COM300
Voice Communication Modem
Revision: 10/02
C o p y r i g h t ( c ) 1 9 9 4 - 2 0 0 2
C a m p b e l l S c i e n t i f i c , I n c .
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COM300 Voice Communication Modem
Table of Contents
PDF viewers note: These page numbers refer to the printed version of this document. Use
the Adobe Acrobat® bookmarks tab for links to specific sections.
1. Introduction.................................................................1
2. Hardware and Software Requirements .....................1
2.1 COM300 Modem......................................................................................1
2.2 Voice Capable Datalogger........................................................................2
2.3 Telephone .................................................................................................2
2.4 LoggerTalk Voice Communication Programming Software.....................2
3. Hardware Installation..................................................3
3.1 Site Installation .........................................................................................3
3.2 Properly Grounding the COM300 System................................................4
3.3 Powering the COM300 Modem................................................................4
3.4 Telephone Service.....................................................................................5
3.5 Repairs......................................................................................................6
4. LoggerTalk Software Installation...............................6
5. Using the COM300 for Standard Modem
Communications in PC208W.....................................7
6. Additional Features ....................................................7
6.1 Security.....................................................................................................7
6.2 Commercial Mode ....................................................................................7
6.3 Renaming Menu Strings for Input Location, Ports, and Flags ..................7
6.4 Using the COM300 to Hear Output Location Data...................................8
7. Callback - Datalogger Initiated Calls.........................8
8. Troubleshooting..........................................................8
8.1 For Problems Encountered When Making Voice Calls ............................8
8.2 For Problems Encountered When Making Data Calls ..............................9
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COM300 Voice Communication Modem Table of Contents
A. CS I/O 9 Pin Serial Port..........................................A-1
A.1 Pin Description.................................................................................... A-1
B. Theory of Operation...............................................B-1
B.1 Theory of Operation ............................................................................ B-1
C. Changing RAM or PROM Chips in the CR10 ........C-1
C.1 Disassembling the CR10...................................................................... C-1
C.2 Installing New RAM Chips in CR10s with 16K RAM........................ C-1
C.3 Installing New PROM ......................................................................... C-2
D. FCC Warning to Users of Class A Computing
Devices ...................................................................D-1
E. IC Information......................................................... E-1
F. Reading Voice Code Information from a
*.DLD File................................................................ F-1
F.1 Typical Voice Code ..............................................................................F-1
F.2 Callback Code.......................................................................................F-2
F.3 Security Enabled ...................................................................................F-3
G. Using P80 to Redirect Final Storage Data to
Input Locations ......................................................G-1
H. COM300 Word List .................................................H-1
H.1 COM300 Word List - Numerical Order .............................................. H-1
H.2 COM300 Word List - Alphabetical Order........................................... H-4
List of Figures
1. COM300 Voice Synthesizer Modem ......................................................... 1
2. COM300 Hardware Connection Using Standard RJ11 Telephone Jack .... 3
3. COM300 Hardware Connection to CR10X Using Surge
Protection Device...................................................................................... 4
4. Providing Alternate Power to the COM300 ............................................... 5
A-1 9 Pin Connector................................................................................... A-1
C-1 Disassembling CR10 ........................................................................... C-2
C-2 Jumper Settings for Different RAM Configurations............................ C-3
List of Tables
1. Dataloggers that Require Direct 12 VDC Connection to COM300 ........... 5
A-1 Pin Description.................................................................................... A-2
ii
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COM300 Voice Communication Modem
1. Introduction
The COM300 voice-synthesizer modem allows Campbell Scientific's voice
capable dataloggers to transmit, by voice announcement, data stored in input
locations and the current status of datalogger control ports and user flags. With
voice communication enabled, a user can call a datalogger site and listen to
announcements, or the datalogger can be programmed to initiate voice calls
when alarm conditions are met. Though voice communication is the primary
function of the COM300 modem, the device is also capable of standard modem
communications.
This manual provides information specific to the COM300 hardware, including
specifications, installation, and operation. Installation of the LoggerTalk Voice
Communication Programming Software is covered, but use of the software is
detailed in the software's on-line documentation.
2. Hardware and Software Requirements
2.1 COM300 Modem
The COM300 modem (Figure 1) is required at the datalogger site to activate
voice communication. The modem is shipped with an SC12 cable (9-pin to 9-
pin) to connect it to the datalogger's communication port. Surge protection at
the datalogger site is required if it is not installed by the phone company. CSI
offers a surge protector with or without environmental enclosure mounting
hardware (model 6362 and 2372-01, respectively).
The modem’s communication port is configured to be compatible
with Campbell Scientific’s CS I/O port. This is not a standard
RS232 connection. Refer to Appendix A for the configuration of
this connector.
NOTE
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FIGURE 1. COM300 Voice Synthesizer Modem
1
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COM300 Voice Communication Modem
2.1.1 Specifications
•
•
•
•
•
•
•
•
•
•
•
•
Bell 212A, CCITT V.22, and V.32BIS compatible
Full duplex at 9600 and 1200 baud to datalogger
V.42 LAPM and MNP2-4 error correction
Hayes AT command set
RJ-11C telephone jack
FCC and IC (formally known as DOC) approval
Pulse or tone dialing
Current drain: 100 µA quiescent, 180 mA active
Direct connection to and powered by CSI dataloggers
Supply requirements: 12 VDC power supply
Internally switches 12 VDC external power minimizing current drain
Logic levels: below 1.5 V inputs a low state and above 3.5 V inputs a high
state. A low voltage level on the TX data input (pin 9) and RX data output
(pin 4) represents a mark
•
•
•
Operational temperature: -25°C to +50°C
Size: 5.2” x 1.7” x 3.6” // 13.1 x 4.3 x 9.2 cm
Weight: 0.75 lbs // 0.34 kg
For theory of operation for the COM300 modem, refer to Appendix B of this
manual.
2.2 Voice Capable Datalogger
The following Campbell Scientific array based dataloggers are capable of voice
communication: the CR10, CR10X, CR500, CR510, and CR23X. The CR10
will require a special UVEPROM to enable voice communication. If this
special prom was not installed at the factory, please contact Campbell Scientific
or your Campbell Scientific representative. Appendix C provides information
on installing this UVEPROM.
2.3 Telephone
Typically a touch-tone phone is used to call the COM300 modem. A rotary
phone can be used if the programmed verbal announcements do not require the
user to navigate through the modem's menu system.
2.4 LoggerTalk Voice Communication Programming Software
Datalogger program files created using Campbell Scientific's Edlog program
editor must be modified to include voice communication announcements. This
modification is accomplished using LoggerTalk software, which is shipped with
all COM300 modems. LoggerTalk requires a computer running Windows
95/NT/98.
2
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COM300 Voice Communication Modem
3. Hardware Installation
3.1 Site Installation
Connection to telephone company-provided COIN service
(Central Office ImplemeNted systems) is prohibited. Connection
NOTE
to party line service is subject to state tariffs.
The COM300 is designed to be used on standard device telephone lines. The
COM300 connects to the telephone line by means of a USOC RJ11C jack
(standard modular telephone jack).
Connect the cable from the telephone RJ11C jack to the modem as shown in
Figure 2. If the telephone company has not installed surge protection in the
telephone line (no RJ11C jack), one must install surge protection (Model 6362
or 2372-01) and connect the ring and tip terminal blocks as shown in Figure 3.
G
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SC12 Cable
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FIGURE 2. COM300 Hardware Connection Using Standard RJ11
Telephone Jack
3
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COM300 Voice Communication Modem
G
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12V
12V
Logan, Utah
SW 12V CTRL
SW 12V
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CS I/O
POWER
IN
SE
DIFF
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CAMPBELL
SCIENTIFIC
INC.
COM300
VOICE SYNTHESIZER
SC12 Cable
Complies with Part 68, FCC rules. FCC Registration No. B9QUSA-75378-MM-T
Ringer Equivalence 0.5A. Required Connector USOC RJ11C.
This equipment complies with the requirements in Part 15 of FCC Rules for Class
A
computing device. Operation of this equipment in
a
residential area may cause
unacceptable interference to radio and TV reception requiring the operator to take
whatever steps are necessary to correct the interference.
S/N
MADE IN USA
0002
Blue = Ring
Burial Phone Cable
Blue/White = Tip
Phone Line
Transient Protector
To Earth Ground
(Model 6362 or 2372-01)
FIGURE 3. COM300 Hardware Connection to CR10X Using Surge
Protection Device (No Standard RJ11 Connection Available)
3.2 Properly Grounding the COM300 System
Connect the green 14 awg grounding wire (provided with the COM300) to the
grounding terminal (GND) on the COM300 and to the enclosure’s earth ground
connection. If the site does not have a grounded enclosure, connect the ground
wire directly to an earth ground connection. The datalogger ground should also
be tied to the earth ground.
The modem must be grounded for its transient protection to
work.
CAUTION
3.3 Powering the COM300 Modem
More recent Campbell Scientific dataloggers provide 12 VDC power on pin 8
of the CS I/O 9 pin connector. For dataloggers that do not provide 12 VDC on
the datalogger's CS I/O 9 pin connector, 12 VDC and ground must be
connected via the green power connector on the side of the COM300 (refer to
Figure 4). Table 1 lists the Campbell Scientific dataloggers that require direct
12 VDC connection to the COM300.
4
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COM300 Voice Communication Modem
12V 12V
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DIFF
To Earth
Ground
Red
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Black
(Ground)
14 AWG Ground Wire
SC12 Cable
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FIGURE 4. Providing Alternate Power to the COM300
TABLE 1. Dataloggers that Require Direct
12 VDC Connection to COM300
CR10(X) w/ silver wiring panel
CR10(X) w/ black CR10 wiring panel (P/N 8032)
CR500serial number 1764 or lower
3.4 Telephone Service
The goal of the telephone company is to provide you with the best service it
can. In order to do this, it may occasionally be necessary for them to make
changes in their equipment, operations, or procedures. If you have any
questions about your telephone line, such as how many pieces of equipment
you can connect to it, the telephone company will provide this information
upon request. If the telephone company requests information concerning the
equipment which you have connected to your telephone line, the FCC
registration number and the ringer equivalence number (REN) of the COM300
5
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COM300 Voice Communication Modem
are listed on its label. Additional technical information from the FCC and IC
on the COM300 is available in Appendix D and E, respectively.
If any of your telephone equipment is not operating properly, you should
remove it immediately from your telephone line, as it may cause harm to the
telephone network. If the telephone company notes a problem, they may
temporarily discontinue service. When practical, they will notify you in
advance of this disconnection. If advance notice is not feasible, you will be
notified as soon as possible. When you are notified, you will be given the
opportunity to correct the problem and informed of your right to file a
complaint with the FCC.
3.5 Repairs
To comply with FCC Rules and Regulations, all repairs on the COM300 must
be performed by Campbell Scientific, Inc. or an authorized agent of Campbell
Scientific, Inc.
4. LoggerTalk Software Installation
LoggerTalk Voice Programming software is provided with the COM300. This
software is used to edit datalogger program files (*.DLD) to include code that
activates voice communication in voice capable dataloggers.
LoggerTalk requires a computer running Windows 95, Windows NT, or
Windows 98 with a 3.5" floppy drive. Before beginning installation, close all
active programs including virus and mail applications. To install LoggerTalk,
insert disk 1 into your floppy drive. From the Windows Start Menu, choose
Run. In the dialog box that appears, type in A:\Setup (this assumes A: is the
drive letter assigned to your floppy drive). The installation program will guide
you through the remainder of the setup.
If an error occurs at the beginning of installation, check your
NOTE
Windows temp directory.
(This is typically C:\Temp or
C:\Windows\Temp. If you are unsure, go to an MS-DOS prompt
and type SET. Look for a line that displays TEMP = and note
the directory name.) Move all files to a different directory. This
directory is used during software installation. The TEMP
directory has a file limit that, if close to being exceeded, will
prevent installation of the software.
Operation of LoggerTalk is not covered in this manual. LoggerTalk has an
extensive help system that can be accessed at any time by pressing the F1 key,
or by selecting the Help menu item from the main window and by pressing the
Help button on screens that have it. Two tutorials are included: a basic tutorial
that walks you through creating voice strings, downloading the modified
program to the datalogger, and navigating through the voice modem menus, and
a more advanced tutorial for setting up voice callback. Example program files
are included for use in the tutorials. If you do not have prior experience in
editing datalogger program files with a Campbell Scientific editor, we suggest
that you begin with the basic tutorial and peruse the help system for any
questions you might have.
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COM300 Voice Communication Modem
Appendix F of this manual provides a guide to interpreting the code that is
added to the end of the datalogger program file for voice communication.
5. Using the COM300 for Standard Modem
Communications in PC208W
The COM300 can be used for standard data transmission in PC208W. To
establish data communication with the COM300, the dialing string (phone
number) must be modified in PC208W to disable voice communication for the
duration of that connection (the dialing string is found on the Hardware Tab of
PC208W's Setup window).
To disable voice communication, insert three commas and "9" at the end of the
dialing string for your datalogger. For example, if the telephone number for
your datalogger is "555-4321" you would need to make the following additions:
"555-4321,,,9". Each of the three commas inserts a 2 second delay. The 9
disables voice communication. Depending upon the length of time required to
establish connection with the modem, you may need to add more commas.
For information on downloading a datalogger program to the COM300, refer to
the Basic Tutorial in LoggerTalk's on-line help system.
6. Additional Features
6.1 Security
A security code can be used with the COM300 to prevent users from accessing
information beyond the initial messages. If security is not enabled, callers will
have access to all input location data, and can change the status of datalogger
ports and flags. Security is enabled by editing the datalogger program file in
LoggerTalk. Refer to the LoggerTalk on-line help system for further
information. If you forget the security code you can open the datalogger
program in LoggerTalk and review what number you originally entered.
This security code is different than the security code that can be
entered to prevent access to certain datalogger functions. Refer
to your datalogger operators manual for more information.
NOTE
6.2 Commercial Mode
When in Commercial Mode, the datalogger will announce the initial messages
up to two times and then terminate the connection with the caller. A modem
security code must always be entered in the LoggerTalk software when
Commercial Mode is used.
6.3 Renaming Menu Strings for Input Location, Ports, and Flags
When you call the datalogger, after the initial messages are announced you are
prompted to hear the status of Input Locations, Ports, or Flags. These three
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COM300 Voice Communication Modem
terms can be renamed to something more descriptive using LoggerTalk. A
dialog box to make these changes is invoked by selecting the Menu Strings
button from the main LoggerTalk window. Refer to the LoggerTalk on-line
help system for more information.
6.4 Using the COM300 to Hear Final Storage Data
Output data is normally stored in the datalogger's ring memory (Final Storage).
The COM300 can access data in input locations only; it cannot access Final
Storage data. In order to hear Final Storage data, it must be redirected to an
input location. This input location can then be accessed by the COM300.
Datalogger Instruction 80 is used to redirect output data to input locations.
Refer to the datalogger's operators manual for more information on this
instruction, and to Appendix G for an example program using P80.
7. Callback - Datalogger Initiated Calls
The datalogger can be programmed to initiate a call to one or more telephone
numbers when a specific condition is met. Typical use of this feature is for the
datalogger to call a computer running PC208W and transfer Final Storage data
to the computer. However, this feature can also be used with voice
communication. When callback is initiated, the datalogger will call the defined
telephone number(s) and a message will be announced. This is particularly
useful in alerting those monitoring the datalogger system of alarm conditions.
LoggerTalk's on-line help system includes a tutorial to guide you through
setting up a datalogger initiated voice callback. The datalogger's operators
manual also includes general information on the callback feature.
You can intermix voice and modem calls in the same program. Make sure you
are not using the same flag for a voice and a modem call.
8. Troubleshooting
8.1 For Problems Encountered When Making Voice Calls
1) Can you attach a normal analog telephone to the line and make a call out?
If not, contact your local telephone company. If you can make a call out
but the connection is poor or faint, contact your local telephone company.
2) Verify the COM300 is receiving 12 VDC. If the COM300 is receiving 12
VDC from a separate power supply instead of the datalogger, is the ground
of the separate power supply connected to the datalogger’s ground?
3) Verify the COM300 is the only Modem Enable device connected to the
datalogger. Other common Campbell Scientific modem enable devices are
the SC32A, some RF modems, and the MD9.
4) Verify the datalogger is turned on.
5) Verify the datalogger has power on its 5 V output.
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COM300 Voice Communication Modem
8.2 For Problems Encountered When Making Data Calls
1) Verify you have selected the correct calling modem from PC208W's setup
screen.
2) Verify the COM port you are using is activated. As a power saving
feature, some notebook computers do not automatically activate the COM
ports.
3) Verify nothing else is using the same COM port on the computer. Even if
a program is minimized in Windows, it may have a lock on the COM port.
4) PC208W, Campbell Scientific's communication software, has a log level
I/O log that will display an activity of communication as the link is being
established. Assuming the above items are O.K., the software log should
display something such as “ATDT#######”. Where the #### is the
telephone number listed in the dialing path of the software for the
datalogger you are trying to call. As you are connected to each device in
the communications link, this will be reflected in the activity screen. This
may help to pinpoint which device in the communications link is failing.
To comply with FCC Rules and Regulations, all repairs on the COM300
modem must be performed by Campbell Scientific, Inc. or an authorized agent
of Campbell Scientific, Inc. For assistance in installation, troubleshooting, or
for repair, contact Campbell Scientific:
Campbell Scientific, Inc.,
815 West 1800 North
Logan, Utah 84321-1784
Telephone: (435) 753-2342
Fax: (435) 750-9540
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COM300 Voice Communication Modem
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Appendix A. CS I/O 9 Pin Serial Port
The modem’s CS I/O port is not a standard RS232 connection.
NOTE
A.1 Pin Description
The COM300 modem connects to the datalogger using an SC12 cable
connected to the devices’ 9-pin subminiature D-type socket connector. This
connector is shown in Figure A-1. Table A-1 shows the I/O pin configuration,
and gives a brief description of the function of each pin.
CS I/O
FIGURE A-1. 9 Pin Connector
A-1
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Appendix A. CS I/O 9 Pin Serial Port
TABLE A-1. Pin Description
ABR = Abbreviation for the function name.
PIN = Pin number.
O
= Signal Out of the datalogger to a peripheral.
= Signal Into the datalogger from a peripheral.
I
PIN
1
ABR
5V
I/O
Description
I
5 VDC supply. Not used.
2
SG
Signal Ground: Provides a power return for pin 1
(5V), and is used as a reference for voltage levels.
3
4
5
RING
RXD
ME
O
O
I
Ring: Raised by the modem to put the datalogger
in the telecommunications mode.
Receive Data: Serial data transmitted by the
modem are transmitted on pin 4.
Modem Enable: A logic high internally switches
power to the modem. A logic low internally
powers down the modem.
6
7
SDE
I
Synchronous Device Enable: A logic high disables
communication with the modem, without removing
power or changing the modem’s mode.
Clock/ I/O
HS
Clock/Handshake: Used with the SDE and TXD
lines to communicate with devices that address it.
8
9
TE
I
I
+12 VDC power supply.
TXD
Transmit Data: Serial data are transmitted from
the datalogger to the modem on pin 9; logic low
marking (0V) logic high spacing (5V) standard
asynchronous ASCII, 8 data bits, no parity, 1 start
bit, 1 stop bit, 300, 1200, 9600, 76,800 baud (user
selectable).
A-2
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Appendix B. Theory of Operation
B.1 Theory of Operation
The COM300 modem is used to transmit data over bandwidth-limited channels
such as telephone lines by modulating audio tones, using Phase Shift Keying
(PSK) at 9600 or 1200 baud and Frequency Shift Keying (FSK) at 300 baud.
The telephone company gives a 40 to 150 VRMS, 20 Hz signal on the
telephone lines to signify a ring, which is typically on for 2 seconds and off for
4 seconds. The ring detection circuitry is continuously powered but draws less
than 2 µA. The ring signal is passed on to the datalogger through an opto-
coupler. The datalogger responds by addressing the modem synchronously
(pins 6 and 7) which switches on the 5 VDC power to the modem. The modem
then answers and remains off-hook until it loses the carrier or the datalogger
addresses a shut down command to the modem. The datalogger sends the shut
down command either in response to an external command or after 40 seconds
elapse without a command. The shut down command switches off the 5 VDC
power to the modem, dropping power to the off-hook relay and thus placing the
telephone line on-hook.
To reject noise common to both telephone lines and to satisfy registration
requirements, the modem circuitry is electrically isolated from the telephone
lines by using an opto-isolator and coupling transformer.
B-1
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Appendix C. Changing RAM or PROM
Chips in the CR10
The CR10 has two sockets for Random Access Memory (RAM) and one socket for
Programmable Read Only Memory (PROM). The standard CR10 has 64K of RAM, (a 32K
RAM chip in each socket). Earlier CR10s had 16K of RAM (an 8K RAM chip in each
socket).
C.1 Disassembling the CR10
The sockets provided for RAM and PROM are located on the CR10 CPU
circuit card inside the CR10 can. To expose the RAM and PROM sockets,
remove the two Phillips head screws from the end opposite the connectors.
Remove the end cap. The ends of two circuit cards and the RF shield will be
visible (see Figure C-1). Now lay the CR10 on a flat surface, (i.e., a table), and
push on the RF shield with your thumbs while grasping the can with your
hands. Remove the circuit cards from the can. Orient the cards with the
connector on the left and with the card that matches Figure C-2 component-side
up. The Central Processing Unit (CPU) is found at location H-9 and the three
slots for RAM and PROM will be directly beneath it.
C.2 Installing New RAM Chips in CR10 with 16K RAM
The two 8K RAM chips are found at locations C11 and C14. With a small flat
screw driver gently pry out the two 8K RAM chips at these locations and
replace them with the 32K RAM chips provided in the memory upgrade. The
new chips should be installed so the notched end is towards the nearest card
edge. Before pushing the chips into the socket make certain that all the pins are
correctly seated. After installing the 32K chips, check for pins that may be bent
or not firmly seated in the socket. If you notice a bent pin, remove the chip,
carefully straighten it and repeat the installation procedure.
C.2.1 Changing Jumpers
There are six jumpers used to configure hardware for different RAM sizes.
Figure C-2 shows the location of the jumpers and a magnified view of the
jumper settings for different memory configurations. A pin or small screw
driver tip will work best for pulling these jumpers and relocating them.
C.2.2 RAM Test
Attach the CR10KD Keyboard/Display and apply power to the CR10. After
the CR10 executes the RAM/PROM self test, the number 96 should be
displayed in the window. The number is the sum of Kbytes in RAM (64) plus
the number of Kbytes in ROM (32).
C-1
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Appendix C. Changing RAM or PROM Chips in the CR10
C.3 Installing New PROM
The PROM chip is found at location C8 on the CR10 CPU board, (see Figure
C-2). With a small flat screw driver, gently pry out the PROM chip and replace
it with the new one. The new chip should be installed so that the notched end is
towards the nearest card edge. Before pushing the chip into the socket make
certain that all the pins are seating correctly. After installing the chip, check for
pins that may be bent or not making contact. If you notice a bent pin, remove
the chip, carefully straighten it and repeat the installation procedure.
To make certain that the new chip is installed correctly enter the CR10 *B
mode (Section 1.6 in the CR10 Operator's Manual) and advance to the second
window. This window displays the PROM signature. The five digit number in
the window should match the PROM signature given with the new PROM
documentation. If the numbers are different, disassemble the CR10 and look
for pins that are bent or not firmly seated.
FIGURE C-1. Disassembling CR10
C-2
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Appendix C. Changing RAM or PROM Chips in the CR10
FIGURE C-2. Jumper Settings for Different RAM Configurations
C-3
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Appendix C. Changing RAM or PROM Chips in the CR10
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C-4
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Appendix D. FCC Warning to Users of
Class A Computing Devices
WARNING
This equipment generates, uses, and can radiate radio
frequency energy, and if not installed and used in
accordance with the instruction manual, may cause
interference to radio communications. It has been
tested and found to comply with the limits for a Class
A computing device pursuant to Subpart J of Part 15 of
FCC Rules, which are designed to provide reasonable
protection against such interference when operated in
a COMMERCIAL ENVIRONMENT. Operation of this
equipment in a residential area may cause interference
to radio and television reception. The operator must
take whatever measures are necessary to correct the
interference.
The REN is used to determine the quantity of devices which may be connected
to the telephone line. Excessive REN’s on the telephone line may result in the
devices not ringing in response to an incoming call. In most, but not all areas,
the sum of the REN’s should not exceed five (5.0). To be certain of the number
of devices that may be connected to the line, as determined by the total REN’s,
contact the telephone company to determine the maximum REN for the calling
area.
This equipment cannot be used on the telephone company-provided coin
service. Connection to Party Line Service is subject to State Tariffs.
If this equipment cannot be used on the telephone network, the telephone
company will notify you in advance that temporary discontinuance of service
may be required. If advance notice isn’t practical, the telephone company will
notify the customer as soon as possible. Also, you will be advised of your right
to file a complaint with the FCC if you believe it is necessary.
D-1
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Appendix E. IC Information
Industry Canada (IC) was formally known as DOC.
NOTE
CP-01, Issue 8, Part I
Section 14.1
“NOTICE: The Industry Canada label identifies certified equipment. This
certification means that the equipment meets certain telecommunications
network protective, operational and safety requirements as prescribed in the
appropriate Terminal Equipment Technical Requirements document(s). The
Department does not guarantee the equipment will operate to the user’s
satisfaction.
“Before installing this equipment, users should ensure that it is permissible to
be connected to the facilities of the local telecommunications company. The
equipment must also be installed using an acceptable method of connection.
The customer should be aware that compliance with the above conditions may
not prevent degradation of service in some situations.
“Repairs to certified equipment should be coordinated by a representative
designated by the supplier. Any repairs or alterations made by the user to this
equipment, or equipment malfunctions, may give the telecommunications
company cause to request the user to disconnect the equipment.
“Users should ensure for their own protection that the electrical ground
connections of the power utility, telephone lines and internal metallic water
pipe system, if present, are connected together. This precaution may be
particularly important in rural areas.
Users should not attempt to make such connections
themselves, but should contact the appropriate electric
inspection authority, or electrician, as appropriate.”
CAUTION
CP-01, Issue 8, Part I
Section 14.2
“NOTICE: The Ringer Equivalence Number (REN) assigned to each terminal
device provides an indication of the maximum number of terminals allowed to
be connected to a telephone interface. The termination on an interface may
consist of any combination of devices subject only to the requirement that the
sum of the Ringer Equivalence Numbers of all the devices does not exceed 5.”
E-1
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Appendix F. Reading Voice Code
Information from a *.DLD File
When a file is edited and saved in LoggerTalk, the information for voice
communication is added to the end of the *.DLD file. This information can be
verified for accuracy.
A copy of typical voice code is provided below. The numbers between the
"smiley faces" (☺) and the "&" symbols are the numbers associated with the
words used from the word list. The ☺ symbol is equivalent to control code A
(^A). Refer to Appendix H to review the word list used with the COM300.
Several lines of code that begin with a tilde (~) may precede the voice code.
These strings are set up information. The voice code follows this information.
The first line of the voice code is the wording used for input locations. The
second line is the wording used for ports. The third line is the wording used for
flags. The lines following are used for message descriptions. Each message
will terminate with a period.
Notice that line four below starts with ">\4". The > indicates the string is an
initial message. The 4 following the slash indicates the number of digits
following the decimal point that the COM300 will announce for that input
location.
The numbers inside the quotation marks are the words associated with the input
location.
The number following the "$" symbol is the input memory location number
used in the datalogger.
F.1 Typical Voice Code
Following is code for a typical call:
;|#"☺56&☺57&"#
#"☺53&"#
#"☺52&"#
>\4☺88&☺89&☺109&☺74&☺71&☺71&☺71&"☺109&☺135&☺86&"
☺85&$3☺87&☺122&.\
\4"☺109&☺98&☺191&"☺85&$1☺192&.\
|
♣♣
F-1
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Appendix F. Reading Voice Code Information from a “.DLD File
The above code translates to:
Input Locations
Ports
Flags
(four decimal places) Campbell Scientific Datalogger Program (pause)
(pause) (pause) "Datalogger Internal Temperature" is (input location 3)
Degrees Fahrenheit.
(four decimal places) Datalogger Battery Voltage is (input location 1) Volts.
F.2 Callback Code
If the datalogger has been programmed to initiate voice calls, you will see the
phone number associated with the call command at the very end of the listing.
The flag number used to initiate the call and the phone number will be between
"at" symbols (@).
This example initiates a voice call:
;|#"☺56&☺57&"#
#"☺53&"#
#"☺52&"#
><2\4"☺98&☺191&"☺85&$1☺192&.\
@2555-1234@
|
♣♣
Line four, above, starts out as “><2/4”. The “>” means this message is selected
as an initial message. The “<2” indicates that this message will be spoken if
flag 2 is the flag that initiates callback. The “2” preceding the phone number
“@2555-1234@” means the phone number (555-1234) will be called when flag
2 goes low in the program.
The code translates as:
Input Locations
Ports
Flags
(flag 2) (4 decimal places) "Battery Voltage" Is (input location 1) Volts.
(callback flag 2) (telephone number 555-1234)
F-2
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Appendix F. Reading Voice Code Information from a *.DLD File
F.3 Security Enabled
This last example uses the security code "1234" to allow access to the second
level menu. Notice the characters following the "?" at the beginning of the
character stream. The security code will always be the very first thing in the
imbedded character portion of the *.DLD file.
;|?1234#"☺56&☺57&"#
#"☺53&"#
#"☺52&"#
>\4☺88&☺89&☺109&☺74&☺71&☺71&☺71&"☺109&☺135&☺86&"
☺85&$3☺87&☺122&.\
\4"☺109&☺98&☺191&"☺85&$1☺192&.\
This code translates to:
(security code 1234) Input Locations
Ports
Flags
(4 decimal places) Campbell Scientific Datalogger Program (pause)
(pause) (pause) "Datalogger Internal Temperature" Is (input location 3)
Degrees Fahrenheit.
(4 decimal places) "Datalogger Battery Voltage" Is (input location 1)
Volts.
F-3
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Appendix F. Reading Voice Code Information from a “.DLD File
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F-4
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Appendix G. Using P80 to Redirect
Final Storage Data to Input Locations
The following section of code provides an example of using datalogger
Instruction 80 to redirect Final Storage data to input locations. This is not a
complete program. Instructions would be included prior to this section of code
to measure sensors, perform control functions, and provide initial data
processing. All text entries preceded by a semicolon (;) are comments inserted
by the programmer to explain the instructions.
;The following section of code uses
;program instruction 80 to redirect
;data from final storage to input locations
32: If time is (P92)
01:
02:
03:
0000
60
minutes into a
minute interval
Set high Flag 0
10
; output data
33: Set Active Storage Area (P80)
01:
02:
3
5
Input Storage Area
Array ID or location
; parameter 3 directs data to input storage
; starting at location 5
34: Maximize (P73)
01:
02:
03:
1
11
4
Rep
Value with Hr-Min-Sec
Loc AIR TEMPC
Every sixty minutes the maximum air temperature will be stored in location #5.
No output data will be sent to Final Storage.
Instruction 80 should follow the instruction setting Flag 0, and should precede
the output instructions. Keep in mind that all output processing instructions
following Instruction 80 will be redirected to input storage until another
Instruction 80 is used or until the program table is executed again (output
defaults to Final Storage Area 1 at the beginning of the program table).
G-1
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Appendix H. COM300 Word List
H.1 COM300 Word List - Numerical Order
1. ZERO
49. STATUS
50. HIGH
97. BAROMETRIC
98. BARS
2. ONE
3. TWO
4. THREE
5. FOUR
6. FIVE
51. LOW
99. BATTERY
100. CALIBRATE
101. CELSIUS
102. CENTI
52. TOGGLE
53. FLAGS
54. PORTS
55. THRU
7. SIX
103. CHILL
8. SEVEN
9. EIGHT
10. NINE
11. TEN
56. PORT
57. INPUT
58. LOCATIONS
59. FLAG
60. AND
61. OF
62. SECURITY
63. CODE
64. YOUR
65. POINT
104. CLOSED
105. CONDUCTIVITY
106. CUBIC
107. CURRENT
108. DAM
109. DATA
110. DATALOGGER
111. DAY
112. DEPTH
113. DEVIATION
114. DIRECTION
115. D-O
116. DOWN
117. DRAW
12. ELEVEN
13. TWELVE
14. THIRTEEN
15. FOURTEEN
16. FIFTEEN
17. SIXTEEN
18. SEVENTEEN
19. EIGHTEEN
20. NINETEEN
21. TWENTY
22. THIRTY
23. FORTY
24. FIFTY
66. PLEASE
67. BY
68. MINUS
69. ENTER
70. SELECTION
71. GOODBYE
72. 50MS
73. MESSAGE
74. CALLBACK
75. PROGRAM
76. SIGNATURE
77. EPROM
78. KILOBYTES
79. MEMORY
80. NUMBER
81. E08'S
118. EQUAL
119. E-T-O
120. EVENT
121. EXTERNAL
122. EXCEEDS
123. FAHRENHEIT
124. FALL
125. FEET
126. FLOW
127. FROM
128. GALLONS
129. GRAM
130. HELLO
131. SET
132. HOUR
133. HUMIDITY
134. IN
25. SIXTY
26. SEVENTY
27. EIGHTY
28. NINETY
29. HUNDRED
30. THOUSAND
31. MILLION
32. PRESS
33. POUND
34. DEW
35. HEAR
82. TABLE
83. OVERRUNS
84. VERSION
85. REVISION
86. IS
36. MENU
37. AGAIN
38. STAR
39. DISCONNECT
40. YOU
41. THE
87. TEMPERATURE
88. DEGREES
89. CAMPBELL
90. SCIENTIFIC
91. ACRE
92. AIR
93. ALARM
94. ARE
135. INCHES
136. INTERNAL
137. KILO
138. LAST
139. LEVEL
140. LITER
42. HAVE
43. SELECTED
44. MONITOR
45. KEY
46. FOLLOWING
47. RETURN
48. PREVIOUS
141. RESET
95. AT
96. AVERAGE
H-1
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Appendix H. COM300 Word List
142. MAXIMUM
197. WEATHER
198. WELL
199. WIND
252. EAST
143. MERCURY
144. METER
145. METERS
146. MICRO
147. MILES
253. EASTERN
254. EFFLUENT
255. ELECTRON
256. ELEVATION
257. EMPTIED
258. ENGINE
259. ERROR
200.
A
201. A-M
202. ABOVE
148. MILLI
203. ACCUMULATE
204. ACKNOWLEDGE
205. ADDITION
206. ADDITIONAL
207. AGO
149. MINIMUM
150. MINUTE
151. MOISTURE
152. MONTH
153. MULTIPLIER
154. NEW
155. N-T-U
156. OFF
157. OFFSET
158. ON
159. OPEN
260.
F
261. FAILED
262. FAILURE
263. FALLING
264. FIRST
265. FLUORIDE
266. FREEZER
267. FREQUENCY
268. FRIDAY
269. FUEL
208. ALL
209. AMMONIUM
210. APPROACH
211. AREA
212. AVAILABLE
213.
B
214. BACK-UP
215. BAY
216. BE
160. OVERFLOW
161. PARTS
270.
G
271. GAS
162. PER
163. PERCENT
164. P-H
165. PRECIPITATION
166. PRESSURE
167. PROGRESS
168. P-S-I
169. RADIATION
170. RAIN
217. BEAVER
218. BEDS
219. BEHIND
220. BELOW
221. BIG
222. BILLION
223. BLAST
224. BOILER
225. BUILDING
272. GATE
273. GAUGE
274. GENERATOR
275. GOING
276. GOOD
277. GRADIENT
278. GRASS
279. GROUND
280.
H
171. RATE
226.
C
281. H-2-S
172. REFERENCE
173. RELATIVE
174. R-P-M
227. C-O
228. CALCIUM
229. CALL
282. HAD
283. HARDNESS
284. HAS
175. SAMPLE
176. SECOND
177. SECONDS
178. SIEMENS
179. SITE
180. SNOW
181. SOIL
182. SOLAR
183. SPEED
184. SQUARED
185. STAGE
186. STANDARD
187. STATION
188. STORM
189. TIME
190. TURBIDITY
191. VELOCITY
192. VOLTAGE
193. VOLTS
194. WARNING
195. WATER
196. WATTS
230. CALLS
231. CAN
285. HASH
286. HEAD
287. HEAT
288. HERTZ
289. HOLD
290. HOT
232. CEMENT
233. CENTRAL
234. CHECK
235. CHILLER
236. CHLORIDE
237. CHLORINE
238. CONTACT
239. CORRECTED
240. CROSSING
241. CYCLES
291. HOURS
292. HYDROLOGIC
293.
I
294. INDEX
295. ING
296. INTAKE
297. INTRUDER
298. IRRADIANT
299. IRRIGATION
300. IT
242.
D
243. DAYS
244. DELTA
245. DING
246. DISTRICT
247. DIVERSION
248. DOCK
301.
302.
J
K
303. KNOTS
249. DOOR
250. DURING
251.
E
H-2
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Appendix H. COM300 Word List
304.
305. LAKE
L
359.
360. RACE
R
414. UNITS
415. UP
306. LAYER
307. LINE
308. LOAD
309. LOCATED
310. LOCATION
311. LOGAN
361. RADIAL
362. RANGE
363. REACHED
364. READING
365. RECEIVED
366. RESERVOIR
367. RESIDUAL
368. RISING
369. RIVER
416.
V
417. V-O-C
418. VALUE
419. VERTICAL
420. VIA
421.
422. WAS
W
312.
M
313. M-R-P
423. WE
314. MANAGEMENT
315. MENDON
316. MID
424. WEDNESDAY
425. WELCOME
426. WEST
370. ROAD
371. ROOM
317. MID-MOUNTAIN
318. MIDNIGHT
319. MINUTES
320. MODEM
372. RUN
373. RUNOFF
427. WHAT
428. WITH
374.
S
429.
430.
X
Y
375. S-O-2
321. MONDAY
322. MOUNT
323. MOUNTAIN
376. SATURDAY
377. SEDIMENT
378. SENSOR
379. SENSORS
380. SHAFT
381. SINCE
382. SKIING
383. SMOG
431. YEAR
432. YESTERDAY
433.
Z
324.
N
325. NEEDS
326. NETWORK
327. NEXT
328. NITRATE
329. NITROGEN
330. NO
384. SODIUM
385. SONAR
331. NOON
332. NORTH
333. NOT
386. SOUTH
387. SPILL
388. STATES
389. STREAMBED
390. SUMMIT
391. SUMP
334.
O
335. OK
336. OR
337. OUT
338. OZONE
392. SUNBURN
393. SUNDAY
394. SURFACE
395. SURFACTANCE
396. SYSTEM
339.
P
340. P-M
341. PACIFIC
342. PARAMETER
343. PAST
397.
T
398. TAIL
344. PEAK
399. TESTING
400. THANK
401. THAT
345. PENDING
346. PHONE
347. PLANT
348. POND
349. POTASSIUM
350. POWDER
351. POWER
352. PREHEAT
353. PROBE
354. PRODUCT
355. PUMP
402. THIS
403. THRESHOLD
404. THURSDAY
405. TING
406. TO
407. TODAY
408. TODAYS
409. TOTAL
410. TRIGGERED
411. TUESDAY
356.
Q
357. QUALITY
358. QUIT
412.
U
413. ULTRAVIOLET
H-3
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Appendix H. COM300 Word List
H.2 COM300 Word List - Alphabetical Order
71. 50MS
199. A
200. A-M
233. CHECK
102. CHILL
117. EQUAL
258. ERROR
119. EVENT
121. EXCEEDS
120. EXTERNAL
259. F
122. FAHRENHEIT
260. FAILED
261. FAILURE
123. FALL
234. CHILLER
235. CHLORIDE
236. CHLORINE
103. CLOSED
62. CODE
104. CONDUCTIVITY
237. CONTACT
238. CORRECTED
239. CROSSING
105. CUBIC
201. ABOVE
202. ACCUMULATE
203. ACKNOWLEDGE
90. ACRE
204. ADDITION
205. ADDITIONAL
36. AGAIN
206. AGO
262. FALLING
124. FEET
91. AIR
92. ALARM
207. ALL
208. AMMONIUM
59. AND
106. CURRENT
240. CYCLES
241. D
15. FIFTEEN
23. FIFTY
263. FIRST
114. D-O
5.
FIVE
209. APPROACH
93. ARE
107. DAM
108. DATA
58. FLAG
52. FLAGS
210. AREA
94. AT
109. DATALOGGER
110. DAY
242. DAYS
87. DEGREES
243. DELTA
111. DEPTH
112. DEVIATION
33. DEW
125. FLOW
264. FLUORIDE
45. FOLLOWING
22. FORTY
211. AVAILABLE
95. AVERAGE
212. B
213. BACK-UP
96. BAROMETRIC
97. BARS
98. BATTERY
214. BAY
215. BE
216. BEAVER
217. BEDS
218. BEHIND
219. BELOW
220. BIG
221. BILLION
222. BLAST
223. BOILER
224. BUILDING
66. BY
4.
FOUR
14. FOURTEEN
265. FREEZER
266. FREQUENCY
267. FRIDAY
126. FROM
268. FUEL
269. G
127. GALLONS
270. GAS
271. GATE
272. GAUGE
273. GENERATOR
274. GOING
275. GOOD
70. GOODBYE
276. GRADIENT
128. GRAM
277. GRASS
278. GROUND
279. H
280. H-2-S
281. HAD
282. HARDNESS
283. HAS
284. HASH
244. DING
113. DIRECTION
38. DISCONNECT
245. DISTRICT
246. DIVERSION
247. DOCK
248. DOOR
115. DOWN
116. DRAW
249. DURING
250. E
118. E-T-O
80. E08'S
251. EAST
252. EASTERN
253. EFFLUENT
225. C
226. C-O
227. CALCIUM
99. CALIBRATE
228. CALL
73. CALLBACK
229. CALLS
88. CAMPBELL
230. CAN
100. CELSIUS
231. CEMENT
101. CENTI
8.
EIGHT
18. EIGHTEEN
26. EIGHTY
254. ELECTRON
255. ELEVATION
11. ELEVEN
256. EMPTIED
257. ENGINE
68. ENTER
41. HAVE
232. CENTRAL
76. EPROM
H-4
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Appendix H. COM300 Word List
285. HEAD
34. HEAR
286. HEAT
144. METERS
145. MICRO
315. MID
160. PARTS
342. PAST
343. PEAK
129. HELLO
287. HERTZ
49. HIGH
288. HOLD
289. HOT
131. HOUR
290. HOURS
132. HUMIDITY
28. HUNDRED
291. HYDROLOGIC
292. I
316. MID-MOUNTAIN
317. MIDNIGHT
146. MILES
344. PENDING
161. PER
162. PERCENT
345. PHONE
346. PLANT
65. PLEASE
64. POINT
347. POND
147. MILLI
30. MILLION
148. MINIMUM
67. MINUS
149. MINUTE
318. MINUTES
319. MODEM
150. MOISTURE
320. MONDAY
43. MONITOR
151. MONTH
321. MOUNT
322. MOUNTAIN
152. MULTIPLIER
323. N
154. N-T-U
324. NEEDS
325. NETWORK
153. NEW
326. NEXT
55. PORT
53. PORTS
348. POTASSIUM
32. POUND
349. POWDER
350. POWER
164. PRECIPITATION
351. PREHEAT
31. PRESS
165. PRESSURE
47. PREVIOUS
352. PROBE
353. PRODUCT
74. PROGRAM
166. PROGRESS
354. PUMP
133. IN
134. INCHES
293. INDEX
294. ING
56. INPUT
295. INTAKE
135. INTERNAL
296. INTRUDER
297. IRRADIANT
298. IRRIGATION
85. IS
299. IT
300. J
9.
NINE
301. K
44. KEY
136. KILO
77. KILOBYTES
302. KNOTS
303. L
304. LAKE
137. LAST
19. NINETEEN
27. NINETY
327. NITRATE
328. NITROGEN
329. NO
330. NOON
331. NORTH
332. NOT
355. Q
356. QUALITY
357. QUIT
358. R
173. R-P-M
359. RACE
360. RADIAL
168. RADIATION
169. RAIN
361. RANGE
170. RATE
305. LAYER
138. LEVEL
306. LINE
79. NUMBER
333. O
60. OF
139. LITER
307. LOAD
155. OFF
156. OFFSET
334. OK
362. REACHED
363. READING
364. RECEIVED
171. REFERENCE
172. RELATIVE
365. RESERVOIR
140. RESET
308. LOCATED
309. LOCATION
57. LOCATIONS
310. LOGAN
50. LOW
157. ON
1.
ONE
158. OPEN
335. OR
311. M
312. M-R-P
336. OUT
366. RESIDUAL
46. RETURN
84. REVISION
367. RISING
368. RIVER
159. OVERFLOW
82. OVERRUNS
337. OZONE
338. P
163. P-H
339. P-M
167. P-S-I
340. PACIFIC
341. PARAMETER
313. MANAGEMENT
141. MAXIMUM
78. MEMORY
314. MENDON
35. MENU
142. MERCURY
72. MESSAGE
143. METER
369. ROAD
370. ROOM
H-5
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Appendix H. COM300 Word List
371. RUN
397. TAIL
428. X
372. RUNOFF
373. S
374. S-O-2
86. TEMPERATURE
10. TEN
398. TESTING
399. THANK
400. THAT
429. Y
430. YEAR
431. YESTERDAY
39. YOU
63. YOUR
432. Z
174. SAMPLE
375. SATURDAY
89. SCIENTIFIC
175. SECOND
176. SECONDS
61. SECURITY
376. SEDIMENT
42. SELECTED
69. SELECTION
377. SENSOR
378. SENSORS
130. SET
40. THE
13. THIRTEEN
21. THIRTY
401. THIS
0.
ZERO
29. THOUSAND
3.
THREE
402. THRESHOLD
54. THRU
403. THURSDAY
188. TIME
7.
SEVEN
404. TING
17. SEVENTEEN
25. SEVENTY
379. SHAFT
177. SIEMENS
75. SIGNATURE
380. SINCE
405. TO
406. TODAY
407. TODAYS
51. TOGGLE
408. TOTAL
409. TRIGGERED
410. TUESDAY
189. TURBIDITY
12. TWELVE
20. TWENTY
178. SITE
6.
SIX
16. SIXTEEN
24. SIXTY
381. SKIING
382. SMOG
2.
411. U
TWO
179. SNOW
383. SODIUM
180. SOIL
412. ULTRAVIOLET
413. UNITS
414. UP
181. SOLAR
384. SONAR
385. SOUTH
182. SPEED
415. V
416. V-O-C
417. VALUE
190. VELOCITY
83. VERSION
418. VERTICAL
419. VIA
191. VOLTAGE
192. VOLTS
420. W
193. WARNING
421. WAS
194. WATER
195. WATTS
422. WE
196. WEATHER
423. WEDNESDAY
424. WELCOME
197. WELL
425. WEST
426. WHAT
198. WIND
386. SPILL
183. SQUARED
184. STAGE
185. STANDARD
37. STAR
387. STATES
186. STATION
48. STATUS
187. STORM
388. STREAMBED
389. SUMMIT
390. SUMP
391. SUNBURN
392. SUNDAY
393. SURFACE
394. SURFACTANCE
395. SYSTEM
396. T
81. TABLE
427. WITH
H-6
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Campbell Scientific Companies
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