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2524 

ChronoCom Programming

for the earliest following date. if there is no later

holiday event, the 2524 will “beep” and display its

earliest holiday event; if no holidays are pro-

grammed, the 2524 will “beep” and flash the “Mode”

window.

Step 3. 

To modify an event, use 

the cursor keys to

select the appropriate window or LED block, then enter

the desired number. 

To delete an event,

 move the flashing

cursor into the “Time” windows, then press 

Erase. 

Check

your entries, then press 

Enter.

 The 2524 

will enter any changes into the EEPROM

(or erase an event from there) and display the next

event.

Step 4. When you are finished programming in this

mode, move the flashing cursor to the “Mode” window

and select another programming mode or enter “0” to

return the 2524 to the Clock Run Mode.

Mode E (Relay Panels, Comm Activation)
This 

mode has three settings. The first tells the 2524

how many “SC” relay panels (TC4110, TC4130, or

TC4131) are 

connected

 to it. The second tells the 2524

whether or not it should activate its communication func-

tions. Unless this operating mode is activated here, the

2524 will not receive call-ins, make calls, do paging, or

even switch over to the “Comm” mode. The third setting

determines whether or not the 2524 will handle call-ins.

Important: Be sure to enter the correct number of

relay panels. If, for example, you specified “20”  but there

were only two, the 2524 would operate correctly but

more slowly, because it would waste time trying to work

with non-existent relay panels: checking them for call-ins,

trying to pull them in for paging, etc. On the other hand,

if 

you 

were to specify fewer relay panels than there actu-

ally are, the 2524 would ignore call-ins from the higher-

numbered panels, and you would not be able to call

rooms connected to them. If 

no 

relays are connected to

the 2524, leave the intercom function disabled (the fac-

tory setting) to prevent an operator from entering the

“Comm” Mode, which blanks out the clock information

from the front panel.

Step 1. After entering the clock programming function,

hold in 

Funct 

while you press 5.

 The “Mode” window will flash “E,” the left “Time”

window will display “SC,” the right “Time” window

will show the previously programed number of relay

panels, and the “Sched” window will show “0”

(“Off) if the call-in function has been disabled or

“C” if it is enabled.

Step 2. Push   to move the flashing cursor to the

“Time” windows.

 The right “Time” window will flash.

Step 3. Enter any number between “00” and ”20,” then

move the flashing cursor to the “Zones” LEDs.

 If the communications mode is enabled, the  first

LED will flash at the approximate rate of one second

on and one second off; the remaining LEDs in 

this

block 

will remain off. If the “Comm” mode is dis-

abled, all eight LEDs in the blockwill flash at the rate

of a half-second on and one-and-a-half seconds off.

If the “Comm” mode has already been enabled, the

first “Zone” LED will light steadily, and the other

LEDs will be off.

Step 4. Use the 1 key to toggle between the two

settings. When the setting is satisfactory, press   to move

the flashing cursor to the “Sched” window.

 The “Sched” window will flash.

Step 5. Push 

Funct 

to 

toggle between “0” (“Off’) and

“C” (call-ins). Make sure that all three settings are satisfac-

tory, then push 

Enter 

to store the data.

Important: You 

must calibrate Pot RP1 in “Comm”

Mode 5 before.activating the call-scanning function here.

 The stored settings will be displayed, and the

“Mode” window will flash.

Step 6. You can now specify another mode for pro-

gramming or enter “0” to return the 2524 to the Clock

Run Mode.

Mode F 

(Events: Totals and Erase All)

This mode will show how many regular events and how

many holiday events have been programmed. It can be

also used to erase all of these events.

Step 1. If necessary, enter the clock programming

mode. Hold in 

Funct 

while you type a 6.

» The “Mode” window will flash “F,” the “Time” win-

dows will display the number of events, and the

“Sched” window will show an “E” (regular Events).

Step 2. Use the 

Enter 

key to toggle between the regular

events and the holiday events.

» For the holiday events, the “Time” windows will

display the appropriate number, and the “Sched”

window will show “H.”

Step 3. To simultaneously delete all events (both reg-

ular and holiday), move the flashing cursor to the “Time”

windows, push and release the 

Funct 

key, type “2524,”

then press

 Enter.

Note: 

It does not matter which kind of events is cur-

rently displayed, since this procedure will erase both

kinds at the same time.

» The “Mode” window will flash “F,” and the “Time”

windows will show “0000,” indicating that no events

are stored.

Step 4. You can now proceed to another mode or exit

the programming function.

Clock Modes 

1-6

Before beginning here, you should fill out the program-

ming 

charts, as explained in the “Planning” section of this

Mode 1 (Date)

manual. You should also have completed the program-

ming Modes A-F, espcially Mode A.

Step 1. If necessary, enter the clock programming

function. If you are 

in a different programming  mode,

press 1 while the “Mode” 

window is flashing.

Page 

7

Summary of Contents for 2524 ChronoCom

Page 1: ...EventsChart n 4 Clock Modes A F 5 Mode A Preprogrammed Clock Codes Mode B Custom Clock Code 5 CreatingaCustomCode e 6 Entering the Custom Code e 6 Mode C Holidays and Time Changes Mode D Edit Holiday...

Page 2: ...indow 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...

Page 3: ...o 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 progra...

Page 4: ...corresponding Physical Number to carry out the desired communications function Users typically want the room number for calling but any three digit number can be used Make sure that you do not assign...

Page 5: ......

Page 6: ...windows The Time windows will flash Step 3 To select a day for a special schedule or an automatic timechange type two digits for the month and two more for the date MMDD Press to move the cursor to t...

Page 7: ...ow will flash Step 3 Enter any number between 00 and 20 then move the flashing cursor to the Zones LEDs If the communications mode is enabled the first LED will flash at the approximate rate of one se...

Page 8: ...return the 2524 to the Run m Mode 3 Enter Regular Events This mode is used to load new events ringing bells turning equipment on or off etc You will need to write out all the events first using copie...

Page 9: ...3 To access the duration window you have to enter a 1 when the Music window is flashing When the 2524 shows the event as you want it push Enter To erase a displayed event move the flashing cursor int...

Page 10: ...r dials on the 2524 s keypad when calling the room and it is the number that appears in the Time windows when the room calls in We designate this num ber Architectural because many users find it conve...

Page 11: ...features of the unit Monitoring and supervising have already been ex plained in Comm Mode 2 TC4200 Display This optional Vacuum Fluorescent Display will nor mally show the time and date In this mode y...

Page 12: ...that the unit is continuously scanning the station Step 5 Face the back of the 2524 and locate RP1 its dark blue thumbwheel can be accessed near the left end of the terminal slot just to the right of...

Page 13: ...the block each designate two possible relays in com bination they designate only one relay For example choosing the second code in Mode A limits the relay choice to 7 or 8 entering a 2 in the seven nu...

Page 14: ...D Time change Daylight Savings Time correction I 8 I Future I 9 Future I Mode A Clock Modes 3 4 5 and 6 Reduced by codes in Mode A Clock Modes 3 6 Modes C and D Zones Zones for clock events Table 3 I...

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