Page 1 FBII CP-220A Central Station Receiver Hookup and Installation Instructions N9624V1 Rev. B 8/98...
Page 2: Table Of Contents
Table of Contents CP-220 Central Station Receiver Hookup and Installation Manual Section 1: Getting Acquainted To the New Operator ....................1-1 What Is a Central Station Digital Receiver? ..............1-1 Digital Communicators and Communication Formats........... 1-2 A Close Look at the CP-220..................1-5 Gaining Access ....................
Page 3 Category A: Receiver Operation Continued PARAMETER 04: Sounder................2-9 PARAMETER 05: Group Number..............2-10 PARAMETER 06: Ring Signal ............... 2-12 PARAMETER 07: Handshake ............... 2-14 PARAMETER 08: Handshake Delay ............. 2-16 PARAMETER 26: Set Time................2-18 PARAMETER 28: Slot English Language............2-19 Samples: 3 + 1 Standard Format Receiving Line Card Programmed for "Slot English Language"...
Page 4 PARAMETER 61: Extended BFSK Alarms............ 2-57 PARAMETER 61: Extended BFSK Alarms............ 2-57 PARAMETER 62: Programmable Handshakes ..........2-59 Category B: Printer Operation PARAMETER 01: Printer I/O ................. 2-64 PARAMETER 35: Printer Line Feed.............. 2-65 PARAMETER 38: Printer Fail/Manual ............2-67 PARAMETER 41: Message Spaces ..............
Page 5 PARAMETER 39: Computer Fail/Manual ............2-94 PARAMETER 45: Data Loop Test..............2-95 PARAMETER 46: Computer Fail Test ............2-96 PARAMETER 51: XON ................. 2-97 PARAMETER 52: XOFF................2-99 PARAMETER 53: Acron 11-Digit With Zero or Space ......... 2-100 PARAMETER 54: RTS/CTS Protocol (On/Off) ..........2-101 Operating Notes......................2-103 Automatic Mode/Manual Mode ................
Page 6 Obtaining the Access Code Used With Your CP-220A Remove This Page From the Manual for Security Purposes and Store It for Safekeeping! Every CP-220A Digital Alarm Receiver is furnished with a unique four-digit Access Code that is required to configure, or program, the unit so that it conforms to the needs of your Central Station.
Page 7: Central Station Receiver
Section 1 Getting Acquainted Working in a Central Station can be a rather imposing responsibility. To a To the New newcomer, the busy atmosphere, along with the electronic equipment, Operator computer screens, and telephone consoles may seem very imposing. Beneath it all lies the primary purpose of the Central Station: to help protect the life and property of its commercial and residential customers, people who have security systems installed in their businesses or homes.
Page 8: Digital Communicators And Communication Formats
The Communication Process A Digital Communicator (also known as a Digital Dialer ) is a device incorporated into security systems and used to report alarms and other information – over the standard telephone network – to Central Station Receivers, such CP-220A.
Page 9 While the study of data formats and protocols can get rather involved (see Appendix B), a generic discussion of them is appropriate at this time. Essentially, all formats deliver common information about the protected premises. This information includes an account number identifying the customer from whose premises the report is being made, as well as information about the nature of the report, seen in Figure 1-2 as the Reporting Code.
Page 10 REPORTING CODE REPORTING CODE 1st CHARACTER 2nd CHARACTER 1st CHARACTER 2nd CHARACTER FIRE ZONES ZONE ZONES TROUBLE HOLDUP ZONES TEST DOESN'T (SILENT) APPLY BURG ZONES OPENING USERS 0-F (PREMISES) MEDICAL ZONES CLOSING USERS 0-F EMER (PREMISES) PANIC ZONES ABORT DOESN'T (AUDIBLE) SIGNAL APPLY...
Page 11: A Close Look At The Cp-220
" deep. It provides 61¼" usable mounting space and accommodates many similar pieces of equipment. Note 1: In order to maintain the UL listing on the FBII CP-220A Receiver, you must connect the incoming phone lines through an LF-465 Module.
Page 12: Gaining Access
NOTE 2: The CP-220A is equipped with a Line Card Retaining Bar to prevent its replaceable circuit cards from being dislodged during shipping. If the CP-220A is to be rack mounted or will otherwise remain stationary, the Line Card Retaining Bar can be removed so that Line Cards may be easily added or replaced, should that be necessary.
Page 13: Inspecting The Cp-220
Step 2: Inspecting the CP-220A Line Cards In the CP-220A, each Looking directly into the CP-220A from the front, it Line Card should be clear that a number of electronic circuit electronic circuit – boards, or cards, can be installed so that they each contained on a printed plug into a mating edge connector on a circuit board circuit...
Page 14: Removing The Line Card Retaining Bar
Step 3: Removing the Line Card Retaining Bar The Retaining Bar: An Important Note! a) Locate the Line Card Retaining Bar, which is the black Newer versions of the bar spanning the top of the twelve card slots. As shown CP-220A in Figure 1-4, the bar is held in position by a retaining bar...
Page 15: The Front Panel Of The Cp-220
Step 6: Replacing Cards in the CP-220A a) When inserting a card, carefully guide it into the designated slot, being sure that electronic components are facing toward the left. Once the card reaches the edge connector, push it firmly until it snaps into place.
Page 16: Headphone Jack
Loudspeaker At the lower left of the front panel is a loudspeaker, which is used with the CP-220A's Listen-In capabilities. Individual subscriber accounts may take advantage of the Listen-In feature, in which the audible activities and conversations surrounding alarm conditions from such subscribers can be heard, recorded, and evaluated.
Page 17: The Rear Panel Of The Cp-220
The rear panel of the CP-220A contains two fuses and a The Rear Panel variety of connection points for several types of devices and of the CP-220A services, each of which will be discussed below. FIGURE 1-6 The CP-220A’s rear panel is equipped •...
Page 18: Earth Ground
What Makes a Good Ground? AC Fuse Directly above the Line Cord is the unit's "master fuse." If Grounding provides a degree of protection for any piece of electronic this fuse is either blown or removed, the CP-220A will be equipment against lightning-induced unable to operate from AC power.
Page 19 Battery Fuse Directly above the Standby Battery Connector is the unit's Battery Fuse, which protects both the CP-220A and the battery against the high currents that would occur if the battery were connected with its polarity reversed. The battery fuse is an AGC-Type or GLH-Type 8-ampere fast-blow fuse, and like the AC Fuse, its approximate dimensions are 1¼"...
Page 20 Remote annunciation – either audible, or visual, or both – can be triggered by the CP-220A whenever its own internal sounder is activated. A typical application of this process is shown at the right. FIGURE 1-7 These terminals are typically wired to close a circuit Important! between a remote power source and the annunciating The cable numbers designated in this...
Page 21 (or RS-232) port of a modem or to another computer. When used with a modem, the CP-220A can send the data it processes via the modem to a remote location (similarly equipped with a modem), where it can be viewed, printed, and/or stored.
Page 22: What Is Programming
Beneath the "TIP" and "RING" designations, there are 9 screw terminals in a row marked "MANUAL." Those numbered 1 through 8 correspond to Line Card Slots 1 through 8 and can be used in the testing of Digital Communicators without the need for a telephone line. Any Line Cards inside the CP-220A can also be tested via this method.
Page 23: Programming With No External Connections
Under such conditions, the receiver will quickly call your attention to the following faults: • it has no telephone service • it finds no printer • it has logged a battery failure (due to no standby battery) Each fault will have to be acknowledged before any programming can be performed.
Page 24: Introduction
Section 2 Programming the CP-220A Receiver Section 2 will take you through the "ins" and "outs" of programming your Introduction CP-220A Receiver and will explain each of the 63 parameters used in configuring the product. As stated in Section 1, each of these parameters has been factory pre-programmed with defaults that reflect the common usages and applications of the Receiver.
Page 25 • At this point, check that your CP-220A's display appears like this: SYSTEM RESET VER 3.91 01/01/00 00:00:25 • If the Receiver was previously in operation, its Date and Time and any data or conditions that may have been reported earlier will be cleared. However, as already stated, configuration data stored as programmed parameters will remain intact.
Page 26 Press the NEXT key. The NEXT LED will go out and a moment later this message will appear: LINE CARD 1 OPERATIVE 01/01/00 HH:MM:SS after which the NEXT LED re-illuminates. NOTE: The above message assumes that the CP-220A is equipped with two Line Cards.
Page 27: Preparation For Programming
LINE CARD 8 OPERATIVE PRINTER FAIL LINE CARD 8 OPERATIVE LINE FAULT 1 LINE CARD 8 OPERATIVE LINE FAULT 8 NOTE: LINE FAULT messages like those illustrated above result when the CP-220A checks for active telephone service at each Line Card but fails to find it.
Page 28: Entering And Using The Programming Mode
If the Receiver was previously in operation, its Date and Time and any data or conditions that may have been reported earlier will be cleared. However, as already stated, the data stored as programmed parameters will remain intact. VER. 3.91 refers to the version of the software currently being used by the CP-220A as of this writing.
Page 29 The first [0] after [PARAMETER NUMBER] will be flashing. A flashing digit serves as a "cursor" and marks the spot where any keyboard entry will be placed. From this display, any parameter can be reached and programmed. To choose the desired parameter, simply enter the two- digit number identifying it.
Page 30: Category A: Receiver Operation2-7
To leave the Programming Mode at any time, press the Esc Parameters in Category A: key. Doing so will return the CP-220A to its normal operating Receiver Operation mode. PARAMETER 03: Receiver Number Messages reported while the CP-220A is in its Programming PARAMETER 04: Sounder Mode will be processed and stored but will not interrupt the...
Page 31: Parameter 03: Receiver Number
From the previous display, press 0 and 3 . The following screen appears: PARAMETER 03: Receiver Number RECEIVER NUMBER 0 MM/DD/YY HH:MM:SS Background: A Receiver Number must be assigned to each CP-220A. The Receiver Number allows Central Stations to identify, track, and route incoming data in the event that more than one Receiver is being used.
Page 32: Parameter 04: Sounder
PARAMETER 04: SOUNDER ON MM/DD/YY HH:MM:SS Sounder Background: The CP-220A's Internal Sounder is used to call the operator's attention to an incoming data transmission or to an error message or condition that requires attention and will annunciate for several seconds. Central Stations using Automation Systems may prefer to keep the sounder off because the Automation System itself often provides an "alert"...
Page 33: Parameter 05: Group Number
PARAMETER 05: SLOT 1 IS IN GROUP 1 MM/DD/YY HH:MM:SS Group Number Background: As previously stated, the CP-220A has eight internal slots for use with either REC-1 or REC-11 FBI Line Cards. Each slot, in turn, has corresponding phone line terminals at the rear of the Receiver. As a result, your Central Station can connect up to eight separate phone lines –...
Page 34 When the Rotary or Rollover type of phone system is used, every Subscriber Account calls the same phone number and awaits routing to the next "open" line before generating its alarm or trouble transmission. Since it is unpredictable as to which of the phone lines will be available at any given time, there is no way of knowing which of the CP-220A's Line Cards will be processing the data.
Page 35: Parameter 06: Ring Signal
Advancing to Next Parameter: After programming PARAMETER 05, press the N key to advance to REMEMBER! PARAMETER 06 – the next parameter in Category A. leave The CP-220A displays the parameter just programmed ([PARAMETER Programming Mode NUMBER 05]) with its first digit flashing, indicating its request for the next at any time, press parameter number.
Page 36: Parameter 07: Handshake
To change the number of rings assigned to a different slot, press the key corresponding to the desired slot (e.g., 6 ); the chosen Slot Number and the rings currently assigned to it will be displayed. Repeat the above steps for each Slot Number for which a change in the number of rings is required.
Page 37 There are three kinds of handshake signals that can be produced by the CP-220A: • The 2300 Hz (Hertz, or cycles per second) handshake signal is a "high- frequency" tone that is generally interpreted by Digital Communicators as an "invitation" to communicate in a High Speed format. •...
Page 38 The following table lists the sequence of handshake signals generated for each of the three choices (0, 1, and 2) available for this parameter: IMPORTANT! Briefly stated, NUMBER OF HI/LO SEQUENCE OF HANDSHAKE programming PARAMETER HANDSHAKE SIGNALS SIGNALS GENERATED determines how many Hi/Lo PROGRAMMED handshakes will be produced 2300 Hz 1400 Hz...
Page 39: Parameter 08: Handshake Delay
Advancing to Next Parameter: After programming PARAMETER 07, press the N key to advance to REMEMBER! PARAMETER 08 – the next parameter in Category A. leave The CP-220A displays the parameter just programmed ([PARAMETER Programming Mode NUMBER 07]) with its first digit flashing, indicating its request for the next at any time, press parameter number.
Page 40: Parameter 26: Set Time
4. To change the delay assigned to a different slot, press the key corresponding to the desired slot (e.g., 8 ); the chosen Slot Number and REMEMBER! the delay currently assigned to it will be displayed. 5. Repeat the above steps for each Slot Number for which a change in the leave Handshake Delay is required.
Page 41 Programming Procedures: After entering PARAMETER 26, [SET TIME] will be displayed and the first digit of the month field will be flashing. If it is necessary to set or change the either the date, or the time, or both, use the following procedure. Note that, if applicable, leading zeroes are required in both the date and time fields.
Page 42: Parameter 28: Slot English Language
PARAMETER 28: SLOT 1 CODE 0 ZERO MM/DD/YY HH:MM:SS Slot English Language Background: Digital Receivers like the CP-220A use alphanumeric characters to display the details of subscriber messages (i.e., account numbers, alarms, troubles, restorals, openings, closings, etc.). The popular 4+2 Reporting Format (discussed in Section 1 and Appendix B) uses a 4-digit Account Number, followed by a 2-digit Reporting Code.
Page 43 EXAMPLES: MESSAGE CUSTOMER REPORTING MEANING ACCT NO. CODE 1234 32 1234 a BURGLAR ALARM has occurred due to the violation of an alarm sensor on Zone 2 2412 81 2412 a TROUBLE (e.g., a wiring fault) has been detected on Zone 1, which may compromise its integrity 1867 9 1867...
Page 44 Replacing the standard message (like the one at the top left) with one using descriptive words to characterize specific events is clearly in the best interests of the Central Station's operators (and is illustrated in several examples beginning on page 2-23). In this parameter, each of the default words in the table above can be re-programmed to better describe the event (at the bottom left) and be used instead of the basic numeric Reporting Codes (0 through 9) employed in the slots in a particular CP-220A.
Page 45 Repeat this process until the custom word is complete. A total of eight characters (letters, numbers, and/or spaces) may be programmed for words used to represent each of the Codes (0-9). Press the key, as required, until the Slot Number flashes. Depress the so that the Code Number flashes.
Page 46 3 + 1 Standard 11 123 BURGLARY 04/29/94 13:20:04 Format: Receiving Line Card When BURGLARY is programmed as the descriptive word to represent Code Programmed for 3 (not shown in the message) of Slot 1, the above data will appear when the “Slot English message is sent in the 3+1 STANDARD format.
Page 47 5678 the Subscriber's 4-digit Account Number FIRE the word used to describe Code 1 05/13/94 Each printout among these samples duplicates current date the information contained 15:40:42 on the CP-220A's display. Refer to the comments at current time (3:40:42 AM) the right for a thorough The following printout will accompany this alarm if a printer is being used.
Page 48 Each sample’s printout 06/02/94 duplicates the information current date contained on the CP-220A's display. Refer 10:35:17 to the comments at the current time (10:35:17 AM) right for a thorough The following printout will accompany this alarm if a printer is being used. explanation of this data.
Page 49 Each sample’s printout 11/30/94 duplicates the information current date contained on the 20:03:00 CP-220A's display. Refer to the comments at the current time (8:03:00 PM) right for a thorough The following printout will accompany this alarm if a printer is being used. explanation of this data.
Page 50: Parameter 29: Copy Slot
Advancing to Next Parameter: REMEMBER! After programming PARAMETER 28, press the N key to advance to To leave the PARAMETER 29 – the next parameter in Category A. Programming Mode at NOTE: Depending on where the flashing cursor is positioned, it may be any time, press the necessary to press the N key twice to advance to the next parameter.
Page 51: Parameter 30: Slot English On/Off
Depress the key to move past the [TO SLOT] field; the seconde [1] will flash. Depress the number of the “destination” slot to which the slot selected in step 1 must be copied; the display will now read [COPY SLOT 1 TO SLOT X] (where “X”...
Page 52 In PARAMETER 30, the descriptive wording used in any or all of the CP-220A's 8 Line Cards can be turned "OFF" (or back "ON") if desired. Doing so permits either temporary or permanent suspension of the customized words on a Line Card-by-Line Card basis. Programming Procedures: Through PARAMETER 30, each available Line Card can be selected, and its use of the "Slot English"...
Page 53: Parameter 27: Channel English
PARAMETER 27: CHANNEL 1 CHAN ONE MM/DD/YY HH:MM:SS Channel English Background: PARAMETER 27 has been incorporated into the CP-220A so that English language displays and printouts will be possible when subscriber messages are received in the ADEMCO High Speed Format (also known as ADEMCO Superfast).
Page 54 Programming Procedures: Note that after entering PARAMETER 27, [CHANNEL 1 CHAN ONE] appears on the display and [CHANNEL 1] is flashing. To program descriptive words for Channel 1, proceed to the next step. To select another channel, press the key (between 2 and 8) representing the desired channel.
Page 55: Parameter 31: Operator Log On
Advancing to Next Parameter: The next parameter in Category A is PARAMETER 31. Because it is not REMEMBER! sequential, it cannot be reached with a single press of the key. To advance To leave the to PARAMETER 31, press the N key. Programming Mode at any time, press the The CP-220A displays the parameter just programmed ([PARAMETER...
Page 56 By default, [OPERATOR DAVE 1235] is "Operator 1." To change it, press the key until the [D] begins to flash. To change this to the desired letter, press the NEXT key – one push at a time. Doing so takes the first character incrementally through the following sequence of characters, which repeats itself: •...
Page 57: Parameter 32: Listen-In Time
Advancing to Next Parameter: REMEMBER! After programming PARAMETER 31, press the N key to advance to To leave the PARAMETER 32 – the next parameter in Category A. Programming Mode at The CP-220A displays the parameter just programmed ([PARAMETER any time, press the NUMBER 31]) with its first digit flashing, indicating its request for the next key.
Page 58 • The account must be programmed with the phone number corresponding to the Line Card in Slot 8 of the CP-220A. Two-Way Listen-In: Listen-In works like this: Once an account has transmitted its message (or messages) to the CP-220A, the CP-220A produces the appropriate kissoff signal informing the account that its message has been received (see Section 1: Getting Acquainted).
Page 59: Parameter 33: Listen-In Accounts
PARAMETER 33: LISTEN ACCOUNT BCDEF M/DD/YY HH:MM:SS Listen-In Accounts Background: As previously stated in PARAMETER 32, Line Card 8 will allow Listen-In activities, providing that the reporting Account Number begins with the hexadecimal B, C, D, E, or F. This parameter determines which of these letters will identify Listen-In accounts.
Page 60: Parameter 36: Battery Test
The CP-220A displays the parameter just programmed ([PARAMETER REMEMBER! NUMBER 33]) with its first digit flashing, indicating its request for the desired parameter number. Press either: To leave the Programming Mode at any time, press • 3 then 6 , or the Esc key.
Page 61: Parameter 37: Manual Turnoff Of Sounder
Advancing to Next Parameter: After programming PARAMETER 36, press the N key to advance to REMEMBER! PARAMETER 37 – the next parameter in Category A. To leave the Programming The CP-220A displays the parameter just programmed ([PARAMETER Mode at any time, press NUMBER 36]) with its first digit flashing, indicating its request for the next the Esc key.
Page 62: Parameter 40: Automatic Mode Enable
NOTE 2: In the AUTOMATIC mode, messages are not displayed, but are sent directly to the printer, and if it exists, to the automation system. NOTE 3: Refer to page 2-52 for additional information on sounder operation. Programming Procedures: Use the NEXT key to toggle between enabling and disabling the sounder. Bear in mind that setting of PARAMETER 37 has no effect when the CP-220A is placed in its AUTOMATIC mode.
Page 63 In the AUTOMATIC mode, messages do not appear on the receiver's display, but are routed to the attached printer and automation system (if used) for direct processing. PARAMETER 40, in its default mode [AUTO MODE ENABLE ON], allows the CP-220A to stay in its AUTOMATIC mode only when a peripheral (printer and/or automation system) is connected and is operational.
Page 64: Parameter 42: Line Fault Detector
PARAMETER 42: SLOT 1 LINE DETECT ON M/DD/YY HH:MM:SS Line Fault Detector Background: Built into the CP-220A is the ability to detect faults that may have a bearing on its operation. In Section 1, and earlier in this section, faults in the following areas were discussed: •...
Page 65: Parameter 44: 3X1 With Parity
Default: The Line Fault detection capability for each slot is set to ON. Advancing to Next Parameter: The next parameter in Category A is PARAMETER 44. Because it is not sequential, it cannot be reached with a single press of the key.
Page 66 Another Reporting Format, known as 4x1 (four by one) without parity, also contains five characters: • a four-digit Account Number • a one-digit Alarm Code This 4x1 format uses no parity checking. As a result, the CP-220A cannot distinguish between messages received in the 3x1 (with parity) and the 4x1 (without parity) formats because both produce the same number of digits.
Page 67: Parameter 47: Fbi English
The CP-220A displays the parameter just programmed ([PARAMETER REMEMBER! NUMBER 44]) with its first digit flashing, indicating its request for the desired parameter number. Press either: To leave the Programming Mode at any time, press • 4 then 7 , or the Esc key.
Page 68 The CP-220A has been factory programmed so that Codes 0-9 display the default words, as follows: 1234 11 016 CODE ENGLISH WORD CODE ENGLISH WORD ZERO AUXILiARY FBI SUPERFAST REPORTING FIRE BYPASS 1234 FIRE 10 016 PANIC INACTIVE BURGLARY EIGHT CUSTOMIZED SUPERFAST REPORTING MEDICAL...
Page 69 NOTE 2: If the NEXT or the MANUAL / PREVIOUS key is held down rather than released after being depressed, it's possible to scroll forward backward through selections increments approximately 5 characters at a time. When the appropriate character is displayed, press the to move the cursor to the next letter.
Page 70: Parameter 55: Fbi Superfast/Lar300
Default: The CP-220A has been factory programmed so that Codes 0-9 will display their English language "spelled-out" equivalents, as stated in the table on page 2-45. NOTE 1: Even if programmed, the use of FBI English can subsequently be "turned off" through the use of PARAMETER 30, which was covered on page 2-28.
Page 71 The purpose of PARAMETER 55 is to select, for each of the CP-220A's Line Cards, which will be in one of the two FBI Superfast formats – either the 4x1x2x1 or the 4x3x1 (LAR300) – will be expected by the CP-220A, and therefore processed at the Central Station.
Page 72: Parameter 56: Handshake Duration
PARAMETER 56: SLOT 1 HANDSHAKE 1 SEC M/DD/YY HH:MM:SS Handshake Duration Background: Whenever the Digital Communicator at a subscriber's premises is triggered, it calls the Central Station and waits for confirmation that the Digital Receiver is ready to accept its report. This confirmation, known as a handshake signal, is a tone sent from the Receiver back to the Communicator, indicating that the Receiver is "on-line"...
Page 73: Parameter 57: Auto Mode Sounder On/Off
Press the key so that the [1] after [SLOT] flashes again. To change another slot, press the number key of the slot desired (e.g., 2); the chosen Slot Number and the currently assigned handshake tone duration will be displayed. Repeat the above steps for each Slot Number whose handshake tone duration must be changed.
Page 74: Additional Information
Central Stations using Automation Systems usually operate the CP-220A in its AUTOMATIC Mode and prefer to keep the sounder off, because the Automation System itself often provides its own "alert" when data transmissions and error messages are received. However, turning the sounder off in PARAMETER 57 may not allow operator notification of every error condition involving the CP-220A.
Page 75: Parameter 58: Format Date
PARAMETERS AFFECTING THE CP-220A's SOUNDER OPERATION PARAMETER TITLE FUNCTION COMMENTS SOUNDER "globally" enables and disables see PARAMETERS 37 and 57, sounder operation; if enabled, below permits sounder to operate according to the functions set in PARAMETER 37 and PARAMETER 57; if disabled, sounder will not operate, regardless of settings in these parameters...
Page 76: Parameter 59: 4X2 With Parity
Programming Procedures: After entering PARAMETER 58, [FORMAT DATE MONTH/DAY] will be displayed. Use the NEXT key to toggle between placing the month first (the default) or [DAY/MONTH], the alternative. Advancing to Next Parameter: After programming PARAMETER 58, press the N key to advance to REMEMBER! PARAMETER 59 –...
Page 77 Another Reporting Format, known as SESCOA Fast, is similar to the 4x2 (with parity), in that it transmits the same number of digits at the same (40 pps) rate, but allocates the data differently: • a three-digit Account Number (base 15) •...
Page 78: Parameter 60: 4X1 With Parity
. You can reach PARAMETER 60 in one of several ways. Press either: REMEMBER! • 6 then 0 , or To leave the Programming Mode at any time, press • the the Esc key. Doing so will NOTE: When the is used, the name of the next parameter appears return the CP-220A to its normal operating mode.
Page 79 Programming Procedures: After entering PARAMETER 60, [SLOT 1 FORMAT 4x2 WO/P] will be displayed. The number [1] after [SLOT] will be flashing. If it is necessary to change between these formats as currently specified for Slot 1, take the following steps: Depress the key once.
Page 80: Parameter 61: Extended Bfsk Alarms
PARAMETER 61: MAY EXTEND BFSK ALARMS MM/DD/YY HH:MM:SS Extended BFSK Alarms Background: The CP-220A is capable of receiving and processing many popular alarm Reporting Formats – including one known as Radionics BFSK. Radionics BFSK was designed to send its messages in a 3x1 Standard format (see Appendix B), which provides a 3-digit Account Number and a 1-digit Event Code.
Page 81 Certain manufacturers whose control panels and digital communicators will transmit the Radionics BFSK format offer the option of transmitting expanded information for all Event Codes (i.e., 0 through 9 and B through F). This enhancement to the original format offers additional information that may be useful to the Central Station and may better serve the interests of the subscriber.
Page 82: Parameter 62: Programmable Handshakes
Programming Procedures: Use the NEXT key to toggle between selecting whether the CP-220A will automatically process Extended BFSK alarms ([MAY EXTEND BFSK ALARMS]) or whether it will not ([NO EXTENDED BFSK ALARMS]). Default: [MAY EXTEND BFSK ALARMS] is the default. Advancing to Next Parameter: REMEMBER! After programming PARAMETER 61, press the N key to advance to...
Page 83 There are three kinds of handshake signals that can be produced by the CP-220A: IMPORTANT! • The 2300 Hz (Hertz, or cycles per second) handshake signal is a "high Before programming frequency" tone that is generally interpreted by Digital Communicators PARAMETER 62, refer as an "invitation"...
Page 84 INTERACTIONS BETWEEN PARAMETER 62 AND PARAMETER 07 ACTION TAKEN IN RESULTS IN: WHICH MEANS THAT: THE SEQUENCE OF PARAMETER 62: HANDSHAKE SIGNALS WILL BE: selecting [NONE] for the Line Card If [0] was selected in 1st: 2300 Hz (no Hi/Los ) PARAMETER 07 the 1st Handshake in producing...
Page 85 Programming Procedures: After entering PARAMETER 62, [SLOT 1 1ST HS (NONE)] will be displayed and the number [1] after [SLOT] will be flashing. As stated, a customized sequence of handshake signals can be programmed for each of the 8 slots. Unlike the previous parameters, the keystrokes used to program PARAMETER 62 depart from their customary usage, mostly because there are three variables (fields) to contend with:...
Page 86: Category B: Printer Operation
Press the NEXT key or the MANUAL/PREVIOUS key until [HI/LO] appears. 10. Press the key to select another slot to program, or the Esc key to leave the programming mode. If programming another slot, repeat each of the previous steps. NOTE 1: Pressing the N key too many times will cause you to leave PARAMETER 62 prematurely.
Page 87 PARAMETER 01: What Kind of Printer? What Kind of Cable? Printer I/O Even with an Automation System installed, a printer that can log the events processed by the CP-220A is highly desirable for PRINTER ON MM/DD/YY HH:MM:SS several reasons: • It prints a hard-copy reference of all CP-220A activities as they occur.
Page 88: Parameter 35: Printer Line Feed
Programming Procedures: After entering PARAMETER 01, [PRINTER ON] will be displayed and the [ON] after [SLOT] will be flashing. REMEMBER! Press the NEXT key or the MANUAL/PREVIOUS key to toggle between To leave the Programming Mode at any time, press [PRINTER ON], [PRINTER ON COMP FAIL], and [PRINTER OFF].
Page 89 PARAMETER 35 provides the option of whether or not the CP-220A generates its own "line feed" command between the rounds of data it sends to the printer. In light of the fact that most printers will have their line feed turned off, it's best to accept the CP-220A's default of [PRINTER LINE FEED ON].
Page 90: Parameter 38: Printer Fail/Manual
Advancing to Next Parameter: The next parameter in Category B is PARAMETER 38. Because it is not REMEMBER! sequential, it cannot be reached with a single press of the key. To advance To leave the Programming to PARAMETER 38, press the N key. Mode at any time, press the Esc key.
Page 91: Parameter 41: Message Spaces
Default: The CP-220A is defaulted to [PRINTER FAIL / MAN ON]. Advancing to Next Parameter: The next parameter in Category B is PARAMETER 41. Because it is not REMEMBER! sequential, it cannot be reached with a single press of the key.
Page 92 NUMBER OF IS THE PRINTER CP-220A PRINTER SPACES (BLANK PROGRAMMED LINE FEED LINES) BETWEEN FOR AUTO RESULTING PRINTOUT SETTING UNRELATED LINEFEED? EVENTS (in PARAMETER 35) (see PARAMETER 35 ) (PARAMETER 41) see SAMPLE PRINTOUT (default) (default) "A" on page 2-66 (most common setting) not acceptable;...
Page 93 SAMPLE PRINTOUT "B" 05/13/94 15:40:04 18 8765 12 18 5678 FIRE ZONE 2 05/13/94 15:55:49 18 8765 E2 18 8765 RESTORE ZONE 2 05/13/94 16:00:00 RICK LOG ON 05/13/94 17:05:00 12 4321 C6 12 4321 CLOSING USER 6 05/13/94 18:30:05 12 3579 31 12 3579 BURGLARY ZONE 1 12 3579 34...
Page 94: Parameter 34: Test Character
PARAMETER 34: TEST CHARACTER 01 MM/DD/YY HH:MM:SS Test Character Background: By sending a Test Character to the printer, the CP-220A is able to monitor the printer's ability accept it, thus confirming the printer's connection to the receiver and its readiness to receive subsequent data. Printers that are turned off, disconnected, "off-line,"...
Page 95: Parameter 43: Auto Message
PARAMETER 43: AUTO MESSAGE ON MM/DD/YY HH:MM:SS Auto Message Background: PARAMETER 43 relates to the manner in which the CP-220A's printer operates when the receiver is in the MANUAL mode. Typically, when in the MANUAL mode, the CP-220A stores all incoming messages, and displays them one at a time, in response to the use of the NEXT key.
Page 96: Category C: Computer Operation
Category C: Computer Operation Parameters in Category C: As stated on page 2-1, three distinct categories have been selected, Computer Operation into which each of the CP-220A's programming parameters have been PARAMETER 00: Computer I/O PARAMETER 02: Receiver placed. Programming the CP-220A's parameters according to category, Computer Type rather than by numerical sequence, is thought to be a more logical PARAMETER 09:...
Page 97 connections between the equipment, along with the kind of control, timing, and data signals that are required to transfer and exchange data in a serial fashion – one bit (binary digit) at a time (see Appendix RS-232-C, or "serial" interfaces, which adhere to this standard, are incorporated into almost all mainframe computers, mini-computers, modems, PCs, and their peripherals.
Page 98 In terms of these parameters, the CP-220A assumes that there will be no Automation System, and has set up its programming defaults in Category C accordingly. If you are currently operating your CP-220A without such a system, no further programming is necessary. However, if there is (or will be) an Automation System and you are about to program Category C's parameters after completing PARAMETER 43 (on page 2-72), you may proceed below.
Page 99: Parameter 02: Receiver Computer Type
PARAMETER 02: RECEIVER TYPE FBI MM/DD/YY HH:MM:SS Receiver Computer Type Background: Like the CP-220A, the hardware and software used with an Automation System must also be customized to perform properly in the Central Station. In terms of its software, most automation "packages" need to know which Central Station Receiver will be providing the data to be processed.
Page 100: Parameter 09: Serial Baud
The next parameter in Category C is PARAMETER 09. Because it is not sequential, it cannot be reached with a single press of the key. To advance to PARAMETER 09, press the N key. The CP-220A displays the parameter just programmed ([PARAMETER NUMBER 02]) with its first digit flashing, indicating its request for the next parameter number.
Page 101: Parameter 10: Serial Stop Bits
Advancing to Next Parameter: After programming PARAMETER 09, press the N key to advance to REMEMBER! PARAMETER 10 – the next parameter in Category C. To leave the Programming Mode at any time, press the The CP-220A displays the parameter just programmed ([PARAMETER Esc key.
Page 102 PARAMETER 09: SERIAL BAUD IS 1200 MM/DD/YY HH:MM:SS Serial Baud Background: PARAMETER 11 specifies the number of Serial Data Bits, either 7 or 8, that will be used to construct each character of data sent from the CP-220A to the Automation System's computer. This data typically consists of hexadecimal characters (e.g., 1234 E2;...
Page 103: Parameter 12: Header
Programming Procedures: When PARAMETER 11 is selected, [SERIAL DATA BITS IS 7] will be displayed. To program [8] (assuming the Automation System is so programmed), press either the NEXT key or the MANUAL/PREVIOUS key, as required. If [7] is selected (thus allowing for a parity bit), you must tell the CP-220A what kind of parity bit to generate.
Page 104: Parameter 15: Computer Trouble Delay
If either [FBI] or [ADEMCO] receiver emulation was selected in PARAMETER 02, there is no need to program this parameter, and its default [48] should be accepted. Programming Procedures: When PARAMETER 12 is entered, [HEADER 48] (corresponding to the ASCII [H]) will be displayed, and the [4] will be flashing. Any ASCII value between [00] and [FF] may be programmed by using the NEXT key or the MANUAL/PREVIOUS key to change the first character, as required.
Page 105: Parameter 16: Ack
Programming Procedures: When PARAMETER 15 is entered, [TROUBLE DELAY 05] will be displayed with the [0] flashing. Any value between [00] and [99] seconds may be programmed by using the NEXT key or the MANUAL/PREVIOUS key to change the first digit, as required. Once this is done, use the key to move to the second digit and, as before, use either the NEXT key or the MANUAL/PREVIOUS key to change it, if...
Page 106: Parameter 17: Nak
Programming Procedures: When PARAMETER 16 is entered, [ACK 00] will be displayed, indicating (via the use of [00]) that the [ACK] feature has been factory disabled – the default arrangement (in which it is assumed that an Automation System is not in use).
Page 107 NOTE: See PARAMETER 11 (on page 2-79) for information on ASCII coding and the ASCII Character Set. In terms of the Automation System and the CP-220A, a [NAK] will be sent back to the receiver by the computer if it (the computer) was unable to process the data it received.
Page 108: Parameter 18: Bs
PARAMETER 18: BS 08 MM/DD/YY HH:MM:SS Background: Upon entering PARAMETER 18, [BS 08] will be displayed. This parameter has been factory programmed with the ASCII control code [08], REMEMBER! representing the BackSpace command. PARAMETER 18 is intended to To leave the Programming remain this way and must not be altered.
Page 109: Parameter 13: Time
PARAMETER 13: TIME 05 MM/DD/YY HH:MM:SS Time Background: Because the CP-220A and the Automation System are two separate devices, their time-keeping ability is likely to vary, eventually causing a difference in the time they each display. If the computer is programmed to do so, it will periodically request the date and time as kept by the CP-220A, and adjust itself accordingly –...
Page 110: Parameter 14: T-Header
The CP-220A displays the parameter just programmed ([PARAMETER REMEMBER! NUMBER 13]) with its first digit flashing, indicating its request for the next parameter number. Press either: To leave the Programming Mode at any time, press the • 1 then 4 , or Esc key.
Page 111: Parameter 20: Dtr
Default: PARAMETER 14 is defaulted to [00], which disables the function. Advancing to Next Parameter: REMEMBER! The next parameter in Category C is PARAMETER 20. Because it is not To leave the Programming Mode at any time, press the sequential, it cannot be reached with a single press of the key.
Page 112: Parameter 21: Rts
Programming Procedures: When PARAMETER 20 is entered, [DTR HANDSHAKE OFF] will be displayed with [OFF] flashing. Toggling between [ON] and [OFF] is accomplished by pressing the NEXT key or the MANUAL/PREVIOUS key. Advancing to Next Parameter: REMEMBER! After programming PARAMETER 20, press the N key to advance to To leave the Programming PARAMETER 21 –...
Page 113: Parameter 22: Terminator
Programming Procedures When PARAMETER 21 is entered, [RTS HANDSHAKE OFF] will be displayed and [OFF] will be flashing. Toggling between [ON] and [OFF] is accomplished by pressing the NEXT key or the MANUAL/PREVIOUS key. Default: PARAMETER 21 is defaulted to [RTS HANDSHAKE OFF]. Advancing to Next Parameter: REMEMBER! After programming PARAMETER 21, press the N key to advance to...
Page 114: Parameter 23: Time Terminator
Once this is done, use the key to move to the second character. As before, use either the NEXT key or the MANUAL/PREVIOUS key to change it, if necessary. Subsequent movement between the two digits can be accomplished through the use of the key or the key.
Page 115: Parameter 24: Lf
The CP-220A displays the parameter just programmed ([PARAMETER NUMBER 23]) with its first digit flashing, indicating its request for the REMEMBER! next parameter number. Press either: To leave the Programming • 2 then 4 , or Mode at any time, press the Esc key.
Page 116: Parameter 25: Clock Set
PARAMETER 25: FBI CLOCK SET MM/DD/YY HH:MM:SS Clock Set Background: As stated in PARAMETER 13 (see page 2-86), it may be desirable to synchronize the CP-220A and the Automation System so that they both display the same date and time. By programming PARAMETER 13, the CP-220A will be prepared to provide this information to the computer when it's requested, so the Automation System can adjust itself accordingly –...
Page 117: Parameter 39: Computer Fail/Manual
PARAMETER 39: COMPUT FAIL / MAN ON MM/DD/YY HH:MM:SS Computer Fail / Manual Background: When used with an Automation System, the CP-220A is almost always operated in its AUTOMATIC mode, in which it neither stores nor displays its incoming messages, but simply decodes and delivers to them to the Automation System (and to a printer, if connected).
Page 118: Parameter 45: Data Loop Test
PARAMETER 45: DATA LOOP TEST OFF MM/DD/YY HH:MM:SS Data Loop Test Background: The Data Loop Test provided by PARAMETER 45 offers a more rigorous method than either PARAMETER 20, DTR, or PARAMETER 21, RTS, of testing communications between the CP-220A and the Automation System's computer. Rather than having the CP-220A simply check for proper voltage levels at the computer (as performed by PARAMETERS 20 and 21), the Data Loop Test is initiated by the computer and evaluates the ability of both it and the CP-220A to...
Page 119: Parameter 46: Computer Fail Test
PARAMETER 46: COMP FAIL TEST OFF MM/DD/YY HH:MM:SS Computer Fail Test Background: PARAMETER 46 relates to the use of PARAMETER 38, Printer Fail, and PARAMETER 39, Computer Fail. If enabled, both of these parameters will cause the CP-220A to enter its MANUAL mode if either the printer (PARAMETER 38) or the Automation System (PARAMETER 39) is not ready to accept data.
Page 120: Parameter 51: Xon
Default: PARAMETER 46 is defaulted to [COMP FAIL TEST OFF]. Advancing to Next Parameter: REMEMBER! The next parameter in Category C is PARAMETER 51. Because it is not To leave the Programming sequential, it cannot be reached with a single press of the key.
Page 121: Parameter 52: Xoff
MANUAL/PREVIOUS key to change the first character, as required. Once this is done, use the key to move to the second character. As before, use either the NEXT key or the MANUAL/PREVIOUS key to change it, if necessary. Subsequent movement between the two digits can be accomplished through the use of the key or the key.
Page 122: Parameter 53: Acron 11-Digit With Zero Or Space
NOTE: The Automation System must support XON/XOFF "handshaking" technique, or the default of [00] must be programmed Default: PARAMETER 52 is defaulted to [XOFF 00]. Advancing to Next Parameter: REMEMBER! After programming PARAMETER 52, press the N key to advance to PARAMETER 53 –...
Page 123: Parameter 54: Rts/Cts Protocol (On/Off)
The first character of the subscriber Account Number must be a valid character, as determined by the Automation System's software. After ascertaining from the software how the Central Station Receiver must generate 3-digit Account Numbers in the Acron Superfast format, select the desired option accordingly, as explained below.
Page 124 In either case, the handshaking between the CP-220A and the Automation System's computer conforms to the RS-232 standard (briefly discussed on pages 2-73 and 2-74). While the details of RS-232 communications is beyond the intent of this manual, the text and the diagram that follow are meant to provide a basic understanding of the two choices offered by PARAMETER 54.
Page 125 CP-220A/AUTOMATION SYSTEM COMMUNICATIONS AND SUPERVISION USING PARAMETER 54 PARAMETER 54 PROGRAMMED TO “OFF” PARAMETER 54 PROGRAMMED TO “ON” Be sure that PARAMETERS 20 (DTR), 21 (RTS), 16 Be sure that PARAMETERS 20 (DTR), 16 (ACK), and (ACK), and 17 (NAK) have each been ENABLED. 17 (NAK) have each been ENABLED;...
Page 126: Operating Notes
Operating Automatic Mode/Manual Mode Notes Each CP-220A provides two distinct modes of operation: an AUTOMATIC and a MANUAL mode. When in the Automatic Mode, the CP-220A will not display the data it receives, but instead, will pass each message on to an attached Printer and/or an Automation System, if they exist.
Page 127: Appendix A: Understanding Binary And Hexadecimal Numbering Systems
Appendix A Understanding Binary and Hexadecimal Numbering Systems The Binary System: To best understand some of the references in the CP-220 Central Station Receiver Hook-Up and Installation Manual, a A Short Primer brief look at the Binary System and the Hexadecimal System, which follows, is recommended.
Page 128 The following terms will be used In Table A-1, the least significant digit is the base of the in other parts of this manual: number system raised to the power of zero. Note that any • most significant bit: number, when raised to the power of zero, is always equal to the leftmost bit in a binary "1."...
Page 129 Note that for each of the decimal numbers listed, there is a hex and binary equivalent. As an example, it can be seen that 12 = 1100 DECIMAL BINARY DECIMAL BINARY 0000 0001 0010 0011 0100 0101 0110 0111 1000 1000 1001 1001...
Page 130 Below are examples of how strings of binary data can be reduced in size for ease of viewing and interpretation. Understanding this is the vital link in translating system messages that are displayed in various menu selections. Table A-5 offers some comparisons between binary data strings and their hexadecimal equivalents.
Page 131 You may be required, at one time or another, to convert a hexadecimal More Advanced quantity into either its binary or decimal equivalent. Both Tables A-2 Conversions and A-3 provided the fundamental basis for these conversions, but they did so with relatively small numbers. More advanced conversions will require you to work with more digits;...
Page 132 CONVERTING 18h (0001 1000 ) TO DECIMAL HEX No. TO BE CONVERTED: ITS BINARY EQUIVALENT: 0001 1000 BINARY "BIT" POSITION: BINARY PLACE VALUE: **ENTER BINARY RESULTING EQUIVALENT HERE: DECIMAL VALUE: VERTICAL TOTALS: TABLE A-6 CONVERTING CDh (1100 1101 ) TO DECIMAL HEX No.
Page 133 COMPUTATION SUMMARY To convert the binary value to decimal: 1. Enter the binary equivalent of the hexadecimal value BINARY DECIMAL in the row marked with the double asterisk (**). 0001 1000 2. For each "1" in the row, enter the Binary Place Value 1100 1101 (listed above it) into the VERTICAL TOTALS: row.
Page 134: Appendix B Communication Formats
Appendix B Communication Formats The ability to report alarms to a monitoring station is one of Introduction the most important attributes of any security system. Today, thousands of Central Stations monitor the alarm systems protecting a wide variety of premises and facilities, including residential, commercial, industrial, and institutional.
Page 135 The two tables below list the names – both generic and "manufacturer-based" – of all the popular Reporting Formats that can be processed by the CP-220A. GENERICALLY KNOWN MANUFACTURER-BASED REPORTING FORMATS REPORTING FORMATS 3 + 1 ACRON Superfast FBI Superfast/LAR300 3 + 1 Expanded * ADEMCO Contact ID RADIONICS BFSK...
Page 136 REPORTING FORMAT RESPONDS TO TRANSMISSION RATE * FSK and BFSK HANDSHAKE OR TRANSMISSION FREQUENCY METHOD ADEMCO SLOW 1400 Hz pulses SILENT KNIGHT SLOW (low) 10 per second ADCOR CDR 50 1400 Hz pulses RADIONICS † (low) 20 per second SESCOA, FRANKLIN, 2300 Hz pulses RADIONICS †...
Page 137 Today, fortunately, things are very different – and very much better. Multipurpose or Universal Line Cards are in common use, and each (like the CP-220A's REC-1 or REC-11) can handle a wide range of formats. Thus, in most cases, Central Stations no longer have to purchase specialized Line Cards or require specific accounts to call particular phone numbers.
Page 138 NOTE: Keep in mind that the Contact (Point) I.D. formats and the Superfast formats (e.g., ADEMCO, FBI, and Acron) have unique ways of reporting data, which are not shared by the generic formats listed on page B-2. Transmission Methods As implied by the table on page B-2, the data used in subscriber messages is encoded and carried over the telephone network through the use of several methods, each of which has its own advantages and disadvantages.
Page 139 As you might expect, DTMF is quite a bit faster than pulsed formats because a single tone – rather than a series of pulses – is used to convey each digit. As a result, DTMF transmissions take less time and therefore can be used to report additional information (such as the current condition of all of the system's zones), not just the condition that caused the alarm.
Page 140 Double-Round Comparison One of the earliest means for checking the accuracy of a transmission was to allow the Digital Communicator at the protected area to send the message up to four times during any communication attempt. Each message would then be compared by the Central Station receiver with the one preceding it.
Page 141 MESSAGE RCVD DESCRIPTION COMMENTS EXAMPLE 1: 1 2 3 first round Another round follows, which will be compared to this message. 1 2 3 second round This round compares with the preceding one; no more activity is required, and the verification (or kissoff) tone is subsequently sent back to the account.
Page 142 Parity Checking 3x1, 4x1, and 4x2 Formats: With and Without Parity These days, the accuracy of many transmissions is verified The most basic reporting formats using a technique known as parity checking. In terms of used in the security industry ( 3x1, digital electronics, the term parity relates to the methods 4x1, 3x1 Expanded, 4x1 Expanded, and 4x2 ) will be discussed on the...
Page 143 The 3x1 Reporting Format is the most 1 2 3 4 basic and easy to understand, but sacrifices details that may be advantageous for the subscriber, the Central Station, and the responding authorities. With the hexadecimal numbering system found in many Important Information communication formats, it's possible to send hexadecimal The Event Codes and their associated...
Page 144 In terms of the CP-220A, the 3x1 Standard format can be programmed to display what it numerically receives, or a corresponding English language descriptor (see PARAMETER 28 on page 2-19), instead. If the CP-220A is programmed to display such English language descriptors, it will reflect the numeric Account Number and the descriptor corresponding to the respective Event Code, as shown below.
Page 145 TYPICAL 3+1 (and 4+1) STANDARD FORMAT MESSAGE SUMMARY COMMENTS MAY ALSO BE HANDSHAKE TRANSMISSION VERIFICATION KNOWN AS FREQUENCY METHOD METHOD ADEMCO SLOW 1400 Hz pulse @ 10pps double-round Variations of these formats may be programmed at the subscriber's premises SILENT KNIGHT 1400 Hz pulse @ 10pps double-round...
Page 146 4+1 STANDARD FORMAT EVENT MEANING EVENT MEANING CODE CODE SILENT ZONE (HOLDUP) TROUBLE FIRE TESTING BURGLARY OPENING OF PREMISES MEDICAL CLOSING OF EMERGENCY PREMISES PANIC ABORT (AUDIBLE) (CANCEL) ZONE BYPASS ZONE RESTORE ENVIRON SYSTEM TROUBLE NOTE 2: As implied in the table, Code "0," even though permitted, is hardly ever used to report alarms.
Page 147 In addition to the date and time, the display shows the Receiver and Group Numbers (see pages 2-8, and 2-10 through 2-11), the Account Number, and the English language descriptor programmed represent numerical code used for fire. The actual numerical Event Code will not be displayed under such conditions, but when the data is sent to the printer, both the literal transmission and the English language descriptor will be...
Page 148 Formats With More Expanded Formats Both the 3x1 and 4x1 Standard formats leave something Information: to be desired, in that they cannot specify the exact location of an alarm. Were the codes: [1 2 3 2] FIRE ALARM [1 2 3 4 3] BURGLAR ALARM used to report events in large buildings with many entrances –...
Page 149 EVENT DETAILS ALARM ACCT EVENT EXPANDED REPORT CODE DATA FIRE ALARM ON 1 2 3 2 1 1 2 3 ZONE 1 ZONE 1 BURGLAR ALARM 1 2 3 4 3 5 1 2 3 4 ZONE 5 ON ZONE 5 The most basic of the Expanded Formats actually transmits two rounds of data for every event being reported.
Page 150 Additional Information on Expanded Formats As already indicated, hexadecimal numeration (0-9 and A-F) can be used in most reporting formats to provide more combinations than would otherwise be possible with the 10 decimal (0-9) numbers. NOTE: greater familiarity with hexadecimal numbering, refer to Appendix A.
Page 151 EXAMPLES OF EXPANDED REPORTING WITH NON-ALARM EVENTS REPORT MEANING 1 2 3 4 2 8 ACCOUNT 1234 reports a FIRE alarm triggered by ZONE 8. 5 6 7 8 3 D ACCOUNT 5678 reports a BURGLAR alarm triggered by ZONE 13 [D (hex) (decimal) 9 8 7 6 9...
Page 152 This table should help to illustrate this point: ALARM MESSAGES MEANING AAA E A 3-digit Account Number (AAA) identifies the subscriber, and the 1-digit Event Code (E) identifies the alarm or event. Examples: Explanations: (typical) 123 1 Account 123 has a Fire Alarm (Code 1) 456 2 Account 456 has a Holdup Alarm (Code 2) 789 6...
Page 153 Another popular means of reporting events is known as 4x2 (3x2) Format the 4x2 (or 3x2 Format), often used as an alternative to the Standard and the Expanded Formats, which were previously discussed. As its name implies, it provides a 4- (or 3-) digit Account Number, followed by a 2-digit Report Code.
Page 154 REPORT CODES POSSIBLE MEANING 10 - 1F Silent Alarm (up to 15 Zones) 20 - 2F Fire Alarm (up to 15 Zones) 30 - 3F Burglar Alarm (up to 15 Zones) 40 - 4F Medical Alarm (up to 15 Zones) 50 - 5F Audible Panic (up to 15 Zones) 60 - 6F...
Page 155 Page B-22 Appendix B: CP-220A Central Station Receiver Communication Formats Hook-Up and Installation Manual...
Page 156 On page B-5, a technique known as FSK (Frequency Shift Silent Knight FSK Keying) was briefly explained. FSK uses two distinct, but very brief, tones to provide the "0s" and the "1s" representing the binary digits (bits) that form the IMPORTANT! characters comprising the subscriber messages.
Page 157 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CODE CP-220A ENGLISH COMMENTS ALARM CODES Report codes beginning with represent FOR VIOLATIONS non-intrusion alarms (e.g., fire, panic, tamper, OF FIRE, TAMPER, medical, environmental [gas, sprinkler, waterflow, GAS, SPRINKLER, heat, cold, etc]). The number following the '0' WATER, HEAT, typically represents the physical zone in the AND COLD...
Page 158 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS ALARM CODES Report codes beginning with '1' represent FOR VIOLATIONS intrusion alarms. The number following the '1' OF INTRUSION typically represents the physical zone in the ZONES: installation, designated '1' (Zone 1) through '0' (Zone 10), where the alarm took place.
Page 159 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS Report codes beginning with '2' represent restorals of intrusion zones RESTORALS: that may have alarmed or were previously bypassed and are now OF ALARMS AND being unbypassed. The number following the '2' typically represents BYPASSES the physical zone in the installation, designated '1' (Zone 1) through ALARM RESTORE 11...
Page 160 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS TEST CODE Initiated either manually or automatically from the subscriber's premises. When received at the Central Station, proper operation of the subscriber's equipment is implied. TROUBLE LINE 1 In premises equipped with multiple telephone lines, a Line Fault has been detected on premises Telephone...
Page 161 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS CLOSINGS: Code '40' is a nondescript Closing Report in GENERIC which a "generic" closing signal is sent without CLOSING identifying a particular user. A Code 40 is usually transmitted when system "Quick-Armed"...
Page 162 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS BYPASSES: Report codes beginning with '5' represent information about (SHUNTS) the bypassing of intrusion zones. The number following the BYPASS 11 '5' typically represents the physical zone in the installation, BYPASS 12 designated '1' (Zone 1) through '0' (Zone 10), which has BYPASS 13...
Page 163 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS SUPERVISORY Report codes beginning with '6' represent zone and/or system power troubles. AND TROUBLE The former includes zone supervision faults, as in the case of troubles on fire REPORTING: zones (e.g., "loss"...
Page 164 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS RESTORALS OF Report codes beginning with '7' represent the restoral to normal of zone and/or system power troubles. The former includes the restoral to normal of zone SUPERVISORY supervision faults, as in the case of fire zones (restoral of the zone's integrity); or AND TROUBLE intrusion "day"...
Page 165 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS REPORTING Codes '80' through '89' are not transmitted in FSK 1. CODES NOT USED IN FSK 1: 80 through 89 OPENINGS: Code '90' is a nondescript Opening Report in which a GENERIC "generic"...
Page 166 SILENT KNIGHT FSK 1 REPORTING CODES REPORT CARD CP-220A ENGLISH COMMENTS REPORTING CODES RELATING TO THE SILENT KNIGHT 5207 CONTROL PANEL: ALARM CODES: ALARM 01 ALARM 02 Special considerations are given to FSK 1 Reporting ALARM 03 Codes when reporting events generated by the Silent ALARM 04 Knight 5207 Control, a 16-zone panel whose zone ALARM 05...
Page 167 FSK 2 FSK 2 (also called FSK 6) is a 10-character reporting format whose first six characters represent the subscriber's Account Number and the remaining four characters indicate its Premises Code. When the CP-220A receives the FSK 2 format, it displays the subscriber's Account Number and the English language messages corresponding to each of these codes.
Page 168 SILENT KNIGHT FSK 2: ENGLISH LANGUAGE EQUIVALENTS FOR PREMISES CODES EVENT ENGLISH CONDITION ENGLISH ZONE CODE COMMENTS CODE CODE HOLDUP ALARM FIRE BYPASS MEDICAL SUPR TRBL (supervisory trouble) PANIC TROUBLE (general trouble) BURGLARY RESTORE If applicable, a two-digit Zone Code TAMPER UNBYPASS will follow the Event...
Page 169 In the FSK 2 (FSK 6) format, certain Event Codes and Condition Codes will always be used together as pairs. These codes and their respective English language messages are listed in the following table: NOTE: An explanation of the lower-case letters found in the PREMISES CODE column can be found beneath the table on the following page.
Page 170 CP-220 DEDICATED ENGLISH FOR SILENT KNIGHT FSK 2 PREMISES CODES PREMISES CP-220 ENGLISH LANGUAGE COMMENTS CODE F3xy SUPERVISED CLOSING xy Control panels programmed for supervised closing require that the system be armed at a specified time by an authorized user; if it's not, it will report a SUPERVISED closing and the number of the individual (xy) who ultimately arms (and closes) the system.
Page 171 CP-220 DEDICATED ENGLISH FOR SILENT KNIGHT FSK 2 PREMISES CODES PREMISES CP-220 ENGLISH LANGUAGE COMMENTS CODE FE00 DATA LOST Transmitted as a result of the subscriber's equipment failing to properly communicate with the Central Station. If this is the case, just prior to the account's next successful communication, DATA LOST will precede the data to be communicated;...
Page 172 ADEMCO High Speed Many control panels can be programmed to send subscriber data to the Central Station via a format known both as (ADEMCO Superfast) ADEMCO High Speed and ADEMCO Superfast. This format is designed to provide not only data about new IMPORTANT! events that occur at a subscriber's premises, but also to ADEMCO...
Page 173 To see how FBI's High Speed Card works, depending on result, finish this section. Data within format conveyed standard Touch-Tones® (also known as DTMF), rather than pulses, to provide speedier transmission. RADIONICS BFSK RADIONICS has produced a format that can transmit data to the CP-220 via a protocol called BFSK (Binary Frequency Shift Keying;...
Page 174 While all of the formats discussed so far have the capability ADEMCO High Speed of reporting alarms, troubles, and supervisory conditions – (ADEMCO Superfast) while simultaneously identifying a system location or its user – there is something left to be desired when it's necessary to report extremely specific events that cannot be categorized via common reporting methods.
Page 175 ADEMCO Contact ADEMCO Contact (Point) I.D. Reporting Format identifies designated protective areas through a unique zone I.D. (Point) I.D. Format number, while associating with it a particular system event or condition. Once received by the CP-220, this format will IMPORTANT! be displayed (and printed) with the following information: •...
Page 176 QUALIFIER CONDITION MESSAGE EVENT "OPENING" MESSAGE IS A NEW RESTORAL OR A "CLOSING" MESSAGE SHOWS A PREVIOUSLY REPORTED "OFF-NORMAL" EVENT [EEE] EVENT The Event Codes are all pre-defined 3-digit codes with specific meanings, as detailed in the table below: ADEMCO CONTACT I.D. EVENT CODES CODE DESCRIPTION COMMENTS...
Page 177 ADEMCO CONTACT I.D. EVENT CODES CODE DESCRIPTION COMMENTS TAMPER NEAR ALARM GENERAL ALARM POLLING LOOP OPEN POLLING LOOP SHORT EXPANSION MODULE FAILURE SENSOR TAMPER EXPANSION MODULE TAMPER 24-HOUR AUXILIARY GAS DETECTED REFRIGERATION LOSS OF HEAT WATER LEAKAGE FOIL BREAK DAY TROUBLE LOW BOTTLED GAS LEVEL HIGH TEMPERATURE LOW TEMPERATURE...
Page 178 ADEMCO CONTACT I.D. EVENT CODES CODE DESCRIPTION COMMENTS SYSTEM RESET PANEL PROGRAM CHANGED SELF-TEST FAIL SYSTEM SHUTDOWN BATTERY TEST FAIL GROUND FAULT SOUNDER/RELAY TROUBLE TROUBLE BELL 1 TROUBLE BELL 2 TROUBLE ALARM RELAY TROUBLE RELAY REVERSING RELAY SYSTEM PERIPHERAL POLLING LOOP OPEN POLLING LOOP SHORT EXPANSION MODULE FAILURE REPEATER FAILURE...
Page 179 ADEMCO CONTACT I.D. EVENT CODES CODE DESCRIPTION COMMENTS RPM SENSOR TAMPER RF TRANSMITTER LOW BATTERY CATEGORY: OPEN/CLOSE/REMOTE ACCESS OPEN/CLOSE OPEN/CLOSE BY USER GROUP OPEN/CLOSE AUTOMATIC OPEN/CLOSE LATE TO OPEN/CLOSE DEFERRED OPEN/CLOSE CANCEL BY USER REMOTE ARM/DISARM QUICK ARM KEYSWITCH OPEN/CLOSE CALLBACK REQUEST DOWNLOAD GOOD DOWNLOAD NO GOOD...
Page 180 ADEMCO CONTACT I.D. EVENT CODES CODE DESCRIPTION COMMENTS BURGLARY BYPASSED GROUP BYPASSED CATEGORY: TEST/MISCELLANEOUS MANUAL TRIGGER TEST PERIODIC TEST REPORT PERIODIC RF TRANSMIT FIRE TEST STATUS TO FOLLOW WALK TEST MODE [GG] GROUP NUMBER The Group Number represents the group number of the digital communicator (dialer) or the partition number, when using a control panel capable of being partitioned.
Page 181: Index
Index standby, 1-8, 1-11, 1-17 test, 2-38 Battery Test, 2-37, 2-38 fuse, 1-12 baud rate, 2-77 power, 1-8, 1-11 BFSK, 2-57, 2-58 Access Code, 1-8, 2-5 bits per second, 2-77 Account Numbers, 1-2, 1-3 BS, 2-85 Listen-In, 2-34, 2-35, 2-36, 2-37 maximum permitted, 2-11 ACK, 2-82, 2-83 cables...
Page 182 internal, 1-16 -C- (cont'd) parallel, 2-64, 2-74 manual turnoff of, 2-38, 2-39 remote, 1-11, 1-13 serial, 2-74 Copy Slot, 2-27, 2-28 speaker, 1-11 top cover, 1-6 copying from one slot to another, 2-27, 2-28 version number, 2-2, 2-5 CP-220 volume control, 1-10 CR, 2-85, 2-86 Automation System, 1-2, 1-5, 1-11, CR+LF, 2-65...
Page 183 -E- (cont'd) -F- (cont'd) error messages, 2-2, 2-4 front panel CP-220, 1-9 Esc key display, 1-9, 1-15 use of, 2-7 headphone jack, 1-10 Expanded Formats, 1-3, 2-24, 2-25, 2-57, 2-76 keypad, 1-9 Extended BFSK Alarms, 2-57, 2-59 LED indicators, 1-10 loudspeaker, 1-9 volume control, 1-10 4x1 With Parity, 2-55, 2-57...
Page 184 -M- (cont'd) BATT TEST FAIL, 2-3 keypad COMPUTER FAIL, 2-95 CP-220, 1-9 COMPUTER RESTORE, 2-102 kissoff, 1-2 LINE CARD X OPERATIVE, 2-3, 2-4 LINE FAULT X, 2-4 PRINTER FAIL, 2-64 language, 1-2, 2-19, 2-27 PRINTER RESTORE, 2-64 FBI English, 2-44, 2-47 SYSTEM RESET, 2-2, 2-7 LAR300, 2-47, 2-48 military time, 2-18...
Page 185 -P- (cont'd) -P- (cont'd) PARAMETER 12: Header, 2-80, 2-81 PARAMETER 52: XOFF, 2-99 PARAMETER 13: Time, 2-86, 2-87 PARAMETER 53: Acron 11-Digit With Zero PARAMETER 14: T-Header, 2-87, 2-88 or Space, 2-100, 2-101 PARAMETER 15: Computer Trouble Delay, PARAMETER 54: RTS/CTS Protocol (On/Off), 2-81, 2-82 2-101, 2-103 PARAMETER 16: ACK, 2-82, 2-83...
Page 186 -P- (cont'd) -R- (cont'd) Printer Fail/Manual, 2-67, 2-68 REC-10 (Base 10), 1-15 Printer I/O, 2-64, 2-65 REC-11 (Line Card), 1-7, 1-15, 2-10, 2-11, Printer Line Feed, 2-65, 2-66 2-15, 2-44, 2-49, 2-54, 2-56, 2-60 REC-12 (Applied Spectrum), 1-15, 2-103 printing, 1-5 printouts receiver samples, 2-66, 2-70...
Page 187 -S- (cont'd) -T- (cont'd) Signals Terminator, 2-90 alarm, 1-5 Time, 2-86, 2-87 supervisory, 1-5 military, 2-18 trouble, 1-5 setting, 2-18, 2-19, 2-93 Silent Knight format (see formats ) standard vs. daylight savings, 2-19 Slot English Language, 2-19, 2-27 Slot English On/Off, 2-28, 2-29 Time Terminator, 2-91, 2-92 Slots "tip,"...
Page 188 NOTES...
Page 189 NOTES...

Honeywell FBII CP-220A Hookup And Installation Instructions

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