Apollo ADR - Page 2

Technical Support Line +44 (0)23 9244 2706 Doc 39215-410 Iss 2
Manufacturer’s Specicaon
All data is supplied subject to change without noce. Specicaons are typical at 24 V, 25°C and 50% RH
unless otherwise stated.
Supply voltage 17 V to 35 V dc
Digital communicaon XP95 compable
Modulaon Voltage 5 V - 13 V
Current Consumpon Switch ON Surge
and Quiescent
3.7 mA
EDL 4
Rated Holding Force 200 N
Inialisaon and Self-Check Time
(typical)
45 minutes
Typical Release-Hold Cycle 8 seconds (will release within 3 seconds)
Status Indicator*
• Flashing Amber Every 5s - Charging
• Flashing Green Every 5s - Normal, Charged
• Connuous Amber - Isolator Acve State or
Fault, Charged
• Flashing Amber Every 1s - Isolator Acve State
or Fault, Charging
Operang temperature 0°C to + 40°C
IP Rang IP3X
Vibraon, impact and shock EN 54-17:2005, EN 54-18:2005
Standards and approvals EN 1155:1997 + A1:2002, EN 54-17:2005, EN 54-
18:2005, CPR
Patent numbers for magnec
assembly
European: EP1799944, UK: GB2450991
Dimensions 87.9mm wide x 87.9 high x 83.5mm deep
Weight 515g
Materials Housing: White ame-retardant ABS
*under normal operaon
Technical Support Line +44 (0)23 9244 2706 Doc 39215-410 Iss 2
Applicaon
Direct connecon to the re panel makes the
ADR a Category A re door retainer, as dened in
BS7273-4 providing the panel has supporng BS
7273-4 category A funconality.
The addressable funconality allows panel cause
& eect programming in complex buildings that
facilitates evacuaon whilst closing re doors in
alarmed areas. All doors or zones of doors can be
closed automacally by the control panel or a
dedicated input switch to enable a lockdown
strategy in schools, colleges, courts & custodial.
Patented permanent magnet technology results
in minimal current being required to hold doors
open.
The ADR has twin LEDs to indicate Normal,
Charging, Loop isolator acvaon and Device
fault statuses.
Device Fault condions include:
• Loss of protocol communicaon
• Insucient loop power to charge
The unit is supplied with a manual release switch
and is programmable to operate under failsafe
condions.
Installaon
Decide on suitable mounng posions for the
magnet and the keeper plate. The magnet
should be at least 600 mm from the axis of the
door hinge. The manual release switch should be
easily accessible when the door is retained open.
Fit the door holder back box to the wall. This
door holder can be used in semi-ush mounng
or surface mounng applicaons. Check that any
xings used are strong enough to withstand the
holding force of the door retainer.
Run the re system loop wires (0.2mm
2
-
3.3mm
2
) through the back box and connect to
the rear of the door retainer as per the
Connecons diagram. We recommend using
cable glands (20mm) with re cable in harsh
environments. Fit the door holder to the back
box with the screws supplied to a torque of
0.5Nm.
+
+
-
-
L+
L+
L-
L-
Loop
1 2 3 4 5 6 7 8
Failsafe Enable Sets the address
Device Addressing
The 7-bit address is set using a DIL switch.
Failsafe is enabled by switch 8.
Please see BS7273-4 Code of pracce
regarding failsafe operaon.
Address DIL Switch (1234567)
1 1000000
85 101010
126 0111111
Check that the rubber ring is ed in the base
plate before ng the keeper plate assembly
loosely to the door. Adjust the angle to align
with the magnet and ghten the mounng
screws to lock the plate in place.
Do not use the door retainer unl sucient
inialisaon and self-check me has elapsed.
The device may not actuate unl the device is
suciently charged.
Example: