Specifications

CT1000
UNIVERSAL ACCESS CONTROL SYSTEMS
INSTALLATION AND WIRING INSTRUCTIONS
12
Form 77085 Rev. B 08-09-2005
TROUBLE SHOOTING:
Some common problems associated with the installation of the CT1000 series can be easily recognized and correct-
ed:
Problem: Possible Solution:
System has power but lock won’t lock. Check wiring. Possibly the relay is wired wrong or power is not applied to
No lights on. lock.
System has power but lock won’t lock. Check wiring. Possibly the rex input is closed (instead of open).
LEDs on keypad/reader flashing. Dipswitch SW1-7 is off. Switch to ON. Remove power. Reapply power.
Keypads lights work but programming Initialized Keypad (100CAB only)
steps don’t seem to function. Wrong master code, iButton, or Card.
Door Forced/Propped Alarm configured but Door Position switch not installed or wired properly.
not Active SW1-6 not set to ON.
ERROR CODES:
If an error is made while manually programming a lock, an error code indication will be indicated at the TouchEntry
Key reader or keypad. The LED(s) will flash several times. Count the number of flashes and refer to the chart below
for diagnosis.
No. Flashes: Meaning:
2 Code too long. Must be 3-8 digits.
3 Memory full, must delete some codes/iButtons/cards.
4 Can not delete master code: use Change Programming procedure (See quick guide, form 57001.)
5 Second entry did not match first. (occurs when attempting to change master programming code.
6 Invalid entry, start over (verify any codes entered prior to this error, they may operate the lock.)
7 Code to be deleted does not exist.
8 Code too short, 3 digit minimum.
9 Duplicate code, code already exists.
USE OF THE DIAGNOSTIC BUTTON PB-1:
The pushbutton PB-1 (see page 4 for location) is for diagnosing wiring problems which can occur during installation.
When pushed, it will change the state of all three relays for as long as it is pushed (Exception: if the alarm relay is
already set to be energized on powerup - see page 3 for setting - it will not change state.) In addition, LED(s) on a
keypad, reader, etc. will light while the button is being depressed. When the button is released, the relays will remain
energized for the remainder of the relock time delay if the button is held past the relock delay, the relays will de-ener-
gize as soon as it is released. This button is intended for checking out wiring logic etc. before the system is pro-
grammed.
USE OF THE MOV SPIKE SUPPRESSOR:
Some manufacturers of electric locks do not include built in spike suppressors. When the lock is turned off a high voltage spike
can cause sensitive controller electronics to malfuntion. If there is any doubt about the presence of spike suppression devices in
a product the use of the MOV provided is required. It should be wired into the system as shown: