Rauland 2524 Clock Controller 电路图.pdf

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1、KI-1734A 2524 Master Clock Clock-function Installation and Drawings RAULAND-BORG CORPORATION l 3450 West Oakton Street, Skokie, Illinois 60076-2951 l (847) 679-0900 Table of Contents General Information 2 Description . Unpacking. . Manuals. . Communications Functions . . . . . . . 2 . 2 . 2 . 2 Spec

2、ifications Planning 2 2 i. . ._. Zones . Associated Equipment. . Clock Equipment . Output Terminals . Installation ., 2 ., ., ., 3 4 . 3 . 3 . . Jumpers . Rack Mounting. . Wiring . Screw-Terminal Cover. . Signaling Devices and Equipment. . Correctable Secondary Clocks . With Separate Telecenter Syst

3、ems. Turning on the 2524. . Functional Descriptions 6 Music Events . 6 With Separate Telecenter* Systems. . 6 As Controller of Telecenter 1100 Communications Systems . 6 Secondary Clock-Codes: Table and Wiring Diagrams 7 Secondary-Clock Wiring Figures l-26 Special Application Wiring Figures 27-29 Ot

4、her Drawings Connecting Signaling Devices and Equipment . KM0987 Connecting a Serial Device to a 2524. KM0991 Clock and Intercom Controller Jumpers IL0341 0 1992 RAULANDBORG CORPORATION l Pmted m U.S.A Page 1 of 40 Orig. 12/92. Rev 7/96. 173401 RadioFans.CN 收音机爱 好者资料库 2524 Master Clock Installation

5、General Information Description The Rauland 2524 combines the full features of a master clock with intercom-control ability. As a master clock, it can correct virtually any secondary clocks and control up to 350 “events” (such as ringing bells or turning lights and equipment on and off). 2524 Clock

6、and Communications Installation . . , . . . . . KI-1628 2524 Clock and Communicahons Programming . . . , KI-1629 2524 Clock and Communications Operalion . . . . . . KI-1630 These manuals cover both communications and clock functions. The units L.EDS and keypad make it easy to enter and check all pro

7、gramming. Of special note is the ease with which any part of the programming can be accessed and changed without having to cycle through many other parts and without having to re-enter everything else. Unpacking Manuals This manual tells how to install the 2524 for clock functions only. Instructions

8、 on programming and operating the 2524 for clock functions only are in KI-1733. The 2524 is shipped with all the hardware needed to mount it in a rack. Locate the following items before discarding the packing material: Rauland Qv- DescriptionPart No. 4#132 x ?g black machine screw.B0439 4#lO Flat Wa

9、sher.WJo305 4Fiber Washer.WLo315 4Tinnerman for #lO-32 mounting screw.AB3640 Communications Functions For information on communications functions, refer to the following manuals: Specifications Programming Capacity: Up to 350 Events and 100 Holidays. LED Digit Displays: Mode, Time, and Schedule. LED

10、 Indicators: AM and PM 8 Zones/Outputs 7 Days, Music, Clock, and Communication (COMM). Keyboard: 18 Buttons: “0 through 9,” Left and Right Cursors, four functions, Clock-Comm select, and Manual. outputs: 8 Zone/Output contacts, each with a relay (120VAC, 5- Amp resistive). Power Failure Back-up: Fiv

11、e-year, 3-volt lithium battery. Power Required: 120-230 volts, 50 or 60 Hz, 20 watts. Dimensions: 19” (48.3 cm) panel, 3” (8.9 cm) high, 9” (24.1 cm) deep (including rear conduit box). Net Weight: 9 Ibs. (4.1 kg). Planning The attached wiring diagrams show typical installations for the 2524 used as

12、a master clock. There is also helpful information further on, in “Associated Equipment.” Zones What may require closer attention in more complex installa- +;fi.r ;. +t.a .,;., +rr ? t.- 7C7Ar7n+,/n.,fn.,r t.arm;nlr Cnr a Ll”IJ ,a L MOTOR 2524 I Correction Code (Mode A) #09 I I I I I I I I I I I I I

13、I I -aw I SECONDARY CLOCK Correction Timing every hour From X:00:00 From 5.12:00 To X:59:25. Y is activated for 35 seconds every hour From X:59:25 To X:00:00. * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 9. . ., . . .- Correction Code (Mode A) #10 M

14、inute Impulse I 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 “Wiring”) to determine the Figure 10. KM0962 FAST ADVANCE MOTOR 1 RUN MOTOR ; 1 RPM I 59TH MINUTE I

15、 I I I I I I I I I I I I I SECONDARY CLOCK is activated for 59 minutes, 6 seconds To (X+1):58:05. Y is activated for 54 seconds every hour Not Applicable * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 11. KM0963 0 120/24VAC 2524 Correction Code (ModeA

16、) #12 I I 120/24VAC I CORR COIL I I I . ., : :,.: I I I I I 1 I I I I I I Hourly is activated for 8 seconds every hour From X:57:54 To X:58:02. l2-Hour “X” is activated for 14 seconds every 12 hours From 5:57:54 To 5:58:08. * See “Correctable Secondary Clocks” (under “Wiring”) to determine the outpu

17、t terminals. Figure 12. KM0964 0 -COMMON I t +48VDC I I I I I I I I D1 I B-w- 2524 SECONDARY CLOCK D1 AND D2 ARE 1N3210 OR EQUIVALENT. i IMPULSE ; COIL From X:XX:58 * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 13. KM0965 I I 24 VDC I I I -I- I I CON

18、TACT CHANGES , 2524 I AT 59TH MINUTE L-%- .?i SECONDARY CLOCK I Correction Code (Mode A) Correction Timing Minute Impulse Hourly minute From X:XX:58 To X:XX:00. From X:59:02 “X is activated for 50 minutes every hour * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output termin

19、als. Figure 14. KM0966 -COMMON 1N4002 24VDC Q 0 2524 I I - - I I I - - I I I I 1 CONTACT OPENS FROM 59TH MINUTE 1 TO 1ST MINUTE. I NOTE: Add Arc Suppression 1 Circuit as shown. I R= 10 c=1F,600 VDC I I - - - - - - - SECONDARY CLOCK From X:XX:58 To X:59:48. “X activates the external relay, reversing

20、of the pulses, for 50 minutes * RY1 is a customer- provided 24-VDC DPDT relay . * See “Correctable S econdary Clocks” (under Wiring”) to determine the output terminals. KM0967 A -COMMON I -m-v- 1 I I -. I I I I I I I I I I + 24 VDC +60 VDC I BLACK I IMPULSE I COIL I I j CONTACT OPEN FROM X :59:00 1

21、TO X:02:00 I 6s%se- A 2524 SECONDARY CLOCK D1 AND D2 ARE lN3210 OR EQUIVALENT. “X” is activated for 2 seconds “X” is activated 16 cycles (1 second on, 2 sec- From X:XX:58 From X:59:02 (provides 24-VDC pulses) “Y” is activated for 3 times each hour (for 2 seconds on, 58 seconds off) From X:59:58 To (

22、X+1):00:00; X:00: 58 To X:01:00; X:01:58 To X:02:00. 1 * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 16. KM0968 -COMMON +24VDC 2524 ; Note ; I - 1 CONTACT 0 FROM 58TH 1 TO 00 MIN .- - NOTE: Add Arc Suppression Circuit as shown. I R= 10 I PENS MINUTE

23、UTE. I I I I I I I I I I I I C=1F;600VDC I B - - - - - - SECONDARY CLOCK Correction Timing Minute Impulse Y sends a positive pulse to the im- pulse coil for 2 seconds every minute From X:XX:58 To X:XX:00. Hourly “Y is activated for 15 cycles (1 second on, 2 seconds off) From X:58: 10 To X:58:55. “X

24、activates the external relay, reversing the polarity of the pulses, for 7 minutes every hour From X:51:50 To X:58:50. * RYl is a customer-provided 24-VDC DPDT relay * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 17. KM0969 se-m- -COMMON I +24VDC +48VD

25、C I I I I I I I I D1 I I I I ._/- I I I 1 IMPULSE I 1 COIL I I 2524 SECONDARY CLOCK D1 AND D2 ARE lN3210 OR EQUIVALENT. Minute Impulse “ X is activated for 2 seconds every minute Hourly “ Y” is activated 10 seconds every hour From X:59:40 To x:59:50. From X:XX:58 To X:XX:00. Except for the 59th minu

26、te. * See “ Correctable Secondary Clocks” (under “ Wiring” ) to determine the output terminals. Figure 18. KM0970 -COMMON I I I I +24VDC I I : CORR. ICOIL IMPULSE COIL 2524 I I I I I I I I I I I I I I I I -s-ww- I SECONDARY CLOCK Hourly Correction Timing Minute Impulse “X is activated for 2 seconds

27、every minute From X:XX:58 To X:XX:00. Except for the 59th minute. “Y is activated for 10 seconds every hour From X:59:40 To X:59:50. * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 19. KM0971 0 +24VDC - - - - - - - *RY1 IS CUSTOMER PROVIDED DPDT RELAY

28、WITH 2524 24VDC COlL. Code (Mode A) From X:51:58 To (X+1):51:00. then for 19 cycles (2 seconds on, 1 second off I I cc 1 x: AN 1 4: l See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 20. . . . . . .- 0 -COMMON +24VDC I WHITE I I IMPULSE I COIL I I I I CON

29、TACT CHANGES 1 I AT 59TH MINUTE 1 2524 i I -ilsa-P-s%- Correction Code (Mode A) #19 SECONDARY CLOCK Correction Timing Minute Impulse “X is activated for 2 sec- onds every minute From X:XX:58 To X:XX:00. Hourly is activated for 18 cycles (1 second on, 2 seconds off) From X:58:04 To X:58:56. “Y is act

30、ivated for 8 minutes every hour From X:59:00 To (X+1):07:00. * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 21. KM0973 120VAC LINE 7 2415 BRN RAULAND BLK DIGITAL NC Correction Code Correction Timing l Correction every 24 hours at 12:0l a.m. l Correcti

31、on when the time is set l Correction when power is restored after a power failure * See “Correctable Secondary Clocks” (under “Wiring”) to determine the output terminals. Figure 22. KM0974 120 VAC LINE .-m-J OUT 8 1. Mode A programming determines how many outputs are available as clock zones. 2. Eac

32、h box K?) represents a load (signaling device or equipment). Each loads 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 correction but may be used for loads instead. 2524 Master Clock Connecting Signaling Devices and Equipment K

33、M0987 q RS-232 Connector (25-pin) NOTES: 1.The data transmission settings on the 2524 and device must match. The 2524 s factory settings 1200 baud, 1 stop bit, no parity, and 8 data bits. 2.The pin connections shown here apply only to a 21 RS-232C connector. 2524 Clock and intercom Controller Jumpers -!7- PROGRAMMING - J3 r- - - -1 ENABLE I DISABLE JUMPER I BAUD - RATE I SELECTOR