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WC13PS Series Restroom Control
INSTALLATION INSTRUCTIONS
Electrified Locks, Relays and Timers
1. GENERAL DESCRIPTION
The Restroom Control Kit allows access in and out of a Restroom,
with the ability to secure the door to make patrons aware that
the location is either occupied or vacant.
The CX-WC13PS Series of Restroom Control Kits are controlled
by Camden’s advanced relay logic controller model CX-33. The
CX-33 currently has 2 pre-set modes that will accommodate
most Restroom applications. When used to control a Restroom
application, the modes most often used will be Mode 7 (normally
unlocked) or Mode 8 (normally locked). The default Mode for
the CX-WC13PS is Mode 7 (normally unlocked). Each Restroom
Control Kit will have the ability to physically open the door then
allow the patron to lock the door once inside. When locked the
CX-33 will change the coloring of the inside & outside PUSH TO
OPEN buttons from green to red displaying that the Restroom
is in use. When the inside PUSH TO OPEN is pressed it will
unlock the door, then (physically) open the door and change the
coloring of the inside & outside PUSH TO OPEN buttons back to
green, displaying that the Restroom is now vacant. The locked
Restroom can be unlocked by either pressing the inside PUSH TO
OPEN which will reset the system back to unlocked, or by using
the crash bar, paddle or turning the knob set to open the door
contact circuit and resetting the CX-33.
The CX-WC13PS Series of Restroom Control Kits use Camden’s
trademark Aura boards. The Aura circuit board is installed behind
the outside PUSH TO OPEN and inside PUSH TO LOCK push
buttons and can be seen easily seen by patrons at a distance.
2. INSTALLATION
Operation at a Glance
When the exterior PUSH TO OPEN button is pressed it will
trigger the PBTN input on its Aura board causing its N.O. relay
contact to send a momentary closure to the outside PUSH TO
OPEN on the CX-WC13PS allowing the door to swing open.
When the interior PUSH TO LOCK button is pressed it will trigger
the PBTN input on its Aura board causing its N.O. relay contact
to send a momentary closure to inside PUSH TO LOCK causing
the CX-WC13PS to lock the Restroom and switch the Aura colors
from green to red. The inside PUSH TO OPEN button is wired
directly to inside PUSH TO OPEN on the CX-WC13PS.
When pressed the Restroom will unlock and the door will swing
open. The Restroom can also be unlocked by opening the door
from the inside which will break the door contact circuit causing
the CX-WC13PS to reset and unlock the door. The Aura’s will
switch back to green signalling the Restroom is now vacant.
Mounting
IMPORTANT: Do not apply power to the unit until you
have fully read the instructions and have made the
required adjustments.
The CX-WC13PS cabinet should be mounted in a clean dry
location out of direct contact with the elements.
Wiring the CX-WC13PS Series Restroom
Control Kit is as follows:
The CX-WC13PS comes from Camden with the CX-33 pre-wired
to a labeled set of two terminal strips. This will make the wiring
of the push buttons easier since the wiring manual will no
longer need to be directly referenced for termination points. A
complete wiring diagram is adhered to the inside of the door
to provide a layout of the wiring as a reference when wiring the
field devices to the kit.
There are two terminal strips that mirror the locations on the
CX-33. The left strip is used for power to the CX-33, the PUSH
TO OPEN and PUSH TO LOCK buttons, the door position switch,
and the Wet trigger. The right strip is for the outputs to drive the
strike (Relay 1), door operator (Relay 2), Aura LEDs (Relay3), and
to provide DC power for the door strike.
Once all field devices are wired to the CX-WC13PS, then AC
power can be wired in.
IMPORTANT: Confirm the electrical panels breaker you are
going to be using is currently off. Do not wire the primary
terminals of the transformer until the secondary terminals
are connected first.
The supplied CX-TRX-5024 transformer will have its secondary
terminals wired to the terminals on the top of the left terminal
strip marked as “AC”. Next, wire the primary terminals to the AC
feed to be used. Confirm your connections and apply power by
turning on the electrical panel breaker.
