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Содержание Telecenter 1100 2524

Страница 1: ...ions 7 Supervision 7 Monitoring 7 MusicEvents 7 With Speaker Relay Panels 7 Without Speaker Relay Panels 7 Clock Codes Table 8 Secondary Clock WiringFigures I 26 Other Drawings ChronoComTM System with...

Страница 2: ...uired Dimensions Five year 3 volt lithium battery 120 230volts 50 or 60 Hz 20 watts 19 48 3 cm panel 3 8 9 cm high 9 24 1 cm deep Net Weighr Panel Finish including rear conduit box 9 Ibs 4 1 kg Textur...

Страница 3: ...chassis v In Gnd Out These four wire wrap terminals there are two GND pins can be wired to a standard RS 232 cable and connected thence to a computer or a modem for remote pro gramming or to a serial...

Страница 4: ...control an optional external relay when there is a remote phone see the attached KM0983 When a clock event calls for music after a tone this terminal is internally grounded which activates the externa...

Страница 5: ...d Equipment The attached KM0987 shows how signaling devices and equip ment can be connected for each zone If two or more signaling devices are required for a given zone they can be connected in parall...

Страница 6: ...ow This DIP switch is on the PCB near the flat cable connector Setting each switch assigns a number to each board which is essential to the system s identifying individual room lines Note that the lef...

Страница 7: ...for SC25s First the 2524 sends out the time tone by 1 Activating the appropriate Zone Output relays 2 Activating the external tone generator and connecting it to the input of the program amplifier 3...

Страница 8: ...91xX 56 and 76 Series IBM 56 61 76 81 and 86 Series Stromberg E3109 and WS310 National 0 10 NNE SR 010 NNE SRLV 023 NNE SR 023 NNE SRLV 030 NNE SR 030 NNE SRLV 060 12E SR and 060 12E SRLV NN any two...

Страница 9: ...wire polarized 12 hour corrective Edwards 06 Minute Impulse Amano Minute Made by Standard Time Impulse Rauland Minute Digital Secondaryusing I Impulse 24 VAC Rauland Digital Secondaryusing Serial Outp...

Страница 10: ...I I I I Correction Code Mode A x is activated for 25 seconds every hour From X 00 00 To X 00 25 Correction Timing 12 Hour X is activated for 24 minutes 25 seconds every 12 hours for 25 seconds on and...

Страница 11: ...R 1 I I I I 120 24 VAC t CORRCOIL I I J FEFoX RYCL K CorrectionCode ModeA 02 I I I I I I I I I I I I I I I everyhour FromX OO OO From 6 00 25 To X 00 25 TO 6 24 25 See Correctable Secondary Clocks und...

Страница 12: ...n Timing Hourly I is activated for 38 seconds every hour From X 57 39 To X 58 17 9 is activated for 8 seconds every hour From X 57 54 To X 58 02 12 Hour X is activated for 14 seconds every 12 hours Fr...

Страница 13: ...C RUN MOTOR I I I I 120124VAC I CORR COIL I 1 I I I I I I I I I I I I I I I I w w J SECONDARY CLOCK Correction Timing From X 56 05 From 11 56 00 See Correctable Secondary Clocks under Wiring to determ...

Страница 14: ...2524 I I I 120124 VAC RUN MOTOR I 120124VAC CORR COIL Correction Code Mode A I I I I I I I I I I I I See Correctable Secondary Clocks under Wiring to determine the output terminals Figure 5 Correction...

Страница 15: ...VAC RUN MOTOR I 0 24VDC I 0 1 I c y i I I I I I I I I I I I I I I ICI e m SECONDARY CLOCK4 2524 ondson 63secondsolI See Correctable Secondary Clocks under Wiring to determine the output terminals Figu...

Страница 16: ...I Y I 1 CONTACT OPENS 2524 I 45TH MINUTE I I 1 kd I I I I I I I I I I I I I To X 1 44 05 Y is activatedfor 54 seconds every hour From X 44 05 To X 44 59 Not Applicable See Correctable Secondary Clocks...

Страница 17: ...Correction Code Hourly Y is activated for 55 seconds every hour From X 58 05 To x 59 00 Correction Timing I 12 Hour r is activated on and off 12 times 65 sec onds on and 25 seconds off every 12 hours...

Страница 18: ...orrection Timing Hourly 12 Hour 09 X is activated for 59 minutes 25 seconds every hour From X 00 00 To X 59 25 Y is activated for 35 seconds every hour From X 59 25 To x 00 00 Y is activated for 16 mi...

Страница 19: ...I Hourly and 12 Hour Y is activated for 2 seconds every minute From X xX 58 To X xX 00 X is pulsing at the rate of 1 second on and 1 second off Not Applicable See Correctable Secondary Clocks under W...

Страница 20: ...I I I I I I I B I B w SECONDARY CLOCK Correction Timing Hourly X is actimted for 59 minutes 6 seconds every hour From X 58 59 To X 1 58 05 3 is activated for 54 seconds every hour From X 58 05 To X 5...

Страница 21: ...I I 120 24 VAC I CORR COIL I Correction Timing Hourly 12 Hour X is activated for 8 seconds every hour IX is activated for 14 seconds every 12 hours Frqm X 57 54 From 5 57 54 To X 58 02 To 5 58 08 See...

Страница 22: ...lN3210 OR EQUIVALENT Correction Code Correction Timing Mode A Minute Impulse X is activated for 2 seconds every minute From XXX 58 To X xX 00 Hourly Y is activated for 10 seconds every hour From X 59...

Страница 23: ...2524 I AT 59TH MINUTE I I I I I I I I I I I I I I I I Correction Timing minute From X xX 58 To x xx oo X is activated for 50 minutes every hour See Correctable Secondary Clocks under Wiring to determ...

Страница 24: ...Arc Suppression I Circuit as shown I R ran c 1JlF 6oovDc I I SECONDARY CLOCK From XXX 58 cycles 1 second on X activates the external relay reversing the polarity of the pulses for 50 minutes RYl is a...

Страница 25: ...l AND 02 ARE 1N3210 OR EQUIVALENT From XXX 58 provides 24 VDC pulses r is activated for 3 times each hour for 2 seconds on 58 seconds off From X 59 58 To X l OO OO X 00 58 To x 01 00 See Correctable S...

Страница 26: ...ppression Circuit as shown I I R lOA c 1 F 6oovDc I I SECONDARY CLOCK From X xX 58 From X 58 10 To X 58 55 X activates the external relay reversing the polarity of the pulses for 7 minutes every hour...

Страница 27: ...0 OR EQUIVALENT Correction Code Mode A Correction Timing Minute Impulse Xc is activated for 2 seconds every minute From XXX 58 To X xX 00 Hourly Except for the 59th minute Y is activated 10 seconds ev...

Страница 28: ...ON I I I I 24VDC I I I I I I I 1CORR ICOIL IMPULSE COIL 2524 I 1 I I I I I I I I I I I I I I From X xX 58 See Correctable Secondary Clocks under Wiring to determine the output terminals Figure 19 KM09...

Страница 29: ...b I zk I IU I I of I i I I S o I mz I L Oo 0 ix E 0100 F K T...

Страница 30: ...OIL I x I RED I I CONTACT CHANGES 1 I AT59TH MINUTE 1 I I _ SECONDARY CLOCK w See Correctable Secondary Clocks under Wiring to determine the output terminals From X xX 58 Y is activated for 8 minutes...

Страница 31: ...120 VAC LINE 7 t I 2415 2524 NC I BLUE l Correction when the time is set See Correctable Secondary Clocks under Wiring to determine the output terminak Figure 22 KM0974 f j...

Страница 32: ...X TO 2416 TERM C 3 IF 130 VAC LINE CONNECT RELAY X TO 2416 TERM A Correction Code Mode A Correction Timing 20 l Correction every 24 hours at 12 Ol a m l Correction when the time is set l Correction wh...

Страница 33: ...SVDC J GND 2524 1 BRN BLK RAULAND DIGITAL NC 1 BLUE 1 LlNE VOLT 110 VAC 130 VAC NC t 2 I 2417 Correction Code Mode A None See Note Correction Timing Note The DIG output is always available regardless...

Страница 34: ...ECT 2417 Bl TO 2416 A i 2417 ICorrection Code I Correction Timing Mode A None see Note l Correction every 24 hours at 12 Ol a m l Correction when the time is set l Correction when power is restored af...

Страница 35: ...i SECOi AiY Ci 2524 x is acthated for 2 seconds every even minute 2 seconds on 118 seconds off 30cycles per hour From X 00 58 Y is activated 2 seconds every odd minute seconds on 118 seconds off 30cyc...

Страница 36: ...1 0 0 F 6 I I...

Страница 37: ...r m N I I...

Страница 38: ...N 0 L J...

Страница 39: ...f I t u c 3...

Страница 40: ...lock zones 2 Each box Kl represents a load signaling device or equipment Each load s current should be limited to 5 amperes resistive at 30 VDC or 125 VAC 3 Out 7 and Out 8 are normally used for clock...

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Страница 44: ...Fs _ d l mu I 7 I a CY ___ y y y y ______ I5 3 o i Id r H J ___ __ y _____ nm 0 m P ISSUE 1...

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