No.667 FOR MINI-MODUL&RMlibrary.ademconet.com/MWT/fs2/8/7420.pdfSUBSCRIBES IDENTIFICATION: Subscribers will be identified by three digit numbers assigned positions in the Mini-Modularm

No.667 PRINTER SYSTEM FOR MINI-MODUL&RM

GENERAL INFORMATION:

The No. 667 Printer System i,s designed to be used with a Mini-Modularm Receiving System (or Systems) at the central station. The No. 667 can monitor and remember the status of up to a total of 203 subscribers connected to up to 4 No. 535 tlini-Modularm (Burglar or Fire) Control Cabinets with No.‘538 (Burglar) or No. 640 (Fire) Display Panels. Each time the status of any subscriber changes, the No.667 produces a printout which identifies the subscriber, shows the new status (e.g. fire alarm, burglar alarm, trouble or return to normal) and indicates the time and d?y of year of the occurrence.

In addition, the No. 667 can provide printouts of the following occurrences:

Acknowledgement or reset by the operator (the RESET Button on Mini-Modularm --- Display Panel #1 wi I Ibe used to “acknowledge/reset” a signal appearing on any display panel).

Status printouts of all non-normal conditions on the Mini-Modularm System at any given time (when the STATUS/PRINT Printer is pushed).

Failure and restoration of A.C. power automatically prints out.

button on the front of the No. 661

to the system at the receiving station

Display Panel Lamp Test printouts of all modules that are incapable of lighting their associated display panel lamps. (Pushing the TEST button on Display Panel #l results in “Trouble” and “Return to Normal” printouts for all such conditions, on any display panel, as the button is pushed and released.)

These instructions describe only the installation and operation of the No. 667 Printer System. It assumes that the Mini-Modularm system has been installed in accordance with its own instal lation instructions.

INDEX sections:

Page No. GENERAL I NFORMAT I ON. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98 EQUIPMENT 8 MATERIAL............................................ 99 SUBSCRIBER IDENTIFICATION....................................... 100 DATA FORMAT. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101 I NSTALLAT ION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102 CONNECTIONS.............. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103

Interconnection, No. 667M Multiplexer Unit and No. 667C Central Logic Unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103

Interconnection, No. 667C Central Logic Unit and No. 661 Printer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103

Interconnection, No. 661 Printer and No. 364-50 Power Supply.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..q.... 104

Interconnection, No. 535 Control Cabinet(s) and No. 538 (or No. 64U) Display Panel(s)....................... 104

Interconnection, No. 667M Multiplexer Unit arid No. 535 Control Cabinet(s) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104

POWER-UP ?ROCEDURE . . . . . . . . . . . . . . . . . . . . . . . ..-.................... 106

98

-.-.- ._ TEST I NG, CHECKOUT AND OPERAT I ON . ...,....,.,.,,,.........,,,,,,,,, SPECIFICATIONS.. . . ,.......--....“..,..,......,,..,..,.,,,.,~, . . . .

Tables: TABLE A: WIRING KEY; Mini-Modularm/Multiplexer

Unit Cable(s) . .-............,........-............,,,.. TABLE B: CONTROL SIGNAL CONNECTIONS TO MPX Unit................. TABLE C: POWER CONNECTIONS ,to No. 661 PRINTER

(using No. 364-50 Power Supply).......,............... TABLE D: ADDITIONAL GROUND WIRES between Mini-

Modularm Control Cabinet(s) and Display Panel(s) ..-.-............,,.................,.

I Ilustrations: FIGURE 1 : FIGURE 2 : FIGURE 3 : FIGURE 4a:

FIGURE 4b:

FIGURE 5 : FIGURE 6 :

FIGURE 7 :

DISPLAY PANELS; Subscr.iber Identification.......;.... SAMPLE PRINTED TAPE.................................. CABLING DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . No. 667M MULTIPLEXER UNIT; Power Supply &

Signal Processing Unit Connections.................. No. 667M MULTIPLEXER UNIT; MPX Board

Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . No. 667C CENTRAL LOGIC UNIT; Connections............. No. 661 PRINTER & No. 364-50 POWER SUPPLY;

Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . MINI-MODULARMS; Added and Special Connections

for No. 667 Printer System..........................

EQUIPMENT and MATERIAL: These major items comprise the No. 667 Printer System:

107 115

108 112

113

114

100 102 109

110

111 112

113

114

- No. 661 Printer.

- No. 667M Multiplexer Unit, comy:lete with (1) No. 681 Multiplexer Circuit Board and (1) No. 536P Control Module for first Mini-Modulartn System. (An addi- tional No. 681 and No. 536P will be required for each additional Mini- Modularm System to be monitored. The “No. 668 Subscriber Package for the No. 667” contains one of each. 1

- No. 667C Central Logic Unit.

- No. 364-50 Power Supply (can provide up to 24 hrs. standby.for No. 661).

- 25 No. 682 Blank Subscriber Modules.

- Special Cable Assemblies for interconnecting Nos. 667M and 667C and adapting No. 661.

In addition some or all of the following will be required, Amounts will depend on the particular installation:

- No. 682 Blank Subscriber Modules (one for each unused control cabinet sub- scr i ber position in excess of 25).

- No. 543 (31 pair) Cable (See Fig. 3).

- No. 285 (12 conductor) Cable (See Fig. 3).

- No. 2908 (Black) or No. 290W (White) #16 Ga. Wire (or equal) (See Fig. 6).

- No. 2828 (Brown) or No. 282W (White) #16 Ga. Twisted Pair (or equal) (‘See Fig, 61.

- No. 2848 (Brown) or No. 284W (White) 118 Ga. Twisted Pair (or equal) (See Fig. 61.

- No. 291 #24 Ga. Wire (or equal) (See Fig. 6). T‘i

The No. 66?M requires 1lOV. AC power for operation of itself and the No. 667C but can be provided with emergency standby power sufficient for up to 24 hours if the following extra, but recommended, item is made part of the installation:

- 6V. 55 Atl Rutomot ive Battery

SUBSCRIBES IDENTIFICATION:

Subscribers will be identified by three digit numbers assigned positions in the Mini-Modularm display panel

corresponding to their . . (s) and control cabinet(s).

Numbers 000 through 049 will identify subscribers connected to the first Mini- Modu I arm system.

Accordingly, subscribers connected to additional Mini-Modularm systems (if used) will be assigned these numbers:

Numbers Mini-Modularm System

1.00 through 149 second 200 through 249 third 300 through 349 fourth

Within each system’s control cabinet and display panel, the location/number scheme will be in accordance with the following typical drawings of No. 538 (Burglar) or No. 640 (Fire) Display Panels:

FIRST DISPLAY PANEL

THIRD DISPLAY PANEL

FIG. 1 DISPLAY PANELS; Subscriber ldentif ication Note that the identification number of subscriber. #50 in the first panel is 000 (at lower right hand corner). Similarly, in the third panel, subscriber #50 for this panel is assigned 200.

loo

DATA FORMAT:

Each printout wi 1 i give DATE, TIhE and EVENT information in that order, as follows:

Date: The numerical -“day of the year” wi I I be printed,

Examples: 032 (February 1 st 1

363 (December 29th...or during Leap Year, December 28th)

Time:

Event:

The AM or,PM Time will be indicated:

Examp I es: A 12:Ol (one minute after mi’dnight)

M

P 11~58 (two minutes b&fore mldnight)

M

This may be a “su bscr i her” or “system function” sequence.

A “subscriber” sequence wil I be indicated by a three digit “subscriber identification” number (see previous section) followed by one of the following occurrence codes:

Occurrence Code

Fire Alarm 1

Burglar Alarm 2

Trouble, 3

Return to Normal 9

Examples: If subscriber #23 in the first Mini-Modular-m System experiences a line trouble. the printout will be

Note : The act result

ivation of the printer system from an “at rest” condition wil.l in a single “clearing” or “star-t sequence” pr i ntout showing DAY

OF YEAR, TIME, AND 000 0 followed by the actual “change of status” -

(nrec::dcd b\l th<+ date.-t ime- groups 1 : 023 3

A “system f unct ion” sequence will be indicated by a “900” group as follows (preceded, of course, by the date-ti me groups):

900 1 is AC Power Failure

900 8 is Acknowledge/Reset (by the operator)

990 !J i s AC Power Return

printout.

Multiple changes of status occuring simultaneously, will be remembered by the No. 667 system and printed out in the following pre-assigned order of priority (“system functions”, because of their impact on overall performance take priority over individual subscriber printouts):

System, Funct ions Fire Alarm Burglar Alarm

Trouble Returh to Normal

Examples: Assume that on the one hundred sixty third day of the year, at 2.24 p.m., these events occur simultaneously:

- Subscriber No. 43 on the first panel experiences telephone line trouble.

‘. - Subscriber No. 35 on the second panel experiences a burglary.

- Subscriber No. 14 on the fourth panel reports a fire.

- The individual attending the panels acknowledges the occurrences during the first printout.

The printed tape, reading from bottom to top, will appear as follows:

I PRINTER I Explanation PAPER FEED 163 ;2:25 043 3 1st Panel, Subscriber 43, Trouble

I 163 163 &2:24 900 135 6 2 2nd Panel, Subscriber 35, Burglar Alarm

E2:24 Acknowledge/Reset (Operator)

(Read 163 @I24 314 1 4 th Panel, Subscriber 14, Fire Alarm from bottom, 163 &2:24 000 0 Start Sequence

UPI *

D+za;f Time Event

FIG. 2: SAMPLE PRlNTED IAPE

In Figure 2, note that there is only a single “start sequence” printout for the group of events occurring simultaneously. If there had been an interval between each of the events, a “000 0” printout would have occurred before-each event printout.

Note also that only a single “acknowledge/reset (pushing of the RESET button on display panel #l) by the operator is required to silence the display panel horn and dim the respective display panel indicator lights, even though two of the events were printed out after the higher priority tiacknowledge/reset”. The actual events all occurred before the pushing of the RESET button and’the display -.-- panel horn will not sound again until a subsequent event occurs.

INSTALLATION: The No. 667M Multiplexer Unit and No. 667C Central Loqic Unit are designed for wall mountinq and should be located ad.iacent to each.other (No. 667M to the left of the io. 667C) and near the No.-535 Control Cabinet(s) of the Mini- Modularm system(s) being monitored.

The No. 661 Printer should be located near the No. 538 or 640 DispI.ay Panel(s) -- of the Mini-Modularm system(s).

The No. 364 Power Supply should be mounted in a convenient location within a 24 ft. (maximum) wiring run of the No. 661.

102

Figure 3 shows an interconnection diagram of a typical complete No. 667 Printer System/Mini-Modularm System installation.

CONNECTIONS: Before proceeding, make certain that all Mini-Modularm control cabinets (if more than one are used) are connected to the same 24 hour 1lOV. AC circuit (preferably the same multiple outlet).

Interconnection, No. 667M Multiplexer Unit and No. 6676 Central Loqic Unit (See Figures 4a, 4b,and 5):

1. Open the No. 667M Cabinet. At its lower left (see Ffg. 4a) locate the two-pin Molex connector with red and white wires. Disconnect its two halves, if they are not already disconnected.

2. In the No. 667M (see Fig. 4a) identify the flat cable assembly (SA454) which is already connected (at two points) to the Power Supply and Signal Conditioning Circuit Board as shown. Pass its free end (with single connector) through the large- round hole on the right side of the cabinet, and extend it through the large round hole in the left side of the No. 667C Cabinet. (See Fig.. 5.1 Slip the connector onto the card edge, plug P2 in the center of the upper edge of the Logic Board as shown, noting the orientation of the key in the connector and the slot in P2.

3

e 4 .

Return to the No. 667M (see Fig., 4b). Identify the flat cable assembly (SA455) with 4 connectors at one end, at least one of which is already connected to a No. 681 Multiplexer Circuit Board in the No. 667M. Pass the cable’s free end (with single connector) through the same holes used in Step 2 and into the No. 667C. Slip the connector onto Pl (see Fig. 5) at the left upper edge of the Logic Board, as shown. Again, note the orientation of the connector and the plug.

In the No. 667M (see Fig. 4a) locate and identify the power cable assembly (SA456) consisting of two’#l6 gauge conductors (red and black). One end is factory connected to terminal block TBI on the No. 667M’s Power Supply & Signal Conditioning Board. Pass the free end with its two-pin Molex connector through the large round hole.in the right side of the No. 667M’s cabinet, extend it to the No. 667C and mate with the Molex receptacle on the outside (left) of the No. 667C’s Cabinet as shown in Fig. 5.

Interconnection, No. 667C Central Loqic Unit and No. 661 Printer (See Figures 5 --- and 6):

1.

2.

3.

a 4.

Locate and identify the 661 to 667 adapter assembly (SA462) which accom- panies the No. 667 Printer System (packaged separately). It consists of a short length of 11 conductor cable with a 15 pin connector at one end and a barrier terminal strip at the other. (See Fig. 6.1

Make sure the No. 661 Printer is not connected to A.C. or D.C. power. Remove the..cover of the barrier strip and mount the barrier strip to the back of the printer as shown. Use the sheet metal screws provided. (Note : Early models of the No. 661 do not have holes to accommodate the baer strip. In this case, secure the barrier strip to the surface on which the printer rests, at its rear.)

Run a length of Ademco No. 285 (12 conductor) Cable between the No. 661 Printer and the No. 667C Central Logic Unit.

At the No. 661, connect 10 of the cable’s 12 wires to terminals 1 through

103

10 of the barrier strip as shown in fig. 6 (the remaining two wires in the cable will not be used). Note that the colors of the wires to be connected match those of the wires pre-soldered to the strip.

.5. Replace the barrier strip’s cover but do not yet plug the 15 pin’connector into the receptacle on the No. 661.

6. At the No: 667C, connect the other end of the 12 conductor cable to the 10 position barrier strip as shown in,Fig. 5. Again, two of the cable’s wires will not be used. Follow the color code shown.

Interconnection, No. 661 Printer and No. 364-50 Power Supply (See Figure 6):

1.

2.

3.

4.

Unplug the No. 661 from the A.C. line if it has been previously plugged in. Tape the ends of the plug to guard against inadvertent connection to the A.C. line.

Run #16 gauge wires (e.g.: Ademco No. 282) between the No. 661 and the No. 364-50 in accordance with Table C in Figure 6 and the length of the wiring run. In addition, run a single wire, #24 gauge minimum (e.g.: Ademco No. 291) along with the #16 gauge wires.

At the No. 364-50, connect the #16 gauge wires to terminals 3 and 4 and the #24 gauge wire to terminal 7.

Locate and identify the two-pin Molex connector with red and bl.ack wires that is supplied with the 661/667 Adapter Assembly. At the No. 661, splice the #16 gauge wire(s) from terminal 3 of the No. 364-50 to the black wire and the wire(s) from terminal 4 to the red wire. plug the Molex connector into its mate attached t,o the rear of the No. 66 Leave the #24 gauge wire disconnected for the present, as well.

I1 .

Interconnection, No. 535 Control Cabinet(s) and No. 538 (or No. 640) Display Panel,(s) (See Fig. 7):

1. .-Run additional ground wires between each Mini-Modularm control cabinet and its display panel as shown in Fig. 7 and Table D.

2. Connect to the control cabinet and display panel X4 points as shown in Fig. 7.

Interconnection, No. 667M Multiplexer Unit and Mini-Modular-m No. 535 Control Cabinet(s) (See Fig. 3, 4a, 4b, 7):

The No. 667 Print&- System can accommodate up to four Mini-Modulann control cabi nets. Each control cabinet must have its own No. 681 Multiplexer Circuit Board (MPX Board) in the No. 667M Multiplexer Cabinet. The No. 667M comes with one No. 681 already installed and up to three more No. 681’s may be added as requ i red. The “No. 668 Subscriber Package” is available which contains (1) No. 681 and (1) No. 536P Control Module (needed for the additional Mini-Modularm Control Cgbinet). Note : To insure minimum interference with normal Mini-Modular-m operation, the

wiring described ‘below must be done in the sequence indicated.

1. Run lengths of No. 543 (31 pair) Cable between the No. 535 Control Cabi- net of each MSni-Modular-m system to be monitored and the No. 667M Multi- plexer Unit as shown in Fig. 3.

2. At the No. 667M, strip sufficient jacket from the No. 543 Cable coming from the control cabinet of Mini-Modularm system #l so that connections can be made to terminal blocks TBl and TB3 as well as the NO. 681 MPX

104

Board during the following jteps.DO NOT LOSE TRACK OF THE PAIRS _-------

3.. Connect 50 wires to the No. 681 MPX Board #l, as indicated in Fig. 4b and WIRING KEY, Table A.

4. Make the Xl, X2, X3, X4 and X8 control signal connections to terminal block TBl on the Power Supply & Signal Conditioning Boat-d in accordance with Tables A and B and Figure 4a.

5. Make the X5 and X6 control signal connections to terminal block TB3 at the bottom of the No. 667M’s cabinet in accordance with Tables A and B and F i.gure 4a. 3

Note : If only one Mini-Modularm system is to be monitored, skip to step 7 Otherwise, follow step 6 as applicable to the 2nd, 3rd or 4th Mini-

Ian

Modularm cabinets to be monitored.

6.a. Repeat steps 2 and 3 for the cable from each additional Mini-Modu system. As mentioned before, an additional No. 681 MPX Board is required in the No. 667M for each additional system.

b. Connect the additional cables’ control signal leads in accordance Tables A and B and Figure 4a. Note that the X3 leads in the 2nd, -

7.

with 3rd

and 4th cables are not to be connected. Note also that the X6 :Ieads of each cable are c=ected to different terminals.

-

On each No. 681 MPX Board, place the jumper wire at the board!s lower rig=and corner on the appropriate quick connect post (see Fig. 4b). Use “A” for board #l and B, C, D for boards #2,. 3, 4 respectively, if used. These posts control the first digit of the subscriber identifica- tion number printout.

8. At.the control’cabinet of the 1st (or only) Mini-Modularm system to be monitored, connect the new No. 543 Cable as follows, and in accordance with Fig. 7 and WIRING KEY, Table A to the appropriate points on the terminal blocks. a. Connect the X4 lead.

b. ,Connect the 50 lamp signal leads.

C. Connect the Xl, X2, X3, X5 and X6 leads.

d. Do not yet connect the X8 lead.

9. At the control cabinets of the 2tid, 3rd and 4th Mini-Modularm Systems (if used), connect each cabinet’s new No. 543 Cable as follows, and in accordance with Fig. 7 and WIRING KEY, Table A.

a. Connect the X4 lead.

b. Connect the 50 lamp signal leads.

C. Disconnect the existing cable leads from the Xl and X5 terminals, Tape the wires’ bare ends, tag them and tuck them away.

d. Connect the new cable’s Xl, X2, X5 and X6 leads.

e. Do ,not connect X3. Do not yet connect X8.

10. In each control cabinet used, (lst, 2’nd, 3rd and 4th) plug a No. 682 Blank Subscriber Module into each unused subscriber module socket. An --

.empty socket will result in a trouble (code 3) printout during lamp test.

105

P&R-UP PROCEDURE:

Before proceeding with the application of power it should be confirmed that all Mini-Modularm control cabinets (if more than one are being monitored) are,con- netted to the same 24 hour IlOV. AC circuit.

1. At the No. 667M, locate its AC power cord (at the lower left of the cabinet) and plug’ it into the 24 tour 1lOV. AC supply.

2. Standby power for the Nos. 667M and’667C is optional, but recommended. If it is to be provided, complete this step. Otherwise proceed to step 3.

Connect a 6V., 55 AH automotive battery (not furnished9 to the.No. 667M as shown in Figure 4a and described below. The battery will be maintained in a charged condition by the power supply in the No. 667M and it can power the Nos. 667M and 667C for up to 24 hours in the event that main power is lost.

a. Connect the negative (-1 side of the battery to terminal 1 of terminal block TB3 in the No. 667M.

b. Before connecting the positive (+I side of the battery to terminal 2 of TB3, note that there is a wire already connected to this terminal. This wire is an overvoltage protector. It must be removed and its bare end taped and tucked away before the positive (+I battery lead is connected to TB3-2.

NOTE : If the standby battery is ever removed from the No. 667M, the overvoltage protector wire must be reconnected to TB3-2.

3. In the No. 667M, interconnect the two halves of the two-pin Molex con- nector (with the red and white wires).

4. Close the Nos. 66JM and 66JC Cabinets.

5. At the first (or only) Mini-Modular-m control cabinet, connect the No. 543 Cable’s X8 lead, remove the control cabinet’s No. 536 Control Module and replace it with the No. 536P Control Module provided. If there is an alarm present in the system, the associated. lamp in the display panel should continue flashing, but at a reduced rate. If there is no alarm present, simulate one by reversing the wires of one pair of subscriber telephone leads (temporarily) at the control cabinet’s input terminal block. The horn should sound and the appropriate lamp should flash, but at a lower than normal rate (silence the horn by pushing the RESET button on display panel #l). Return the telephone wires to their normal position.

6. Close the control cabinet.

7. Repeat/steps 5 and 6 for the additional Mini-Modularm control cabinets (if used).

8. Standby, as well as normal operating, power for the No. 661 Printer will be supplied by the No. 364-50 Power Supply. It has both battery and charging circuit bui It-in.

Caution: When the No. 364-50 is used, the No. 661 Printer must NOT be -- plugged directly into 1lOV. AC.

At the No. 364-50, connect the No. 1323 Transformer (provided) and plug it into 11OV. AC,. as shown in Figure 6. Connect the No. 630 Battery as well.

106

9. At the No. 661 Printer, plug the previously wired two-pin Molex connector into its mate attached to the rear of the ON lamp shou,ld then light.

printer. The printer’s POWER

the single wire from terminal 661/667 Adapter Assemb I y .

10. Again, at the rear of the No. 661, connec t 7 of the No. 364-50 to terminal 11 of the This provides a sync. signal for the clock within the No. 661.

11. Plug the 661/667 Adapter Assembly’s 15 pin connector into the receptacle at the rear of 4ho No. 661.

TESTING, CHECKOUT and OPERATION: Operation of the Mini-Modularm system, when monitored by the No. 667 Printer System, is essentially unchanged from that of an unmonitored s multiple display panels are used, however, these differences w

A. All display panel flasher signals are synchronized with the No. 667C Central Logic Unit via the No. 536P Contra Mini-Modularm control cabinets.

B. All reset and test functions are controlled only by the play panel #l. If an ala.rm appears on any display pane button on display panel #l should be pressed. In addit the TEST button on displ.ay panel #l will illuminate all display panels.

C. The horn on display panel #l (only) will sound when a d i on any display panel.

stem. When I I be noted:

one another from Modules in the

buttons on dis- , the RESET on, pressing lamps on all

sturbance appears

Use the following procedure to check out the newly installed system or to test the system at any time subsequently:

1. Set the No. 661 Printer’s time and date, by using the six buttons at the rear of the unit and following its accompanying instructions. The PRINT button at the rear should be used, since the STATUS/PRINT button on the front panel is a STATUS only button when the printer is part of a No. 667 system.

2. Press the STATUS/PRINT button on the frontof the printer (this-resets the No. 667 system’s memory, which may have incorrect data at start-up). The printer should now print out all non-normal conditions which exist on the display panel(s).

3. Press the TEST button on display panel #l. panels shorn light.

All lamps on all display Any that do not I ight ml be i nd icxd by “troub I e”

printouts while the TEST button is pressed and “return to normal” print- outs when the button is released.

4. Check the entire system thorouqhly, as follows, to insure that no lamp signal wires have accidentally been interchanged:

a. Short the telephone line input of a subscriber in Mini-Modularm control cabi net #1. The response of the display panel and the printer will be determined by the type of plug-in subscriber module being used with that subscriber. For examp I e, if a No, 537 (Burglary) Module is being used, the horn should sound steadily, the appropriate lamp on the display panel should light steadily and the printer should print: (in addition to date and time) the 3 digit subscriber identification, fol lowed by’ a code 3 (“trouble”).

107

b. Press the RESET button on display panel #l. In the example cited above, the horn should silence, the display panel lamp should dim but remain lit and the printer should print: date, time, and 900 8 ( “ac know I edge/reset” 1.

C. Remove the short. The display panel lamp should go out and the printer should print: date, time, and subscriber identification, f o I I owed by a code 9 (“return to norma I ” 1.

d. Repeat a and c for each of the telephone inputs to each of the control cabinets used. Step b need not be repeated for each telephone input.

This wiring key identifies the colors of each pair of conductors in the No. 543 (31 pair) Cable to be connected between each Mini-Modularm Master Control and the No. 667M Multiplexer Unit. The wiring key is arranged so that all pairs containing a gray conductor can be connected first, all pairs containing a green conductor, next, and so on, for the orange, brown, blue, white and red pairs Wiring, therefore, will be easier if you first separate the cable into sections: pairs with gray conductors, pairs with green conductors, etc. Never sep-at-a-t? -.- -..- the twisted wires of a pair or color identification will be lost. -- .-. ._...-... _ -,_- -_-._ -.-.-.

108

MINI-MODULARM SYSTEM(S)

No. 536 or 640 DISPLAY PANEL No.1

*r----I)

[DISPLAY Na 536 or 640 1 r - IPANEL No. 2, 1

I cor4 -w-w J

No. 667 PRINTER SYSTEM for MINI-MODULARM

r SEE FIG. 6 (24 FT. MAX.)

-PERTABLED

I ~$!!‘s

I

SA 454 (26 COND. FLAT)

I *No. 543 SA455 (26 COND. FLAT) SA456 (2 COND. No.161

I 77 7

INCOMING- TELEPHONE

*TYPICAL FOR 2nd, 3rd and 4th MINI-MODULARM FOR Nos. 667M 6stG

SYSTEMS, IF USED. -- -. -- -- - ~. _. .~ . _... __.._ - . .._ -~.--- - ..~ -.. - -~-- - -- --. --_ -- _. - ----

NOTE:biIRtNG SHOWN IS IN AbDlTJON TO WlRlNG NORMALLY REQUIRED FOR MINI-MODULARM SYSTEM(S) WITHOUT PRINTER

FIG. 3: CABLING DIAGRAM

No. 543 (31 FROM MINI-I

giziw?

FOlLOb%G KEY, TABLE A

(FOR CABLES FROM Na23and4CONTROL

CABINETS IF USED, SEE * and ti BELOW, TABLES A and B and

FIGURE 7)

TB!.

BEFORE COiwECTING BATTERY

(+)LEAD TO TERM. 2, REMOVE EXISTING

RED WlRE FROM TERM, 2 (SCBEV)

and TAPE. (REPLACE IF BATTERY REMOVED1

STANDW BAJ-ERY

!If?, CABLE

\

e

JII

/

OR X6 FRaM CONTROLCAW. No 3 IF USED FOt X6 FIOM CONTROL CMT. No. 4

*USE SAME TERMINALS FOR Xl, X2, X4, X5 and X6 LEADS FROM CONTROL CABINETS 2.3 and 4 (IF USED).

-X3 LEADS FROM CONTROL CABINETS 2.3 and 4 (IF USED) ARE K TO BE CONNECTED. TO.liO v

60HZ 24 HR

SUPPLY

C

/

SA 455 (26 COND,

FSME

ii

RED

xi?-

fY%D

FIG. 4a: No. 667M MULTIPLEXER UNIT;.Power Supply and Siil Processing Unit Connections.

110

No. 543(31 PR.) CABLE - FROM.No.535 CONTROL CABINET No.1 (SEE AG. 7)

hl * FEis

KEY, TABLE b

FOR CXBLES FROM-2

3 and 4 CONTROL

cf?UZ!Z SEE TABLEi

A “dFlec!Y

l--------1 I I I I I I I I

MPX TiD N0.1 iWXBC&i!?No.2

No.1 Ml&McpARM No.2MlNl%OmumM SYSTEM (IF USED) l D I

TO PosrA (OR 3Sl B&D ON

.BOARDS 23.4.

SA 455 (26

Fm FLAT) 1 I

I I

4 I

4 / pl

-. d

--CARD EDGE RECEP- I TACLES FOR MPX SA454 (26 CON BOARDS No. 3 and No4 FLAT) CABLE

flu. 4a - \

FIG. 4tx No.667M MULTIPLEXER UNIT; MPX bud Cormectections

111

TABLE-B: CONTROL SIGNAL CQNNECTIONS; MPX Unit

* If Used. -Connect to same terminal as corresponding lead from cabinet # 1

TO No. 667h

MULTIP%! (SEE Fld

4a and 4b

;A 454 (26 COND. FLAT) CABLE ASSEMBLY alli

;A455(26 COND.‘.FLAT) = CABLE ASSEMBLY

iA456(2COND&ABLE ASSEMBLY

I LOGIC BOARD

I-

f No. 285

(12 COND) CABLE TO No. 661 PRINTER

FIG 5: No. 667C CENTRAL LOGIC UNIT; Connections (SEE FIG 6.1

112

Nl r x364-66 F0dVER SUPPLY

¶I 5 Nd. 1323 0 7E%?

24 H-R. OUTLET

SPACER FOR

%!iFNT% f$V~D~E- \

MOUNT STRIP- WITH SCREWS PROVIDED

h 1

7 (12 CONDk%%

TO No. 667C CENTRAL LOGIC

o. 661 PRINTER (REAR)

@@M3@@ 63 166 10 1 HR 1MIN PRINT

I I I DAYOFYEAR

Inh-1 . . .

UNIT (SEE FIG. 5) SINGLE WIRE, No. 24 MINIMUM

ISEE TABLE C------. BELOW -

TABLE C: POWER CONNECTIONS To No. 661 I LENGTH OF RUN *No. OF No. 16 GA. WIRES SPLICES (One Way) TO BE PARALLELED

J-6 FEET 1 PER CONNECTION 6-12 FEET 2 PER.CONNECTlON 12-16 FEET 3 PER CONNECTION 16-24 FEET 4 PER CONNECTION

*USE ADEMCO No. 262 or 290(OR EQUAL) AS REQUIRED

MOLEX ~NECTOR WITH EDand BLACK LEADS INCLUDED 9 WITH SA462)

SA462 66V667 AaApTER

+aSSEMBLY

JQWERCORD~ION . ’ DO NOT USE WHEN

Nii 364-50 POWER SUPPLY IS USED WITH No. 66l.(TAPE ENDS OF THIS PLUG)

FIG.6: No. 661 PRINTER and No. 364-50 POWER SUPPLY: Connections

I TABLE D: ADDITIONAL X4 (GROUND) LEADS TO BE RUN BETWEEN CONTROL CABINET AND DIspLA;y p#ML I

I *No. of No. 16 or’ No. l8 GA. WIRES TO BE

No. 16 GA. No. 18 GA O-30 FT. 1 2 30 -60 2 3 60-90 3 5 60-120 4 6 120- 150 5 8 150- 160 6 9 .

No. 538 OR 640 DISPLAY PANEL (PARTIAL REAR VlE\iv)

*USE ADEMCO Nos. 282,290 or 284 (OR EQUAL)AS REQUIRED

No. 535 CONTROL CABINET (PARTIAL)

EACH UNUSED SUBSCRIBER MODULE POSITION MUST BE FILLED WITH A No. 862 BLANK SUBSCRIBER MODULE.

REPLACE EXISTING No. 536_,

WITH No. 536P CMyN$

(PROVIDED) 0

ON Znd, 3rd or 41 MINI-MODULARA

=)-THESE LEADS

No. 543(31 PR) CABLE TO ONLY DIscoNN~ _-E No. 667 M MULTlPLEXER UNfT(SEE FIGS. 4a and 4b)

I I . I ~~ IN EXlSTlNG CABLE TO NOTE: ALL CONNECilONS SHOWN ARE IN ADDKION TO DlSPLAY PANEL. TAPE. STANDARD MINI-MODULARM WIRING. TAG and TUCK AWAY.

FIG. 7: MINI-MODULARM SYSTEMS; Added or Special Connections for No. 667 Printer System

114

SPEWICATIONS:

Physical: Width:

Height: Depth :

Electrical:

Voltage:

Current:

Stand by :

No. 661 Printer

No. 667M No. 667C Multiplexer Cent ra 1 Log i c

Unit Unit

8 7/8" (22.5 cm) 17 l/2" (44;s cm) 12" (30.5 cm) 6 7/8" (17.5 cm) 21" (53.3 cm) 12' (30.5 cm)

12 3/4" (32.4 cm) 4 l/4" (10.8 an) 4" (10.2 cm)

*Powered. from No. 364-50 Power Supp.1 y

11OV. AC

l/2 A

Powered from

No. 667M

Up to 24 hours with

No. 364-50 Power Supp I y

Up to 24 hours Powered from with No. 667M

6V ., 55 AH Automot.i ve Battery

*Do not plug No. 661 Printer into 1JOV. AC while the No. 364-50 PowFSupply is used.