1944009
V3.3
31 March 2022
Installation:
The L10 Cleverfit Pro Dynamic Red can be installed either Ceiling or Wall Mounted. The L10 Cleverfit Pro
Dynamic Red uses a “slide connect bracket base” that is mounted and wired into position first. The main
body can be installed once the base is wired or later to avoid damage during the construction phase.
Please follow the steps below to install the L10 Cleverfit Pro Dynamic Red Exit:
•
Disengage the slide connect bracket from the exit body. Position the base in the mounting position.
•
Using the bracket as a guide, mark 2 holes for mounting and one for mains access. Then install the
bracket using appropriate fixings (not supplied).
•
Remove the Terminal Block Cover.
•
Route the AC power and 24/VF control cables through the access hole and connect to the terminal
block as shown below.
•
Connect positive signal of RED activation to I2 and negative signal to C (Common).
•
Connect positive signal of GREEN activation to I1 and negative signal to C (Common).
•
Reinstall the terminal block cover, Install the exit fitting to the slide bracket.
•
To disable the Dynamic Green mode coming on in Emergency mode Set dipswitch 8 to OFF
position.
NOTE:
Only to be used with the CleverEVAC Dynamic Red Bracket, do not use on similar brackets such
as Cleverfit PRO(CCFPRO/LCFPRO).
NOTE: For the Dip Switch setting to take effect the power and battery will need to be
disconnected and reconnected.
Dynamic Red 24 Volt (24V)/Volt Free (VF) Operation and Testing
Activation of the Dynamic Red/Green is controlled via 24V/VF control interface. The fitting comes pre-set
as normally OFF. This is switched via an intelligent circuit inside the fitting. This is controlled by the
24V/VF input from a fire panel or other source. If you would like to change the activation of the Dynamic
Red/Green from Normally OFF to Normally ON change the Dip Switch no.6 (GREEN)/ no.7 (RED) on the
Main LED Board (found under the Running Man diffuser) to 0.
Selecting the Type of the Interface
The fitting comes pre-set to the Volt Free(VF) control interface, to change this to 24V you will have to
change the jumper on J1 from 1-2 (Image below) to 2-3 on the Contact board found next to battery
compartment. Please see image below.
Zoneworks and DATA Monitored Options
Luminaires with part numbers having -ZW
, -DATA
are fitted with Zoneworks communications modules
(nodes). These fittings are monitored using either Powerline Carrier Technology that utilises the power
cable to provide data communication or a dedicated data cable to/from data routers installed on a dedicated
data trunk connected to a central Server (can also be connected via Ethernet/Internet/Fibre). Zoneworks
software on the server is used to monitor, coordinate testing and collate test data from each fitting and can
be commissioned by scanning of the supplied barcode. The LED Test Switch indicator provides a
multifunction indication of the status of the luminaire during testing and normal operation:
Option
State
LED Operation
ZW, HV, DATA
Commissioned
LED on Solid (Green)
ZW, DATA
Un-commissioned
Batt plugged-in:
yellow 1s, green 1s
Batt unplugged:
red 1s, off 1s
HV
Un-commissioned
With network connectivity
Batt plugged-in:
yellow 1s, green 1s
Batt unplugged:
red 1s, off 1s
HV
Un-commissioned
Without network connectivity
Batt plugged-in:
yellow 250mS, green
250mS, yellow 250mS, green 250mS,
green 1s
Batt unplugged:
red 250mS, off
250mS, red 250mS,off 250mS, off 1s
ZW, DATA
Emergency Light Test In Progress
LED flashes at yellow 5s , 0ff 1s
HV
Emergency Light Test In Progress
LED flashes at yellow 1s , 0ff 1s
In the case of the DATA version a 2-
way “figure 8” cable and terminal block facilitates the connection to
the DATA network via a multi-drop bus (daisy chain connection). For further information of installation of
a Zoneworks system, please refer to the Zoneworks Users Guide and Commissioning Guide (incl. DATA
version)
Caution:
On many building sites, power circuits may be cut off in an uncontrolled and repetitive basis during
construction. As a result, any Exit & Emergency Units, on these circuits, will have their batteries
discharged or “cycled”. The Li-ion battery in this fitting has been selected to give excellent long life
performance in a controlled AS/NZS 60598.2.22 testing environment. Excessive battery cycling will
reduce through-life performance and may lead to premature battery failure. Battery warranty claims, as a
result of such abuse, are specifically EXCLUDED from Clevertronics warranty terms.
