Rauland Td21 And 1100 - 2524 Master Clock And Intercom Programming 电路图.pdf

u L 2524 KI- 1629B Master Clock and Intercom Controller Programming 1 1 - i RAULAND-BORG CORPORATION l 3450 West Oakton Street, Skokie. Illinois 60076-2951 l (847) 679-0900 Table of Contents General Information 2 Description . . . . . . . . . _ . . . . 2 Manuals.2 Power-up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 Programming Summary 3 Disabling Programming. . . . . 3 Sequence.,.3 Access to Programming . . . . 3 General Methods . . . . . . . . 3 Exiting. . . . . .4 Planning 4 Information Needed . 4 Planning Charts. 4 . , . Zones Chart . .4 Stations Chart . 5 The Events Chart . 5 Clock Modes A-F 7 Mode A (Preprogrammed Clock Codes) . 7 Mode B (Custom Clock Code) . 7 Creating a Custom Code . 7 Entering the Custom Code . . 7 Mode C (Holidays and Time Changes) . 8 Mode D (Edit Holiday events) . 8 Mode E (Relay Panels, Comm Activation) . 9 Mode F (Events: Totals and Erase All) . 9 Clock Modes 1-6 10 Mode 1(Date) . 10 Mode 2 (Time) . 10 Mode 3 (Enter Regular Events) . 10 Mode 4 (Edit Regular Events) . 11 Mode 5 (Zone Duration) . 12 Mode 6 (Activate Zones and Schedules) . 12 Mode 0 (Run) . 13 Communication Modes 13 Entering the “Comm” Modes . 13 0 1994 RAULAND-BORG CORPORATION l Printed in U.S.A. Page 1 of 20 Orig. 4/90. Rev. 1/91. 6/94. 162902 RadioFans.CN 收音机爱 好者资料库 2524 Master Clock and Intercom Controller Programming Table of Contents (cont d) Mode 1 (Room Numbers) . . . . 13 Mode 2 (Zones and Scanning) . . 13 Mode 3 (System Options) . . . . 14 TC4200 Display . . . 14 Automatically Connect Priority Call-ins . . . . . . 14 Remote Phone . . . 14 Mode 4 (Monitoring Duration) . . . 15 Mode 5 (Call-in Sensitivity) . . 15 Mode 0 (Run) . . . . 15 Work Sheet for Custom Secondary-Clock Code 16 Example . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16 Commentary: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . _ . . . . 16 Programming Charts 17 General Information Description The Rauland 2524 is a multi-function Master Clock and Communications Control Center. As a master clock, it will synchronize virtually any kind of secondary clock and control up to 350 “events” (such as sending tone signals or turning lights and equipment on and off). As an intercom controller, it adds control of room-switching functions and display functions to Director III intercom- control panels. Manuals This manual tells how to program the 2524 for both clock and intercom functions. The first section gives the basic programming procedures. The “Clock Modes A-F” section explains the programming for the general settings needed by the unit, whether it is used only as a master clock or also as a control unit for communications. The last two sections deal with the clock and intercom func- tions, respectively. Generally, the Clock Modes A-F, especially Clock Mode A, should be done before the numerical modes. Refer also to KI-1628, 2524 Installation, and KI-1630, 2524 Opera- tion. Following the text are four tables that list all of the programming functions. Also attached are a work sheet for devising a special clock-correction code and charts for planning the system programming. Power-up When the 2524 is turned on, its displays normally appear as follows: the “Mode” window reads “0” (Run Mode), the “Time” window shows the current time, the “Sched” (“Schedule”) window shows a flashing “P” (to indicate that the power was off), and the “Clock” LED lights (to show the unit is set for clock operation). Push any key to stop the flashing “P.” The “Sched” window will show the number of the schedule currently in use. Note; If the battery was “disabled” (see IL0341 in KI-1628), the “Time” display may be random. In this case, set the date and time (Clock Modes 1 and 2). Page 2 6/94 RadioFans.CN 收音机爱 好者资料库 2524 Master Clock and Intercom Controller Programming Programming Summary This section gives the procedures for accessing, chang- Mode 4. The remaining modes may be programmed in any ing, and entering programming information. order. Access to Programming . After this summary, there is a section on planning. Then the three groups of programming modes are explained. The alphabetical modes (A-F) are explained first, because this group affects both clock and intercom operation; moreover, these settings are usually entered during setup and left that way, except for the annual holiday and Daylight Savings Time changes. The other clock and the intercom modes follow in that order, To begin programming, the clock must be in the Clock Run Mode (“0”). Step 1. Enter the Security Code (Funct 2524 that is, press in succession the Funct, 2, 5, 2, and 4 keys): Disabling Programming Jumper J2 on the main circuit board of the 2524 can prevent any programming changes from being effected. Although the displays would still change as a user entered different values, these changes would not be recorded in the EEPROM and so the old settings would remain in effect. The only changes that could be effected from the front panel would be the time and date, and not even these could be changed from a computer running the T2524 Diagnostic Program and connected to the 2524 s serial port. The “0” in the “Mode” window will flash, meaning that you can select a programming mode. If you pause more than five seconds between keystrokes or enter invalid keystrokes, the clock will display “ Err0, ” beep, ” and, after a moment, revert to the Clock Run Mode. Step 2. To select the Clock Modes, skip to Step 3. To select the “Comm” modes, push the white Clock/Comm button, The Comm ” LED will light steadily, a “1” will flash in the “Mode” window, and a P” will appear in the “Sched” window. As viewed from the front of the 2524, J2 is near the right rear comer of the circuit board, near the four-pin header of the serial port. J2 has three pins and a sleeve jumper that slides over two pins. To disable the program- ming, place the sleeve jumper over the middle and rear pins (the “DIS” setting). To enable programming, place the sleeve jumper over the middle and front pins (the “EN” setting). Note: Once you select intercom programming, you can only select those “Comm” modes. To select the clock modes, you have to first exit to the Clock Run Mode, then begin again with Step 1. Step 3. To select a numbered mode (l-9, type in its number; to select a letter mode, press Funct while you type the corresponding number (“1” for “A,” “2” for B,” etc.). Caution Accessing this jumper require removing the top cover of the 2524, which, in turn, entails removing the power connections on the rightmost rear screw terminals (as viewed from the rear). Be sure to turn off the AC power going to the unit before beginning. Follow the directions in KI-1660 when reconnecting the power. The number or letter you selected will show steady in the “Mode” window. You can now either enter a different mode or commence programming. General Methods Sequence Important: Before entering clock events (Clock Mode 3) or editing them (Clock Mode 4), you should enter any clock-correction codes (Mode A), because each code takes up two outputs that are not, consequently, available for events. The 2524 will not allow you to enter an event for a zone that is taken up by a clock code. Should you enter events for zones that you subsequently take up with a clock code, the 2524 will not erase them. However, it will not activate events in clock-code zones, and these zones LEDs will not light when you review the events in Clock Flashing, whether in a window or an entire group of LEDs, marks the spot (field) in the programming that will be affected by your entries. We refer to this flashing area as the “flashing cursor.” Step 1. When you are in the desired mode, use the cursor keys (t and -+) to move to the desired window or LED group. Step 2. Use the digit keys to enter the desired program- ming. Keys l-8 toggle the individual “Zones” and “Days” LEDs on and off. Step 3. Use the orange Clear key to restore a field s previous setting (except in Mode B, where it is used to 6/94 Page 3 2524 Master Clock and Intercom Controller Programming enter the entire series of numbers). When you are sure all the entries for the mode (or individual event) are correct, press the orange Enter key. a The new programming will be stored in the clock s memory, and the “Time” window and any involved LEDS will light steady, to show your final entries. If you enter invalid data, such as “13 for the month, the 2524 will beep” and flash the left-most field that bad an error (for times and dates, the 2524 typically reverts to the last valid entry). Correct that field and press Enter, which will cause the 2524 to record this change and check for any other errors. If it finds one, it will flash that field. Note: In Modes 1 and 2, the 2524 will automatically advance to the next mode after you press Enter. Exiting To quit programming, return the cursor to the “Mode” window and type a “0” (Clock Run Mode). Alternatively, do nothing for one minute. In either case, the 2524 will return to the Clock Run Mode. Planning Information Needed Because of the interrelation between the wiring and the programming, a good deal of programming-related plan- ning was required for the installation. You need the following information from that planning: 4 What is connected to each “Zone/Output” terminal (secondary clocks, equipment, etc.). 4 What, if any, secondary clock codes are needed; if two are used, which is needed for Outputs 5 and 6, and which for Outputs 7 and 8. 4 How many relay panels are connected (0-20). 4 Whether there is an audio program source that can be used for clock events (“Music”). 4 Whether there is a tone generator for clock tones. From the customer, you need to find out: 4 The desired schedules for clock events, including holidays. 4 The desired zones for clock events and intercom paging. 4 The dates of the holidays and other special days for which a special schedule is desired. (You also need to know the dates for the changes to and from Daylight Savings Time.) 4 The calling (“Architectural”) number that should be programmed for each room station (typically the same as the room number). 4 Which rooms should be included in the monitoring function. (When this function is activated by the operator, it continuously cycles through the selected stations, so that the operator can listen for any unusual sound that signals a need for action.) Most of this information can simply be entered in one or two steps and, accordingly, will be explained in the appropriate “Modes” section of this manual. The events and the paging zones require more planning. Planning Charts Completing the charts attached to the end of this manual is an important part of planning. This will help you organize the programming, make it easier to enter the data, give the user helpful information, and simplify later pro- gramming changes. When you are finished, provide copies to the users and keep a set for your own files. Zones Chart When the 2524 is wired and used like a conventional master clock, you can easily figure out how its zones can be used. Any output connected to secondary clocks or to equipment can serve only them. However, wiring the 2524 to speakers via relay panels introduces a second type of zone, which is determined by the software in “Comm” Mode 2. Although these two types of zones work independently in some respects, they are closely interrelated: l These software zones are used for both events and paging; thus, a page sent to Zone 4 will include the same speakers as a clock-tone event. l The eight zones are tied in with the 2524 s “Zone/Output” terminals. For example, if Outputs 7 and 8 are used for a clock-correction code, you cannot use Zones 7 and 8 for events (e.g., for sending clock tones via speakers). l To have clock tones via speakers, the correspond- ing output terminals must be wired to the tone generator, in order to activate the tone signals. This eliminates the use of clock events via speak- ers in any zone whose corresponding output terminal is used for correcting clocks or control- ling equipment. l It is possible to have paging zones when the corresponding outputs are used for clock-correc- tion codes. However, since the output terminals Page 4 6/94 2524 Master Clock and Intercom Controller Programming are tied up, they cannot channel tones or music to the speaker zones. - All of these factors are summarized in the following table. Note that only one of the listed combinations can be active in a zone at a time. The first four zones have only two choices because clock-correction codes can only use Outputs 5-8. Assigning Functions to Zones Zone Possible Functions 1 T it can also be manually activated at any time. Program: Each room can be set up to automatically receive music or other audio programs whenever they are run. This setting is made in the intercom operating mode, and so is described in the 2524 operation manual, KI-1630 (see the subsection “Distribute a Program” under “ Comm Mode”). Note: Clock tones, pages, and calls to an individual room will override the program function to all rooms. As soon as the clock tone or intercom activity ends, the program- distribution will resume. The Events Chart This chart contains the most columns and will typically have the largest number of entries. In order to fill it out, you first have to fill out the charts explained above. An “event” is simply the automatic closing of a “Zone” output terminal and the pulling in of relays on optional speaker relay panels. 6/94 Page 5 2524 Master Clock and Intercom Controller Programming The circuit clo