program time controller - events chart - Faraday

TRADEMARK 

Standard Electric Time 

OWNER'S MANUAL 

for 

PROGRAM TIME CONTROLLER 

Cat. No. 1462 / 1462-220 / 1463 / 1463-220 

P/N 445830 

ISSUE 1 Rev. E 

10/98

1462/63 INSTRUCTION MANUAL 

IMPORTANT INSTALLATION AND WARRANTY INFORMATION 

WARRANTY INFORMATION: Faraday, LLC (the Manufacturer) provides a limited warranty to the Original Purchaser 

of this product. The Original Purchaser is the party to whom the Manufacturer issued its Sales Order, generally the 

Manufacturer's distributor. In order to preserve this warranty, it is important that the product be serviced only by 

persons who have been properly trained and authorized by the Manufacturer. 

Other parties involved in the installation of this product may have also provided a warranty which may be different 

than that of the manufacturer. The Manufacturer will only be responsible to the Original Purchaser and only for 

the Manufacturer's own warranty. For further information regarding the Manufacturer's warranty, contact the 

Original Purchaser. 

OWNER'S MANUAL: The owner's manual does not purport to cover all the details or variations in the equipment 

described, nor does it provide for every possible contingency to be met in connection with installation, operation 

and maintenance. All specifications subject to change without notice. Should further information be desired or 

should particular problems arise which are not covered sufficiently, the matter should be referred to the Installer 

or Original Purchaser listed below. 

INSTALLER INFORMATION 

COMPANY:_________________________________INSTALLER:___________________________PHONE:______________ 

ADDRESS:__________________________________CITY:__________________STATE:___________ZIP:____________ 

DATE INSTALLED:____________________________INSTALLER'S SIGNATURE:____________________ 

ORIGINAL PURCHASER INFORMATION 

COMPANY:_________________________________________________________PHONE:____________________ 


PURCHASER'S PURCHASE ORDER NO.:____________________________________________________ 

DATE PURCHASED:______________________________________________________________________ 

FARADAY SALES ORDER ACKNOWLEDGMENT NO.:__________________________________________ 

ORIGINAL PURCHASER'S SIGNATURE:_____________________________________________________ 

NOTE: A copy of the above completed information may be required by the manufacturer for authorization of 

Warranty services. 

Page 1


FCC FCC FCC COMPLIANCE 

COMPLIANCE 

WARNING: WARNING: This equipment generates, uses, and can radiate radio frequency energy and if 

not installed and used in accordance with this instruction manual, may cause interference to 

radio communications. It complies with the limits for a Class A computing device pursuant to 

Subpart J of Part 15 of FCC Rules, which are designed to provide reasonable protection 

against such interference when operated in a commercial environment. Operation of this 

equipment in a residential area is likely to cause interference in which case the user at his own 

expense will be required to take whatever measures may be required to correct the interference. 

ATTENTION 

OBSERVE PRECAUTIONS 

FOR HANDLING 

ELECTROSTATIC 

SENSITIVE 

DEVICES 

STATIC STATIC WARNING 

WARNING 

CAUTION: CAUTION: CAUTION: This equipment contains electronic devices that are sensitive to static electric 

charges. To guarantee protection for the circuitry of this unit, it is required that electrostatic 

handling precautions be observed when installing or repairing this equipment. Any technician 

or other personnel working on this unit must wear a static grounding wrist strap or similar device 

to provide protection of sensitive components. 

ELECTRIC ELECTRIC ELECTRIC SHOCK SHOCK HAZARD 

HAZARD 

WARNING: 

WARNING: Hazardous voltage in electrical equipment can cause severe personal injury or 

death. Inspection, installation, and preventive maintenance should only be performed on 

equipment to which power has been turned off, disconnected and electrically isolated so no 

accidental contact can be made with energized parts. 

Page 2


Table of Contents 

IMPORTANT INSTALLATION AND WARRANTY INFORMATION .................................................................. 1 

FCC COMPLIANCE .................................................................................................................... 2 

STATIC WARNING...................................................................................................................... 2 

ELECTRIC SHOCK HAZARD .......................................................................................................... 2 

TABLE OF CONTENTS ................................................................................................................ 3 

DESCRIPTION............................................................................................................................ 7 

GENERAL DESCRIPTION OF UNIT .............................................................................................. 7 

PROGRAM FEATURES ........................................................................................................... 7 

SYSTEM OPTIONS ................................................................................................................ 8 

SPECIFICATIONS ........................................................................................................................ 9 

INSTALLATION ......................................................................................................................... 10 

PARTS CHECKLIST ............................................................................................................. 10 

SURFACE MOUNT UNIT (1462, 1462-220) .......................................................................... 11 

PANEL MOUNTING ........................................................................................................ 11 

APPLYING POWER ........................................................................................................ 12 

ADJUSTING THE DISPLAY................................................................................................ 12 

CONNECTING FIELD DEVICES .......................................................................................... 13 

FINISHING THE INSTALLATION........................................................................................... 13 

LOCATION OF AC INPUT TERMINALS ON 1462 MAIN BOARD ................................................ 14 

WIRING A 1462 TO AC POWER ..................................................................................... 14 

EXPLODED VIEW OF 1462 CHASSIS ................................................................................ 15 

LOCATION OF JUMPERS ON CPU/DISPLAY BOARD OF THE 1462 .......................................... 15 

RACK MOUNT UNIT (1463, 1463-220) ................................................................................ 16 

PREPARING UNIT FOR EQUIPMENT RACK .......................................................................... 16 

GIVING UNIT A BENCH TEST .......................................................................................... 16 


INSTALLING THE UNIT INTO THE EQUIPMENT RACK .............................................................. 18 



LOCATION OF AC INPUT TERMINALS ON 1463 CHASSIS ...................................................... 20 



LOCATION OF JUMPERS ON CPU BOARD OF THE 1463 ...................................................... 21 

OPERATION ............................................................................................................................ 22 

SYSTEM CONTROLS ........................................................................................................... 22 

HARDWARE RESET ....................................................................................................... 22 

KEYPAD ...................................................................................................................... 22 

DISPLAY ..................................................................................................................... 23 

USING THE SYSTEM CONTROLS TO OPERATE AND PROGRAM THE PROGRAM TIME CONTROLLER .23 

OPERATING THE PROGRAM TIME CONTROLLER ........................................................................ 25 

ACCESS CODE SECURITY .............................................................................................. 25 

DISPLAY CIRCUITS ........................................................................................................ 27 

FUNCTION KEYS ........................................................................................................... 27 

THE VIRTUAL ON/OFF/AUTO SWITCH .................................................................... 28 

MANUAL ON ..................................................................................................... 28 

MANUAL OFF .................................................................................................... 28 

AUTOMATIC ...................................................................................................... 29 

Page 3



ALL CALL .............................................................................................................. 29 

STEADY ALL CALL ............................................................................................. 29 

MTB ALL CALL ................................................................................................ 29 

PROGRAMMING THE PROGRAM TIME CONTROLLER .............................................................. 30 

LEVEL 1 PROGRAMMING ........................................................................................... 30 

SET SCHEDULE ................................................................................................. 30 

SET MAIN SCHEDULE.................................................................................... 30 

SET ALTERNATE SCHEDULE ........................................................................... 30 


PROGRAM EVENTS............................................................................................. 31 

WHAT IS AN EVENT AND WHY PROGRAM IT? .................................................... 31 

THE PROGRAM EVENTS / EDIT EVENTS MENU................................................... 32 

ADDING EVENTS .......................................................................................... 32 

SCANNING AND EDITING EVENTS ..................................................................... 33 

ALTERNATE DATES ............................................................................................ 36 

ADDING ALTERNATE DATES ............................................................................ 36 

SCANNING AND EDITING ALTERNATE DATES ...................................................... 37 

SET TIME......................................................................................................... 38 

SET DATE ........................................................................................................ 38 

MANUAL ADVANCE ............................................................................................. 39 

CLOCK ENABLE ................................................................................................. 39 


SET DEFAULTS.................................................................................................. 41 

SET TIME BASE ........................................................................................... 41 

TIME FORMAT.............................................................................................. 41 

SET LINE FREQ ........................................................................................... 42 

SET DAYLIGHT SAVINGS ................................................................................ 42 

ALL CALL FEATURE ...................................................................................... 42 

SERIAL PORT .............................................................................................. 42 

MASTER TO MASTER SYNC ............................................................................ 43 

PROGRAM CLOCKS ....................................................................................... 44 

FUNCTION KEYS........................................................................................... 44 

CLEAR MEMORY .......................................................................................... 45 

ACCESS CODE ................................................................................................... 45 

DIAGNOSTICS .................................................................................................... 46 

SPECIAL FUNCTIONS........................................................................................... 47 

TROUBLE SHOOTING GUIDE ...................................................................................................... 48 

TROUBLE SHOOTING GUIDELINES .......................................................................................... 48 

SECONDARY CLOCKS DON'T KEEP TIME ........................................................................... 48 

PROGRAM TIME CONTROLLER DOESN'T KEEP TIME ............................................................ 49 

BELL(S)/UTILITY DEVICE(S) WON'T OPERATE PROPERLY ........................................................... 49 

BELL(S)/UTILITY DEVICE(S) WON'T TURN OFF ........................................................................ 50 

Page 4



APPENDIX A: QUICK REFERENCE PROGRAMMING MENUS ........................................................... A-1 

PROGRAMMING MENU TABLE OF CONTENTS .......................................................................... A-1 

APPENDIX B: INSTALLATION OF SECONDARY CLOCKS ................................................................. B-1 

CLOCK CODE DESCRIPTIONS .............................................................................................. B-1 

CLOCK CODE TABLE ......................................................................................................... B-4 

FIG. 1 TYPICAL WIRING FOR SYNCHRONOUS CLOCK MOVEMENTS (SINGLE VOLTAGE) .......................... B-5 

FIG. 2 TYPICAL WIRING FOR SYNCHRONOUS CLOCK MOVEMENTS (DUAL VOLTAGE) ............................ B-6 

FIG. 3 TYPICAL WIRING FOR 2 WIRE POLARITY REVERSAL CLOCKS W/1415 CLOCK POWER SUPPLY 

AND 1416 CLOCK BOOSTER .............................................................................. B-7 

FIG. 4 TYPICAL WIRING FOR 2 WIRE POLARITY REVERSAL CLOCKS ......................................... B-8 

FIG. 5 TYPICAL WIRING FOR 2362 AND 2364 DIGITAL SECONDARY CLOCKS............................. B-9 

FIG. 6 TYPICAL WIRING FOR AR2 & AR2A CLOCKS .......................................................... B-10 

FIG. 7 TYPICAL WIRING FOR AR3 CLOCKS........................................................................ B-11 

FIG. 8 TYPICAL WIRING FOR 2 WIRE POLARITY REVERSAL IMPULSE CLOCKS (CLOCK CODE 21)......B-12 

FIG. 9 TYPICAL WIRING FOR 3 WIRE IMPULSE CLOCKS ........................................................ B-13 

FIG. 10 TYPICAL WIRING FOR 2 WIRE, MINUTE IMPULSE CLOCKS 

WITH NO HOURLY OR 12 HOUR CORRECTION ...................................................... B-14 

APPENDIX C: TYPICAL SIGNAL CIRCUIT WIRING ....................................................................... C-1 

FIG. A TYPICAL AUXILIARY CIRCUIT WIRING FOR SIGNAL DEVICES ........................................... C-1 

FIG. B TYPICAL AUXILIARY CIRCUIT WIRING FOR UTILITY CONTROL DEVICES ............................. C-2 

APPENDIX D: GLOSSARY OF TERMS ...................................................................................... D-1 

APPENDIX E: OPTION MODULE INSTALLATION INSTRUCTION SHEETS 

1464 FOUR BELL/AUXILIARY CIRCUIT ADDER OPTION INSTALLATION INSTRUCTIONS ........ P/N 445734 

1464R FOUR BELL/AUXILIARY CIRCUIT ADDER OPTION INSTALLATION INSTRUCTIONS ..... P/N 445735 

1466 MASTER-TO-MASTER SYNCHRONIZATION OPTION INSTALLATION INSTRUCTIONS ...... P/N 445739 

1468A RS-232 PORT OPTION INSTALLATION INSTRUCTIONS ..................................... P/N 445796 

APPENDIX F: PROGRAMMING SHEETS 

PROGRAM TIME CONTROLLER DEFAULT SETTINGS CHART 

PROGRAM TIME CONTROLLER - EVENTS CHART 

APPENDIX G: CODE CARD ................................................................................................... G-1 

Page 5


Page 6

I.) General Description of Unit: 


DESCRIPTION 

The 1462/1463 Program Time Controller is a microprocessor based time management unit. It 

provides synchronized control of most analog and digital secondary clock systems via its clock 

circuit. 

The 1462/1463 contains two programmable signal circuits. Each signal circuit provides automatic 

and manual control of signaling or utility devices. To increase the number of signal circuits to six, 

simply add the Four Bell/Auxiliary Circuit Adder Option. 

A sixteen key, multiple-function keypad allows the user to program the 1462/1463. It is also how 

the user performs manual clock advance, manual operation of the signal circuits, and all call. The 

abbreviated names for the keys provide a helpful reference for programming the 1462/1463. 

A 16 character by 2 line LCD allows the user to monitor the 1462/1463’s status and response to 

programming. Included is a backlight that either remains on continuously, or turns off after a short 

time, depending on the user’s requirements. 

Password security protects the system from unauthorized operation. Three levels of password 

security allow selective access to the 1462/1463’s features. The ability to enable or disable 

password security to some basic features, such as all call, provides even more flexibility. 

The 1462/1463’s time keeping synchronizes to either AC line frequency or a quartz controlled time 

base. The time of day and date, as well as unit programming, are stored in a non-volatile memory 

(NVRAM). The NVRAM saves this information in the event of a power failure. 

II.) Program Features: 

A.) NON-VOLATILE MEMORY (NVRAM) - The NVRAM stores all time, date, and programming 

information. The NVRAM has an internal lithium battery. This prevents time keeping and data 

from being lost during AC power failures for up to ten years. The internal lithium battery 

requires no battery charging. 

B.) DAYLIGHT SAVINGS TIME - The 1462/1463 automatically changes the time of day for itself 

and the secondary clocks during a change to or from Daylight Savings Time. This feature can 

be “disabled” during programming if not required. 

C.) LEAP YEAR - Event and calendar changes for leap year are done automatically. 

D.) ALTERNATE SCHEDULE - Any one of the available 10 schedules can be implemented on a 

per day basis for holidays, exam days, pep rallies, etc. The 1462/1463 will automatically return 

to the main schedule the next day. 

E.) ALTERNATE DATES - Up to 32 dates can be programmed into the 1462/1463 in advance to 

automatically run alternate schedules for holidays, exam days, pep rallies, etc.The 1462/1463 

will automatically return to the main schedule the next day. 

Page 7


II.) Program Features (Cont'd) 

F.) EVENTS - The 1462 allows up to 300 events per day to be entered into memory. This is 

equivalent to 2100 possible events per week. Programmed events can be “start”, “stop”, or 

“duration” events. “Duration” events are normally used to operate signals. “Start” and “stop” 

events are usually used to turn utility devices on and off. Each “start” or “stop” event is 

considered a separate event. 

G.) DATE AND EVENT SCANNING - The alternate dates and events programmed into the 

1462/1463 can be viewed and altered. The user can choose to scan all programmed events, 

or just those connected with a certain schedule or signal circuit. 

III.) System Options: 

DESCRIPTION 

The standard 1462/1463 Program Time Controller can be enhanced by the following options: 

1464/1464R Four Bell/Auxiliary Circuit Adder Option expands the number of available signal 

circuits from two to six. With this option, all six signal circuits are independently programmable. 

1466 Master-to-Master Synchronization Option allows the 1462/1463 to synchronize or be 

synchronized by another device (usually another master clock). 

1468A RS-232 Port Option provides the 1462/1463 with an RS-232 serial port. The user can 

enable or disable this serial port, and select its baud rate. When enabled, once a minute it will 

transmit time and date to another RS-232 compatible device. 

Page 8

GENERAL 


SPECIFICATIONS 

Weight: 1462/1462-220 Program Time Controller: 6.9 lb 

1463/1463-220 Program Time Controller: 15.3 lb 

External Dimensions: 1462/1462-220 Program Time Controller: 12.000" X 7.250" X 3.875" 

1463/1463-220 Program Time Controller: 19.000" X 13.000" X 3.500" 

ELECTRICAL 

Power Requirements: 

Line Voltage: 1462/1463 Program Time Controller: 120 VAC 50/60 HZ 0.25 A 

1462-220/1463-220 Program Time Controller: 220 VAC 50/60 HZ 0.13 A 

Battery: Lithium Primary Battery 

(included) 

Input Power: 25 VA 

Memory Retention: 10 years 

ENVIRONMENTAL 

Normal Ambient Temperature for Operation: 25 C° (77 F°) 

OPERATION 

Clock Circuits: 

Number Available: 1 clock drive circuit 

Type: Form C 

Contact Ratings: Dry Contacts rated @ 

3 A inductive 

(10 A resistive), 

28 VDC/120 VAC 

Surge protected and 

Fused @ 4 A 

Signal Circuits: 

Number Available: Standard: 2 signal circuits 

Maximum (with 1464/1464R): 6 signal circuits 

Type: Form A 


8 A inductive 



Surge protected and unfused 

Number of Possible Schedules: 10 schedules 

Programmable Alternate Dates: 32 dates 

Programmable Events: per week: 2100 events 

per day: 300 events 

Time Base Accuracy: 

Line Frequency: line synchronous 

Oscillator: 200 ppm 

UL LISTED, File No. E-46264 

Page 9


WARNING:Installation to be done only by qualified 

personnel who read these installation 

instructions and understand them. Installation 

is to be done in accordance with the National 

Electrical Code and local electrical codes. 

I.) Parts Checklist 

INSTALLATION 

Parts Checklist for 1462 Program Time Controller 

Clock Assembly (complete surface mount Program Time Controller) 

Installation Kit 

(to include) 

Owner's Manual 

Screw, #6-32 x 1/2 Phillips Bnd Hd Machine Screw (qty 4) 

Flowchart 

Envelope, Plastic 


Panel Assembly (complete rack mount Program Time Controller) 


(to include) 


Screw, #10-32 x 3/8 Truss Head Machine Screw (qty 4) 



Screw, #6-32 x 1/2 Phillips Bnd Hd Machine Screw 

Screw, #10-32 x 3/8 Truss Head Machine 

Screw 

Page 10

II.) Surface Mount Unit (1462, 1462-220): 

A.) Panel Mounting: 


INSTALLATION 

1.) Prior to installing the 1462, ensure that all necessary parts are included in the carton. Check all 

items in the carton against the Parts Checklist. 

2.) Prepare the backplate for mounting. 

a.) Remove the four #6 X 3/8” sheet metal screws holding the front cover onto the backplate. Refer 

to diagram on page 15. Save these four sheet metal screws. 

b.) Carefully remove the front cover. 

c.) Locate the circuit board assemblies of the 1462. The main board is mounted to the backplate. 

The CPU/display board is mounted to the front cover. They are connected by a cable. 

d.) Disconnect the cable between the main board and the CPU/display board. 

e.) Remove the main board from the backplate. Save the six #6-32 X 1/4” machine screws that held 

the main board to the backplate. 

3.) Mount the backplate. 

a.) Locate the backplate on the wall at a height of approximately 4-1/2 feet from the floor. ENSURE 

THAT THE KNOCKOUTS ON THE BACK OF THE BACKPLATE ARE TO THE BOTTOM WHEN 

FACING THE BACKPLATE. 

b.) Four 3/16" holes are provided for securing the backplate to the wall. Use the #6- 32 X 1/2” 

screws provided in the installation kit when securing the backplate to a 2 gang box. Use the 

screws provided with the 4" square box when securing the backplate to a 4" square box. 

CAUTION: ELECTRIC SHOCK HAZARD! Ensure that NO electrical power is present on any wire 

before installation. 

4.) Pull all field wiring a minimum of 2 feet into the backplate through the knockouts. Knockouts are 

provided in the top, bottom, and back of the backplate. 

5.) Remove all metal shavings, dust, etc. from the backplate. 

6.) Remount the main board on the backplate using the six #6-32 X 1/4” machine screws saved from 

step II.A.2.e. 

NOTE: If an optional 1464, 1466, or 1468A module is to be added for the initial setup, installation should 

be done at this time. Refer to the Installation Instructions included with the module or 

Appendix E. 



7.) Prepare field wiring for connection to the 1462. 

a.) Ensure that all field wiring is free of shorts and grounds. 

b.) Dress the wires for connection to the terminal blocks of the main board. 

i.) Ensure that no wire will be pinched or obstruct closure of the unit. 

ii.) Route field wiring away from sharp projections, corners, and internal components. 

NOTE: DO NOT CONNECT ANY WIRING AT THIS TIME. 

8.) Reconnect the cable disconnected in step II.A.2.d. The cable connects to main board J4 and 

CPU/display board J1. 

Page 11

B.) Applying Power: 


1.) Remove the protective cover on TB3 of the main board. Save the protective cover for 

step II.B.3. 



2.) Connect the AC power wires to the 1462. The wiring diagrams on page 14 show the proper connections 

to TB3 of the main board. Refer to the appropriate wiring diagram for your application. 

CAUTION: RISK OF ELECTRIC SHOCK! Chassis ground (“GND” terminal) MUST be 

connected to conduit/Earth ground to provide proper protection from electric shock. 

NOTE: Chassis ground (“GND” terminal) MUST be connected to conduit/Earth ground to provide proper 

protection of Program Time Controller circuitry. 

NOTE: Do not connect field devices at this time. 

3.) Replace the protective cover over TB3 of the main board. 

4.) Apply power to the 1462 by switching its circuit breaker on at the circuit breaker 

panel. 

a.) The 1462 should show the time and date (there may be as much as a 30 second delay after 

power up for the display to show time and date). 

b.) The LED on the main board (and on the 1464, if installed) blinks at a rate of about once per 

second. 

C.) Adjusting the Display: 

1.) Adjust the contrast of the display, if necessary. 

a.) Contrast affects the display’s readability. The following diagram will help you decide if the 

contrast of your display needs to be adjusted. IF CONTRAST OF THE DISPLAY IS ACCEPT- 

ABLE, SKIP THE REMAINDER OF STEP 1. 

GOOD 

CONTRAST 

TOO 

DARK 

INSTALLATION 

Good contrast- text is easy to read 

Contrast is too dark- text is difficult to read 

through the darkened background 

Contrast is too light- text is not dark enough to 

read 

b.) If the contrast needs to be adjusted, locate jumper W1 on the CPU/display board (see diagram 

on page 15). W1 sets the contrast for the display. If W1 is removed, the contrast becomes 

lighter. If W1 is installed, the contrast becomes darker. 

c.) Remove power to the 1462 by switching its circuit breaker off at the circuit breaker panel. 

d.) Adjust the contrast of the display. 

i.) If contrast is too dark, cut jumper W1 of the CPU/display board. 

ii.) If contrast is too light and jumper W1 of the CPU/display board is already cut, reinstall 

jumper W1. 

Page 12


INSTALLATION 

e.) Restore power to the 1462 by switching its circuit breaker on at the circuit breaker panel. 

i.) The 1462 should show the time and date. 

ii.) The LED on the main board (and on the 1464, if installed) blinks at a rate of about once per 

second. 

2.) Enable the display’s backlight time-out, if necessary. 

a.) Determine if the application requires the display’s backlight to turn off after 2 minutes. If not, 

SKIP THE REMAINDER OF STEP 2. 

The display is equipped with a backlight. The backlight makes the display easier to read, but 

causes the 1462 to draw slightly more current than if the backlight were not present. In most 

cases, the extra current consumption is not objectionable. 

b.) If the extra current consumption of having the backlight on continuously is objectionable, locate 

jumper W2 on the CPU/display board (see diagram on page 15). W2 is provided as a means to 

enable a time-out feature for the backlight. As long as W2 is installed, the display’s backlight 

will be on continuously. If W2 isremoved, the display’s backlight will be turned off most of the 

time. If someone operates the 1462, the display’s backlight will automatically turn on. When the 

user is finished operating the 1462, the display’s backlight automatically turns off about 2 

minutes later. 


d.) Disable/enable the time-out feature of the display’s backlight as required. 

i.) To enable the time-out feature, cut jumper W2 of the CPU/display board. 

ii.) If you want the backlight to be on continuously and jumper W2 of the CPU/display board is 

already cut, re-install jumper W2. 




second. 

3.) Some applications demand a larger display than that of the 1462. For those applications, mount a 

secondary clock near the Program Time Controller. 

D.) Connecting Field Devices: 



1.) Remove power to the 1462 by switching its circuit breaker off at the circuit breaker panel. 

2.) Connect appropriate field wiring to the clock circuit of the 1462. See Appendix B for clock circuit 

wiring diagrams. 

3.) Connect appropriate field wiring to the signal circuits of the 1462. See Appendix C for signal circuit 


4.) Restore power to the 1462 by switching its circuit breaker on at the circuit breaker panel. 

a.) The 1462 should show the time and date. 


second. 

E.) Finishing the Installation: 

1.) Reattach the front cover of the 1462 to the backplate. Use the four #6 X 3/8” sheet metal screws 

removed in step II.A.2.a. 

2.) Fill out the “Installer Information” section on page 1 of this manual. 

Page 13


INSTALLATION 

Wiring AC Power to the 1462 Program Time Controller 

AC Input Terminals 

Location of AC Input Terminals on 1462 Main Board 

Page 14 

Line 

Neutral 

Conduit / Earth Ground 

Wiring a 1462 to 120VAC Power 

Line 

Neutral 


Wiring a 1462-220 to 220VAC Power (Two Wire) 

Line1 

Neutral 

Line2 


Wiring a 1462-220 to 220VAC Power (Three Wire) 

(Not connected)

LOCATION OF W2 JUMPER 


INSTALLATION 

Screw, #6 x 3/8 Rec. Truss Hd. Type 

"A" 

EXPLODED VIEW OF THE 1462 CHASSIS 

LOCATION OF HARDWARE RESET PINS 

Page 15 

Back Plate 

Note Knockout Orientation 


LOCATION OF JUMPERS ON CPU/DISPLAY BOARD OF THE 1462 

Cover 

Assembly

III.) Rack Mount Unit (1463, 1463-220): 

A.) Preparing the Equipment Rack: 


1.) Pull all field wiring into the 19" rack or console. Be sure to allow adequate wire length for connection 

to the external field terminals on the back of the 1463. 





b.) Dress the wires for connection to the external field terminals on the back of the 1463. 

i.) Ensure that no wire will be pinched or obstruct installation of the 1463 into the equipment 

rack. 



B.) Giving the Unit a Bench Test 

INSTALLATION 



CAUTION: ELECTRIC SHOCK HAZARD! Ensure that ALL sources of electrical power are disconnected 

from the 1463 so that no accidental contact with energized parts can be made. 

CAUTION: STATIC SENSITIVE DEVICES! Be sure to wear a static grounding wrist strap or similar 

protective device when working inside of the 1463 chassis. 

NOTE: If an optional 1464R, 1466, or 1468A module is to be added for the initial setup, installation 

should be done at this time. Refer to the Installation Instructions included with the module or 

Appendix E. 

2.) Prepare the 1463 for a bench test. 

a.) Place the 1463 on a table or other work surface. 

b.) Remove the four #6 X 3/8" sheet metal screws holding the top cover onto the chassis. Refer to 

diagram on page 21. Save these four sheet metal screws. 

c.) Carefully remove the top cover. 

d.) Locate the circuit board assemblies of the 1463. The main board is mounted to the bottom of the 

chassis. The CPU and display boards are mounted to the front of the chassis. 

e.) Ensure that all cables inside the chassis are properly connected. 

i.) The six position cable is connected between J4 of the main board and J1 of the CPU board. 

ii.) The twenty-four position cable is connected between J2 of the CPU board and J1 of the 

display board. 

f.) Connect wiring between the terminals of the main board and external field terminals to satisfy 

your application. Refer to Appendices B and C for typical wiring diagrams for clock and signal 

circuits. 

Page 16

3.) Perform a bench test on the 1463: 


CAUTION: ELECTRIC SHOCK HAZARD! Ensure that ALL sources of electrical power are 

disconnected from the 1463 PRIOR TO performing adjustments and optional module 

installations so that no accidental contact with energized parts can be made. 

a.) Connect a temporary AC power source to the to the 1463. The temporary AC power source 

should be equipped with a switch capable of disconnecting AC power from the 1463. The wiring 

diagrams on page 20 show the proper connections to external AC power terminal block of the 

1463. Refer to the appropriate wiring diagram for your application. 

CAUTION: RISK OF ELECTRIC SHOCK! Chassis ground (“GND” terminal) MUST be connected to 

conduit/Earth ground to provide proper protection from electric shock. 




b.) Apply power to the 1463 by switching on the temporary AC power source. 

i.) The 1463 should show the time and date (there may be as much as a 30 second delay after 


ii.) The LED on the main board (and on the 1464R, if installed) blinks at a rate of about once per 

second. 

C.) Adjusting the Display 





GOOD 

CONTRAST 

TOO 

DARK 

INSTALLATION 





read 

b.) If the contrast needs to be adjusted, locate jumper W1 on the CPU board (see diagram on page 

21). W1 sets the contrast for the display. If W1 is removed, the contrast becomes lighter. If W1 

is installed, the contrast becomes darker. 

c.) Remove power to the 1463 by switching its temporary AC power source off. 


i.) If contrast is too dark, cut jumper W1 of the CPU board. 

ii.) If contrast is too light and jumper W1 of the CPU board is already cut, re-install jumper W1. 

e.) Restore power to the 1463 by switching its temporary AC power source on. 



second. 

Page 17


INSTALLATION 








jumper W2 on the CPU board (see diagram on page 21). W2 is provided as a means to enable 

a time-out feature for the backlight. As long as W2 is installed, the display’s backlight will be on 

continuously. If W2 is removed, the display’s backlight will be turned off most of the time. If 

someone operates the 1463, the display’s backlight will automatically turn on. When the user is 

finished operating the 1463, the display’s backlight automatically turns off about 2 minutes later. 



i.) To enable the time-out feature, cut jumper W2 of the CPU board. 

ii.) If you want the backlight to be on continuously and jumper W2 of the CPU board is already 

cut, re-install jumper W2. 




second. 


secondary clock near the equipment rack the 1463 will be installed into. 

D.) Installing the Unit into the Equipment Rack: 

1.) Prepare the 1463 for installation into the equipment rack 

a.) Remove the temporary AC power source used to bench test the 1463. 

i.) Remove power to the 1463 by switching its temporary AC power source off. 

ii.) Remove the connections between the 1463 and the temporary AC power source. 

b.) Return the top cover of the 1463 onto the chassis. Use the four #6 X 3/8" sheet metal screws 

removed in step III.B.2.b. to secure the top cover to the chassis. 



2.) Mount the 1463 into the equipment rack. Four slotted holes are provided on the front of the chassis. 

Use the #10-32 X 3/8" machine screws provided in the installation kit when securing the 1463 to the 

equipment rack. 


to external AC power terminal block of the 1463. Refer to the appropriate wiring diagram for 

your application. 






Page 18


4.) Apply power to the 1463 by switching its circuit breaker on at the circuit breaker panel. The 1463 

should show the time and date. 

E.) Connecting Field Devices: 








4.) Restore power to the 1463 by switching its circuit breaker on at the circuit breaker panel. The 1463 


F.) Finishing the Installation: 

INSTALLATION 


Page 19

AC 

N 

GND 


INSTALLATION 


Location of AC Input Terminals on 1463 Chassis 

Line 

Neutral 



Line 

Neutral 



Line1 

Neutral 

Line2 



Page 20 



(Not connected)

Cover 


Screw, #6-20 x 3/8 

Rec. Pan Hd. 

Type "AB" 


INSTALLATION 




LOCATION OF JUMPERS ON CPU BOARD OF THE 1463 

Page 21 

1463 

Program Time 

Controller


IMPORTANT INSTALLATION AND WARRANTY INFORMATION 

WARRANTY INFORMATION: Faraday, LLC (the Manufacturer) provides a limited warranty to the Original Purchaser 

of this product. The Original Purchaser is the party to whom the Manufacturer issued its Sales Order, generally the 

Manufacturer's distributor. In order to preserve this warranty, it is important that the product be serviced only by 

persons who have been properly trained and authorized by the Manufacturer. 

Other parties involved in the installation of this product may have also provided a warranty which may be different 

than that of the manufacturer. The Manufacturer will only be responsible to the Original Purchaser and only for 

the Manufacturer's own warranty. For further information regarding the Manufacturer's warranty, contact the 

Original Purchaser. 

OWNER'S MANUAL: The owner's manual does not purport to cover all the details or variations in the equipment 

described, nor does it provide for every possible contingency to be met in connection with installation, operation 

and maintenance. All specifications subject to change without notice. Should further information be desired or 

should particular problems arise which are not covered sufficiently, the matter should be referred to the Installer 

or Original Purchaser listed below. 

INSTALLER INFORMATION 

COMPANY:_________________________________INSTALLER:___________________________PHONE:______________ 


DATE INSTALLED:____________________________INSTALLER'S SIGNATURE:____________________ 

ORIGINAL PURCHASER INFORMATION 

COMPANY:_________________________________________________________PHONE:____________________ 


PURCHASER'S PURCHASE ORDER NO.:____________________________________________________ 

DATE PURCHASED:______________________________________________________________________ 

FARADAY SALES ORDER ACKNOWLEDGMENT NO.:__________________________________________ 

ORIGINAL PURCHASER'S SIGNATURE:_____________________________________________________ 

NOTE: A copy of the above completed information may be required by the manufacturer for authorization of 

Warranty services. 

Page 1


FCC FCC FCC COMPLIANCE 

COMPLIANCE 

WARNING: WARNING: This equipment generates, uses, and can radiate radio frequency energy and if 

not installed and used in accordance with this instruction manual, may cause interference to 

radio communications. It complies with the limits for a Class A computing device pursuant to 

Subpart J of Part 15 of FCC Rules, which are designed to provide reasonable protection 

against such interference when operated in a commercial environment. Operation of this 

equipment in a residential area is likely to cause interference in which case the user at his own 

expense will be required to take whatever measures may be required to correct the interference. 

ATTENTION 

OBSERVE PRECAUTIONS 

FOR HANDLING 

ELECTROSTATIC 

SENSITIVE 

DEVICES 

STATIC STATIC WARNING 

WARNING 

CAUTION: CAUTION: CAUTION: This equipment contains electronic devices that are sensitive to static electric 

charges. To guarantee protection for the circuitry of this unit, it is required that electrostatic 

handling precautions be observed when installing or repairing this equipment. Any technician 

or other personnel working on this unit must wear a static grounding wrist strap or similar device 

to provide protection of sensitive components. 

ELECTRIC ELECTRIC ELECTRIC SHOCK SHOCK HAZARD 

HAZARD 

WARNING: 

WARNING: Hazardous voltage in electrical equipment can cause severe personal injury or 

death. Inspection, installation, and preventive maintenance should only be performed on 

equipment to which power has been turned off, disconnected and electrically isolated so no 

accidental contact can be made with energized parts. 

Page 2



IMPORTANT INSTALLATION AND WARRANTY INFORMATION .................................................................. 1 

FCC COMPLIANCE .................................................................................................................... 2 

STATIC WARNING...................................................................................................................... 2 

ELECTRIC SHOCK HAZARD .......................................................................................................... 2 

TABLE OF CONTENTS ................................................................................................................ 3 

DESCRIPTION............................................................................................................................ 7 

GENERAL DESCRIPTION OF UNIT .............................................................................................. 7 

PROGRAM FEATURES ........................................................................................................... 7 

SYSTEM OPTIONS ................................................................................................................ 8 

SPECIFICATIONS ........................................................................................................................ 9 

INSTALLATION ......................................................................................................................... 10 

PARTS CHECKLIST ............................................................................................................. 10 

SURFACE MOUNT UNIT (1462, 1462-220) .......................................................................... 11 

PANEL MOUNTING ........................................................................................................ 11 

APPLYING POWER ........................................................................................................ 12 




LOCATION OF AC INPUT TERMINALS ON 1462 MAIN BOARD ................................................ 14 



LOCATION OF JUMPERS ON CPU/DISPLAY BOARD OF THE 1462 .......................................... 15 

RACK MOUNT UNIT (1463, 1463-220) ................................................................................ 16 

PREPARING UNIT FOR EQUIPMENT RACK .......................................................................... 16 

GIVING UNIT A BENCH TEST .......................................................................................... 16 


INSTALLING THE UNIT INTO THE EQUIPMENT RACK .............................................................. 18 



LOCATION OF AC INPUT TERMINALS ON 1463 CHASSIS ...................................................... 20 



LOCATION OF JUMPERS ON CPU BOARD OF THE 1463 ...................................................... 21 

OPERATION ............................................................................................................................ 22 

SYSTEM CONTROLS ........................................................................................................... 22 

HARDWARE RESET ....................................................................................................... 22 

KEYPAD ...................................................................................................................... 22 

DISPLAY ..................................................................................................................... 23 

USING THE SYSTEM CONTROLS TO OPERATE AND PROGRAM THE PROGRAM TIME CONTROLLER .23 

OPERATING THE PROGRAM TIME CONTROLLER ........................................................................ 25 

ACCESS CODE SECURITY .............................................................................................. 25 

DISPLAY CIRCUITS ........................................................................................................ 27 

FUNCTION KEYS ........................................................................................................... 27 

THE VIRTUAL ON/OFF/AUTO SWITCH .................................................................... 28 

MANUAL ON ..................................................................................................... 28 

MANUAL OFF .................................................................................................... 28 

AUTOMATIC ...................................................................................................... 29 

Page 3



ALL CALL .............................................................................................................. 29 

STEADY ALL CALL ............................................................................................. 29 

MTB ALL CALL ................................................................................................ 29 

PROGRAMMING THE PROGRAM TIME CONTROLLER .............................................................. 30 


SET SCHEDULE ................................................................................................. 30 

SET MAIN SCHEDULE.................................................................................... 30 

SET ALTERNATE SCHEDULE ........................................................................... 30 


PROGRAM EVENTS............................................................................................. 31 

WHAT IS AN EVENT AND WHY PROGRAM IT? .................................................... 31 

THE PROGRAM EVENTS / EDIT EVENTS MENU................................................... 32 

ADDING EVENTS .......................................................................................... 32 

SCANNING AND EDITING EVENTS ..................................................................... 33 

ALTERNATE DATES ............................................................................................ 36 

ADDING ALTERNATE DATES ............................................................................ 36 

SCANNING AND EDITING ALTERNATE DATES ...................................................... 37 

SET TIME......................................................................................................... 38 

SET DATE ........................................................................................................ 38 

MANUAL ADVANCE ............................................................................................. 39 

CLOCK ENABLE ................................................................................................. 39 


SET DEFAULTS.................................................................................................. 41 

SET TIME BASE ........................................................................................... 41 

TIME FORMAT.............................................................................................. 41 

SET LINE FREQ ........................................................................................... 42 

SET DAYLIGHT SAVINGS ................................................................................ 42 

ALL CALL FEATURE ...................................................................................... 42 

SERIAL PORT .............................................................................................. 42 

MASTER TO MASTER SYNC ............................................................................ 43 

PROGRAM CLOCKS ....................................................................................... 44 

FUNCTION KEYS........................................................................................... 44 

CLEAR MEMORY .......................................................................................... 45 

ACCESS CODE ................................................................................................... 45 

DIAGNOSTICS .................................................................................................... 46 

SPECIAL FUNCTIONS........................................................................................... 47 

TROUBLE SHOOTING GUIDE ...................................................................................................... 48 

TROUBLE SHOOTING GUIDELINES .......................................................................................... 48 

SECONDARY CLOCKS DON'T KEEP TIME ........................................................................... 48 

PROGRAM TIME CONTROLLER DOESN'T KEEP TIME ............................................................ 49 

BELL(S)/UTILITY DEVICE(S) WON'T OPERATE PROPERLY ........................................................... 49 

BELL(S)/UTILITY DEVICE(S) WON'T TURN OFF ........................................................................ 50 

Page 4



APPENDIX A: QUICK REFERENCE PROGRAMMING MENUS ........................................................... A-1 

PROGRAMMING MENU TABLE OF CONTENTS .......................................................................... A-1 

APPENDIX B: INSTALLATION OF SECONDARY CLOCKS ................................................................. B-1 

CLOCK CODE DESCRIPTIONS .............................................................................................. B-1 

CLOCK CODE TABLE ......................................................................................................... B-4 

FIG. 1 TYPICAL WIRING FOR SYNCHRONOUS CLOCK MOVEMENTS (SINGLE VOLTAGE) .......................... B-5 

FIG. 2 TYPICAL WIRING FOR SYNCHRONOUS CLOCK MOVEMENTS (DUAL VOLTAGE) ............................ B-6 

FIG. 3 TYPICAL WIRING FOR 2 WIRE POLARITY REVERSAL CLOCKS W/1415 CLOCK POWER SUPPLY 

AND 1416 CLOCK BOOSTER .............................................................................. B-7 

FIG. 4 TYPICAL WIRING FOR 2 WIRE POLARITY REVERSAL CLOCKS ......................................... B-8 

FIG. 5 TYPICAL WIRING FOR 2362 AND 2364 DIGITAL SECONDARY CLOCKS............................. B-9 

FIG. 6 TYPICAL WIRING FOR AR2 & AR2A CLOCKS .......................................................... B-10 

FIG. 7 TYPICAL WIRING FOR AR3 CLOCKS........................................................................ B-11 

FIG. 8 TYPICAL WIRING FOR 2 WIRE POLARITY REVERSAL IMPULSE CLOCKS (CLOCK CODE 21)......B-12 

FIG. 9 TYPICAL WIRING FOR 3 WIRE IMPULSE CLOCKS ........................................................ B-13 

FIG. 10 TYPICAL WIRING FOR 2 WIRE, MINUTE IMPULSE CLOCKS 

WITH NO HOURLY OR 12 HOUR CORRECTION ...................................................... B-14 

APPENDIX C: TYPICAL SIGNAL CIRCUIT WIRING ....................................................................... C-1 

FIG. A TYPICAL AUXILIARY CIRCUIT WIRING FOR SIGNAL DEVICES ........................................... C-1 

FIG. B TYPICAL AUXILIARY CIRCUIT WIRING FOR UTILITY CONTROL DEVICES ............................. C-2 

APPENDIX D: GLOSSARY OF TERMS ...................................................................................... D-1 

APPENDIX E: OPTION MODULE INSTALLATION INSTRUCTION SHEETS 

1464 FOUR BELL/AUXILIARY CIRCUIT ADDER OPTION INSTALLATION INSTRUCTIONS ........ P/N 445734 

1464R FOUR BELL/AUXILIARY CIRCUIT ADDER OPTION INSTALLATION INSTRUCTIONS ..... P/N 445735 

1466 MASTER-TO-MASTER SYNCHRONIZATION OPTION INSTALLATION INSTRUCTIONS ...... P/N 445739 

1468A RS-232 PORT OPTION INSTALLATION INSTRUCTIONS ..................................... P/N 445796 

APPENDIX F: PROGRAMMING SHEETS 

PROGRAM TIME CONTROLLER DEFAULT SETTINGS CHART 


APPENDIX G: CODE CARD ................................................................................................... G-1 

Page 5


Page 6

I.) General Description of Unit: 


DESCRIPTION 

The 1462/1463 Program Time Controller is a microprocessor based time management unit. It 

provides synchronized control of most analog and digital secondary clock systems via its clock 

circuit. 

The 1462/1463 contains two programmable signal circuits. Each signal circuit provides automatic 

and manual control of signaling or utility devices. To increase the number of signal circuits to six, 

simply add the Four Bell/Auxiliary Circuit Adder Option. 

A sixteen key, multiple-function keypad allows the user to program the 1462/1463. It is also how 

the user performs manual clock advance, manual operation of the signal circuits, and all call. The 

abbreviated names for the keys provide a helpful reference for programming the 1462/1463. 

A 16 character by 2 line LCD allows the user to monitor the 1462/1463’s status and response to 

programming. Included is a backlight that either remains on continuously, or turns off after a short 

time, depending on the user’s requirements. 

Password security protects the system from unauthorized operation. Three levels of password 

security allow selective access to the 1462/1463’s features. The ability to enable or disable 

password security to some basic features, such as all call, provides even more flexibility. 

The 1462/1463’s time keeping synchronizes to either AC line frequency or a quartz controlled time 

base. The time of day and date, as well as unit programming, are stored in a non-volatile memory 

(NVRAM). The NVRAM saves this information in the event of a power failure. 

II.) Program Features: 

A.) NON-VOLATILE MEMORY (NVRAM) - The NVRAM stores all time, date, and programming 

information. The NVRAM has an internal lithium battery. This prevents time keeping and data 

from being lost during AC power failures for up to ten years. The internal lithium battery 

requires no battery charging. 

B.) DAYLIGHT SAVINGS TIME - The 1462/1463 automatically changes the time of day for itself 

and the secondary clocks during a change to or from Daylight Savings Time. This feature can 

be “disabled” during programming if not required. 

C.) LEAP YEAR - Event and calendar changes for leap year are done automatically. 

D.) ALTERNATE SCHEDULE - Any one of the available 10 schedules can be implemented on a 

per day basis for holidays, exam days, pep rallies, etc. The 1462/1463 will automatically return 

to the main schedule the next day. 

E.) ALTERNATE DATES - Up to 32 dates can be programmed into the 1462/1463 in advance to 

automatically run alternate schedules for holidays, exam days, pep rallies, etc.The 1462/1463 

will automatically return to the main schedule the next day. 

Page 7


II.) Program Features (Cont'd) 

F.) EVENTS - The 1462 allows up to 300 events per day to be entered into memory. This is 

equivalent to 2100 possible events per week. Programmed events can be “start”, “stop”, or 

“duration” events. “Duration” events are normally used to operate signals. “Start” and “stop” 

events are usually used to turn utility devices on and off. Each “start” or “stop” event is 

considered a separate event. 

G.) DATE AND EVENT SCANNING - The alternate dates and events programmed into the 

1462/1463 can be viewed and altered. The user can choose to scan all programmed events, 

or just those connected with a certain schedule or signal circuit. 

III.) System Options: 

DESCRIPTION 

The standard 1462/1463 Program Time Controller can be enhanced by the following options: 

1464/1464R Four Bell/Auxiliary Circuit Adder Option expands the number of available signal 

circuits from two to six. With this option, all six signal circuits are independently programmable. 

1466 Master-to-Master Synchronization Option allows the 1462/1463 to synchronize or be 

synchronized by another device (usually another master clock). 

1468A RS-232 Port Option provides the 1462/1463 with an RS-232 serial port. The user can 

enable or disable this serial port, and select its baud rate. When enabled, once a minute it will 

transmit time and date to another RS-232 compatible device. 

Page 8

GENERAL 


SPECIFICATIONS 

Weight: 1462/1462-220 Program Time Controller: 6.9 lb 

1463/1463-220 Program Time Controller: 15.3 lb 

External Dimensions: 1462/1462-220 Program Time Controller: 12.000" X 7.250" X 3.875" 

1463/1463-220 Program Time Controller: 19.000" X 13.000" X 3.500" 

ELECTRICAL 

Power Requirements: 

Line Voltage: 1462/1463 Program Time Controller: 120 VAC 50/60 HZ 0.25 A 

1462-220/1463-220 Program Time Controller: 220 VAC 50/60 HZ 0.13 A 

Battery: Lithium Primary Battery 

(included) 

Input Power: 25 VA 

Memory Retention: 10 years 

ENVIRONMENTAL 

Normal Ambient Temperature for Operation: 25 C° (77 F°) 

OPERATION 

Clock Circuits: 

Number Available: 1 clock drive circuit 

Type: Form C 


3 A inductive 



Surge protected and 

Fused @ 4 A 

Signal Circuits: 

Number Available: Standard: 2 signal circuits 

Maximum (with 1464/1464R): 6 signal circuits 

Type: Form A 


8 A inductive 



Surge protected and unfused 

Number of Possible Schedules: 10 schedules 

Programmable Alternate Dates: 32 dates 

Programmable Events: per week: 2100 events 

per day: 300 events 

Time Base Accuracy: 

Line Frequency: line synchronous 

Oscillator: 200 ppm 

UL LISTED, File No. E-46264 

Page 9


WARNING:Installation to be done only by qualified 

personnel who read these installation 

instructions and understand them. Installation 

is to be done in accordance with the National 

Electrical Code and local electrical codes. 

I.) Parts Checklist 

INSTALLATION 


Clock Assembly (complete surface mount Program Time Controller) 


(to include) 


Screw, #6-32 x 1/2 Phillips Bnd Hd Machine Screw (qty 4) 




Panel Assembly (complete rack mount Program Time Controller) 


(to include) 


Screw, #10-32 x 3/8 Truss Head Machine Screw (qty 4) 



Screw, #6-32 x 1/2 Phillips Bnd Hd Machine Screw 

Screw, #10-32 x 3/8 Truss Head Machine 

Screw 

Page 10

II.) Surface Mount Unit (1462, 1462-220): 

A.) Panel Mounting: 


INSTALLATION 



2.) Prepare the backplate for mounting. 

a.) Remove the four #6 X 3/8” sheet metal screws holding the front cover onto the backplate. Refer 

to diagram on page 15. Save these four sheet metal screws. 

b.) Carefully remove the front cover. 

c.) Locate the circuit board assemblies of the 1462. The main board is mounted to the backplate. 

The CPU/display board is mounted to the front cover. They are connected by a cable. 

d.) Disconnect the cable between the main board and the CPU/display board. 

e.) Remove the main board from the backplate. Save the six #6-32 X 1/4” machine screws that held 

the main board to the backplate. 

3.) Mount the backplate. 

a.) Locate the backplate on the wall at a height of approximately 4-1/2 feet from the floor. ENSURE 

THAT THE KNOCKOUTS ON THE BACK OF THE BACKPLATE ARE TO THE BOTTOM WHEN 

FACING THE BACKPLATE. 

b.) Four 3/16" holes are provided for securing the backplate to the wall. Use the #6- 32 X 1/2” 

screws provided in the installation kit when securing the backplate to a 2 gang box. Use the 

screws provided with the 4" square box when securing the backplate to a 4" square box. 



4.) Pull all field wiring a minimum of 2 feet into the backplate through the knockouts. Knockouts are 

provided in the top, bottom, and back of the backplate. 

5.) Remove all metal shavings, dust, etc. from the backplate. 

6.) Remount the main board on the backplate using the six #6-32 X 1/4” machine screws saved from 

step II.A.2.e. 

NOTE: If an optional 1464, 1466, or 1468A module is to be added for the initial setup, installation should 

be done at this time. Refer to the Installation Instructions included with the module or 

Appendix E. 





b.) Dress the wires for connection to the terminal blocks of the main board. 

i.) Ensure that no wire will be pinched or obstruct closure of the unit. 



8.) Reconnect the cable disconnected in step II.A.2.d. The cable connects to main board J4 and 

CPU/display board J1. 

Page 11

B.) Applying Power: 


1.) Remove the protective cover on TB3 of the main board. Save the protective cover for 

step II.B.3. 




to TB3 of the main board. Refer to the appropriate wiring diagram for your application. 

CAUTION: RISK OF ELECTRIC SHOCK! Chassis ground (“GND” terminal) MUST be 

connected to conduit/Earth ground to provide proper protection from electric shock. 




3.) Replace the protective cover over TB3 of the main board. 

4.) Apply power to the 1462 by switching its circuit breaker on at the circuit breaker 

panel. 

a.) The 1462 should show the time and date (there may be as much as a 30 second delay after 



second. 

C.) Adjusting the Display: 





GOOD 

CONTRAST 

TOO 

DARK 

INSTALLATION 





read 

b.) If the contrast needs to be adjusted, locate jumper W1 on the CPU/display board (see diagram 

on page 15). W1 sets the contrast for the display. If W1 is removed, the contrast becomes 

lighter. If W1 is installed, the contrast becomes darker. 



i.) If contrast is too dark, cut jumper W1 of the CPU/display board. 

ii.) If contrast is too light and jumper W1 of the CPU/display board is already cut, reinstall 

jumper W1. 

Page 12


INSTALLATION 




second. 








jumper W2 on the CPU/display board (see diagram on page 15). W2 is provided as a means to 

enable a time-out feature for the backlight. As long as W2 is installed, the display’s backlight 

will be on continuously. If W2 isremoved, the display’s backlight will be turned off most of the 

time. If someone operates the 1462, the display’s backlight will automatically turn on. When the 

user is finished operating the 1462, the display’s backlight automatically turns off about 2 

minutes later. 



i.) To enable the time-out feature, cut jumper W2 of the CPU/display board. 

ii.) If you want the backlight to be on continuously and jumper W2 of the CPU/display board is 

already cut, re-install jumper W2. 




second. 


secondary clock near the Program Time Controller. 

D.) Connecting Field Devices: 








4.) Restore power to the 1462 by switching its circuit breaker on at the circuit breaker panel. 

a.) The 1462 should show the time and date. 


second. 

E.) Finishing the Installation: 

1.) Reattach the front cover of the 1462 to the backplate. Use the four #6 X 3/8” sheet metal screws 

removed in step II.A.2.a. 


Page 13


INSTALLATION 



Location of AC Input Terminals on 1462 Main Board 

Page 14 

Line 

Neutral 



Line 

Neutral 



Line1 

Neutral 

Line2 



(Not connected)



INSTALLATION 

Screw, #6 x 3/8 Rec. Truss Hd. Type 

"A" 



Page 15 

Back Plate 

Note Knockout Orientation 


LOCATION OF JUMPERS ON CPU/DISPLAY BOARD OF THE 1462 

Cover 

Assembly

III.) Rack Mount Unit (1463, 1463-220): 

A.) Preparing the Equipment Rack: 


1.) Pull all field wiring into the 19" rack or console. Be sure to allow adequate wire length for connection 

to the external field terminals on the back of the 1463. 





b.) Dress the wires for connection to the external field terminals on the back of the 1463. 

i.) Ensure that no wire will be pinched or obstruct installation of the 1463 into the equipment 

rack. 



B.) Giving the Unit a Bench Test 

INSTALLATION 



CAUTION: ELECTRIC SHOCK HAZARD! Ensure that ALL sources of electrical power are disconnected 

from the 1463 so that no accidental contact with energized parts can be made. 

CAUTION: STATIC SENSITIVE DEVICES! Be sure to wear a static grounding wrist strap or similar 

protective device when working inside of the 1463 chassis. 

NOTE: If an optional 1464R, 1466, or 1468A module is to be added for the initial setup, installation 

should be done at this time. Refer to the Installation Instructions included with the module or 

Appendix E. 

2.) Prepare the 1463 for a bench test. 

a.) Place the 1463 on a table or other work surface. 

b.) Remove the four #6 X 3/8" sheet metal screws holding the top cover onto the chassis. Refer to 

diagram on page 21. Save these four sheet metal screws. 

c.) Carefully remove the top cover. 

d.) Locate the circuit board assemblies of the 1463. The main board is mounted to the bottom of the 

chassis. The CPU and display boards are mounted to the front of the chassis. 

e.) Ensure that all cables inside the chassis are properly connected. 

i.) The six position cable is connected between J4 of the main board and J1 of the CPU board. 

ii.) The twenty-four position cable is connected between J2 of the CPU board and J1 of the 

display board. 

f.) Connect wiring between the terminals of the main board and external field terminals to satisfy 

your application. Refer to Appendices B and C for typical wiring diagrams for clock and signal 

circuits. 

Page 16

3.) Perform a bench test on the 1463: 


CAUTION: ELECTRIC SHOCK HAZARD! Ensure that ALL sources of electrical power are 

disconnected from the 1463 PRIOR TO performing adjustments and optional module 

installations so that no accidental contact with energized parts can be made. 

a.) Connect a temporary AC power source to the to the 1463. The temporary AC power source 

should be equipped with a switch capable of disconnecting AC power from the 1463. The wiring 

diagrams on page 20 show the proper connections to external AC power terminal block of the 

1463. Refer to the appropriate wiring diagram for your application. 






b.) Apply power to the 1463 by switching on the temporary AC power source. 

i.) The 1463 should show the time and date (there may be as much as a 30 second delay after 



second. 

C.) Adjusting the Display 





GOOD 

CONTRAST 

TOO 

DARK 

INSTALLATION 





read 

b.) If the contrast needs to be adjusted, locate jumper W1 on the CPU board (see diagram on page 

21). W1 sets the contrast for the display. If W1 is removed, the contrast becomes lighter. If W1 

is installed, the contrast becomes darker. 



i.) If contrast is too dark, cut jumper W1 of the CPU board. 

ii.) If contrast is too light and jumper W1 of the CPU board is already cut, re-install jumper W1. 




second. 

Page 17


INSTALLATION 








jumper W2 on the CPU board (see diagram on page 21). W2 is provided as a means to enable 

a time-out feature for the backlight. As long as W2 is installed, the display’s backlight will be on 

continuously. If W2 is removed, the display’s backlight will be turned off most of the time. If 

someone operates the 1463, the display’s backlight will automatically turn on. When the user is 

finished operating the 1463, the display’s backlight automatically turns off about 2 minutes later. 



i.) To enable the time-out feature, cut jumper W2 of the CPU board. 

ii.) If you want the backlight to be on continuously and jumper W2 of the CPU board is already 

cut, re-install jumper W2. 




second. 


secondary clock near the equipment rack the 1463 will be installed into. 

D.) Installing the Unit into the Equipment Rack: 

1.) Prepare the 1463 for installation into the equipment rack 

a.) Remove the temporary AC power source used to bench test the 1463. 

i.) Remove power to the 1463 by switching its temporary AC power source off. 

ii.) Remove the connections between the 1463 and the temporary AC power source. 

b.) Return the top cover of the 1463 onto the chassis. Use the four #6 X 3/8" sheet metal screws 

removed in step III.B.2.b. to secure the top cover to the chassis. 



2.) Mount the 1463 into the equipment rack. Four slotted holes are provided on the front of the chassis. 

Use the #10-32 X 3/8" machine screws provided in the installation kit when securing the 1463 to the 

equipment rack. 


to external AC power terminal block of the 1463. Refer to the appropriate wiring diagram for 

your application. 






Page 18


4.) Apply power to the 1463 by switching its circuit breaker on at the circuit breaker panel. The 1463 


E.) Connecting Field Devices: 








4.) Restore power to the 1463 by switching its circuit breaker on at the circuit breaker panel. The 1463 


F.) Finishing the Installation: 

INSTALLATION 


Page 19

AC 

N 

GND 


INSTALLATION 


Location of AC Input Terminals on 1463 Chassis 

Line 

Neutral 



Line 

Neutral 



Line1 

Neutral 

Line2 



Page 20 



(Not connected)

Cover 


Screw, #6-20 x 3/8 

Rec. Pan Hd. 

Type "AB" 


INSTALLATION 




LOCATION OF JUMPERS ON CPU BOARD OF THE 1463 

Page 21 

1463 

Program Time 

Controller

I.) System Controls 

1462/63 1462/63 1462/63 INSTRUCTION INSTRUCTION MANUAL 

MANUAL 

OPERATION 

OPERATION 

There are three mechanisms an operator can use to operate and program a 1462/1463 

Program Time Controller. These mechanisms are: (1) the hardware reset; (2) the keypad; 

and (3) the display. 

A.) Hardware Reset 

The hardware reset is least often used of the three system controls. The hardware 

reset is a two pin header found on the CPU/display board of the 1462 or the CPU board 

of the 1463. Refer to the appropriate diagram on page 15 or 21 to locate the hardware 

reset of your unit. 

The hardware reset is an input to the microprocessor of the Program Time Controller. 

When used, the Program Time Controller restarts its operating software. This has the 

same effect as removing, and then restoring, the AC power of the Program Time Controller. 

The software routine running at the time of reset ceases, but the data (programming 

and configuration information) already stored in the NVRAM remains intact. 

WARNING: ELECTRIC SHOCK HAZARD! Hazardous voltage in electrical equipment 

can cause severe personal injury or death. When performing a hardware 

reset, be careful not to touch the metallic object to anything other than the 

hardware reset header. 

To perform a hardware reset, you must have access to the CPU/display board (for a 

1462) or CPU board (for a 1463). While the Program Time Controller has AC power 

applied to it, carefully short for a moment the two pins of the header with a metallic 

object, such as a screwdriver. When the hardware reset is completed, the display will 

show the time and date. 

B.) Keypad 

The Program Time Controller has a sixteen key, multiple function keypad. This keypad 

is the operator’s means of “talking” to the Program Time Controller. It is how the operator 

uses and programs the Program Time Controller. The operator also uses it to answer 

questions, called prompts, asked by the Program Time Controller. The keypad is 

multiple function because many of its keys are used for more than one purpose. 

The ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ and ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ keys are the only two keys of the keypad that have a dedicated 

function. The ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key is used to actually send some information to the Program 

Time Controller’s memory. The ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ key is used to back out of any procedure the 

operator is performing. From almost any routine the Program Time Controller is running, 

repeatedly pressing the ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ key enough times will allow the operator to get back 

to the date and time display without changing the data stored in memory. 

The ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys and ‘A’ ‘A’ ‘A’ ‘A’ ‘A’ to ‘D’ ‘D’ ‘D’ ‘D’ ‘D’ keys are used to answer most prompts on the display. 

These keys are most often used to choose a menu item or select a signal circuit for 

programming. 

The ‘SUN’ ‘SUN’ ‘SUN’ ‘SUN’ ‘SUN’ to ‘SA ‘SA ‘SAT’ ‘SA ‘SAT’ 

T’ T’ T’ keys are the same as the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to ‘7’ ‘7’ ‘7’ ‘7’ ‘7’ keys, respectively. These keys 

refer to days of the week when answering prompts for days of the week. 

The ‘YES’ ‘YES’ ‘YES’ ‘YES’ ‘YES’ and ‘NO’ ‘NO’ ‘NO’ ‘NO’ ‘NO’ keys are the same as the ‘8’ ‘8’ ‘8’ ‘8’ ‘8’ and ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys, respectively. These 

keys are used to answer prompts requiring a response of “yes” or “no.” 

Page 22

1462/63 1462/63 INSTRUCTION INSTRUCTION MANUAL 

MANUAL 

OPERATION 

OPERATION 

The ‘Display ‘Display ‘Display ‘Display ‘Display Clock Clock Clock Clock Clock Circuit’ Circuit’ Circuit’ Circuit’ Circuit’ and ‘Display ‘Display ‘Display ‘Display ‘Display Signal Signal Signal Signal Signal Circuits’ Circuits’ Circuits’ Circuits’ Circuits’ keys are the same as the 

‘0’ ‘0’ ‘0’ ‘0’ ‘0’ and the ‘D’ ‘D’ ‘D’ ‘D’ ‘D’ keys, respectively. Operating these keys for these functions is described 

later in this section of this manual. 

The ‘Man ‘Man ‘Manual ‘Man ‘Manual 

ual ual ual On’, On’ On’ On’ On’ ‘Man ‘Man ‘Manual ‘Man ‘Manual 

ual ual ual Off’’’’’, Off Off Off Off and ‘A ‘A ‘Auto’ ‘A ‘Auto’ 

uto’ uto’ uto’ keys are the same as the ‘1’, ‘1’ ‘1’ ‘1’ ‘1’ ‘4’, ‘4’ ‘4’ ‘4’ ‘4’ and ‘7’ ‘7’ ‘7’ ‘7’ ‘7’ 

keys, respectively. The ‘Stead ‘Stead ‘Steady ‘Stead ‘Steady 

y y y All All All All All Call’, Call’ Call’ Call’ Call’ and ‘MTB ‘MTB ‘MTB ‘MTB ‘MTB All All All All All Call’ Call’ Call’ Call’ Call’ keys are the same as the 

‘B’ ‘B’ ‘B’ ‘B’ ‘B’ and the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ keys, respectively. When functioning in this capacity, these keys are 

known as Function Keys. Operation of Function Keys is described later in this section 

of this manual. 

The ‘Men ‘Men ‘Menu’ ‘Men ‘Menu’ 

u’ u’ u’ key is the same as the ‘A’ ‘A’ ‘A’ ‘A’ ‘A’ key. Operation of this key is described later in 

this section of this manual. 

All of the keys are used in conjunction with the display to allow the operator to interface 

with the Program Time Controller. 

C.) Display 

The display of the Program Time Controller is a 16 character by 2 line LCD. This 

display normally displays time of day, date, and schedule that is currently running. The 

display of that information is commonly referred to as the “time and date display.” 

Mon 10:58:21 AM 

3-27-95 1 

Page 23 

Current Schedule 

The display is also used in conjunction with the keypad to allow the operator to interface 

with the Program Time Controller. When the operator is using the Program Time 

Controller, the display provides information to help the operator. 

The display is equipped with a backlight. This backlight is factory programmed to 

remain on continuously. It is possible to field program the backlight to be off most of 

the time. If field programmed this way, the backlight would automatically turn on if the 

keypad of the Program Time Controller is used, and would automatically turn off 2 

minutes after the operator was done using the Program Time Controller. See “Installation” 

section of this manual for instructions on field programming the backlight. 

D.) Using the System Controls to Operate and Program the Program Time Controller 

When operating or programming the Program Time Controller, the keypad and the 

display are the two system controls the operator will use almost all of the time. The 

purpose of each key is discussed in the preceding “Keypad” portion of this section of 

this manual. 

The four main types of prompts the operator will get when operating or programming 

the Program Time Controller are: (1) menu prompts; (2) text prompts; (3) toggle 

prompts; and (4) yes/no prompts.


MANUAL 

OPERATION 

OPERATION 

Menu prompts only occur when the operator has accessed a menu. The top line of the 

display usually indicates which menu has been accessed. The bottom line of the display 

scrolls the menu items available. In order to choose a menu item, the operator 

must press the key that corresponds to that item. For example, when in the Main Menu, 

to set the schedule, press the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ key. 

NOTE: Pressing the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key at a menu prompt manually scrolls down the menu 

by one item. 

Main Menu 

1=Set Schedule 

Most of the programming features will use text prompts to get the operator to provide 

some information, such as a month. Text prompts are easily recognized because they 

are accompanied by a set of angle brackets. Current settings appear inside the angle 

brackets. New information keyed in appears on the bottom line of the display. The 

operator must press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key before the Program Time Controller accepts the 

information. 

New information being keyed in is actually shifted onto the bottom line of the display 

from the right. Invalid settings (e.g., a month setting of 13) return the bottom line of the 

display to zero. This provides the operator a means of correcting mistakes. For example, 

the operator wishes to choose the month of April, but accidentally presses ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ 

instead of ‘4’. ‘4’ ‘4’ ‘4’ ‘4’ Instead of entering that number and then redoing the entire programming 

sequence, the operator can simply press ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ twice. The first ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ causes the new 

setting to be invalid and reset to zero. The second ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ becomes the new setting. Now 

the operator needs only to press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key to enter the number “4” as the month. 

NOTE: The bottom line of the display won’t change when entering zero as the new 

setting. However, if the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ key is pressed and zero is a valid setting, the new 

setting will be zero. 

If the operator keys new information and presses the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key, the new information 

will be stored. If the operator presses ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ without keying in new information, the old 

information remains stored. 

Enter Month < 1> 

0 

Some of the prompts encountered are toggle prompts. The most common toggle 

prompts are “Enter Days” and “Enter Circuits.” Toggle prompts are not accompanied by 

angle brackets containing the current setting. Instead, the current setting is shown on 

the bottom line of the display. Certain keys are pressed to change the current setting. 

The operator must press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key before the Program Time Controller accepts 

the new information. For example, when prompted to “Enter Circuits,” the operator 

presses the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to ‘6’ ‘6’ ‘6’ ‘6’ ‘6’ keys to toggle the signal circuits. If the number of the signal circuit 

is displayed on the bottom line when the operator presses the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key, that signal 

circuit will be programmed for that feature. If the number of the signal circuit is not 

displayed on the bottom line when the operator presses the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key, that signal 

circuit will not be programmed for that feature. 

Enter Circuits 

123456 

Page 24


MANUAL 

OPERATION 

OPERATION 

The yes/no prompts are the most straightforward of all the prompts. The prompt is 

usually a yes or no question. The operator then must press either the ‘YES’ ‘YES’ ‘YES’ ‘YES’ ‘YES’ or ‘NO’ ‘NO’ ‘NO’ ‘NO’ ‘NO’ 

key to answer the question. 

II.) Operating the Program Time Controller 

Operation and programming of the Program Time Controller is achieved by using the 

keypad and display. During the operation and programming of the Program Time Controller, 

all time keeping functions, clock circuit corrections, and programmed events will continue. 

The only exception to this is if the operator does something to affect these functions 

(e.g., change the time of day, disable the clock circuit, take a signal circuit out of 

automatic operation). If the 1468A RS-232 Port Option is installed, it will cease to transmit 

time and date information until operation and/or programming is completed. 

The Program Time Controller has a time-out feature which prevents it from being left in an 

other than normal mode of operation. The normal mode of operation is the mode of operation 

that accompanies the time and date display. If the operator was using Function Keys 

or programming features and didn’t return to the time and date display, approximately two 

minutes after the last key was pressed, the Program Time Controller automatically returns 

to the time and date display. This does two things for the operator: (1) prevents 

unintended access of restricted features to unauthorized personnel; and (2) prevents unneeded 

loss of the transmission of time and date from the 1468A RS-232 Port Option, if 

installed. 

A.) Access Code Security 

Erase this date 

Yes or No 

The Program Time Controller is protected from unauthorized access by access code 

security. Certain features will be inaccessible without an access code. Features affected 

by an access code are the Function Keys and the programming features. There 

are three levels of access code. The Function Keys, when access code security is 

enabled for them, can be accessed through any of the three levels of access code. 

Level 1 provides access to the least number of programming features. Level 3 provides 

access to all programming features. Any feature accessible with a lower level access 

code is accessible with a higher level access code. The Level 3 access code is field 

programmable. 

A couple of features never require an access code to be entered. These items are 

displaying the clock circuit and displaying the signal circuits. Display Clock Circuit and 

Display Signal Circuits are discussed in detail later in this section of this manual. 

Function Keys (i.e., Steady All Call, Manual On) may be programmed as “on” or “off.” If 

Function Keys are on, no access code is required to use them. If Function Keys are off, 

an access code (any level) must be entered to use them. These Function Keys are 

discussed in detail later in this section of this manual. 

Access to programming features of the Program Time Controller can be accomplished 

with any of the three access codes. However, the programming features available to 

the user depend on which access code is entered. The programming features of the 

Program Time Controller are discussed in detail later in this section of this manual. 

Page 25

NO ACCESS CODE 

REQUIRED 

Display Clock Circuit Menu 

Display Signal Circuits 


MANUAL 

ACCESS CODE 

REQUIRED 

(with Function Keys on) (with Function Keys off) 

Manual On Manual On 

Manual Off Manual Off 

Automatic Automatic 

Steady All Call Steady All Call 

MTB All Call MTB All Call 

Summary of Which Features Require 

Access Codes 

OPERATION 

OPERATION 

When an operation requires an access code to be entered, the display prompts the 

user to enter an access code. The access code is a three digit number. Each digit of 

the access code may be a number from 0 to 9. As the digits are keyed in, a number 

symbol (#) appears to indicate a number for that digit has been selected. 

NOTE: The number symbol (#) will not appear until the first non-zero digit is keyed 

in. For example, an access code of 0-1-2 would be displayed as “## “, but an 

access code of 2-1-0 would be displayed as “###”. 

After all three digits are keyed in, the user must press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ to get the Program 

Time Controller to “look at” the access code. 

Enter Accss Code 

# 

FIRST DIGIT ENTERED SECOND DIGIT ENTERED THIRD DIGIT ENTERED 

When a valid access code is used, and then the operator uses the ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ key to return 

to the time and date display, the same number of asterisks appear on the time and date 

display as the level of access code that was entered. This asterisk notation lasts until 

one of the following occurs: (1) removal of AC power; (2) hardware reset; (3) approximately 

2 minutes elapses from the time the last key was pressed. During this time, the 

user may reenter the menu or operate Function Keys without having to reenter the 

access code. 

Wed 10:58:21 AM 

* 4-6-95 0 



# # 

Wed 10:58:21 AM 

** 4-6-95 0 

LEVEL 1 LEVEL 2 LEVEL 3 

Asterisk Notation on the Time and Date Display 

Page 26 

LEVEL 1 ACCESS 

CODE 


CODE 


CODE 

Set Schedule Set Schedule Set Schedule 

Program Events Program Events 

Prog. Alt. Dates Prog. Alt. Dates 

Set Time Set Time 

Set Date Set Date 

Manual Advance Manual Advance 

Clock Enable Clock Enable 

Set Defaults 

Prog. Access Code 

Diagnostics 

Special 

Summary of Access Codes for 

Programming Features (Menu) 


# # # 

Wed 10:58:21 AM 

*** 4-6-95 0

B.) Display Circuits 

Clock 1 

RUN 


MANUAL 

OPERATION 

OPERATION 

From the time and date display, there are two features that can always be used without 

needing an access code. These features are “DISPLAY CLOCK CIRCUIT” and 

“DISPLAY SIGNAL CIRCUITS.” 

1.) DISPLAY CLOCK CIRCUIT 

“DISPLAY CLOCK CIRCUIT” shows the operator which, if any, of the clock circuit 

relays are activated. To use DISPLAY CLOCK CIRCUIT, press and hold the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ key. 

When the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ key is released, the display returns to a time and date display. 

Clock 1 

Clock 1 

RST 

Page 27 

Clock 1 

RUN RST 

RUN RELAY ACTIVATED RESET RELAY ACTIVATED BOTH RELAYS ACTIVATED 

2.) DISPLAY SIGNAL CIRCUITS 

The “DISPLAY CLOCK CIRCUIT” Feature 

“DISPLAY SIGNAL CIRCUITS” shows the operator which, if any, of the signal circuits 

are activated. To use DISPLAY SIGNAL CIRCUITS, press and hold the ‘D’ ‘D’ ‘D’ ‘D’ ‘D’ 

key. When the ‘D’ ‘D’ ‘D’ ‘D’ ‘D’ key is released, the display returns to a time and date display. 

Bell Circuits On Bell Circuits On 

Bell Circuits On 

2 

123456 

NO SIGNAL CIRCUITS SIGNAL CIRCUIT 2 ALL SIGNAL CIRCUITS 

ACTIVATED ACTIVATED ACTIVATED 

C.) Function Keys 

The “DISPLAY SIGNAL CIRCUITS” Feature 

From the time and date display, there are five features that may or may not require the 

user to enter an access code. These features are the Function Keys. If the Function 

Keys are turned “on,” then the access code is not required. If the Function Keys are 

turned “off,” then the access code is required. The Function Keys are: 

‘MANU ‘MANU ‘MANUAL ‘MANU ‘MANUAL 

AL AL AL ON’, ON’ ON’ ON’ ON’ ‘MANU ‘MANU ‘MANUAL ‘MANU ‘MANUAL 

AL AL AL OFF’, OFF’ OFF’ OFF’ OFF’ ‘A ‘A ‘AUT ‘A ‘AUT 

UT UTOMA UTOMA 

OMA OMATIC’ OMATIC’, 

TIC’ TIC’ TIC’ ‘STEAD ‘STEAD ‘STEADY ‘STEAD ‘STEADY 

Y Y Y ALL ALL ALL ALL ALL CALL CALL CALL’’’’’ CALL CALL , and 

‘MTB ‘MTB ‘MTB ‘MTB ‘MTB ALL ALL ALL ALL ALL CALL’’’’’. CALL CALL CALL CALL 

When the Function Keys are off, the prompting for an access code acts as a software 

“lock,” and entering a correct access code “unlocks” the feature. The Function Keys 

are either ALL on or ALL off. There is no way to individually turn some Function Keys 

on and others off.


MANUAL 

OPERATION 

OPERATION 

1.) The Virtual ON/OFF/AUTO Switch 

The ‘MANU ‘MANU ‘MANUAL ‘MANU ‘MANUAL 

AL AL AL ON’, ON’ ON’ ON’ ON’ ‘MANU ‘MANU ‘MANUAL ‘MANU ‘MANUAL 

AL AL AL OFF’, OFF’ OFF’ OFF’ OFF’ and ‘A ‘A ‘AUT ‘A ‘AUT 

UT UTOMA UTOMA 

OMA OMATIC’ OMATIC’ 

TIC’ TIC’ TIC’ Function Keys work together. 

They perform the same function that the “ON/OFF/AUTO” switch performed 

on many older Program Time Controllers. Thus, these three Function Keys are 

sometimes referred to as the “virtual ON/OFF/AUTO switch.” A signal circuit can 

only ever be in one of these three conditions at any given time. The default condition 

is “AUTOMATIC.” 

The only feature that can override the virtual switch position of a signal circuit is All 

Call. If the user does NOT want All Call to override the virtual switch position, then 

the user must program that signal circuit to NOT be an “All Call” signal circuit. Details 

on how to do this are covered later in this section of this manual. 

An AC power loss will not change the status of a signal circuit in terms of one these 

“switch positions.” For example, a signal circuit that is turned on “manually” when 

an AC power loss occurs will still be on when AC power is restored. 

a.) Manual On 

The “MANUAL ON” function turns a signal circuit on. When this is done, the 

signal circuit will remain on until the user changes it to “MANUAL OFF” or 

“AUTOMATIC” status. 

Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ key may or may not result in the display prompting for an access 

code. If not, or once a correct access code is entered, the display prompts the 

user to select the signal circuit to be turned on. The user must press the keys 

corresponding to the signal circuits desired to be on, and then press ‘Enter’. ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ 

Prompt to User to Enter the Signal Circuits to be Turned On “Manually” 

b.) Manual Off 

Circs to turn On 

The “MANUAL OFF” function disables a signal circuit. When this is done, the 

signal circuit will remain deactivated until the user changes it to “MANUAL ON” 

or “AUTOMATIC” status. 



user to select the signal circuit to be disabled. The user must press the keys 

corresponding to the signal circuits the user wishes to disable, and then press 

‘Enter’. ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ 

Circs to Disable 

Prompt to User to Enter the Signal Circuits to be Disabled “Manually” 

Page 28

c.) Automatic 


MANUAL 

OPERATION 

OPERATION 

The “AUTOMATIC” function allows the signal circuit to be used for programmed 

events. While a signal circuit is in automatic condition, it operates in accordance 

to the currently running schedule of programmed events. If in "AUTOMATIC" 

condition, the signal circuit will remain in "AUTOMATIC" condition until the user 

changes it to “MANUAL ON” or “MANUAL OFF” status. 



user to select the signal circuit to be returned to automatic condition. The user 

must press the keys corresponding to the signal circuits the user wishes to 

return to automatic condition, and then press ‘Enter’. ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ 

Prompt to User to Enter the Signal Circuits to be Returned to “Automatic” Operation 

2.) All Call 

The ‘STEAD ‘STEAD ‘STEADY ‘STEAD ‘STEADY 

Y Y Y ALL ALL ALL ALL ALL CALL’’’’’, CALL CALL CALL CALL and ‘MTB ‘MTB ‘MTB ‘MTB ‘MTB ALL ALL ALL ALL ALL CALL CALL CALL’’’’’ CALL CALL Function Keys are two 

variations of the same function. The ‘STEAD ‘STEAD ‘STEADY ‘STEAD ‘STEADY 

Y Y Y ALL ALL ALL ALL ALL CALL CALL CALL’’’’’ CALL CALL Function Key activates 

(steady on) all signal circuits programmed as “All Call” signal circuits. The ‘MTB ‘MTB ‘MTB ‘MTB ‘MTB 

ALL ALL ALL ALL ALL CALL CALL CALL’’’’’ CALL CALL Function Key pulses all signal circuits programmed as “All Call” signal 

circuits. The pulse rate is on and off once a second. Unlike the virtual switch 

positions, All Call is cancelled when AC power is lost. 

a.) Steady All Call 

Message to Operator that All Call is in Use 

Pressing the ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ key may or may not result in the display prompting for an 

access code. If not, or once a correct access code is entered, all signal circuits 

programmed as “All Call” signal circuits activate and the display informs the 

operator that All Call is in use. 

To cancel Steady All Call operation, press the ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ key again, and if necessary, 

enter a correct access code. 

b.) MTB All Call 

Circs to AUTO 

123456 

Wed 12:00 AM 

All Call Enabled 

Pressing the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key may or may not result in the display prompting for an 

access code. If not, or once a correct access code is entered, all signal circuits 

programmed as “All Call” signal circuits begin to pulse and the display informs 

the operator that All Call is in use. 

To cancel MTB All Call operation, press the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key again, and if necessary, 

enter a correct access code. 

Page 29


MANUAL 

OPERATION 

OPERATION 

III.) III.)Programming III.) Programming the the Program Program Time Time Controller 

Controller 

All operator programming is done with the aid of the keypad and LCD display. Pressing the 

‘MENU’ MENU’ MENU’ MENU’ MENU’ key while the display is showing the time and date will start the programming 

process. There are three levels of access for programming. The operator will be asked for 

an access code. After the correct access code is entered, the Main Menu is displayed. 

NOTE: Access codes are provided on the code card furnished with this manual. 

A.) A.) Level Level 1 1 1 Programming: Programming: To access Level 1 programming features, when prompted for 

the access code, use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the code for Level 1 and press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ 

key. If the code was entered properly, the display will show the Main Menu. There is only 

one choice for Level 1: 1=Set Schedule. 

Set Set Schedule: Schedule: Schedule: The 1462/63 will run a main schedule, or when necessary, an alternate 

schedule. After pressing ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ from the Main Menu, the Schedule Menu is displayed. There 

are two choices in this menu: 1=Main Schedule, and 2=Alternate Schedule. The main 

schedule is the programmed schedule that is used on a day to day basis. An alternate 

schedule will only run on the day (until 12:00AM) it is programmed in. 

Schedule Menu 

1=Main Schedule 


# # # 

Main Menu 


1.) 1.) Set Set Main Main Schedule: Schedule: To set the main schedule, press the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ (Main Schedule) key. The 

display now prompts the operator to enter # of the schedule that you want to assign as 

the main schedule. The current main schedule is shown between < >. Use the number 

keys to enter a number from 0 to 9. After the new schedule number is typed in, press 

the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key to accept the new schedule. This new main schedule will be active until 

it is changed through the keypad. 

Main Sched < 1> 

0 

2.) 2.) Set Set Alternate Alternate Schedule: Schedule: To set an alternate schedule, press the ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ (Alternate 

Schedule) key. The display now prompts the operator to enter the # of the schedule that 

you want to act as the alternate schedule. The current schedule is shown between 

< >. Use the number keys to enter a number from 0 to 9. After the new schedule number 

is typed in, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key to accept the new schedule. From now until 12:00 AM, 

the signal circuits of the Program Time Controller will be controlled from the alternate 

schedule. 

Spec Event < 1> 

0 

Page 30 

Schedule Menu 

2=Alternat Sched

B.) B.) Level Level Level 2 2 2 Programming: 

Programming: 


MANUAL 

OPERATION 

OPERATION 

To access Level 2 programming features, when prompted for the access code, use the 

‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the code for Level 2 and press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. If the code was entered 

properly, the Main Menu will scroll through the following screens: 1=Set Schedule, 

2=Program Events, 3=Alternate Dates, 4=Set Time, 5=Set Date, 6=Manual Advance, and 

7=Clock Enable. 

Main Menu 


Main Menu 

3=Alternat Dates 

Main Menu 

5=Set Date 

1.) 1.) Set Set Schedule: Schedule: The 1 = Set Schedule feature in Level 2 operates the same as it does 

in Level 1. 

2.) Program Events: 

Main Menu 

7=Clock Enable 

a.) What is an event and why program it? 

Events are occurrences that operate the Program Time Controller's signal circuits. 

Events are used to ring bells (i.e., in a factory or school), or operate utility devices 

(i.e., lights). 

Each event occurs at a specified time on one or more specified days. Events occur 

sequentially according to a schedule. All ten schedules of the Program Time 

Controller are capable of causing events. Each event can affect just one or as many 

as six signal circuits. Each event can be one of the following events: start, stop, or 

duration. A start event simply turns its associated signal circuits on. A stop event 

simply turns its associated signal circuits off. A duration event will turn its associated 

signal circuits on for a specified amount of time, and then turn them back off. All of 

these parameters are programmable for each event. 

All of the events programmed into the Program Time Controller are stored in the 

NVRAM in an area called the event table. When an event is added, it is added to 

the back of the event table. Then, when all adding and editing of events is completed, 

the Program Time Controller sorts the events in chronological order. 

A couple of important points on programming events: 

1.) A start event always overrides a duration event. This means if a signal circuit 

was activated by a start event, a duration event cannot deactivate it. Only 

a stop event can cancel a start event. 

2.) Caution should be used to make sure that two events running the same signal 

circuits from the same schedule do not occur at the same point in time. The 

Program Time Controller will only cause one of these events to occur, and it 

might not be the event you want. 

Page 31 

Main Menu 

2=Prog Events 

Main Menu 

4=Set Time 

Main Menu 

6=Manual Advance


MANUAL 

OPERATION 

OPERATION 

b.) The Program Events / Edit Events Menu: The Program Events / Edit Events Menu 

allows for editing or adding events. After selecting ‘2’ from the Main Menu, the 

Program Events / Edit Events Menu is displayed. There are four choices in this 

menu: 1=Add Events, 2=Edit Events By Schedule, 3=Edit Events By Circuit and 

4=Edit All Events. 

c.) c.) Adding Adding Events: Events: To add an event, press the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ (Add Events) key at the Program 

Events / Edit Events Menu. After selecting ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ from the Program Events / Edit Events 

Menu, the Add Event Menu is displayed. There are two choices in this menu: 1=Add 

and Esc=Quit. 

Add Event Menu 

1=Add Esc=Quit 

Pressing ‘‘‘‘‘Esc’’’’’ returns the operator to the Program Events / Edit Events Menu. 

Pressing ‘‘‘‘‘1’’’’’ adds an event and prompts the operator through the following screens 

to program the new event's parameters. 

Enter Hours 

0 

Enter Mins < 0> 

0 

Enter Secs < 0> 

0 

AM or PM 

1=AM 2=PM 

Enter Days 

Days SMTWTFS 

Enter Sched < 1> 

0 

Program Events 

1=Add Event 

Edit Events 

3=By Circuit 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the event hour. If the 1462/63 is set for 

24 hour format, be sure to enter the PM hours correctly. Entering the 

hours will display the new data on the second line of the display. After 

the hour is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the event minutes. Entering the minutes 

will display the new data on the second line of the display. After the 

minute is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the event seconds. Entering the 

seconds will display the new data on the second line of the display. 

After the second is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key to enter AM or PM. Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key 

will change the information in the brackets < > and advance the 

operator to the next screen. 

NOTE: NOTE: NOTE: This This display display is is only only only available available available if if the the clock clock is is set set for for 12 12 hour 

hour 

operation. 

operation. 

Use the ‘SUN’ ‘SUN’ ‘SUN’ ‘SUN’ ‘SUN’ to ‘SAT’ ‘SAT’ ‘SAT’ ‘SAT’ ‘SAT’ keys to enter the days the event is active. 

Entering the days will toggle the first letter of the day on the second 

line. After the days are entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the schedule number that the event is 

associated with. Entering the schedule will display the new data on the 

second line of the display. After the schedule is entered, press the 

‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Page 32 

Edit Events 

2=By Schedule 

Edit Events 

4=Edit All


123456 

 

Start Stop Dura 

< Stop Event > 


Enter Dura < 0> 

0 


MANUAL 

OPERATION 

OPERATION 

Use the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to ‘6’ ‘6’ ‘6’ ‘6’ ‘6’ keys to enter the circuits that this event controls. 

Entering the circuit will toggle the number of the circuit on the 

second line. After the circuits are entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

One of these three displays will be available next. The top line 

indicates the current configuration. 

Use the ‘A’, ‘A’ ‘A’ ‘A’ ‘A’ ‘B’, ‘B’ ‘B’ ‘B’ ‘B’ or ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ keys to change the event to a timed 

duration, start or stop event. Pressing the ‘A’ ‘A’ ‘A’ ‘A’ ‘A’ key will cause this 

event to be a start event. The ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ key will cause this event to be a stop 

event and the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key will cause this event to be a duration event. After 

this information is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

The following display is only available when the event is a duration event. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the duration of the signal circuit 

activation (60 seconds maximum). Entering the duration will 

display the new data on the second line of the display. After the 

duration is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

d.) d.) Scanning Scanning and and and Editing Editing Events: Events: To scan the events stored in the event table 

and/or edit those events, press ‘2’, ‘2’ ‘2’ ‘2’ ‘2’ ‘3’, ‘3’ ‘3’ ‘3’ ‘3’ or ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ at the Program Events / Edit Events 

Menu. 

Pressing ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ allows the operator to scan and edit events by schedule. When ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ 

is pressed, the display prompts the operator to enter the schedule number. Use 

the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the schedule of events to be scanned and/or edited 

and then press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Schedule Number 

001 

Pressing ‘3’ ‘3’ ‘3’ ‘3’ ‘3’ allows the operator to scan and edit events by circuit. When ‘3’ ‘3’ ‘3’ ‘3’ ‘3’ is 

pressed, the display prompts the operator to enter a circuit number. The circuit 

number corresponds to a signal circuit. All of the events that can be scanned 

and/or edited when a number is selected are the events that affect this signal 

circuit. Use the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to ‘6’ ‘6’ ‘6’ ‘6’ ‘6’ keys to enter the circuit number. 

Circuit Number 

Page 33


MANUAL 

OPERATION 

OPERATION 

Pressing ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ allows the operator to scan and edit all events in the event table. 

Once the manner by whichevents are to be scanned and/or edited has been 

chosen, those events are displayed in chronological order on the second line of 

the display. The first line of the display will show the current number and the 

total number of events that exist for your choice. Then the first line will scroll 

through the available options. 

Enter=Edit Event 

12:00:00 AM 

0=Delete Event 

12:00:00 AM 

A=Next Event 

12:00:00 AM 

B=Previous Event 

12:00:00 AM 

C=First Event 

12:00:00 AM 

D=Last Event 

12:00:00 AM 

Current 

event #. 

Event 001 of 004 

12:00:00 AM 

Pressing the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key will allow the operator to view and/or 

change the event information. 

Pressing the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ key will erase the current event after prompting the 

operator. 

Pressing the ‘A’ ‘A’ ‘A’ ‘A’ ‘A’ key will advance the current event number by one 

and display the event time on the bottom line of the display. 

Pressing the ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ key will decrease the current event number by one 

and display the event time on the bottom line of the display. 

Pressing the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key will set the current event number to one and 

display the event time on the bottom line of the display. 

Pressing the ‘D’ ‘D’ ‘D’ ‘D’ ‘D’ key will set the current event number to the last 

event and display the event time on the bottom line of the display. 

Page 34 

Total # 

of events. 

Time of 

this event


MANUAL 

OPERATION 

OPERATION 

When the ‘‘‘‘‘Enter’’’’’ key is pressed, the operator can view and/or edit the parameters 

of the current event. Editing an event is similar to adding an event, in terms of how 

the parameters are changed. 

Enter Hours 

0 


0 

Enter Secs < 0> 

0 

AM or PM 

1=AM 2=PM 

Enter Days 

Days SMTWTFS 

Enter Sched < 1> 

0 


123456 

 


< Stop Event > 


Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the event hour. If the 1462/63 is set for 

24 hour format, be sure to enter the PM hours correctly. Entering the 

hours will display the new data on the second line of the display. After 

the hour is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the event minutes. Entering the minutes 

will display the new data on the second line of the display. After the 


Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the event seconds. Entering the 

seconds will display the new data on the second line of the display. 

After the second is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key to enter AM or PM. Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key 

will change the information in the brackets < > and advance the 

operator to the next screen. 

NOTE: NOTE: NOTE: This This display display is is is only only available available if if the the the clock clock is is is set set for for 12 12 hour 

hour 

operation. 

operation. 

Use the ‘SUN’ ‘SUN’ ‘SUN’ ‘SUN’ ‘SUN’ to ‘SAT’ ‘SAT’ ‘SAT’ ‘SAT’ ‘SAT’ keys to enter the days the event is active. 

Entering the days will toggle the first letter of the day on the second 

line. After the days are entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the schedule number that the event is 

associated with. Entering the schedule will display the new data on the 


‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. NOTE: NOTE: NOTE: The The schedule schedule CANNOT CANNOT be be altered altered if if editing 

editing 

by by schedule. 

schedule. 

Use the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to ‘6’ ‘6’ ‘6’ ‘6’ ‘6’ keys to enter the circuits that this event controls. 

Entering the circuit will toggle the number of the circuit on the 

second line. After the circuits are entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

NOTE: NOTE: The The circuits circuits CANNOT CANNOT be be altered altered if if if editing editing by by circuits. 

circuits. 

One of these three displays will be available next. The top line 

indicates the current configuration. 

Use the ‘A’, ‘A’ ‘A’ ‘A’ ‘A’ ‘B’, ‘B’ ‘B’ ‘B’ ‘B’ or ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ keys to change the event to a timed 

duration, start or stop event. Pressing the ‘A’ ‘A’ ‘A’ ‘A’ ‘A’ key will cause this 

event to be a start event. The ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ key will cause this event to be a stop 

event and the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key will cause this event to be a duration event. After 

this information is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

The following display is only available when the event is a duration event. 

Enter Dura < 0> 

0 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the duration of the signal circuit 

activation (60 seconds maximum). Entering the duration will 


duration is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Page 35


0 

Enter Day < 0> 

0 

Enter Year < 0> 

0 

Entr Sched < 0> 

0 

Prog Alt Dates 

1=Add Alt Date 


MANUAL 

OPERATION 

OPERATION 

Main Menu 


3.) 3.) Alternate Alternate Dates Dates : : : The 1462/63 can be programmed with up to 32 alternate dates. 

On the programmed dates the 1462/63 will automatically change to an alternate 

schedule for that day and return to the main schedule the following day. After 

pressing ‘3’ ‘3’ ‘3’ ‘3’ ‘3’ from the Main Menu, the Program Alternate Dates Menu is displayed. 

There are two choices in this menu: 1=Add Alt Date and 2=Edit Alt Date. 

Page 36 

Prog Alt Dates 

2=Edit Alt Date 

NOTE: NOTE: Caution should be used to make sure that two alternate dates are not 

programmed for the same dates, but different alternate schedules. The 

Program Time Controller will only use one of these alternate dates, and 

it might not be the alternate date you want. 

a.) a.) Adding Adding Alternate Alternate Dates: Dates: To add alternate dates, press the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ (Add Alt Date) key 

from the Program Alternate Dates Menu. After selecting ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ from Program Alternate 

Dates Menu, the Add Alternate Date Menu is displayed. There are two choices in 

this menu: 1=Add and Esc=Quit. 

Add Alt Dte Menu 

1=Add Esc=Quit 

Pressing ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ returns the operator to the Program Alternate Dates Menu. 

Pressing ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ adds an alternate date and prompts the operator through the following 

screens to program the new alternate date data. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate date's month. Entering 

the month will display the new data on the second line of the display. 

After the month is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate date's day. Entering the 

day will display the new data on the second line of the display. After 

the day is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate date's year. Entering the 

year will display the new data on the second line of the display. After 

the year is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate schedule to be run on this 

date. Entering the schedule will display the new data on the second 

line of the display. After the schedule is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key.


MANUAL 

OPERATION 

OPERATION 

b.) b.) b.) Scanning Scanning Scanning and and Editing Editing Alternate Alternate Alternate Dates: Dates: To scan all of the alternate dates 

programmed into the 1462/1463, press the ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ (Edit Alt Date) key from the 

Program Alternate Dates Menu. 

Pressing ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ displays in chronological order the alternate dates programmed into 

the 1462/1463 on the second line of the display. The first line of the display will 

show the current alternate date and the total number of alternate dates 

programmed. Then the first line will scroll through the available options. 

Enter=Edit Date 

1-01-95 0 

0=Delete Date 

1-01-95 0 

A=Next Date 

1-01-95 0 

B=Previous Date 

1-01-95 0 

C=First Date 

1-01-95 0 

D=Last Date 

1-01-95 0 

Current 

Alternate 

Date # 

Alt Dte 001 of 004 

5-05-93 5 

Pressing the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key will allow the operator to view and/or 

change the alternate date parameters. 

Pressing the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ key will erase the current alternate date after 

prompting the operator. 

Pressing the ‘A’ ‘A’ ‘A’ ‘A’ ‘A’ key will advance the current alternate date number by 

one and display it on the bottom line of the display. 

Pressing the ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ key will decrease the current alternate date number 

by one and display it on the bottom line of the display. 

Pressing the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key will set the current alternate date number to one 

and display it on the bottom line of the display. 

Pressing the ‘D’ ‘D’ ‘D’ ‘D’ ‘D’ key will set the current alternate date number to the 

last alternate date and display it on the bottom line of the display. 

When the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key is pressed, the operator can view and/or change the 

parameters of the current alternate date. Editing an alternate date is similar to 

adding an alternate date, in terms of how parameters are changed. 


0 


0 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate date's month. 

Entering the month will display the new data on the second line of 

the display. After the month is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate date's day. Entering 

the day will display the new data on the second line of the display. 

After the day is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Page 37 

Date 

Total # of 

Alternate Dates 

Alternate 

Schedule


0 

Entr Sched < 0> 

0 


MANUAL 

OPERATION 

OPERATION 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate date's year. Entering 

the year will display the new data on the second line of the display. 

After the year is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the alternate schedule to be run on 

this date. Entering the schedule will display the new data on the 



4.) 4.) Set Set Time: Time: After pressing ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ from the Main Menu, the operator is prompted through 

the following screens to set the time. 

Enter Hour < 0> 

0 

Enter Min < 0> 

0 

Enter Sec < 0> 

0 

AM or PM 

1=AM 2=PM 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the hour. Entering the hour will 


hour is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the minute. Entering the minute will 



Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the second. Entering the second 

will display the new data on the second line of the display. After 

the second is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ keys to enter the AM/PM indicator. Pressing the 

‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key will change the information in the brackets and 

return the operator to the Main Menu. NOTE: NOTE: This This This display display is 

is 

only only only available available available if if the the clock clock is is is set set for for for 12 12 12 hour hour operation. 

operation. 

5.) 5.) Set Set Set Date: Date: After pressing ‘5’ ‘5’ ‘5’ ‘5’ ‘5’ from the Main Menu, the operator is prompted through 

the following screens to set the date. 


0 


0 


0 

Main Menu 

4=Set Time 

Main Menu 

5=Set Date 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the month. Entering the month will 

display the new data on the second line of the display. After the month 

is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the day. Entering the day will display 

the new data on the second line of the display. After the day is entered, 

press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the year. Entering the year will display 

the new data on the second line of the display. After the year is 

entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

NOTE: NOTE: Under some circumstances, it may be possible to program in an erroneous 

date (e.g., 2-31-95). Be sure to verify that the date used exists. 

Page 38


MANUAL 

OPERATION 

OPERATION 

Main Menu 

6=Manual Advance 

6.) 6.) 6.) Manual Manual Advance: Advance: A manual advance is the partial or complete hourly correction of 

the secondary clocks by manually controlling the clock circuit at the keypad. The 

operation of the clock circuit will vary to be consistent with the clock code programmed 

for the clock circuit (See "Program Clocks" in the Level 3 Programming 

section of this manual). For clock circuits programmed with a clock code not having 

an hourly correction, the manual advance will be inoperative. 

Some precautions should be taken when performing a manual advance. Failure to 

follow these precautions could scatter the times displayed by the secondary clocks. 

a.) AVOID MANUALLY ADVANCING SECONDARY CLOCKS BETWEEN 5 

MINUTES PRIOR AND 5 MINUTES AFTER EACH HOUR. This is usually the 

time automatic hourly corrections occur. 

b.) AVOID MANUALLY ADVANCING SECONDARY CLOCKS BETWEEN THE 

HOURS OF 5 AM AND 6 AM AND BETWEEN THE HOURS OF 5 PM AND 

6 PM. This is usually the time automatic 12 hour corrections occur. 

c.) AVOID HOLDING THE ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ KEY IN FOR MORE THAN 2 MINUTES AT A TIME. 

Most manual advances will require no more than 1 minute of holding the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key 

in. 

After pressing ‘6’ ‘6’ ‘6’ ‘6’ ‘6’ from the Main Menu, the operator is prompted through the following 

screen to manually advance the clock circuit. 

C=Advance Clk 1 

Press and hold the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ key as long as necessary to manually advance 

the secondary clock connected to the clock circuit. Release the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ 

key and press the ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ key when finished. 

Main Menu 


7.) 7.) 7.) Clock Clock Enable: Enable: After pressing ‘7’ ‘7’ ‘7’ ‘7’ ‘7’ from the Main Menu, the operator is prompted 

through the following screens to enable or disable the clock circuit. Disabling the 

clock circuit will de-energize all the relays of the clock circuit and prevent them from 

operating. 

NOTE: Synchronous clocks receive their run power through the normally closed 

contact on the run relay. Therefore, they will continue to run when the clock circuit 

is disabled. 

Clock 1 

1=Enable 2=Dis 

Use the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ key to enable the clock circuit or the ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key to disable 

the clock circuit. Entering enable or disable will change the data 

between the brackets. After enable or disable is entered, press the 


Page 39

C.) C.) Level Level Level 3 3 3 Programming: 

Programming: 


MANUAL 

OPERATION 

OPERATION 

To access Level 3 programming features, when prompted for the access code, use the 

‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the code for Level 3 and press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. If the code was entered 

properly, the Main Menu will scroll through the following screens: 1=Set Schedule, 

2=Program Events, 3=Alternate Dates, 4=Set Time, 5=Set Date, 6=Manual Advance, 

7=Clock Enable, 8=Set Defaults, 9=Not Available, B=Access Code, C=Diagnostics, and 

D=Special. 

Main Menu 


Main Menu 


Main Menu 

5=Set Date 

Main Menu 


Main Menu 

9=Not Available 

Main Menu 

C=Diagnostics 

1.) 1.) Set Set Schedule: Schedule: The 1=Set Schedule feature in Level 3 operates the same as it does in 

Level 1. 

2.) 2.) Program Program Program Events: Events: Events: The 2=Program Events feature in Level 3 operates the same as it 

does in Level 2. 

3.) 3.) Alternate Alternate Dates: Dates: The 3=Alternate Dates feature in Level 3 operates the same as it 


4.) 4.) Set Set Time: Time: The 4=Set Time feature in Level 3 operates the same as it does in Level 2. 

5.) 5.) Set Set Date: Date: The 5=Set Date feature in Level 3 operates the same as it does in Level 2. 

6.) 6.) Manual Manual Advance: Advance: The 6=Manual Advance feature in Level 3 operates the same as it 


7.) 7.) Clock Clock Clock Enable: Enable: The 7=Clock Enable feature in Level 3 operates the same as it does in 

Level 2. 

Page 40 

Main Menu 

2=Prog Events 

Main Menu 

4=Set Time 

Main Menu 


Main Menu 

8=Set Defaults 

Main Menu 

B=Access Code 

Main Menu 

D=Special


MANUAL 

OPERATION 

OPERATION 

Main Menu 


8.) Set Defaults: The Set Defaults Menu allows for altering the basic operation of the 

Program Time Controller. After pressing ‘8’ from the Main Menu, the Set Defaults Menu 

is displayed. There are ten choices in this menu: 1=Set Time Base, 2=Set Time Format, 

3=Set Line Freq, 4=Daylight Save, 5=All Call, 6=Serial Port, 8=Mast to Mast, 9=Prog 

Clocks, A=Function Keys, and D=Clear Memory. 

Set Defaults 

1=Set Time Base 

Set Defaults 

3=Set Line Freq 

Set Defaults 

5=All Call 

Set Defaults 


Set Defaults 

9=Prog Clocks 

Set Defaults 

D=Clear Memory 

a.) a.) a.) Set Set Time Time Base: Base: To set the time base of the Program Time Controller, press the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ 

(Set Time Base) key from the Set Defaults Menu. The display now prompts the 

operator to press ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ for line frequency or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ for the oscillator. Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or 

‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key will change the data in the brackets . After the time base is entered, press 

the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Time Base 

1=LINE 2=OSC 

b.) b.) b.) Time Time Format: Format: To set the time format of the Program Time Controller , press the ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ 

(Set Time Format) key from the Set Defaults Menu. The display now prompts the 

operator to press ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ for 12 Hour or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ for 24 Hour format. Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ 

key will change the data in the brackets . After the time format is entered, press 

the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Time Format 

1=12HR 2=24HR 

Page 41 

Set Defaults 

2=Set Time Formt 

Set Defaults 

4=Daylight Save 

Set Defaults 

6=Serial Port 

Set Defaults 

8=Mast to Mast 

Set Defaults 

A=Function Keys


MANUAL 

OPERATION 

OPERATION 

LIne Freq 

1=50HZ 2=60HZ 

c.) c.) Set Set Line Line Freq: Freq: To set the line frequency of the Program Time Controller for time 

keeping purposes, press the ‘3’ ‘3’ ‘3’ ‘3’ ‘3’ (Set Line Freq) key from the Set Defaults Menu. The 

display now prompts the operator to press ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ for 50 HZ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ for 60 HZ. Pressing 

the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key will change the data in the brackets . After the line frequency 

is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. NOTE: The Time Base option must be set to LINE LINE LINE LINE LINE 

before this option is available. 

Daylight 


d.) d.) d.) Set Set Daylight Daylight Savings: Savings: To enable or disable the automatic daylight savings feature, 

press the ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ (Daylight Savings) key from the Set Defaults Menu. The display now 

prompts the operator to press ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to enable or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ to disable daylight savings. 

Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key will change the data in the brackets . After daylight 

savings is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

NOTE: NOTE: When the Daylight Savings Time feature is enabled, the change from 

standard time to Daylight Savings Time actually occurs at 2:03 AM. The 

change from Daylight Savings Time to standard time occurs at 2:01 AM. 

All Call Circuit 

123456 

e.) e.) All All Call Call Call Feature: Feature: To enable or disable the operation of All Call for each signal 

circuit, press the ‘5’ ‘5’ ‘5’ ‘5’ ‘5’ (All Call) key from the Set Defaults Menu. The display now 

prompts the operator to press the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to ‘6’ keys to toggle the All Call feature on or 

off for each circuit. Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ to ‘6’ ‘6’ ‘6’ ‘6’ ‘6’ keys will change the data on the second 

line of the display. After All Call signal circuits are entered, press the 'Enter' 'Enter' 'Enter' 'Enter' 'Enter' key. 

Serial 


f.) f.) Serial Serial Port: Port: To enable or disable the serial port (1468A RS-232 Port Option), press 

the ‘6’ ‘6’ ‘6’ ‘6’ ‘6’ (Serial Port) key from the Set Defaults Menu. The display now prompts the 

operator to press the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key to enable or disable the serial port. Pressing the 

‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ key will change the data in the brackets . After enable or disable is 

entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

After enabling the serial port, the operator will be prompted to set the baud rate. 

Press ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ for 1200 baud, ‘2’ ‘2’ ‘2’ ‘2’ ‘2’ for 2400 baud, ‘3’ ‘3’ ‘3’ ‘3’ ‘3’ for 9600 baud or ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ for 19200 baud. 

Pressing the ‘1’, ‘1’ ‘1’ ‘1’ ‘1’ ‘2’, ‘2’ ‘2’ ‘2’ ‘2’ ‘3’, ‘3’ ‘3’ ‘3’ ‘3’ or ‘4’ ‘4’ ‘4’ ‘4’ ‘4’ key will change the data in the brackets . After the 

baud rate is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

Baud Rate 

1=1200 2=2400 

Page 42


MANUAL 

OPERATION 

OPERATION 

g.) g.) g.) Master to Master Sync: The 1466 Master to Master Synchronization Option allows 

this Program Time Controller to synchronize or be synchronized to another time 

system. The time this synchronization occurs is referred to as the master to 

master synchronization time. This Program Time Controller allows the user to 

select the master to master synchronization time’s hour and minute. See the 

1466 Installation Instructions (P/N 445739) for details on how to install the 1466 

Master to Master Synchronization Option into this Program Time Controller. 

If the Program Time Controller synchronizes the other time system to itself, the 

Program Time Controller is considered to be the “master.” When the Program 

Time Controller is the master, it will provide a two second contact closure 

across the “O” and “A” terminals of TB1 on the main board. This contact closure 

begins on the 33rd second of the master to master synchronization time. 

If the Program Time Controller is synchronized to the other time system, the 

Program Time Controller is considered to be the “slave.” When the Program 

Time Controller is the slave, it will change its time to the 35th second of the 

master to master synchronization time when 12 VDC is applied across the “C+” 

and “C-” terminals of TB1 on the main board. This time will be held until the 

voltage at TB1 is removed. 

When selecting the master to master synchronization time, the user should take 

the following precautions: 

(1) AVOID USING A MASTER TO MASTER SYNCHRONIZATION TIME THAT IS 

BETWEEN 5 MINUTES BEFORE AND 5 MINUTES AFTER EACH HOUR. 

This is usually the time automatic hourly corrections of secondary clocks 

occur. 


BETWEEN 5:00 AM AND 6:00 AM, AND BETWEEN 5:00 PM AND 6:00 PM. 

This is usually the time automatic 12 hour corrections of secondary clocks 

occur. 


WITHIN 5 MINUTES OF A PROGRAMMED EVENT. 

Page 43


MANUAL 

OPERATION 

OPERATION 

To program the master to master synchronization, press the ‘8’ (Master to 

Master) key from the Set Defaults Menu. The display now prompts the operator 

through the following screens to program the master to master synchronization. 

 

1=Master 2=Slave 

Enter Hours 

0 


0 

AM or PM 

1=AM 2=PM 

Use the ‘1’ or ‘2’ key to enter Master/Slave operation. Pressing the 

‘1’ or ‘2’ key will change the information in the brackets < >. After 

Master/Slave is entered, press the ‘Enter’ key. 

Use the ‘0’ to ‘9’ keys to enter the sync time hour. If the clock is set 

for 24 hour format, be sure to enter the PM hour correctly. Entering 

the hour will display the new data on the second line of the display. 

After the hour is entered, press the ‘Enter’ key. 

Use the ‘0’ to ‘9’ keys to enter the sync time minute. Entering the 

minute will display the new data on the second line of the display. 

After the minute is entered, press the ‘Enter’ key. 

Use the ‘1’ or ‘2’ key to enter AM or PM. Pressing the ‘1’ or ‘2’ key 

will change the information in the brackets < >, and return the operator 

to the Set Defaults Menu. NOTE: This display is only available 

if the clock is set for 12 hour operation. 

h.) h.) h.) Program Program Program Clocks: Clocks: To program the type of secondary clocks, press the ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ (Program 

Clocks) key from the Set Defaults Menu. The display now prompts the operator 

through the following screen to program the secondary clock circuit operation. See 

clock code selection chart in Appendix B. 

Clock 1 Code< 0> 

0 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter the clock code for the clock circuit. 

Entering the code will display the new data on the second line of the 

display. After the code is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

i.) i.) Function Function Keys: Keys: To enable or disable access code security for the function 

keys, press the ‘A’ ‘A’ ‘A’ ‘A’ ‘A’ (Function Keys) key from the Set Defaults Menu. The display 

now prompts the operator to press ‘1’ ‘1 ‘1 ‘1 ‘1 to turn off access code security or ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to 

turn on access code security for the function keys. Pressing the ‘1’ ‘1’ ‘1’ ‘1’ ‘1’ or ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ key will 

change the data in the brackets . After on/off is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ 

key. 

Functn Keys 

1=ON 0=OFF 

NOTE: NOTE: The Function Keys are not individually programmable. This feature either 

turns all Function Keys on or all Function Keys off. 

NOTE: NOTE: The Function Keys are considered to be turned on if their access security 

is turned off. 

Page 44


MANUAL 

OPERATION 

OPERATION 

j.) j.) Clear Clear Memory: Memory: To clear all programming, press the ‘D’ ‘D’ ‘D’ ‘D’ ‘D’ (Clear Memory) key from 

the Set Defaults Menu. The display now prompts the operator to press YES’ ‘YES YES YES YES to 

clear the Program Time Controller memory or ‘NO’ ‘NO’ ‘NO’ ‘NO’ ‘NO’ to exit without clearing the 

memory. 

Clear All Memory 

Are You Sure Y/N 

WARNING: WARNING: Answering Answering ‘YES’ ‘YES’ ‘YES’ ‘YES’ ‘YES’ to to this this display display clears clears all all programming programming and 

and 

event event data. 

data. 

Main Menu 

B=Access Code 

9.) 9.) Access Access Code: Code: To change the Level 3 access code, press the ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ (Access Code) key 

from the Main Menu. After pressing ‘B’ ‘B’ ‘B’ ‘B’ ‘B’ from the Main Menu, the operator is prompted 

through the following screen to change the access code for Level 3 Programming 

Features. 

WARNING: WARNING: DO DO NOT NOT USE USE THE THE Level Level 1 1 or or Level Level 2 2 ACCESS ACCESS CODE CODE AS AS A A A Level Level Level 3 

3 

ACCESS ACCESS CODE. CODE. This would eliminate access to Level 3 programming 

features completely! 

WARNING: WARNING: BE BE SURE SURE TO TO REMEMBER REMEMBER THE THE NEW NEW ACCESS ACCESS CODE! CODE! This will be the 

only access to Level 3 programming features. 

Change Acss Code 


Enter Access Code 

# # # 

The display now prompts the operator to press ‘YES’ ‘YES ‘YES ‘YES ‘YES to change 

the access code or ‘NO’ ‘NO’ ‘NO’ ‘NO’ ‘NO’ to not change the access code. 

Pressing the ‘YES’ ‘YES’ ‘YES’ ‘YES’ ‘YES’ sends the operator to a display for changing 

the current Level 3 access code. Pressing the ‘NO’ ‘NO’ ‘NO’ ‘NO’ ‘NO’ returns the 

operator to the Main Menu. 

Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ keys to enter a three digit access code. After 

the code is entered, press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ key. 

NOTE: The number symbol (#) will not appear until the first nonzero 

digit is keyed in. For example, an access code of 

0-1-2 would be displayed as “## “, but an access code of 

2-1-0 would be displayed as “###”. 

Page 45


MANUAL 

OPERATION 

OPERATION 

10.) 10.) Diagnostics: Diagnostics: To run the Program Time Controller's diagnostic routine, press 

the ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ (Diagnostics) key from the Main Menu. After pressing ‘C’ ‘C’ ‘C’ ‘C’ ‘C’ from the Main 

Menu, the operator is prompted to verify that diagnostics operation is desired. 

NOTE: NOTE: Ensure Ensure clock clock and and signal signal circuit circuit wiring wiring is is disconnected, disconnected, all all signal 

signal 

circuits circuits are are are set set for for automatic automatic operation, operation, and and the the clock clock circuit circuit is 

is 

enabled. 

enabled. 

Pressing ‘NO’ ‘NO’ ‘NO’ ‘NO’ ‘NO’ will return the display to the Main Menu. Pressing ‘YES’ ‘YES’ ‘YES’ ‘YES’ ‘YES’ will 

immediately start the diagnostics routine. The diagnostics routine performs the 

following steps with a three second delay between each step: 

Diagnostics 

Relay K3 

Diagnostics 

Relay K4 

Diagnostics 

Relay K1 

Diagnostics 

Relay K2 

Diagnostics 

Opt Board 1 K1 

Diagnostics 

Press the 1 key. 

Main Menu 

C=Diagnostics 

Outputs All Off 


All thirty-two characters of the display will be solid blocks. 

All thirty-two characters of the display will be spaces. 

Relay K3 energizes. 

Relay K4 energizes and Relay K3 de-energizes. 



The relays on option board 1 (1464/1464R Four Bell/Auxiliary 

Circuit Adder Option) energize and de-energize in the 

same manner. NOTE: If the option board is not installed, 

the display will still cycle through each relay. 

The display now prompts the operator to press each key in 

succession. After all of the keys are pressed, the display 

returns to the Main Menu. NOTE: If a key fails to operate, 

the display will not return to the time and date display. The 

clock can be reset by turning power off and back on, or 

performing a hardware reset. 

Page 46


MANUAL 

OPERATION 

OPERATION 

Main Menu 

D=Special 

11.) 11.) Special Special Functions: 

Functions: Functions: Special Functions is a feature that provides access to 

information or features stored in the Program Time Controller that cannot be 

accessed from any other programming feature. 

WARNING: 

WARNING: WARNING: Use only the Special Functions discussed in this manual. Use of 

any other Special Function will likely cause improper operation of 

the Program Time Controller! 

After pressing 'D' 'D' 'D' 'D' 'D' from the Main Menu, the operator is prompted to verify that a 

Special Function is desired. 

Can Cause TROUBL 


Pressing ‘NO’ ‘NO ‘NO ‘NO ‘NO will return the display to the Main Menu. Pressing ‘YES’ ‘YES’ ‘YES’ ‘YES’ ‘YES’ will 

cause the display to prompt the operator for a function number. Use the ‘0’ ‘0’ ‘0’ ‘0’ ‘0’ to ‘9’ ‘9’ ‘9’ ‘9’ ‘9’ 

keys to enter the number of the Special Function desired and press the ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ ‘Enter’ 

key. 

Function Number 

0 

a.) a.) Special Special Function Function 197: 197: RAM test. 

RAM TEST PASSED 

Any key to cont. 

This Special Function performs a RAM test and displays the result. Press the 

'Esc' 'Esc' 'Esc' 'Esc' 'Esc' key to return to the Main Menu. 

b.) b.) Special Special Function Function 198: 198: Sales Demo 

This Special Function runs a sales demo on the display. Press the ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ key to 

return to the Main Menu at any time during the sales demo. 

c.) c.) c.) Special Special Function Function 199: 199: 199: Software Version and Date 

This Special Function allows the operator to retrieve the version and date of the 

operating software of the Program Time Controller. The display toggles between 

two screens that provide this information. Press the ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ ‘Esc’ key at any time 

to return to the Main Menu. 

Software Version 

2.230 

Software Date 

22 March 1995 

Page 47

My secondary clocks don't keep time! 

1462 / 1463 INSTRUCTION MANUAL 

TROUBLE SHOOTING GUIDE 

The 1462/1463 Program Time Controller contains both hardware and software. A fully functional 

unit requires both. If your Program Time Controller fails, it is possible to find if the failure 

is hardware or software related. 

If you suspect a hardware failure, you have two resources for testing the hardware: the diagnostic 

LED's and the diagnostic routine of the Program Time Controller. The main board of the 

Program Time Controller and each 1464/1464R Four Bell / Auxiliary Circuit Adder Option have a 

yellow LED. Some of the Program Time Controller's hardware is designed to carry instructions 

between the microprocessor and the clock and signal circuits. The purpose of the yellow LED's 

is to tell you the status of this communication. If all of the LED's are blinking, then communication 

is normal. If an LED does not blink, then communication to the circuits of that board is not 

occurring. This can indicate either a hardware failure or that an abnormal software routine (such 

as the diagnostics routine) is running. 

Another test of the hardware is to run the diagnostics routine of the Program Time Controller. 

See appropriate sections of this manual to learn how to run the diagnostics routine. If the unit 

fails the diagnostics routine, check that all of the required cables are connected (see Installation 

section of this manual). If the failure persists, call your distributor (listed in the front of this 

manual). If the unit passes the diagnostics routine and its yellow LED's each blink about once a 

second, the cause of the failure is probably not the Program Time Controller’s hardware. 

If you have eliminated the Program Time Controller’s hardware as the cause of your trouble, the 

failure is most likely a programming problem. The following guidelines can help you find some of 

the more common programming problems that other people have found. If you can’t solve your 

problem with the guidelines, call your distributor (listed in the front of this manual). 

TROUBLE SHOOTING GUIDELINES 

Is correct date and time displayed on Program Time Controller? 

NO - Set time and date on Program Time Controller. 

YES - Is correct clock code programmed for your secondaries? 

NO - Program in the correct clock code for your secondary clocks. 

YES - Is the clock circuit enabled? 

NO - Enable the clock circuit. 

YES - Is daylight savings time programmed correctly for your application? 

NO - Program daylight savings time according to your needs. 

YES - Are clock circuit relays operating at all? 

NO - Call Distributor 

YES - Check wiring of secondary clocks to Program Time 

Controller. 

Page 48




My Program Time Controller doesn't keep time! 

Are seconds on display incrementing? 

NO - Do diagnostic LED's on circuit board blink? 

NO- Perform hardware reset. 

Are seconds on display incrementing now? 

NO - Call Distributor. 

YES - Watch unit to see if it locks up again. 

YES - Call Distributor. 

YES - What is your selected time base? 

LINE - Does line frequency programmed match the line frequency of the application? 

NO - Change line frequency programmed to match line frequency of the 

application. 

YES - Is earth/conduit ground connected to main board TB3 "GND" terminal? 

NO - Connect earth/conduit ground connected to main board TB3 

"GND" terminal. 

YES - Is the line frequency in your application reliable and accurate? 

NO - Change time base to Oscillator and see if unit keeps 

better time. 


OSC - Is clock off by more than 15 sec/day? 

NO - Change time base to Line frequency and see if unit keeps accurate 

enough time. 


My Bell(s) / Utility Device(s) won't operate properly! 

Momentarily press at the time and date display to monitor the signal circuit your Bell(s) / Utility 

device(s) are wired to. 

Does the Program Time Controller indicate that the Signal Circuit operates properly? 

NO - Is the Signal Circuit in Auto? 

NO - Return the Signal Circuit to Auto. 

YES - Is the correct schedule running for the day? 

NO - Program the correct schedule for the day into the Program Time 

Controller.* 

YES - Does temporarily programming a duration event for the Signal Circuit 

into the running schedule cause the Bell(s) / Utility device(s) to activate 

for the duration? 

NO - Call Distributor. 

YES - Verify the current schedule has correct sequence of events. 

YES - Can Bell(s) / Utility device(s) be manually turned on? 

NO - Check wiring of Bell(s) / Utility device(s) to the Program Time Controller. 


*NOTE: You may want to check the alternate date programming if the Program Time Controller 

was to run an alternate schedule on this date. 

Page 49




My Bell(s) / Utility Device(s) won't turn off! 

Momentarily press at the time and date display. 

Does the Program Time Controller indicate that the Signal Circuit is on? 

NO - Does a hardware reset turn the Bell(s) / Utility device(s) off? 

NO - Check wiring of the Bell(s) / Utility device(s). 

YES - Problem solved. 

YES - Is All Call activated? 

NO - Is the Signal Circuit in Auto? 

NO - Return the Signal Circuit to Auto. 

YES - Is the correct schedule running for the day? 

NO - Program the correct schedule for the day into the Program Time 

Controller.* 

YES - Does temporarily programming a stop event for the Signal 

Circuit into the running schedule turn off the Bell(s) / Utility 

device(s)? 

NO - Momentarily press at the time and date display. 

Does the Program Time Controller still indicate that the 

Signal Circuit is on? 

NO - Check wiring of Bell(s) / Utility device(s) to the 

Program Time Controller. 


YES - Check the main and current schedule for a start event 

without a subsequent stop event for this Signal Circuit. 

YES - Turn off All Call. 

*NOTE: You may want to check the alternate date programming if the Program Time Controller 

was to run an alternate schedule on this date. 

Page 50

Programming Menu Table of Contents 

ACCESS CODE 

TO CHANGE ..................................................................................................................... PAGE A-17 

ALL CALL 

TO OPERATE .....................................................................................................................PAGE A-3 

PULSING .................................................................................................................PAGE A-3 

STEADY .................................................................................................................. PAGE A-3 

TO PROGRAM .................................................................................................................... PAGE A-16 

CLOCK CIRCUIT 

TO DISABLE .....................................................................................................................PAGE A-9 

TO ENABLE .....................................................................................................................PAGE A-9 

TO MANUALLY ADVANCE ................................................................................................. PAGE A-9 

CLOCK CODE 

TO PROGRAM .................................................................................................................... PAGE A-9 

DATE: 

TO SET .....................................................................................................................PAGE A-6 

ALTERNATE DATE 

TO ADD ...................................................................................................................PAGE A-14 

TO CHANGE ...........................................................................................................PAGE A-15 

TO DELETE ............................................................................................................PAGE A-15 

TO EDIT .................................................................................................................. PAGE A-15 

FINDING SPECIFIC ................................................................................................PAGE A-15 

DAYLIGHT SAVINGS 

TO ENABLE .....................................................................................................................PAGE A-6 


DIAGNOSTIC ROUTINE 

TO RUN .....................................................................................................................PAGE A-5 

EVENTS: 

TO ADD .....................................................................................................................PAGE A-10 

BY SCHEDULE 



TO EDIT .................................................................................................................. PAGE A-11 


BY SIGNAL CIRCUIT 



TO EDIT .................................................................................................................. PAGE A-12 


ALL EVENTS .....................................................................................................................PAGE A-13 



TO EDIT .................................................................................................................. PAGE A-13 


PAGE A-1

Programming Menu Table of Contents 

FUNCTION KEYS 

TO PROGRAM .....................................................................................................................PAGE A-16 

LINE FREQUENCY 

TO SET .....................................................................................................................PAGE A-7 

MASTER-TO MASTER OPTION 


MEMORY 

TO CLEAR .....................................................................................................................PAGE A-19 

RAM TEST 

TO CONDUCT .....................................................................................................................PAGE A-18 

SALES DEMO 

TO VIEW .....................................................................................................................PAGE A-18 

SCHEDULE 

ALTERNATE SCHEDULE 

TO CHANGE TO .................................................................................................................PAGE A-4 

MAIN SCHEDULE 

TO CHANGE .....................................................................................................................PAGE A-4 

TO EDIT EVENTS BY ..............................................................................................................PAGE A-11 


TO DELETE .....................................................................................................................PAGE A-11 

TO EDIT .....................................................................................................................PAGE A-11 

FINDING SPECIFIC ............................................................................................................PAGE A-11 

SERIAL PORT 


SIGNAL CIRCUIT 


TO EDIT EVENTS BY 


TO DELETE .....................................................................................................................PAGE A-12 

TO EDIT .....................................................................................................................PAGE A-12 

FINDING SPECIFIC ............................................................................................................PAGE A-12 

TO MANUALLY TURN ON .......................................................................................................PAGE A-3 

TO OPERATE "ALL CALL" SIGNAL CIRCUITS ...................................................................... PAGE A-3 

TO PROGRAM FOR ALL CALL...............................................................................................PAGE A-16 

TO PUT IN AUTOMATIC OPERATION ....................................................................................PAGE A-3 

SOFTWARE VERSION AND DATE 

TO OBTAIN .....................................................................................................................PAGE A-18 

TIME: 

TO SET .....................................................................................................................PAGE A-6 

TIME BASE .....................................................................................................................PAGE A-7 

TIME FORMAT .....................................................................................................................PAGE A-7 

TIME OF DAY .....................................................................................................................PAGE A-6 

PAGE A-2

2. 

3. 

4. 

TO MANUALLY TURN ON A 

SIGNAL CIRCUIT 

1. PRESS 1 (MANUAL ON) 

1. 

2. 

3. 

IF ASKED, ENTER 3 DIGIT 

ACCESS CODE 

AND PRESS ENTER 

YOU ARE ASKED TO ENTER 

Circuits to turn on. 

ENTER THE NUMBER OF THE 

CIRCUIT YOU WANT TO MANU- 

ALLY RING - THE NUMBER IS 

SHOWN ON THE DISPLAY. 

PRESS ENTER 

YOU ARE RETURNED TO THE 

DATE & TIME DISPLAY. 

TO DISABLE A SIGNAL CIRCUIT 

4. 

TO RETURN A CIRCUIT TO 

AUTOMATIC OPERATION 

1. PRESS 7 (AUTO) 

2. IF ASKED, ENTER 3 DIGIT 

ACCESS CODE AND PRESS 

ENTER 


Circuits to AUTO. 

3. 


CIRCUIT TO BE RETURNED 

TO AUTOMATIC OPERATION- 

THE NUMBER IS SHOWN ON 

THE DISPLAY. 

4. 

PRESS 4 (MANUAL OFF) 


ACCESS CODE 

AND PRESS ENTER 


Circuits to Disable. 


CIRCUITS YOU WANT TO 

DISABLE- THE NUMBER IS 


PRESS ENTER 



PRESS ENTER 

YOU ARE RETURNED TO 


TO OPERATE "ALL CALL" SIGNAL 

CIRCUITS 

YOUR ALL CALL CIRCUITS ARE: 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

1. PRESS B (STEADY ALL CALL) 

2. 

3. 

1. 

2. 

3. 

STEADY ALL CALL 

IF ASKED, ENTER 3 DIGIT AC- 

CESS CODE AND PRESS ENTER 

"ALL CALL" CIRCUITS RING. YOU 

ARE TOLD All Call Enabled. 

TO TURN OFF "ALL CALL" CIR- 

CUITS, PRESS 

B (STEADY ALL CALL) AGAIN 


DATE AND TIME DISPLAY. 

PULSING ALL CALL 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

PRESS C (MTB ALL CALL) 


ACCESS CODE AND PRESS 

ENTER 

"ALL CALL" CIRCUITS RING. YOU 

ARE TOLD All Call Enabled. 

TO TURN OFF "ALL CALL" 

CIRCUITS, PRESS 

C (MTB ALL CALL) AGAIN 


DATE AND TIME DISPLAY. 

PAGE A-3

1. 

2. 

3. 

4. 

5. 

6. 

7. 

8. 

TO CHANGE THE MAIN 

SCHEDULE 

PRESS A (MENU) 

ENTER 3 DIGIT ACCESS 

CODE 

PRESS ENTER 

YOU ARE IN THE Main 

Menu. 

PRESS 1 

YOU ARE IN THE Schedule 

Menu. 

PRESS 1 

YOU ARE ASKED TO EN- 

TER Main Schedule. 

ENTER THE NUMBER OF 

MAIN SCHEDULE 

PRESS ENTER 


THE Schedule Menu. 

PRESS ESC TWICE TO 

RETURN TO DATE & TIME 

DISPLAY 

ACTIVE SCHEDULE IS 

SHOWN ON DATE & TIME 

DISPLAY. 

1. 

2. 

3. 

4. 

5. 

6. 

7. 

8. 

TO CHANGE TO AN 


PRESS A (MENU) 

ENTER 3 DIGIT ACCESS 

CODE 

PRESS ENTER 

YOU ARE IN THE Main 

Menu. 

PRESS 1 

YOU ARE IN THE Schedule 

Menu. 

PRESS 2 

YOU ARE ASKED TO 

ENTER Special Event. 

ENTER THE NUMBER OF 


PRESS ENTER 


THE Schedule Menu. 

PRESS ESC TWICE TO 

RETURN TO DATE & TIME 

DISPLAY 

ACTIVE SCHEDULE IS 

SHOWN ON DATE & TIME 

DISPLAY. 

PAGE A-4 

YOUR SCHEDULES ARE:

TO RUN THE DIAGNOSTIC 

ROUTINE 

*WARNING: THIS ROUTINE ACTU- 

ALLY OPERATES THE PROGRAM 

TIME CONTROLLER'S RELAYS. 

ALL FIELD DEVICES SHOULD BE 

DISCONNECTED FROM CLOCK 

AND SIGNAL CIRCUITS PRIOR TO 

RUNNING THIS TEST! 

1. PRESS A (MENU) 

2. ENTER 3 DIGIT ACCESS 

CODE 

3. PRESS ENTER 

YOU ARE IN THE Main Menu. 

4. PRESS C 

YOU ARE ASKED IF Outputs 

ARE All Off. 

5. PRESS 8 (YES) 

DIAGNOSTIC ROUTINE OPER- 

ATES THE DISPLAY AND 

RELAYS. 

6. FOLLOW THE INSTRUCTIONS 

TO TEST THE KEYPAD 

7. YOU ARE RETURNED TO THE 

Main Menu. 

8. PRESS ESC 



PAGE A-5

TO SET THE TIME TO ENABLE DAYLIGHT 

SAVINGS TIME 




CODE 



4. PRESS 4 

YOU ARE ASKED TO Enter 

Hours. 

5. ENTER THE HOUR OF THE 

DAY 



Minutes 

7. ENTER THE MINUTES OF THE 

HOUR 



Seconds. 

9. ENTER THE SECONDS OF 

THE MINUTE 

10.PRESS ENTER 


CHOOSE AM or PM. 

11.PRESS 1 FOR AM OR 2 

FOR PM 


Main Menu. 

12. PRESS ESC TO RETURN 

TO DATE AND TIME DISPLAY 


CODE 



4. PRESS 8 

YOU ARE IN THE Set Defaults 

MENU. 

5. PRESS 4 

6. PRESS 1 


YOU ARE RETURNED TO Set 

Defaults MENU. 

8. PRESS ESC TWICE 


TIME & DATE DISPLAY. 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

○ 

TO DISABLE DAYLIGHT 

SAVINGS TIME 



CODE 



4. PRESS 8 


MENU. 

5. PRESS 4 

6. PRESS 2 







PAGE A-6 

TO SET DATE 



CODE 



4. PRESS 5 


Month. 

5. ENTER THE CURRENT 

MONTH (1-12) 



Day. 

7. ENTER THE CURRENT DAY 

OF THE MONTH (1-31) 



Year. 

9. ENTER THE CURRENT YEAR 

(LAST TWO DIGITS) 



Main Menu. 

11.PRESS ESC TO RETURN TO 

DATE & TIME DISPLAY

TO SET THE TIME BASE 



CODE 



4. PRESS 8 


MENU. 

5. PRESS 1 


THE Time Base. 

6. PRESS: 

1 FOR Line Frequency 

2 FOR Oscillator 



THE Set Defaults Menu. 



THE DATE & TIME DISPLAY. 

TO SET THE TIME FORMAT TO SET THE LINE FREQUENCY 



CODE 



4. PRESS 8 


MENU. 

5. PRESS 2 


A Time Format. 

6. PRESS: 

1 FOR 12 HR. FORMAT 

2 FOR 24 HR. FORMAT 







PAGE A-7 



CODE 



4. PRESS 8 


MENU. 

5. PRESS 3 


THE Line Frequency. 

6. PRESS: 

1 FOR 50 HZ LINE 

FREQUENCY 

2 FOR 60 HZ LINE 

FREQUENCY 



Set Defaults MENU. 



TIME & DATE DISPLAY.

TO PROGRAM THE SERIAL 

PORT OPTION 



CODE 



4. PRESS 8 

YOU ARE IN THE Set 

Defaults 

5. PRESS 6 

YOU ARE ASKED IF YOU 

WANT TO ENABLE THE Serial 

PORT 

6. PRESS: 

1 TO Enable THE SERIAL 

PORT 

2 TO Disable THE SERIAL 

PORT 



THE Baud Rate. 

8. ENTER THE DESIRED BAUD 

RATE. PRESS: 

1 FOR 1200 BAUD 



4 FOR 19,200 BAUD 



THE Set Defaults MENU. 

10.PRESS ESC TWICE 



TO PROGRAM THE MASTER- 

TO-MASTER SYNCHRONIZA- 

TION OPTION 



CODE 



4. PRESS 8 


MENU. 

5. PRESS 8 

YOU ARE ASKED IF THIS 

PROGRAM TIME CONTROL- 

LER IS A Master OR Slave. 

6. PRESS: 

1 FOR MASTER 

2 FOR SLAVE 



THE HOUR OF THE SYNCHRO- 

NIZATION 

8. ENTER THE HOUR OF SYN- 

CHRONIZATION (0-23) 



THE MINUTE OF THE SYN- 

CHRONIZATION 

10.ENTER THE MINUTE OF THE 

SYNCHRONIZATION (0-59) 


YOU ARE ASKED TO CHOOSE 

AM or PM. 

12.PRESS 1 FOR AM OR 2 FOR 

PM 



13.PRESS ESC TWICE 



PAGE A-8

TO PROGRAM THE CLOCK 

CODE 



CODE 



4. PRESS 8 

YOU ARE ASKED TO Set 


5. PRESS 9 

YOU ARE ASKED TO SET Clock 

1 Code. 

6. ENTER DESIRED CLOCK CODE 

(0-25) 





YOU ARE RETURNED TO DATE 

AND TIME DISPLAY. 

TO ENABLE THE CLOCK 

CIRCUIT 



CODE 



4. PRESS 7 

5. PRESS 1 



THE Main Menu. 

7. PRESS ESC 


THE TIME & DATE DISPLAY. 

TO DISABLE THE CLOCK 

CIRCUIT 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 



CODE 



4. PRESS 7 

5. PRESS 2 



Main Menu. 

7. PRESS ESC 



PAGE A-9 

TO MANUALLY ADVANCE THE 

CLOCKS 



CODE 



4. PRESS 6 

YOU ARE TOLD THE C KEY 

WILL MANUALLY Advance 

Clock 1. 

5. PRESS AND HOLD THE C 

KEY AS LONG AS 

NECESSARY TO ADVANCE 

YOUR CLOCKS 



DATE & TIME DISPLAY.

TO ADD AN EVENT 



CODE 



4. PRESS 2 

YOU ARE IN THE Program 

Events/Edit Events Menu. 

5. PRESS 1 

YOU ARE IN THE Add Event 

Menu. 

6. PRESS 1 


Hours. 


DAY 



Minutes. 

9. ENTER MINUTES OF THE 

HOUR 



Seconds. 

11. ENTER SECONDS OF THE 

MINUTE 



CHOOSE AM or PM. 

13. PRESS 1 FOR AM OR 2 

FOR PM 


Days. 

14. ENTER THE DAYS YOU 

WANT THIS EVENT TO 

OCCUR ON- 

A LETTER REPRESENTING 

EACH DAY CHOSEN IS 

SHOWN ON THE DISPLAY 



Schedule. 

16. ENTER THE SCHEDULE YOU 

WANT THIS EVENT TO BE IN 



Circuits. 

18. ENTER THE NUMBER OF THE 

SIGNAL CIRCUITS YOU WANT 

THIS EVENT TO AFFECT 



THE TYPE OF EVENT. 

20. PRESS: 

A FOR A START EVENT 

B FOR A STOP EVENT, OR 

C FOR A DURATION EVENT 


22. IF YOU CHOOSE A START OR 

STOP EVENT, SKIP STEPS 

23,24, AND 25 

23. IF YOU CHOSE A DURATION 

EVENT, YOU ARE ASKED TO 

Enter Duration. 

24. ENTER THE DURATION, IN 

SECONDS (0-60), OF THE 

EVENT 



Add Event Menu. 

PAGE A-10 

27. REPEAT STEPS 6 

THROUGH 26 AS NECES- 

SARY TO COMPLETE YOUR 

PROGRAMMING NEEDS 


DISPLAY TELLS YOU THAT 

IT IS Sorting Events, THEN 


THE Main Menu. 

29. PRESS ESC ONCE MORE 


THE DATE & TIME DISPLAY.

TO EDIT EVENTS BY 

SCHEDULE 



CODE 



4. PRESS 2 



5. PRESS 2 


Schedule Number. 

6. ENTER THE SCHEDULE (0-9) 

YOU WANT TO EDIT 


YOU ARE IN THE LIST OF 

EVENTS FOR THAT SCHED- 

ULE. THE DISPLAY SHOWS 

YOU THE TOP OF THE LIST 

AND NUMBER OF EVENTS IN 

THAT SCHEDULE. 

FINDING A SPECIFIC EVENT 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

8. YOU CAN SCROLL THROUGH 

THE LIST OF EVENTS. ONE 

EVENT IS SHOWN AT A TIME. 

USE THE FOLLOWING KEYS 

TO SCROLL THROUGH THE 

LIST: 

PRESS A TO ADVANCE ONE 

EVENT 

PRESS B TO BACKUP ONE 

EVENT 

PRESS C TO GO TO THE TOP 

OF THE LIST 

PRESS D TO GO TO THE 

BOTTOM OF THE LIST 

TO DELETE EVENTS 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

9. USE THE KEYS DISCUSSED IN 

STEP 8 TO SCROLL TO EVENT 

TO BE DELETED 

10. PRESS 0 


WANT TO Erase this event 


12. REPEAT STEPS 9 THRU 11 AS 

NECESSARY FOR ALL 

EVENTS TO BE DELETED 

TO CHANGE EVENTS 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

13. USE KEYS DISCUSSED IN 

STEP 8 TO SCROLL TO 

EVENT TO BE CHANGED 



Hours. 


DAY 



Minutes. 


HOUR 



Seconds. 


MINUTE 


YOU ARE ASKED AM or PM. 


FOR PM 


Days. 

22. ENTER THE DAYS YOU WANT 

THIS EVENT TO OCCUR ON. 






Circuits. 

24. ENTER THE NUMBERS OF 

THE SIGNAL CIRCUITS YOU 


AFFECT 

PAGE A-11 




26. PRESS 

A FOR A START EVENT, 




28. IF YOU CHOSE A START OR 


29, 30,AND 31 






EVENT. 


32. YOU ARE RETURNED TO 

THE LIST OF EVENTS 

33. REPEAT STEPS 13 

THROUGH 32 AS NECES- 

SARY TO COMPLETE YOUR 

PROGRAMMING NEEDS 


DISPLAY TELLS YOU THAT IT 

IS Sorting Events, THEN YOU 

ARE RETURNED TO THE 

Main Menu. 




TO EDIT EVENTS BY SIGNAL 

CIRCUIT 



CODE 



4. PRESS 2 



5. PRESS 3 


Circuit Number. 

6. ENTER THE SIGNAL CIRCUIT 

(1-6) 



EVENTS FOR THE SIGNAL 

CIRCUIT CHOSEN. THE DIS 

PLAY SHOWS YOU THE TOP 

OF THE LIST AND NUMBER 

OF EVENTS THAT OPERATE 

THAT SIGNAL CIRCUIT. 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

○ 

TO FIND A SPECIFIC EVENT 






LIST: 


EVENT 


EVENT 

PRESS C TO GO TO THE 

TOP OF THE LIST 




○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

9. USE THE KEYS DISCUSSED 

IN STEP 8 TO SCROLL TO 

EVENT TO BE DELETED 

10. PRESS 0 




12. REPEAT STEPS 9 THRU 11 

AS NECESSARY FOR ALL 


○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 







Hours. 


DAY 



Minutes. 


HOUR 



Seconds. 


MINUTE 




FOR PM 


Days. 








Schedule. 


WANT THIS EVENT TO BE IN. 

PAGE A-12 




26. PRESS 







29, 30,AND 31 






EVENT. 


32. YOU ARE RETURNED TO 

THE LIST OF EVENTS 

33. REPEAT STEPS 13 THROUGH 

32 AS NECESSARY TO COM- 

PLETE YOUR PROGRAM- 

MING NEEDS 




ARE RETURNED TO THE 

Main Menu. 




TO EDIT ALL EVENTS 



CODE 



4. PRESS 2 



5. PRESS 4 

YOU ARE IN THE LIST OF ALL 

EVENTS PROGRAMMED FOR 

THIS PROGRAM TIME CON- 

TROLLER. THE DISPLAY 

SHOWS YOU THE LIST AND 

TOTAL NUMBER OF EVENTS. 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

TO FIND A SPECIFIC EVENT 






LIST: 


EVENT 


EVENT 

PRESS C TO GO TO THE TOP 

OF THE LIST 




○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

7. USE THE KEYS DISCUSSED 

IN STEP 6 TO SCROLL TO 

EVENT TO BE DELETED 

8. PRESS 0 




THE EVENT IS DELETED. 


LIST OF EVENTS. 


9 AS NECESSARY FOR ALL 








Hours. 


DAY 



Minutes. 


HOUR 



Seconds. 


MINUTE 




FOR PM 


Days. 








Schedule. 


WANT THIS EVENT TO BE IN. 



Circuits. 

24. ENTER THE NUMBERS OF 

THE SIGNAL CIRCUITS YOU 


AFFECT 

PAGE A-13 



THE TYPE OF EVENT 

26. PRESS 






STOP EVENT, SKIP STEPS 29, 

30,AND 31 






EVENT. 



LIST OF EVENTS 



PLETE YOUR PROGRAMMING 

NEEDS 




ARE RETURNED TO THE Main 

Menu. 




TO ADD ALTERNATE 

DATES 



CODE 



4. PRESS 3 


Alternate Dates Menu. 

5. PRESS 1 

YOU ARE IN THE Add Alternate 

Dates Menu. 

6. PRESS 1 


Month. 

7. ENTER THE DESIRED 

MONTH (1-12) OF THE 




Day. 

9. ENTER THE DESIRED DAY 

OF THE MONTH (1-31) OF 

THE ALTERNATE DATE 



Year. 

11. ENTER THE DESIRED YEAR 

(LAST TWO DIGITS) OF THE 




Enter Schedule. 

13. ENTER THE SCHEDULE 

YOU WANT TO RUN ON THE 




Add Alternate Dates Menu. 



PLETE YOUR PROGRAM- 

MING NEEDS 



IS Sorting Alternate Dates, 

THEN YOU ARE RETURNED 

TO THE Main Menu. 




PAGE A-14

TO EDIT ALTERNATE DATES 



CODE 



4. PRESS 3 


Alternate Dates Menu. 

5. PRESS 2 


ALTERNATE DATES PRO- 

GRAMMED FOR THIS PRO- 

GRAM CONTROLLER. 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

TO FIND A SPECIFIC 



THE LIST OF ALTERNATE 

DATES. ONE ALTERNATE 

DATE IS SHOWN AT A TIME. 



LIST: 





PRESS C TO GO TO THE 

TOP OF THE LIST 



○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

○ 

TO DELETE ALTERNATE 

DATES 

7. USE THE KEYS DISCUSSED IN 


ALTERNATE DATE TO BE 

DELETED 

8. PRESS 0 


WANT TO Erase this Date. 


THE ALTERNATE DATE IS 

DELETED. YOU ARE RE- 

TURNED TO THE LIST OF 

ALTERNATE DATES. 

10. REPEAT STEPS 7 THROUGH 9 

AS NECESSARY FOR ALL 

ALTERNATE DATES TO BE 

DELETED 

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 

TO CHANGE ALTERNATE 

DATES 



ALTERNATE DATE TO BE 

CHANGED 



Month. 

13. ENTER THE DESIRED MONTH 

(1-12) OF THE ALTERNATE 

DATE 



Day. 

15. ENTER THE DESIRED DAY OF 

THE MONTH (1-31) OF THE 




Year. 

17. ENTER THE DESIRED YEAR 

(LAST TWO DIGITS) OF THE 




Schedule. 


WANT TO RUN ON THE 




LIST OF ALTERNATE DATES. 



PLETE YOUR PROGRAMMING 

NEEDS. 

PAGE A-15 



IS Sorting Alternate Dates, 

THEN YOU ARE RETURNED 

TO THE Main Menu. 




TO PROGRAM A CIRCUIT FOR 

ALL CALL 



CODE 



4. PRESS 8 


Defaults 

5. PRESS 5 


All Call Circuits. 

6. ENTER THE NUMBER OF THE 

SIGNAL CIRCUITS YOU WANT 

TO RING WHEN ALL CALL IS 

ACTIVATED- A NUMBER 

REPRESENTING EACH 

SIGNAL CIRCUIT CHOSEN IS 








TO PROGRAM THE FUNCTION 

KEYS 



CODE 



4. PRESS 8 


MENU. 

5. PRESS A 

6. PRESS: 

0 IF YOU WANT TO HAVE TO 

ENTER AN ACCESS CODE 

TO USE FUNCTION KEYS 

1 IF YOU DON'T WANT TO 

HAVE TO ENTER AN 

ACCESS CODE TO USE 

FUNCTION KEYS 



Set Default MENU. 




PAGE A-16

TO CHANGE THE LEVEL 3 

ACCESS CODE 



CODE 



4. PRESS B 

YOU ARE ASKED IF YOU WANT 

TO Change Access Code. 


YOU ARE ASKED TO Enter THE 

NEW Access Code. 

*WARNING: DO NOT USE THE 

LEVEL 1 OR LEVEL 2 ACCESS 

CODE FOR LEVEL 3! 

6. ENTER THE NEW THREE DIGIT 

ACCESS CODE 

**WARNING: BE SURE TO REMEM- 

BER THE NEW ACCESS CODE! 

THIS WILL BE YOUR ONLY AC- 

CESS CODE TO LEVEL THREE. 



Main Menu. 

8. PRESS ESC 



PAGE A-17

*WARNING: THERE ARE OTHER SPECIAL FUNCTIONS WHICH CAN CAUSE 

OPERATIONAL PROBLEMS IF USED INCORRECTLY. USE ONLY THE SPECIAL 

FUNCTIONS BELOW! 

TO CONDUCT A RAM TEST TO SEE THE SALES DEMO 



CODE 



4. PRESS D 

YOU ARE TOLD THAT SPECIAL 

FUNCTIONS Can Cause 

TROUBLe. 



THE Function Number. 

6. ENTER 197 


YOU ARE TOLD Ram Test 

Passed 






CODE 



4. PRESS D 

YOU ARE TOLD THAT 

SPECIAL FUNCTIONS Can 

Cause TROUBLe. 




6. ENTER 198 


YOU ARE SHOWN THE 

SALES DEMO. 



THE TIME & DATE DISPLAY. 

PAGE A-18 

TO GET THE SOFTWARE 

VERSION AND DATE 



CODE 



4. PRESS D 

YOU ARE TOLD THAT 

SPECIAL FUNCTIONS Can 

Cause TROUBLe. 




6. PRESS 199 


YOU ARE TOLD THE SOFT- 

WARE VERSION AND SOFT- 

WARE DATE. 



TIME & DATE DISPLAY.

TO CLEAR THE MEMORY 

* WARNING: ALL EVENT AND 

ALTERNATE DATE INFORMA- 

TION WILL BE CLEARED WHEN 

MEMORY IS CLEARED! 



CODE 



4. PRESS 8 


Defaults Menu 

5. PRESS D 


ARE SURE THAT YOU WANT 

TO Clear All Memory. 

** WARNING: THIS IS THE LAST 

CHANCE TO CHANGE YOUR 

MIND! 


AFTER A FEW SECONDS OF 

PAUSE, YOU ARE RETURN- 

ED TO THE Set Defaults 

MENU. 




PAGE A-19


CLOCK CODE DESCRIPTIONS 

The clock circuit of the 1462/63 Program Time Controller consists mainly of two relays: the RUN relay and 

the RESET relay. The RUN relay provides one set of Form C contacts that are brought out to terminal 

block TB2 of the main board. The RESET relay provides two sets of Form C contacts that are also 

brought out to terminal block TB2 of the main board. Refer to clock wiring diagrams to determine how Run 

and Reset relay operation will affect secondary clocks. 

In order to properly drive and correct your secondary clocks, you will need to program the proper clock 

code into your Program Time Controller. The following is a description of the clock codes available with 

the Program Time Controller. 

CLOCK CODE 0: 

hourly correction - the RESET relay activates at XX:58:00 for 1 minute 

12 hour correction - twelve cycles beginning at 5:06:00 (AM and PM) of: 

the RESET relay activates for 1 minute and then deactivates for 2 minutes 

CLOCK CODE 1: 

hourly correction - the RESET relay activates at XX:58:00 for 65 seconds 

12 hour correction - fourteen cycles beginning at 5:06:00 (AM and PM) of: 

the RESET relay activates for 65 seconds and then deactivates for 55 seconds 

CLOCK CODE 2: 


12 hour correction - seven cycles beginning at 5:12:00 (AM and PM) of: 

the RESET relay activates for 1 minute and then deactivates for 2 minutes 

CLOCK CODE 3: 


12 hour correction - none 

CLOCK CODE 4: 


12 hour correction - the RESET relay activates at 11:56:36 (AM and PM) for 10 seconds 

CLOCK CODE 5: 

hourly correction - the RUN and RESET relays activate at 5:59:25 (AM and PM) for 35 

seconds 

12 hour correction - the RESET relay activates at 5:12:25 (AM and PM) for 15 minutes and 

35 seconds 

CLOCK CODE 6: 


12 hour correction - the RESET relay activates at 5:57:54 (AM and PM) for 14 seconds 

CLOCK CODE 7: 

hourly correction - the RESET relay activates at XX:59:00 for 1 minute 


CLOCK CODE 8: 


12 hour correction - the RESET relay activates at 6:00:00 (AM and PM) for 25 minutes 

Page B-1


CLOCK CODE 9: 

hourly correction - none 

12 hour correction - the RUN and RESET relays activate at 12:00:00 (AM and PM) for 2 

seconds 

CLOCK CODE 11: 

hourly correction - the RUN and RESET relays activate at XX:59:25 for 35 seconds 



hourly correction - the RUN and RESET relays activate at XX:44:00 for 1 minute 



hourly correction - the RUN and RESET relays activate at XX:41:00 for 4 minutes 



minute impulse - the RUN relay activates at XX:XX:58 for 2 seconds, except during the 

hourly correction 




minute impulse - the RUN relay activates at XX:XX:58 for 2 seconds, except during the 

hourly correction 




minute impulse - the RUN relay activates at XX:XX:58 for 2 seconds 

hourly correction - the RESET relay activates at XX:44:02 for 53 seconds; 53 cycles 

beginning at XX:44:02 of the RUN relay activating for 1/2 second and then deactivating 

for 1/2 second 




hourly correction - the RESET relay activates at XX:58:01 for 52 seconds; 52 cycles 

beginning at XX:58:01 of the RUN relay activating for 1/2 second and then deactivating 

for 1/2 second 



minute impulse 

- the RUN relay activates at XX:XX:58 for 2 seconds; 

- the RESET relay activates at XX:XX:58 for 2 seconds for the following times: 

XX:59:58 to XX:04:58 

hourly correction - 52 cycles beginning at XX:59:01 of: 

the RUN relay activates for 1/2 second and then deactivates for 1/2 second 


Page B-2




hourly correction - none 



minute impulse 

- the RUN relay activates at XX:XX:58 for 2 seconds; 


XX:59:58 to XX:04:58, 4:00:58 (AM and PM) to 4:44:58 (AM and PM), 

5:37:58 (AM and PM) to 5:44:58 (AM and PM), 6:00:58 (AM and PM) to 6:44:58 (AM 

and PM); 


5:00:56 (AM and PM) to 5:36:56 (AM and PM) 

hourly correction - 53 cycles beginning at XX:59:02 of: 


12 hour correction - 55 cycles, beginning at the first second each of the times from 

5:00:01 (AM and PM) to 5:36:01 (AM and PM) of: 


Page B-3


SECONDARY CLOCK MOVEMENT TYPE CLOCK CODE 

Page B-4 

TYPICAL 

FIELD 

WIRING 

STANDARD, Synchronous 2310/2311 Series (Faraday 58th Min.) 0 Fig. 1 

CINCINNATI, Synchronous, 4012 (D8 Series) 1 Fig. 1 

STANDARD, Synchronous, 2315 (RMH) Series (12 Hr. Correct) 2 Fig. 1 

NATIONAL TIME, Synchronous, (hr. correct only) 3 Fig. 1 

STROMBERG, Synchronous Model 65 4 Fig. 1 

STANDARD, Synchronous GRC 5 Fig. 1 

STANDARD, Synchronous, 2370, 2380 Series (59th Min.) 6 Fig. 1 

CINCINNATI, Synchronous, D10 (59th Min.) 6 Fig. 1 

DUKANE, Synchronous (59th Min.) 6 Fig. 1 

SIMPLEX, Synchronous (Solenoid) (59th Min.) 6 Fig. 1 

LATHAM, Synchronous, SS Series (59th Min.) 6 Fig. 1 

EDWARDS, Synchronous (solenoid, 59th min. correct) 6 Fig. 1 

EDWARDS, Synchronous (solenoid, 60th min., hr. correct only) 7 Fig. 1 

NATIONAL TIME, Synchronous (hr. & 12 hr. correct) 8 Fig. 1 

RAULAND, Synchronous (hr. & 12 hr. correct) 8 Fig. 1 

STANDARD, Digital, 2362, 2364 Series 9 Fig. 5 

CINCINNATI, Digital 25DIG, 40DIG Series 9 Fig. 5 

STANDARD, Synchronous GR (hr. correct) 11 Fig. 1 

SIMPLEX, Synchronous (dual motor, 44th min. correct) 12 Fig. 1 

SIMPLEX, Synchronous (dual motor, 41st min. correct) 13 Fig. 1 

STANDARD, Impulse, AR2 (2 wire 24V/48V run/correct) 15 Fig. 6 

STANDARD, Impulse, AR3 (3 wire 24V/24V run/correct) 15 Fig. 7 

STANDARD, Impulse, AR2A (2 wire 24V/48V run/correct) 16 Fig. 6 

SIMPLEX, Impulse, 2 Wire (44th min. correct) 20 Fig. 3 or 4 

STANDARD, Impulse, 2350 Series 21 Fig. 8 

SIMPLEX, Impulse, 2 Wire (58th min. correct) 21 Fig. 8 

SIMPLEX, Impulse, 3 Wire (58th min. correct) 21 Fig. 9 

SIMPLEX, Impulse, 2 Wire (59th min. correct) 23 Fig. 3 or 4 

CINCINNATI, Impulse, D3 (hr. correct only) 23 Fig. 3 or 4 

STANDARD, Impulse, 2373, 2383 Series (hr. correct only) 23 Fig. 3 or 4 

Impulse (Accumulator, no correction) 24 Fig. 10 

CINCINNATI, Impulse, D6 (hr. & 12 hr. correct) 25 Fig. 3 or 4 

STANDARD, Impulse, 2376, 2386 Series (hr. & 12 hr. correct) 25 Fig. 3 or 4

Page B-5 

FIG. 1 TYPICAL WIRING FOR SYNCHRONOUS CLOCK MOVEMENTS (Single Voltage)* 

* FOR DUAL VOLTAGE CLOCKS USE FIG. #2 FOR 

SYNCHRONOUS CLOCK MOVEMENTS 

CLOCK POWER 

N AC 

TB2 

BLK (RUN) 

WHT 

(COMMON) 

RED 

(CORRECT) 

BLK (RUN) 

WHT 

(COMMON) 

RED 

(CORRECT) 

MAX. LOAD 

3A. INDUCTIVE 

28VDC/120VAC 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 

1462/63 INSTRUCTION MANUAL

Page B-6 

FIG. 2 TYPICAL WIRING FOR SYNCHRONOUS CLOCK MOVEMENTS (Dual Voltage) 

RUN 

RUN 

CORRECT 

CORRECT 

RUN 

RUN 

CORRECT 

CORRECT 

MAX. LOAD PER CIRCUIT 

3A. INDUCTIVE 

28VDC/120VAC 

RUN POWER 

N AC 

N AC 

RESET POWER 

TB2 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 


Page B-7 

FIG. 3 TYPICAL WIRING DIAGRAM FOR 2 WIRE POLARITY REVERSAL CLOCK SYSTEM 

Power Supply Ratings: 

Input: 120 VAC 60Hz 1 Amp. 

Output: 23-30 VDC 2.5 Amp. 

WITH 1415 CLOCK POWER SUPPLY AND 1416 CLOCK BOOSTER 

INPUT: 

120VAC 60 HZ 1 AMP. 

RED 

BLK 

RED 

BLK 

A 

C 

A 

C 

P 

P 

A 

C 

A 

C 

P 

P 

AC N G 

24VDC 

OUTPUT 

CLK POWER SUPPLY 1415 

AC N G 

24VDC 

OUTPUT 

2.5A MAX. 

INPUT 

INPUT: 

120VAC 60 HZ 

1 AMP. 

CLOCK BOOSTER 

1416 

TB2 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 


Page B-8 

FIG. 4 TYPICAL WIRING DIAGRAM FOR 2 WIRE POLARITY REVERSAL CLOCK SYSTEM 

RED 

BLACK 

MAX. LOAD 

3A. INDUCTIVE 

28VDC/120VAC 

POWER 

CLOCK 

24VDC 

TB2 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 


Page B-9 

FIG. 5 TYPICAL WIRING FOR 2362, 2364, 25DIG, AND 40DIG SERIES SECONDARY DIGITAL CLOCKS 

GREEN 

GND WIRE 

FOR 120VAC 

ONLY 

SEE ABOVE 

YELLOW 

BLUE 

ORANGE 

GREEN 

GND WIRE 

FOR 120VAC 

ONLY 

FOR USE WITH RTC-DIG 

REMOTE TIMER CONTROL 

(IF NOT USED, INSULATE 

BARE WIRE ENDS) 

24VAC/120VAC 

* (RUN) 

* (RUN) 

WHT (CORRECT) 

RED (CORRECT) 

24VAC/120VAC 

* (RUN) 

* (RUN) 

WHT (CORRECT) 

RED (CORRECT) 

* FOR 24VAC UNITS, (1) BLACK WIRE AND (1) BROWN WIRE. 

FOR 120VAC UNITS, BOTH WIRES ARE BLACK. 

(-) (+) 

24VDC 

RESET 

POWER 

U.L. LISTED LIMITED 

ENERGY POWER 

SUPPLY 

TB2 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 


Page B-10 

FIG. 6 TYPICAL WIRING DIAGRAM FOR AR2 & AR2A CLOCK SYSTEM 

BLK 

WHT 

BLK 

WHT 

MAX. LOAD 

3A. INDUCTIVE 

28VDC/120VAC 

+ 

- 

PWR. 

SUPP. 

L N 

8 

7 

6 

AC N 

120VAC 

LINE POWER 

RUN 

IMPULSE 

RESET 

SPS-1-12 

J108676 

TB2 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 


Page B-11 

FIG. 7 TYPICAL WIRING DIAGRAM FOR AR3 CLOCK SYSTEM 

BLK 

(RUN) 

WHT 

(COMMON) 

RED 

(CORRECT) 

BLK 

(RUN) 

WHT 

(COMMON) 

RED 

(CORRECT) 

24VDC 

- + 

MAX. LOAD 

3A. INDUCTIVE 

28VDC/120VAC 

TB2 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 


Page B-12 

FIG. 8 TYPICAL WIRING FOR TWO-WIRE, POLARITY REVERSAL, 

IMPULSE CLOCK (USING CLOCK CODE 21) MOVEMENTS 

INDICATES TERMINALS ON 2350 

SERIES IMPULSE CLOCKS 

(3) (+ MINUTE IMPULSE) 

(1) (+ HOURLY CORRECT) 

MAX. LOAD 

3A. INDUCTIVE 

28VDC/120VAC 

(+) (-) 

CLOCK 

POWER 

TB2 

O 

A 

C 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

RUN 1 


Page B-13 

FIG. 9 TYPICAL WIRING FOR THREE-WIRE IMPULSE CLOCK MOVEMENTS 

(RESET) 

(COMMON) 

(RUN) 

(RESET) 

(COMMON) 

(RUN) 

MAX. LOAD 

3A. INDUCTIVE 

28VDC/120VAC 

CLOCK POWER 

(-) (+) 

TB2 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

O 

A RUN 1 

C 


Page B-14 

FIG. 10 TYPICAL WIRING FOR TWO-WIRE, MINUTE IMPULSE CLOCK MOVEMENTS 

WITH NO HOURLY OR 12 HOUR CORRECTION 

TB2 

(RUN) 

(COMMON) 

(RUN) 

(COMMON) 

MAX. LOAD 

3A. INDUCTIVE 

28VDC/120VAC 

CLOCK POWER 

O 

A 

C 

O 

A 

C 

RESET 1A 

RESET 1B 

O 

A RUN 1 

C 


NOTES: 1. 

Page C-1 

2. 

3. 

FIG. A TYPICAL AUXILIARY CIRCUIT WIRING FOR SIGNAL DEVICES 

Signal Power Voltage must match voltage 

rating for signal devices. 

If voltage rating of devices of both Auxiliary 

Circuits are the same, then one Signal 

Power Source can be used for both circuits. 

Max. Load per Auxiliary Circuit - 8A. Inductive, 

28VDC/120VAC. 

CIRCUIT 1 

CIRCUIT 2 

SIGNAL POWER 

CIRCUIT 2 

(COMMON) (HOT) 

SIGNAL POWER 

CIRCUIT 1 


TB1 

SIG. CKT. 1 

SIG. CKT. 2 

NC 

MAST TO 

MAST 


Page C-2 

FIG. B TYPICAL AUXILIARY CIRCUIT WIRING FOR UTILITY CONTROL DEVICES 

EXAMPLE: 

AUXILIARY CIRCUIT 1:Utility Control Device with 

Max load - 8A. Inductive, 28VDC/120VAC 

AUXILIARY CIRCUIT 2:Utility Control Device with 

load higher than 8A. 

- Remote Relay required 

Utility Devices include: 

Air Handling Units, Fans, Motors, 

Lighting, etc... 

UTILITY POWER 

CIRCUIT 2 

RELAY POWER - 

AS REQUIRED BY 

POWER RELAY 

RATING 

UTILITY 

DEVICE 2 

(COMMON) 

(HOT) 

UTILITY 

DEVICE 1 

REMOTE RELAY 

UTILITY POWER 

CIRCUIT 1 


TB1 

SIG. 

CKT. 1 

SIG. 

CKT. 2 

NC 

MAST TO 

MAST 



GLOSSARY OF TERMS 

12 hour correction - a correction signal sent to compatible secondary clocks every 12 hours 

that corrects the clocks from as much as 11 hours and 57 minutes slow 

1462/1463 Program Time Controller - a Faraday, Inc. microprocessor based time 

management unit which was released for production in 1995 

1464 Four Bell/Auxiliary Circuit Adder Option - an optional circuit board that adds four more 

signal circuits to the standard 1462 Program Time Controller 

1464R Four Bell/Auxiliary Circuit Adder Option - an optional circuit board that adds four more 

signal circuits to the standard 1463 Program Time Controller 

1466 Master-to-Master Synchronization Option - an optional relay that allows the 1462 

Program Time Controller to synchronize or be synchronized to a time system (e.g., 

another master clock) 

1468A RS-232 Port Option - an optional circuit board that functions as an RS-232 serial port 

for the 1462 Program Time Controller to transmit time and date information 

access code - a group of three digits that permits the user one of three levels of access to the 

Main Menu 

accumulator -a feature of the Program Time Controller that keeps track of elapsed time during 

power outages so the Program Time Controller can make the appropriate corrections to 

the secondaries when operating power is restored 

all call -a Function Key of the Program Time Controller that allows the user to activate 

predetermined signal circuits quickly and easily 

alternate date - a special date which will cause the Program Time Controller to switch from its 

main schedule to an alternate schedule for the day 

alternate date schedule - see alternate schedule 

alternate schedule - a schedule of events other than the main schedule 

alternate schedule date - see alternate date 

ASCII character set - the American Standard Code for Information Interchange 8-bit character 

set. It consists of the first 128 (0-127) characters of the ANSI character set. 

backlight - a source of illumination that originates behind an LCD to enhance its readability 

baud - a unit used to measure the speed of data communication 

Page D-1

ell circuit - see signal circuit 

circuit - a path for electrical current 


clock circuit - a circuit which drives and provides correction signals to secondary clocks 

clock code - a number that must be programmed into the Program Time Controller to cause 

the clock circuit to send the proper correction signals for a specific type of secondary 

clock 

COM port - see serial port 

contrast - the difference between the foreground of a character of the LCD and background of 

the display 

daylight savings time - a unit of time (usually 1 hour) that is ahead of the standard time of a 

time zone 

diagnostic routine - a feature of the Program Time Controller that operates its hardware in a 

particular manner to help technicians determine if a hardware failure exists 

disable - to incapacitate a feature of the Program Time Controller 

display circuits feature - a feature of the Program Time Controller that indicates on the LCD 

which clock circuits or signal circuits are activated 

duration event - an event which activates its associated signal circuits for a short period of 

time (0 to 60 seconds) 

edit - to revise an alternate date or event 

enable - to permit a feature of the Program Time Controller to operate 

event - a programmed occurrence which changes the status of one or more of the signal circuits 

of the Program Time Controller 

firmware - the combination of a read only memory (ROM) and the program it contains 

Function Key - a key of the keypad that performs a specific task, such as all call or disabling 

signal circuits 

hardware - the physical components of the Program Time Controller and options 

holiday - see alternate date 

hourly correction - a correction signal sent to compatible secondary clocks every hour that 

synchronizes their minute hands 

Page D-2


impulse clock - a secondary clock which has no second hand and receives a voltage “impulse” 

once each minute to increment the minute hand 

LCD - liquid crystal display 

LED - light emitting diode 

line frequency - the frequency, measured in Hertz (Hz), of line voltage 

line synchronous - a time base feature that allows the Program Time Controller to synchronize 

its time keeping to line frequency 

LPT port - see parallel port 

Main Menu - the menu that allows the user access to program most attributes of the Program 

Time Controller, such as time of day, date, and schedule used 

main schedule - the normal schedule of events of a Program Time Controller 

manual advance - a feature of the Program Time Controller that allows the user to manually 

cause an hourly correction 

menu - a list of items 

menu item - one element of a list of elements that comprise a menu 

minute impulse - a signal sent to an impulse clock once each minute that increments its minute 

hand 

oscillator - an electronic component that provides a stable electrical signal of a given frequency; 

time base feature that allows the Program Time Controller to synchronize its time keeping 

to its internal crystal oscillator 

open - to display the contents of a menu 

parallel port - a connection (usually LPT1 on a computer) where a cable for a parallel device 

(such as a printer) is installed 

read only memory (ROM) - a solid state storage chip that can have its information read, but not 

rewritten 

RESET relay - one of the relays in the clock circuit 

reverse polarity - a means by which impulse clocks can be advanced each minute and corrected 

on the same pair of wires by reversing the polarity of the signal sent out on those wires 

Page D-3


RUN relay - one of the relays in the clock circuit 

scatter correction - see 12 hour correction 

schedule - a sequence of events 

scroll - to move items of a list up or down in order to see the parts of the list that are not displayed 

secondary clock - a correctable clock that is part of a time system (e.g., a master clock system) 

select - to pick a desired item from a list 

serial port - a connection (such as the 1468A RS-232 Port of the Program Time Controller, or 

COM1 of a computer) where a cable for a serial communications device is installed 

Set Defaults Menu - the menu that allows the user access to program how the Program Time 

Controller operates, such as options used and time format 

signal circuit - a circuit which operates bells and utility devices in accordance with a programmed 

schedule of events 

signal duration - the elapsed time that a duration event activates its signals 

software - the set of instructions for a computing device, such as the Program Time Controller 

special function - a feature of the Program Time Controller that allows a technician to access and 

change certain programming information not accessible from other menus 

special schedule - see alternate schedule 

start event - an event which activates its associated signal circuits until those signal circuits are 

deactivated by one or more stop events 

stop event - an event which deactivates its associated signal circuits 

synchronous clock - a secondary clock that receives a constant “run” voltage (usually line 

voltage), and hourly and 12 correction signals as appropriate (usually to a separate coil 

or motor) 

time base - the source (line frequency or oscillator) to which the Program Time Controller’s 

timekeeping is synchronized 

time format - the manner in which time is displayed, such as 12 hour or 24 hour format 

utility device - a device connected to a signal circuit that is designed to be turned “on” or “off,” 

such as for lighting, environmental control, or security 

Page D-4

4-20-95 

1464 INSTALLATION INSTRUCTIONS 

For the Addition of 1464 Quad Auxiliary Circuit Module 

Into 1460 / TC1260 Master Time Programmer 

Ensure that all necessary parts for the 1464 module are included in the package. 

Check items against the following parts list: 

I.) ADDING 1464(s) TO 1460 or TC1260: 

DESCRIPTION QTY PART NO. 

Quad Aux Ckt Board 1 413169 

Cable Assy, 5 in. 1 444872 

Spacer - 1-5/8" 4 444840 

NOTE: If the 1460/TC1260 is already in use, remove AC power before proceeding with installation of the module(s). 

CAUTION: Shock hazard inside Master Time Programmer. Remove all power before servicing. 

1.) Open the door. 

2.) If only one 1464 is to be installed, it should be installed in the left hand module position (see Installation Diagram 

on page 2). 

3.) Remove the 4 Keps nuts that match the mounting holes of the 1464 to be installed. 

4.) Place the four 1-5/8" spacers provided on the exposed studs. 

5.) Place the 1464 on the spacers with the terminals towards the bottom of the cabinet. Secure the board in place 

with the nuts which were removed in step 3. 

6.) Connect the cable between the header J3 on the main board and the header J1 on the 1464. WARNING: Make 

sure the cable is seated correctly and proper polarity was observed. Improper installation may damage 

the 1464 and/or the 1460/TC1260. 

7.) If the second 1464 is to be installed, repeat steps 3-6 for the right hand module position. Connect the cable 

between the header J4 on the main board and the header J1 on the 1464. 

8.) It is recommended that AC power be temporarily applied to the unit so that the 1464 module(s) can be tested to 

ensure proper operation by means of the 1460/TC1260 Diagnostics Routine or by manual activation of the 

auxiliary circuits. 

9.) Remove AC power. 

10.) Connect all field wires and add new auxiliary circuit wiring as required. 

11.) Close the door. 

12.) Reconnect AC power. 

445734 Issue I Rev. A 

Page 1 of 6

4-20-95 

Location for 

1st Quad 

Aux Circuit 

Quad Aux Circuit 

413169 


for Catalog Number 1464 Quad Auxiliary Circuit Module 

to Catalog Number 1460 / TC1260 Master Time Programmer 

Cable Assembly 

444872 

Main Board - 

Already In Clock 

#6 Keps Nut 

1 5/8" Spacer 

444840 

Location for 

2nd Quad 

Aux Circuit 


Page 2 of 6

4-20-95 


For the Addition of 1464 Quad Auxiliary Circuit Module 

Into 1462 / TC1262 Program Time Controller 

Ensure that all necessary parts for the 1464 module are included in the package. 


II.) ADDING 1464 TO 1462 or TC1262: 


Quad Aux Ckt Board 1 413169 

Cable Assy, 5 in. 1 444872 

Spacer - 1-5/8" 4 444840 

NOTE: If the 1462/TC1262 is already in use, remove AC power before proceeding with installation of the module. 

CAUTION: Shock hazard inside Program Time Controller. Remove all power before servicing. 

1.) Remove the cover. 

2.) Remove the 4 Keps nuts that match the mounting holes of the 1464 to be installed. 


4.) Place the 1464 on the spacers with the terminals towards the bottom of the cabinet. Secure the board in place 

with the nuts which were removed in step 2. 

5.) Connect the cable between the header J3 on the main board and the header J1 on the 1464. WARNING: Make 

sure the cable is seated correctly and proper polarity was observed. Improper installation may damage 

the 1464 and/or the 1462/TC1262. 

6.) It is recommended that AC power be temporarily applied to the unit so that the 1464 module can be tested to 

ensure proper operation by means of the 1462/TC1262 Diagnostics Routine or by manual activation of the 

auxiliary circuits. 



9.) Reattach cover. 

10.) Connect AC power. 


Page 3 of 6

4-20-95 

Location for 

Quad Aux 

Circuit 


for Catalog Number 1464 Quad Auxiliary Circuit Module 

to Catalog Number 1462 / TC1262 Program Time Controller 


444872 

1 5/8" Spacer 

444840 

#6 Keps Nut 


413169 

Main Board - 



Page 4 of 6

4-20-95 


Page 5 of 6 

TYPICAL AUXILIARY CIRCUIT WIRING FOR UTILITY CONTROL DEVICES 

A.) AUXILIARY CIRCUIT 1: Utility Control Device with 


B.) AUXILIARY CIRCUIT 2: Utility Control Device with 


- Remote Relay required. 

Utility Devices include such things as air 

handling units, fans, motors, etc... 

UTILITY POWER 

CIRCUIT 2 

RELAY POWER 


POWER RELAY 

RATING 

UTILITY 

DEVICE 2 

(HOT) 

(COMMON) 

UTILITY 

DEVICE 1 

REMOTE RELAY 

UTILITY POWER 

CIRCUIT 1 


TB1 

SIG. 

CKT. 1 

SIG. 

CKT. 2 

SIG. 

CKT. 3 

SIG. 

CKT. 4 

1464 INSTALLATION INSTRUCTIONS

4-20-95 


Page 6 of 6 

NOTES: 1. 

2. 

3. 

TYPICAL AUXILIARY CIRCUIT WIRING FOR SIGNAL DEVICES 

Signal Power Voltage must match voltage rating 

for signal devices. 

If voltage rating of devices of both Auxiliary Circuits 

are the same, then one Signal Power Source 

can be used for both circuits. 

Max. Load per Auxiliary Circuit - 8A. Inductive, 

28VDC/120VAC. 

CIRCUIT 

1 

CIRCUIT 

2 

SIGNAL POWER 

CIRCUIT 2 


SIGNAL POWER 

CIRCUIT 1 


TB1 

SIG. 

CKT. 1 

SIG. 

CKT. 2 

SIG. 

CKT. 3 

SIG. 

CKT. 4 

1464 INSTALLATION INSTRUCTIONS

4-20-95 

1464R INSTALLATION INSTRUCTIONS 

For the Addition of 1464R Quad Auxiliary Circuit Module 

1461 Master Time Programmer 

Ensure that all necessary parts for the 1464R module are included in the package. Check items against the 

following parts list: 

DESCRIPTION QTY PART NO. DESCRIPTION QTY PART NO. 

Quad Aux Ckt Board 1 413169 Cable Assy, 5 in. 1 444872 

Spacer - 1-5/8" 4 444840 Terminal Block, 8pt 1 J001342 

Screw, #6 Self-Tapping 2 942264 

I.) ADDING 1464R(s) TO 1461: 

NOTE: If the 1461 is already in use, remove AC power, disconnect all field wiring, and remove the 1461 

cabinet from rack or console before proceeding with installation of the module(s). 



2.) If only one 1464R is to be installed, it should be installed in the rear module position 

(see Installation Diagram on page 2). 

3.) Remove the 4 Keps nuts that match the mounting holes of the 1464R to be installed. 


5.) Place the 1464R on the spacers with the terminals towards the left of the cabinet. Secure the board in 

place with the nuts which were removed in step 3. 

6.) Mount terminal block provided using self-tapping screws provided on back of 1461 chassis as shown in 

the Installation Diagram on page 2. 

7.) Connect the cable between the header J3 on the main board and the header J1 on the 1464R. 

WARNING: Make sure the cable is seated correctly and proper polarity was observed. Improper 

installation may damage the 1464R and/or the 1461. 

8.) If the second 1464R is to be installed, repeat steps 3-7 for the front module position. Connect the cable 

between the header J4 on the main board and the header J1 on the 1464R. 

9.) Refer to the attached Circuit Wiring Diagram for the proper configuration to use for wiring both the 

internal and external terminals. After wiring the internal terminals, it is recommended that AC power be 

temporarily applied to the unit so that the 1464R module(s) can be tested to ensure proper operation by 

means of the 1461 Diagnostics Routine or by manual activation of the auxiliary circuits. 






Page 1 of 6

Location for 

2nd Quad 

Aux Circuit 

4-20-95 

1 5/8" Spacer 

444840 


Installation Diagram 

for Catalog Number 1464R Quad Auxiliary Circuit Module 

to Catalog Number 1461 Master Time Programmer 

#6 Keps Nut 

Location for 

1st Quad 

Aux Circuit 

Cable 

Assembly 

444872 


413169 

Main Board - 


Location for Terminal 

Strip for 2nd 1464R 


Module 

Terminal Strip 

J001342 

& Screws 

942264 


Page 2 of 6

4-20-95 


For the Addition of 1464R Quad Auxiliary Circuit Module 

Into 1463 Program Time Controller 

Ensure that all necessary parts for the 1464R module are included in the package. Check items against the 

following parts list: 

DESCRIPTION QTY PART NO. DESCRIPTION QTY PART NO. 

Quad Aux Ckt Board 1 413169 Cable Assy, 5 in. 1 444872 

Spacer - 1-5/8" 4 444840 Terminal Block, 8pt 1 J001342 

Screw, #6 Self-Tapping 2 942264 

II.) ADDING 1464R TO 1463: 

NOTE: If the 1463 is already in use, remove AC power, disconnect all field wiring, and remove the 1463 

cabinet from rack or console before proceeding with installation of the module. 



2.) Remove the 4 Keps nuts that match the mounting holes of the 1464R to be installed. 

(see Installation Diagram on page 4). 


4.) Place the 1464R on the spacers with the terminals towards the left of the cabinet. Secure the board in 

place with the nuts which were removed in step 2. 

5.) Mount terminal block provided using self-tapping screws provided on back of 1463 chassis as shown in 

the Installation Diagram on page 4. 

6.) Connect the cable between the header J3 on the main board and the header J1 on the 1464R. 

WARNING: Make sure the cable is seated correctly and proper polarity was observed. Improper 

installation may damage the 1464R and/or the 1463. 

7.) Refer to the attached Circuit Wiring Diagram for the proper configuration to use for wiring both the 

internal and external terminals. After wiring the internal terminals, it is recommended that AC power be 

temporarily applied to the unit so that the 1464R module can be tested to ensure proper operation by 

means of the 1463 Diagnostics Routine or by manual activation of the auxiliary circuits. 



10.) Reattach the cover. 



Page 3 of 6

4-20-95 

1 5/8" Spacer 

444840 


Installation Diagram 

for Catalog Number 1464R Quad Auxiliary Circuit Module 

to Catalog Number 1463 Program Time Controller 

#6 Keps Nut 

Location for 

Quad Aux 

Circuit 

Cable 

Assembly 

444872 


413169 

Main Board - 


Terminal Strip 

J001342 

& Screws 

942264 


Page 4 of 6

4-20-95 


Page 5 of 6 

A.) AUXILIARY CIRCUIT 1: 

B.) AUXILIARY CIRCUIT 2: 

TYPICAL AUXILIARY CIRCUIT WIRING FOR UTILITY CONTROL DEVICES 

Utility Devices include such things as air 

handling units, fans, motors, etc... 

UTILITY POWER 

CIRCUIT 2 

RELAY POWER 


POWER RELAY 

RATING 

Utility Control Device with 


Utility Control Device with 


- Remote Relay required. 

UTILITY 

DEVICE 2 

(HOT) 

(COMMON) 

UTILITY 

DEVICE 1 

REMOTE RELAY 

UTILITY POWER 

CIRCUIT 1 


FIELD 

WIRING 

INTERNAL WIRING 

17 

18 

19 

20 

21 

22 

23 

24 

EXTERNAL WIRING 

TB1 

SIG. 

CKT. 1 

SIG. 

CKT. 2 

SIG. 

CKT. 3 

SIG. 

CKT. 4 

1464R INSTALLATION INSTRUCTIONS

4-20-95 


Page 6 of 6 

NOTES: 1. 

2. 

3. 

TYPICAL AUXILIARY CIRCUIT WIRING FOR SIGNAL DEVICES 

Signal Power Voltage must match voltage 

rating for signal devices. 

If voltage rating of devices of both Auxiliary 

Circuits are the same, then one Signal Power 

Source can be used for both circuits. 

Max. Load per Auxiliary Circuit-8A. Inductive, 

28VDC/120VAC. 

CIRCUIT 

1 

CIRCUIT 

2 

FIELD WIRING 

SIGNAL POWER 

CIRCUIT 2 


SIGNAL POWER 

CIRCUIT 1 


INTERNAL 

WIRING 

17 

18 

19 

20 

21 

22 

23 

24 

EXTERNAL 

WIRING 

SIG. 

CKT. 1 

SIG. 

CKT. 2 

SIG. 

CKT. 3 

SIG. 

CKT. 4 

1464R INSTALLATION INSTRUCTIONS

4-20-95 


For Addition of 1466 Master to Master Synchronization Module 

Into 1460, TC1260 or 1461 Master Time Programmer 

Ensure that all necessary parts for the 1466 module are included in package. Check items 

against the following parts list. 

PARTS SUPPLIED 

1 444244 Relay 

2 942943 Jumpers 

1 445739 Installation instructions 

CAUTION: Remove all power before proceeding with installation. To guarantee protection for the circuitry 

of this unit, it is required that electrostatic handling precautions be observed when installing or 

repairing equipment. 

Slave Installation 

1) Insert relay with contacts to the left as shown in figure below. 

2) Install both jumpers J1 and J2 in position 1. 

3) Connect external 12 volt supply plus to master's "A" terminal. 

4) Connect wire from master's "O" terminal to slave's "C+". 

5) Connect external 12 volt supply minus to slave's "C-" terminal. 

6) See programming instructions for set up of master to master synchronization located in 

"Set Defaults" section of the 1460/61 or TC1260 instruction manual. 

Master Installation 








FIELD CONNECTIONS 

USE "0" & "A" IF MASTER 

OR "C-" & "C+" IF SLAVE 

1- SLAVE 

2-MASTER 

1-SLAVE 

2-MASTER 

CONTACTS 


Page 1 of 2

4-20-95 


For Addition of 1466 Master to Master Synchronization Module 

Into 1462, TC1262 or 1463 Program Time Controller 

Ensure that all necessary parts for the 1466 module are included in package. Check items 

against the following parts list. 

PARTS SUPPLIED 

1 444244 Relay 

2 942943 Jumpers 

1 445739 Installation instructions 

CAUTION: Remove all power before proceeding with installation. To guarantee protection for the circuitry 

of this unit, it is required that electrostatic handling precautions be observed when installing or 

repairing equipment. 

Slave Installation 








Master Installation 








1- SLAVE 

2-MASTER 

FIELD CONNECTIONS 

USE "0" & "A" IF MASTER 

OR "C-" & "C+" IF SLAVE 

CONTACTS 

1-SLAVE 

2-MASTER 


Page 2 of 2

9/01/95 

1467 UTC Module Installation Instructions 

NOTE: Installation is to be done only by qualified personnel who have thoroughly read and 

understand these instructions. Installation is to be done in accordance with the 

National Electrical Code and all applicable local codes. 

CAUTION: ELECTRIC SHOCK HAZARD! Ensure that NO electrical power is present on any 

wire before installation. 

I.) Preparing to install the 1467: 

1.) Ensure that all necessary parts for the 1467 module are included in the package. Check items 

against the following parts list: 

Description Qty Part No. Description Qty Part No. 

UTC Circuit Board 1 413203 Cable Assy, 12 in. 1 444859 

Spacer - 3/8" 4 P8397-11 Standoff - 5/8" 4 444836 

Nut, Keps ® #6-32 6 18965 Cover Plate 1 446058 

Installation Instructions 1 445769 Bushing 1 943451 

2.) Prior to installation of the 1467, you will need to obtain the following items: 

a.) a Hayes TM Smartmodem 1200 TM compatible MODEM. 

b.) a MODEM cable - One end should have a 25 pin, female, D-subminiature connector. 

The other end of the cable must mate with the connector of your MODEM 

(item 2.a. above). Use D-subminiature connector accessories (e.g., "gender-bender", 

25 pin to 9 pin D-subminiature converter) as necessary. 

NOTE: the MODEM cable may not exceed 1/2" dia. for the cable. 

WARNING: Make sure all connector accessories are "straight-through" accessories. 

Other accessories, such as "null modems" may interfere with the operation 

of the 1467! 

c.) a telephone line installed at the site capable of being used to call the UTC calibration 

MODEM (i.e., the NIST-ACTS MODEM in boulder, CO). 

d.) a firmware (P/N 943472) upgrade for your Master Time Programmer if it does not already 

have Version 2.250 firmware, or higher. 

445769 Issue 1 

Page 1 of 6


II.) Adding 1467 to 1460/TC1260: 

9/01/95 


BEFORE installation. 

1.) Remove the two Truss head screws on the left side of the door. Open the door. Save these 

two Truss head screws. 

2.) Carefully remove the rectangular knock-out on the lower left side of the 1460's/TC1260's 

surface box. 

3.) Mount the UTC Circuit Board (P/N 413203) on the door. 

a.) Place the four 3/8" spacers (P/N P8397-11) provided on the exposed studs on the lower 

portion of the inside of the door. 

b.) With the 25 pin, male, D-subminiature connector of the circuit board facing the hinge of 

the door, place the circuit board on the exposed studs with the four 3/8" spacers mounted 

between the door and the circuit board. See Figure 2. 

c.) Secure the board in place using four of the provided Keps ® nuts (P/N 18965). 

See Figure 2. 

4.) Connect the cable ass'y (P/N 444859) between J6 on the main board of the 1460/TC1260 

and J1 on the UTC Circuit Board (P/N 413203). See Figure 1. 

WARNING: Make sure the connectors of the cable ass'y are seated correctly and that 

proper polarity is observed. Improper installation may damage the 1467 

and/or the 1460/TC1260. 

5.) Carefully pass the 25 pin, female, D-subminiature connector end of the MODEM cable 

through the rectangular knock-out hole of step 2 and mate it with the D-subminiature 

connector of the UTC Circuit Board (P/N 413203). 

6.) Mount the cover plate (P/N 446058) to the inside of the left side of the surface box. 

a.) Slide slot of the cover plate over the modem cable such that the modem cable is located 

within the hole of the cover plate. 

b.) Position the cover plate on the two studs adjacent to the rectangular knock-out. 

See Figure 1. 

c.) Use the remaining two Keps ® nuts (P/N 18965) to loosely hold the cover plate in place. 

See Figure 1. 

7.) Install the bushing (P/N 943451). 

a.) Outside of the surface box, slide the bushing over the modem cable. 

b.) Snap the bushing into the hole of the cover plate. Ensure that the split of the bushing is 

facing away from the slot of the cover plate. 

c.) Move the cover plate such that the edges of the rectangular knock-out hole are not putting 

any pressure on the bushing. 

d.) Tighten the Keps ® nuts (P/N 18965) that hold the cover plate in desired position. 

8.) Close the door of the 1460/TC1260. Secure it in place with the two Truss head screws 

removed in step 1. 

9.) Install the MODEM in desired location in accordance with the MODEM manufacturer's 

instructions. Connect the MODEM cable to the modem. 

10.) Reconnect all system power and program the 1467 in accordance with the 1460/1461 

Owner's Manual (P/N 445727) or the TC1260 Owner's Manual (P/N 445847). 

WARNING: Some precautions should be taken when programming the "Call Time" 

into the WWV Defaults Menu: 

(a). AVOID USING A CALL TIME THAT IS BETWEEN 5 MINUTES BEFORE AND 

5 MINUTES AFTER EACH HOUR. This is usually the time automatic hourly 

corrections of secondary clocks occur. 

(b). AVOID USING A CALL TIME THAT IS BETWEEN THE HOURS OF 5 AM AND 

6 AM, and BETWEEN THE HOURS OF 5 PM AND 6 PM This is usually the time 

automatic 12 hour corrections occur. 

(c). AVOID USING A CALL TIME THAT IS WITHIN 5 MINUTES OF A PROGRAMMED 

EVENT. 

445769 Issue 1 

Page 2 of 6

9/01/95 


already installed 

to J5 on Main Board 

Keps ® nut 

P/N 18965 

MODEM 

Cable 

Bushing 

P/N 943451 



444859 

1460/TC1260 Door Assembly 

Cover Plate 

P/N 446058 

1460/TC1260 Backbox Assembly 

Figure 1: Installation of 1467 UTC Module into 

1460/TC1260 Master Time Programmer 

Location for 

UTC Module 

Main Board - 






from UTC Module 


445769 Issue 1 

Page 3 of 6

9/01/95 

D-subminiature 

Connector this 

end 

#6-32 Keps ® nut 

P/N 18965 


1460/TC1260 Door 

Assembly 

#6-32 Keps ® Nut 

P/N 18965 

Figure 2: Bottom view of 1460/TC1260 Door 

Assembly showing installation of 

UTC Circuit Board (P/N 413203). 


Connector this 

end 

1461 Chassis 

Assembly 

1461 Front 

Figure 3: Top view of 1461 Chassis Assembly 

showing installation of UTC Circuit 

Board (P/N 413203). 

UTC Board 

P/N 413203 

Spacer 

P/N P8397-11 

UTC Board 

P/N 413203 

Standoff 

P/N 444836 

445769 Issue 1 

Page 4 of 6

9/01/95 


from UTC Module 






P/N 444859 

#6-32 Keps ® Nut 

P/N 18965 

Standoff 

P/N 444836 

UTC Board 

P/N 413203 

1461 Front 


UTC Board 

P/N 413203 

1461 CHASSIS ASSEMBLY 

Top View 


Side View 


Connector this end 


Connector this end Cover for 1461 

Figure 4: Installation of 1467 UTC Module 

into 1461 Master Time Programmer 

1461 Back 

Bushing 

P/N 943451 

Bushing 

P/N 943451 

445769 Issue 1 

Page 5 of 6


III.)Adding 1467 to 1461: 

NOTE: If the 1461 is already in use, remove AC power, disconnect all field wiring, and 

remove the 1461 cabinet from rack or console before proceeding with installation 

of the module(s). 

9/01/95 


BEFORE installation. 

1.) Remove the four #6 x 3/8" sheet metal screws holding the top cover of the 1461 to its chassis 

and remove the cover. Save these four sheet metal screws. 

2.) Mount the UTC Circuit Board (P/N 413203) to the right side of the inside of the chassis. 

a.) Install the four 5/8" standoffs (P/N 444836) provided on the exposed studs on the right 

side of the chassis. See Figure 4. 

b.) With the 25 pin, male, D-subminiature connector of the circuit board facing the rear of 

the chassis, place the circuit board on the four 5/8" standoffs mounted on the side of the 

chassis. See Figure 3. 

c.) Secure the board in place using four of the provided Keps ® nuts (P/N 18965). 

See Figure 3. 

3.) Connect the cable ass'y (P/N 444859) between J6 on the main board of the 1460 and J1 on 

the UTC Circuit Board (P/N 413203). See Figure 4. 

WARNING: Make sure the connectors of the cable ass'y are seated correctly and that 

proper polarity is observed. Improper installation may damage the 1467 

and/or the 1461. 

4.) Carefully slide the MODEM cable through the slot on the right side of the chassis such that it 

rests within the 7/8" hole. See Figure 4. Mate the MODEM cable to the 25 pin, male, 

D-subminiature connector end of the UTC Circuit Board (P/N 413203). 

5.) Install the bushing (P/N 943451). 

a.) Outside of the chassis, slide the bushing over the MODEM cable. 

b.) Snap the bushing into the hole in the chassis such that it protects the MODEM cable. 

Ensure that the split of the bushing is facing away from the slot in the chassis. 

6.) Replace the cover of the 1461 and secure it with the four sheet metal screws removed and 

saved in step1. 

7.) Install the MODEM in desired location in accordance with the MODEM manufacturer's 

instructions. Connect the MODEM cable to the MODEM. 

CAUTION: ELECTRIC SHOCK HAZARD! Hazardous voltages in electrical equipment can cause severe 

personal injury or death. Ensure ALL electrical power to ALL wires inside the rack or console 

is removed BEFORE reinstalling the 1461 into the rack or console. 

8.) Reinstall the 1461 cabinet into its rack or console, reconnect all field wiring, and restore 

AC power. 

9.) Program the 1467 in accordance with the 1460/1461 Owner's Manual (P/N 445727). 

WARNING: Some precautions should be taken when programming the "Call Time" 

into the WWV Defaults Menu: 

(a). AVOID USING A CALL TIME THAT IS BETWEEN 5 MINUTES BEFORE AND 

5 MINUTES AFTER EACH HOUR. This is usually the time automatic hourly 

corrections of secondary clocks occur. 

(b). AVOID USING A CALL TIME THAT IS BETWEEN THE HOURS OF 5 AM AND 

6 AM, and BETWEEN THE HOURS OF 5 PM AND 6 PM This is usually the time 

automatic 12 hour corrections occur. 

(c). AVOID USING A CALL TIME THAT IS WITHIN 5 MINUTES OF A PROGRAMMED 

EVENT. 

445769 Issue 1 

Page 6 of 6

4-20-95 

1468A RS232 Port Module Installation Instructions 

Ensure that all necessary parts for the 1468A module are included in the package. 


I.) Adding 1468A to 1460 or TC1260: 


RS232 Circuit Board Ass'y 1 413171 

Spacer - 5/8" 1 444836 

Installation Instructions 1 445796 

NOTE: If the 1460/TC1260 is already in use, remove AC power before proceeding with installation of the 

module. 


1.) Open the door. 

2.) Remove the Keps nut in the upper left corner of the CPU board. 

3.) Place the 5/8" spacer provided on the exposed stud. 

4.) Place the 1468A Board on the spacer and J5 header. Secure the board in place with the nut which was 


5.) Connect field wires to RS232 Port as required. See wiring diagrams provided. 

6.) Close the door. 


II.) Adding 1468A to 1461: 

NOTE: If the 1461 is already in use, remove AC power before proceeding with installation of the module. 










SPACER 

P/N 444836 

#6 KEPS NUT 

P/N 18965 

J5 ON CPU BOARD 

RS232 PORT BOARD 

mounts on this corner 


P/N 413171 

445796 Rev. A 

Page 1 of 6

RS232 Port Board 

P/N 413171 

J5 on CPU Board 

4-20-95 

1461 Front 


Installation Diagram for Cat. No. 1468A RS232 Port Module 

to Cat. No. 1460 or TC1260 Master Time Programmer 


P/N 413171 

#6 Keps Nut P/N 18965 


to Cat. No. 1461 Master Time Programmer 

Spacer 

P/N 444836 #6 Keps Nut P/N 18965 

1461 Back 

1460 / TC1260 

DOOR ASSEMBLY 

Back View 


Top View 


Side View 

445796 Rev. A 

Page 2 of 6

III.) Adding 1468A to 1462 or TC1262: 

4-20-95 


NOTE: If the 1462/TC1262 is already in use, remove AC power before proceeding with installation of the 

module. 



2.) Remove the Keps nut in the upper left corner of the CPU board mounted on cover. 







IV.) Adding 1468A to 1463: 

NOTE: If the 1463 is already in use, remove AC power before proceeding with installation of the module. 












to Cat. No. 1462 or TC1262 Program Time Controller 

SPACER 

P/N 444836 

#6 KEPS NUT 

P/N 18965 

RS232 PORT BOARD mounts on this corner 


P/N 413171 

1462 /TC1262 

COVER ASSEMBLY 

Inside View 

445796 Rev. A 

Page 3 of 6


P/N 413171 

J5 on CPU Board 

4-20-95 

1463 Front 



to Cat. No. 1463 Program Time Controller 

SPACER 

P/N 444836 

#6 KEPS NUT 

P/N 18965 


Spacer 

P/N 444836 #6 Keps Nut P/N 18965 


P/N 413171 


mounts on this corner 


P/N 413171 

1463 Back 


Top View 


Side View 

445796 Rev. A 

Page 4 of 6

Remote Computer 

DB-9 1468A 

4-20-95 

5 

3 

2 

5 

4 

3 

2 

7 

8 


Wiring Diagram for Cat. No. 1468A RS232 Port Module 

TB1.5 

TB1.4 

TB1.2 

MODEM 

DB-9 1468A 

Local (DTE to DTE) Mode Cable Connection 

TB1.5 

TB1.1 

TB1.2 

TB1.4 

Remote Computer 

DB-25 1468A 

7 

2 

3 

7 

20 

2 

3 

4 

5 

Remote (DTE to DCE) Mode Cable Connection 

TB1.5 

TB1.4 

TB1.2 

MODEM 

DB-25 1468A 

TB1.5 

TB1.1 

TB1.2 

TB1.4 

445796 Rev. A 

Page 5 of 6

4-20-95 


445796 Rev. A 

Page 6 of 6

Set Defaults 

1=Set Time Base 

Set Defaults 

2=Set Time Formt 

Set Defaults 

3=Set Line Freq 

Set Defaults 

4=Daylight Save 

Set Defaults 

5=All Call 

Set Defaults 

6=Serial Port 

Set Defaults 

8=Mast to Mast 

Set Defaults 

9=Prog Clocks 

Set Defaults 

A=Function Keys 


PROGRAM TIME CONTROLLER DEFAULT SETTINGS 

Line Frequency Oscillator 

12 Hour 24 Hour 

50 Hz. 60 Hz. 

Enable Daylight Savings Disable Daylight Savings 

All Call 

1 2 3 4 5 6 

Enable Serial Port Disable Serial Port 

1200 Baud 2400 Baud 

9600 Baud 19200 Baud 

Master Slave 

Clock Code 1 

Time 

Function Keys ON Function Keys OFF


EVENTS TIME SIGNAL 

DURATION DAYS AUXILIARY CIRCUITS SCHED 

HR MIN SEC AM/PM ON/OFF S M T W T F S 1 2 3 4 5 6


EVENTS TIME SIGNAL 

DURATION DAYS AUXILIARY CIRCUITS SCHED 

HR MIN SEC AM/PM ON/OFF S M T W T F S 1 2 3 4 5 6


In order to access the programming section of the 1462/1463 Program Time Controller a 3 digit 

access code must be entered. Each access code allows the programmer access to various levels of 

the Menu, see below. 

Level 1 Access Code 4 9 0 

Allows access to the following Menu: 



Main Menu 


Main Menu 


Main Menu 

5=Set Date 



Main Menu 


Main Menu 


Main Menu 

5=Set Date 

Main Menu 


Main Menu 


Main Menu 

C=Diagnostics 

Code Card 

Main Menu 


Main Menu 


Page G-1 

Main Menu 

2=Program Events 

Main Menu 

4=Set Time 

Main Menu 


Main Menu 

2=Prog Events 

Main Menu 

4=Set Time 

Main Menu 


Main Menu 


Main Menu 

B=Access Code 

Main Menu 

D=Special

program time controller - events chart - Faraday

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