was received
at the master station.
If the Hour of Reading and Configuration field is equal to twenty six, the CCE
marks the quality of TC data appropriately based on the utility configured quality
rules. If this is the case, the time and date stamp for the data is invalid.
If the Hour of Reading and Configuration field is equal to thirty, the CCE marks
the TC data as suspect. If this is the case, an IED is installed but no data has been
received yet.
If the Hour of Reading and Configuration field is equal to thirty one, the CCE
marks the TC data as suspect. If this is the case, there is no IED installed on this
port.
IED Configuration Data Files
TNS has the capability to produce IED Configuration Data files, as defined in this
section, for export to other applications. The IED Configuration Data export file is
composed of a number of records.
Each data record in the IED Configuration Data export file contains the data fields
listed in Table 2.
Each data record in the IED Configuration Data export file always populates the
following fields: Meter Number, Serial Number, Serial Port and Device Type.
Any field in an IED Configuration Data record that is not populated is left blank.
The IED Configuration Data export file is a delimited file constructed by
sequentially delimited data records. The comma and vertical pipe characters are
valid delimiters for an IED Configuration Data export file.
Each data record in the IED Configuration Data export file is separated by a
line-feed and carriage return character (in that order).
58
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 3 • Troubleshooting
Field Name
Field Description
Valid Input
Meter Number
The meter number assigned by
the utility. IED Serial Number.
TWACS Serial Number.
Port to which the IED is
associated.
Premises ID assigned by utility,
for the Port of interest (1-7).
District Number Assigned by
Utility.
Location Identifier of the meter
assigned by the utility.
A flag to identify that the device
is active.
IED Service Type
[1 – 4294967295]
Serial Number
Serial Port
Premises ID Number
Port District Number
Port District Location
Active Flag
Device Type
Port User 1
Port User 2
Customer Account Number
Rate Class
Meter Type
Route ID
Cycle Number
Meter User 1
Meter User 2
0 = Electric
1 = Water
2 = Gas
3 = Propane
4 = Other
A field assigned by the utility or
DCSI for grouping purposes. May
be blank.
A field assigned by the utility or
DCSI for grouping purposes. May
be blank.
Customer account assigned by the
utility.
The rate class assigned by the
utility.
The meter type to associate with
the conversion table. The system
uses a default if left blank.
The Route ID associated with the
meter assigned by the utility.
The cycle number for the AMR
assigned by the utility.
A field assigned by the utility or
DCSI for grouping purposes. May
be blank.
A field assigned by the utility or
DCSI for grouping purposes. May
be blank.
TWACS®-ORION® for UMT Products User Guide
[1 – 4294967295]
[1 - 7]
String (20)
[0 – 999999]
String(5)
Y, N
0, 1, 2, 3, 4
String(16)
String(16)
String(20)
String(8)
String(10)
String(8)
[0 – 999]
String(16)
String(16)
59
DRAFT
Performing Remote Analysis (TWACS NG)
Field Name
Meter Number
Serial Number
Serial Port
Premises ID Number
Port District Number
Port District Location
Active Flag
Device Type
Field Description
Valid Input
The meter number assigned by
the utility. IED Serial Number.
TWACS Serial Number.
Port to which the IED is
associated.
Premises ID assigned by utility,
for the Port of interest (1-7).
District Number Assigned by
Utility.
Location Identifier of the meter
assigned by the utility.
A flag to identify that the device
is active.
IED Service Type
[1 – 4294967295]
[1 – 4294967295]
[1 - 7]
String (20)
[0 – 999999]
String(5)
Y, N
0, 1, 2, 3, 4
0 = Electric
1 = Water
2 = Gas
3 = Propane
4 = Other
Performing Remote Analysis (TWACS NG)
Complete the following steps to determine if a field visit is required for an
unresponsive meter. You can end the procedure at any step and correct the problem
when a cause of failure is determined.
1.
If communication fails to the transponder, check the path and search state of
the transponder. You may do this by going to System Monitoring > Edit
Path > Search States.
2.
Type in the serial number of the transponder and click Lookup.
If the transponder is currently in the New, Lost or Tentative path state, the
the TWACS NG will need to search the transponder. The TWACS NG
Operator will need to be sure that it is in a search state of Ready. The search
batch job should automatically pick up the transponder for search when the
next job runs.
3.
If the transponder is in a Good/Done state, the TWACS NG Operator may
issue a ping to the transponder. You may do this by going to System
Monitoring > Test Transponder screen.
4.
Type in the serial number or Meter/End Device ID and click Ping.
If the ping is successful, communication to the transponder is successful
and has been verified. If the transponder is still not functioning as expected,
a field visit will most likely be necessary.
60
TWACS®-ORION® for UMT Products User Guide
NOTE
DRAFT
Chapter 3 • Troubleshooting
5.
The TWACS NG Operator may also want to check the notifications to
verify if any have been received for the transponder in question. For more
information regarding notifications, refer to the Notifications section of the
TWACS® Network Gateway Operational Process Guide.
6.
If the previous steps determine that the meter has “Failed”, see Product
Returns on page 3 to return the meter.
For additional information regarding remote troubleshooting, contact DCSI
Customer Care (email care@twacs.com or call 1-800-892-9008) to speak with a
Technical Support Engineer.
EMTR-3 Diagnostic Indicators
The following table lists the error code number and error message text that the
HHTR displays when the specific error is encountered while communicating with
the EMTR-3.
Table 3.1
Error
Error code description and solution
Description
The following error codes are RF communication errors.
01 RF Error
General error.
02 Service Not Supported
Service is not supported.
04 Operation Not Possible
RF error.
05 Inappropriate Action
RF error.
Requested
06 RF Device Busy
RF error.
07 Data From Device Not
RF error. (Usually memory)
Ready
31 RF Device Sent NAK
RF error
32 Can not acquire an RF Link RF error
33 Operation Timed Out
Operation time expired without
success.
The following error codes are internal HHTR-3 or user errors.
101 RFPIC sends a NAK
The RFPIC isn't ready or doesn't
understand the command. The RF
PIC internal to the HHTR-3 has
failed.
102 RFPIC is Busy!
RFPIC is performing another
operation and is currently busy.
The RF PIC internal to the
HHTR-3 was in the middle of
another command.
103 No response from RFPIC The RFPIC isn't responding to the
on HHTR
UI. No Response from the RF
PIC. The RF PIC didn't respond
to the UI processor.
TWACS®-ORION® for UMT Products User Guide
Solution
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
Retry the command.
61
EMTR-3 Diagnostic Indicators
Error
DRAFT
104 RFPIC Sent Invalid
Response. . .
105 Operation Cancelled
221 Install Failed
222 Removal Failed
223 Extract Failed
230 PC Upload Incomplete
Description
Solution
The RFPIC sent an invalid
response to the UI. The HHTR-3
UI processor didn't recognize the
response from the RF PIC.
Indicates the Esc button was
pressed during an operation.
The HHTR was unable to install
the IED.
The HHTR was unable to remove
the IED.
Retry the command.
The HHTR was unable to extract
the port list from EMTR.
The PC upload operation was
aborted by the operator or there
was a communication timeout.
Continue to desired action.
Retry the command
Retry the command
Retry the command
Resolve any
communication errors.
Check cable. Ensure PC
application is functional.
Retry the command.
If you are unable to resolve a problem with the TWACS® ORION® system, return
the meter to your integrator or DCSI. See Product Returns on page 3 for
instructions.
Record Overwrite Warning
The Record Overwrite Warning displays when you attempt to install or delete an
IED, perform an RCE Change Out, or select Manage Listen Mode when there are
an insufficent number of database records available.
There are two Record Overwrite Warnings. The first Record Overwrite Warning
can be seen below.
Warn: Database Full
Upload Data to PC
Press Any Key
Press any key to view the second Record Overwrite Warning.
Warn: Database Full
Continue Operations &
Overwrite Records?
ESC: No, Enter: Yes
Press ESC to return to the originating list, or press Enter to continue the operation
and overwrite the existing records.
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TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 3 • Troubleshooting
Field Troubleshooting
Distribution Control Systems, Inc. has developed various software and hardware
products for testing TWACS-enabled devices in the field and the meter shop. See
Meter Shop Test System on page 64 of this chapter for information regarding use of
this system.
The EMTR-3 has no field serviceable parts. It can only install, delete, or query
installed ORION transmitters.
When necessary, the HHTR can be used to • Install the Orion transmitter
NOTE
The HHTR can not communicate with the Orion transmitter.
• Query the EMTR for a remote installed list
• Delete Orion from the EMTR installed list
• Check EMTR status (Hardware & Firmware version)
A remote list query by the HHTR gives port-specific information for each installed
Orion transmitter as follows:
• Serial Number & Service Type
• Acquisition Failures
• 24 Hr. Acq Log
• Orion Status
•
Present Total Consumption (not current total consumption, but rather last
RF communication total consumption, usually < 1 hr. old)
•
Leak Detect (tripped by water meter, will reset on its own, or can be
manually reset in the field; see the meter manufacturer documentation for
trip and reset conditions)
•
Tamper Detect (must be field reset at water meter)
If there is a problem, the applicable error code is displayed.
TWACS®-ORION® for UMT Products User Guide
63
Meter Shop Test System
DRAFT
Meter Shop Test System
Use the Meter Shop Test System to test TWACS signaling, read select transponder
registers, zero select transponder registers, and perform various other transponder
functions on a TWACS-enabled FOCUS meter. For complete details on the Meter
Shop Test System, see the Meter Shop Test System Help (accessed by clicking the
Help button on the Meter Shop Test Tool main menu) or contact your Program
Manager or DCSI Customer Care at care@twacs.com or 1-800-892-9008.
Because of the various test equipment available for use with DCSI products and
the configuration requirements/options, the Meter Shop Test System Set-Up Guide
(Y10030TM) will guide you through initial equipment selection and setup for
meter/module testing.
If you are unable to resolve a problem with the TWACS®-ORION® System, return
the meter to your integrator or DCSI. See Product Returns on page 3 for
instructions.
64
TWACS®-ORION® for UMT Products User Guide
CHAPTER
DRAFT
SPECIFICATIONS
This chapter contains electrical, environmental, and physical specifications for the
EMTR-3 and HHTR-3.
Electrical Specifications
The electrical specifications include:
• Electrical ratings
• Compliance Specifications
Electrical Ratings
The following table provides the electrical ratings for the EMTR-3.
Table 4.1 Electrical ratings
Parameter
Rating
Voltage
Quiescent power
Maximum input surge
Internal fusing
Grounding
Electronics connection
6V<=V<=12V
25mA approximate
100mA maximum
None
None
Electronics isolation
Refer to the Universal Metering Transponder
for FOCUS Meter User Guide
(Y10574-TUM) or the Universal Metering
Transponder for kV2c Meter User Guide
(Y10577-TUM).
TWACS®-ORION® for UMT Products User Guide
The EMTR-3 is connected to the
UMT-R-F MP or UMT-C-KV MP
transponder during meter/transponder
integration.
65
DRAFT
Electrical Specifications
Compliance Specifications
NOTE
ANSI C12.1-3001 is the referring standard for tests listed in tables 3.2, 3.3, and
3.4.
Table 4.2 Compliance specifications
Device(s)
Test Title
Applicable Specification
HHTR-3
and
EMTR-3
EMI/RFI Emission
conducted/radiated
HHTR-3
and
EMTR-3
EMTR-3
EMI/RFI Susceptibility
ANSI C12.1-3001 Test No. 27- “Radio
Frequency Conducted and Radiated Emissions”
per CFR 47 Part 15, Class A and B. (See also
ANSI C63.4)
ANSI C12.1-3001 Test No. 26- “Effect of Radio
Frequency Interference”
AC line surge
EMTR-3
Electrical fast transient
EMTR-3
Surge withstand
capability FT and OSC
High voltage isolation on
meter chassis
Voltage interruption test
EMTR-3
EMTR-3
HHTR-3
and
EMTR-3
EMTR-3
EMTR-3
HHTR-3
and
EMTR-3
HHTR-3
and
EMTR-3
HHTR-3
and
EMTR-3
NOTE
66
Effect of electrostatic
discharge
Effect of Variation of
Frequency
Effect of Variation of
Voltage on the Metering
Device
Occupied Bandwidth
RF Output Power
Design Frequency
Accuracy
ANSI C12.1-3001/IEEE C62.41-1991 Test No.
17- “Effect of High Voltage Line Surges”
ANSI C12.1-3001 Test No. 25- “Electrical Fast
Transient/Burst” (Testing at 100 and 400 KHz is
required) IEC 801-4: 1988
ANSI/IEEE C.37.90.1 - 2002
ANSI C12.1-3001 Test No. 15- “Insulation”
ANSI C12.1-3001 Test No. 16- “Voltage
Interruption”
ANSI C12.1-3001 Test No. 28- “Effect of
Electric Discharge (ESD)”
ANSI C12.1-3001. Test #6
ANSI C12.1-3001. Test #5.
200 kHz. The ORION equipment transmits at
100 kilobits/second. The HHTR transmits at
9600 bits per second, but uses a wider frequency
deviation so that the occupied bandwidth is still
in the 200 kHz range.
FCC 15.249 compliant. IC RSS-210 A2.9; 2005
compliant.
+/- 50 parts per million.
Per Measurement Canada, Specifications/Standards LMG-EG-07 & PS-E-09-E
are used to verify compliance with Canadian criteria.
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 4 • Specifications
Environmental Specifications
Table 4.3 Environmental specifications
Thermal
Effect of operating temperature
Per ANSI C12.1-3001 Test No. 30
Humidity
Effect of relative humidity, both
operational and storage
Per ANSI C12.1-3001 Test No. 31
Physical Specifications
Table 4.4
Physical specifications
Parameter
Specification
Size, weight, form factor
Integrated dimensions
Installation instructions
Meter-specific
Provided with shipping package. One per
TWACS-enabled meter carton.
Compliance Testing Specifications
Mechanical tests
•
•
•
•
Mechanical Shock
Mechanical Vibration
Transportation Drop Test
Transportation Vibration
Per relevant sections of ANSI C12.1 - 2001
described below:
•
•
•
•
Test #32, per IEC 60068 part 2-37
Test #34, per IEC 60068 part 2-6
Test #33, per ISTA Test Procedure 1A
Test #35, per ISTA Test Procedure 1A
Physical Tamper Protection
Meter seal
Supported
Labeling Requirements and Serial
Number
TWACS®-ORION® for UMT Products User Guide
67
Physical Specifications
Table 4.4
Parameter
HHTR-3
68
DRAFT
Physical specifications
Specification
Labeling per ANSI C12.10-1987 for:
• DCSI/customer name
• DCSI/customer logo
• TWACS serial number
• Barcode
TWACS®-ORION® for UMT Products User Guide
DRAFT
Chapter 4 • Specifications
Additional Regulatory Data
The following is a tabulation of regulatory data found elsewhere in this manual and
is required by the regulatory agencies of some countries.
Parameter
Specification
Disclaimer noting that
operation of the device is
subject to conditions that the
device may not cause harmful
interference and device must
accept any interference
received.
Principles of device operation
Block diagram
Operating frequency
Channeling
Mode of transmission
Internal/External data source
Type(s) of modulation
Is a subcarrier used to modulate
carrier?
Type of information transmitted
Occupied bandwidth
RF output power
Regulatory Data note, page 12.
Carrier frequency stability
TWACS®-ORION® for UMT Products User Guide
All of Chapter 2.
Page 11.
Page 10, paragraph 2.
Page 11.
Page 11.
Page 11.
Page 11.
No, page 11.
Digital data, page 10, paragraph 2.
200 kHz, page 11.
FCC 15.249 compliant. IC RSS-210
A2.9; 2005 compliant. Page 66,
second-to-last item in table.
+/- 50 ppm. Page 66, last item in table.
69
Additional Regulatory Data
70
DRAFT
TWACS®-ORION® for UMT Products User Guide
DRAFT
Acronyms
AMR
Automatic Meter Reading
ASCII
American National Standard Code for Information Exchange
CCE
Central Control Equipment
CFG
Configuration
CIS
Customer Information System
DCSI
Distribution Control Systems, Inc.
EMTR
Electric Meter Transceiver
FCC
Federal Communication Commission
FSK
Frequency Shift Keying
HHTR
Hand Held Transceiver
HRTS
Handheld Remote Test Set
IED
Intelligent End Device
KWH
Kilowatt Hours
MDM
Meter Data Management System
NA
Invalid Data
NS
Register Not Supported
OK
Successful Read
PA
Power Amplifier
RCE
Remote Communications Equipment
RF
Radio Frequency
RI
Reset In Progress
RL
Register Length Invalid
RMTR
Remote MeterTransceiver
RSSI
Received Signal Strength Indicator
RTC
Real-Time Clock
S/N
Serial Number
TD
Total Demand
TNS
TWACS Net Server
TWACS
Two-Way Automatic Communication System
WMS
Work Management System
TWACS®-ORION® for UMT Products User Guide
71
Acronyms
72
DRAFT
TWACS®-ORION® for UMT Products User Guide
DRAFT
Glossary
AMR
See Automatic Meter Reading.
Automatic Meter Reading (AMR)
Electronic accumulation and transport of meter data.
CCE
See Central Control Equipment.
CIS
See Customer Information System.
Central Control Equipment (CCE)
Computer and related components installed at the utility’s central office. These components
include the TWACS Net Server (TNS) and communication equipment connecting the TNS
system with Level 2 Substation Communications Equipment (SCE).
Customer Information System (CIS)
A utility central office application that maintains customer data. This customerily includes
account, premise, and contact information.
dial encoder
A device that encodes or converts the position of metering dials (normally used in water
meters) into an electrical signal for subsequent processing and transmission.
Electric Meter Transceiver (EMTR)
An electronic communication device that transmits and receives using RF transmission.
EMTR
See Electric Meter Transceiver.
Federal Communication Commission (FCC)
The Federal Communications Commission (FCC) is an independent United States
government agency, directly responsible to Congress, and is charged with regulating interstate
and international communications by radio, television, wire, satellite and cable. Among its
duties, the FCC is responsible for rating personal computers and other electronic equipment as
either Class A or Class B. The ratings indicate how much radiation a particular device emits.
TWACS®-ORION® for UMT Products User Guide
73
Glossary
firmware
DRAFT
Programming code that is stored on a microchip within an electronic assembly that can not be
changed by the user and is accessible only with special equipment.
frequency shift keying
A data transmission control method that modulates, i.e. “shifts” between two radio
frequencies.
hand held transceiver (HHTR)
A control device used to set up, link, and establish communication between the EMTR and
RMTR components of the TWACS RF system.
IED
See Intelligent End Device.
industrial, science, and medical (ISM)
An unlicensed radio frequency band.
Intelligent End Device (IED)
A device incorporating one or more processors with the capability to recieve data from an
external source or to send data to an external source.
ISM
See Industrial, Science, and Medical.
MDM
See Meter Data Management System.
Meter Data Management System (MDM)
A system that manages meter reading data. Meter readings can be saved as needed for billing
and hisotrical analysis. The MDM would minimally manage configuration information for
meters and maintain measurement histories.
nonvolatile memory
A physical data storage area that maintains its content when the power is turned off.
pulser
An electronic or magnetic device that generates electric pulses in a quantity that is
proportional to the physical variable under measurement and which the pulses represent.
RCE
See Remote Communication Equipment.
74
TWACS®-ORION® for UMT Products User Guide
DRAFT
Glossary
received signal strength indicator (RSSI)
A value indicating the strength of the received radio frequency signal.
registers
Data storage locations on the transponder microprocessor that contain a variety of information
that is retrievable by the master station. The type of data in registers includes consumption and
demand data.
Remote Communication Equipment (RCE)
Devices, such as transponders, located at a consumer's premises that collect and transmit
register data through TWACS.
RSSI
See Received Signal Strength Indicator.
TNS
See TWACS Net Server.
transponders
Two-way field devices that can receive and send messages to and from the substation.
TWACS
See Two-Way Automatic Communication System.
WMS
See Work Management System.
Work Management System (WMS)
A utility central office application that manages the logistics of placing the necessary
personnel, tools, and parts at a given location at the same time to accomplish a given task. A
WMS may be able to supply the installer with an electronic copy of the list of sites to be
visited on a given day, the tasks to be performed, and even a partial list of the serial numbers
of the affected equipment.
TWACS Net Server (TNS)
Chief component of the entire Two-Way Automatic Communication System. Manages all
collected metering and interval data as well as the connection between the utility and the
consumer’s premises.
TWACS®-ORION® for UMT Products User Guide
75
Glossary
DRAFT
Two-Way Automatic Communication System (TWACS)
A patented technology that allows the utility to send and retrieve information to and from
meters and other devices using the utility’s power lines as a communication network.
Ultra High Frequency (UHF)
A frequency range in the radio frequency spectrum between 300 MHz and 3.0 GHz.
76
TWACS®-ORION® for UMT Products User Guide
DRAFT
Index
acronyms 71
Audio 42
Master Station 6
menus, HHTR
HHTR Config 20
diags 19
RMTR
install (link) 19
TWACS 20
HRTS 19
TWACS modem 19
Badger Meter, Inc 9
Battery Status 46
Baud Rate 19
care@twacs.com 3
Com Logic 44
communication 15
Customer Care 3
Meter Shop Test System 64
Notification log 55
Diags 48
Display 19
ORION transmitter 13
PC Upload Menu 40
Port List 28
Portable RCE Test Unit Technical Manual 4
portal 3
Power 45
Power Off Time 45
electric meter transceiver 9, 12
electrical ratings 65
electrical specifications 65
EMTR
See electric meter transceiver
EMTR3 19
EMTR3 Menu 21
EMTR-3 Status 39
Extract Port List 35
RCE Change Out 35
Remote 55
Remote Communications Equipment 6
RF equipment installation
environmental conditions 15
pre-installation field survey 14
glossary 73
hand held transceiver 9
keypad functions
HHTR
17
See hand held transceiver
HHTR Config Menu 42
HRTS 51
I/O Status 43
Install Port List 37
Intelligent End Devices 23
labeling requirements 67
LCD Backlight Time 46
line of sight 10, 14
Listen List 25
TWACS®-ORION® for UMT Products User Guide
RF RMT 43
RF Time 44
Serial Com 19
Serial Com Menu 53
specifications
electrical
65
Status 47
Substation Communications Equipment 6
support 3
Technical Support 3
Test I/O & RS232 50
Test Keypad/LC 49
Test Memory 48
TNS 6, 55
77
Index
primary functions 6
DRAFT
TNS Operational Process Guide 4
TWACS
three levels of components
TWACS - ORION system
electric meter transceiver
hand held transceiver 9
TWACS Menu 51
TWACS Modem 52
TWACS Net Server (TNS) 9
TWACS NG 60
Two-Way Automatic Communication System
(TWACS) 9
78
TWACS®-ORION® for UMT Products User Guide

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Aclara Power Line Systems Y72553-1 Metering transponder User Manual HHTR

Aclara Power-Line Systems Inc. Metering transponder HHTR

User Manual

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