![](/html/9e/9e04/9e04d5cdd5d8d5b0ad69d0ccd6a546a38c1e5bb57eb94c5acd253a33b99559bd/bg1.png)
Allegion
LCN Benchmark® AU9100 Series
Low Energy Operators
Installation Manual
LCN Low Energy Operators should
be installed in accordance with the
current Allegion LCN installation
instructions.
Commissioning and Servicing of
installed units must be carried out by
an Allegion Approved, Authorised
Technician
16-20 Third Ave, Sunshine, Vic, 3020
Tel: 1800 098 094
Email: auinfo@allegion.com
Page 1 of 20 December 2014 Ver 4
![](/html/9e/9e04/9e04d5cdd5d8d5b0ad69d0ccd6a546a38c1e5bb57eb94c5acd253a33b99559bd/bg2.png)
1 GENERAL ............................................................................................................................................ 2
2 REPLACEMENT PARTS AND SYSTEM COMPONENTS .............................................................. 3
3 PRE-INSTALLATION SITE AND PRODUCT CHECK .................................................................... 4
4 OPERATOR INSTALLATION ............................................................................................................ 5
5 WIRING ................................................................................................................................................ 7
6 ARM AND COVER INSTALLATION ................................................................................................ 8
7 OPERATIONAL CHECK................................................................................................................... 10
8 OPERATOR ADJUSTMENT ............................................................................................................. 11
9 RELEASE FOR SERVICE ................................................................................................................. 13
10 LCN AU9100 (Briton 2500) V4 SOFTWARE .................................................................................... 14
1 GENERAL
The LCN Benchmark® 9100 Series is an automatic electromechanical swing door operator for use on
hinged, centre pivoted, and offset pivoted doors. The controller is a microprocessor based system, tracking the
door position at any time during the cycle. When activated the Benchmark® 9100 drives the door to the full
open position creating the potential energy in the spring. When closing the electrical power is reduced and the
door closes by controlling the potential energy release in the spring force. The activating circuit opens the
door from any position on the closing swing. During power failure the Benchmark® 9100 acts as a manual
door closer (size 3). Door opening and closing cycles, including opening speed, back check speed, hold open
time delay, closing speed, and latch position are all adjustable.
WARNING
Always disconnect main power to the operator prior
to servicing or cleaning
Warning
Swing door operator Swing door operator
Pull arm and track assembly Push arm assembly
LCE65006 LCE65007
Page 2 of 20 December 2014 Ver 4
![](/html/9e/9e04/9e04d5cdd5d8d5b0ad69d0ccd6a546a38c1e5bb57eb94c5acd253a33b99559bd/bg3.png)
2 REPLACEMENT PARTS AND SYSTEM COMPONENTS
9130-3077T................................Standard Arm
9130-3077PLCM..........Standard Arm w/Track
9130-3038................................................Track
9130-72MC*..................................Metal Cover
9130-72FC* ............................Full Metal Cover
9130-MS........................................Screw Pack
9130-73.....................................Track End Cap
9130-163.......................................Cover Insert
9130-163-1 ....................Cover End Cap Insert
9130-334 .................................Cover End Cap
9130-360.........................................24v SO Kit
9130-3018............................Mounting Bracket
9130-3155 ..........................................Label Kit
9130-3034 .....................................Track Roller
9130-3351-1......................Switch Bracket 29"
9130-3351-2......................Switch Bracket 41"
9130-3351-3......................Switch Bracket 51"
9130-3454 ...............Motor Gearbox Assembly
9130-3454S...Motor Gearbox Assembly w/Switch
9130-3462SC ................Standard Control Box
9130-3498-2A..............A/C Power Cable - 29"
9130-3498-2B .............A/C Power Cable - 42"
9130-3498-2C .............A/C Power Cable - 52"
- (ANCLR or ANDKB only)
9140-3077 ....................................Regular Arm
9140-3077L.......................................Long Arm
9140-72MC*..................................Metal Cover
9140-72FC* ............................Full Metal Cover
9140-MS........................................Screw Pack
9140-77.............................................Main Arm
9140-79......................................................Rod
9140-79LR........................................Long Rod
9140-163.......................................Cover Insert
9140-163-1 ....................Cover End Cap Insert
9140-334 .................................Cover End Cap
9140-360.........................................24v SO Kit
9140-3018............................Mounting Bracket
9140-3155 ..........................................Label Kit
9140-3351-1......................Switch Bracket 29"
9140-3351-2......................Switch Bracket 41"
9140-3351-3......................Switch Bracket 51"
9140-3454 ...............Motor Gearbox Assembly
9140-3454S.............Motor Gearbox Assembly
........................................................w/Switch
9140-3462SC ................Standard Control Box
9140-3498-2A..............A/C Power Cable - 29"
9140-3498-2B .............A/C Power Cable - 42"
9140-3498-2C .............A/C Power Cable - 52"
- (ANCLR or ANDKB only)
Page 3 of 20 December 2014 Ver 4
![](/html/9e/9e04/9e04d5cdd5d8d5b0ad69d0ccd6a546a38c1e5bb57eb94c5acd253a33b99559bd/bg4.png)
3 PRE-INSTALLATION SITE AND PRODUCT CHECK
3.1 Check that the product model is correct for the required application
3.2 Check that all parts listed for the installation are received
3.3 Check architectural drawings and final approved shop drawings for position of frame and structural
openings
3.4 Check header and frame dimensions and required clearances
Clearances for pull system Clearances for push system
3.5 Ensure door weight is less than 90Kgs. For heavier doors consult supplier
3.6 Check that a 240 Volt, single phase, 60 Hz, fused supply (5 amp fuse maximum) is available at
the side of the jamb within approximately 1 Meter of the header. Approved type conduit is
recommended for 240V systems
3.7 If an electric lock is to be connected to the system, the maximum current draw is 2 Amps. The
switching relay contact is a maximum resistive current of 2 Amps.
3.8 The supply must be a dedicated circuit from the main circuit breaker panel and must not be connected
into building lighting circuit with fluorescent lights
Page 4 of 20 December 2014 Ver 4
![](/html/9e/9e04/9e04d5cdd5d8d5b0ad69d0ccd6a546a38c1e5bb57eb94c5acd253a33b99559bd/bg5.png)
4 OPERATOR INSTALLATION
4.1 Remove control box from mounting bracket, then remove Motor/Gearbox from bracket
4.2 Prepare header frame Pull system …………………See Page 5
Push system…………………See Page 6
NOTE
NOTE
For push units with a reveal greater than 150 mm refer
to installation sheet included in the extended arm
Packaging.
4.3 Install operator-mounting bracket on the header/frame.
4.4 Install motor/gearbox on operator mounting bracket, then install control box on bracket Go to wiring
page 7
Pull System
Framed Header and Door Preparation
Page 5 of 20 December 2014 Ver 4
![](/html/9e/9e04/9e04d5cdd5d8d5b0ad69d0ccd6a546a38c1e5bb57eb94c5acd253a33b99559bd/bg6.png)
OPERATOR INSTALLATION (Cont)
Push System
Framed Header and Door Preparation
DIM A
DIM A
Page 6 of 20 December 2014 Ver 4