1. This kit converts all 33/35A and 98/99 series EL devices and fire devices built prior to Oct. 2014 to quiet electric latch (QEL) retraction devices.
2. QELX and HD-QELX Baseplate Conversion Kits are only for use with Von Duprin AX98/99, AXXP98/99, and AX33A/35A exit devices only.
   They are not to be used to convert standard exit devices to QELX.
3. Install according to instructions or device will not function and panic or fire label will be void.
4. The QEL wiring must be attached to the fire alarm system if installed on fire exit hardware.

Parts

Tools Required

QEL Baseplate w/o Dogging (replaces EL Baseplate and Fire Baseplate)

QEL Baseplate with Dogging (replaces EL-HD Baseplate)

  WARNING
If existing exit device is fire rated, do not install HD-QEL or HD-QELX (hex dogging) baseplate. Doing so will void fire rating.

Setup Instruction

1. Disconnect Power
   To avoid risk of shock, disconnect AC power from power supply before proceeding with this conversion. If using Battery Backup option, unplug all four wires from battery terminals.
2. Detach Vertical Rods if present                                                                                        Refer to device instructions as needed.
3. Remove Exit Device from Door

4. Remove Old Baseplate Assembly

4a Remove Mechanism Case

4b Remove Pushpad From Baseplate.

4c Discard retaining ring and pin

4d Discard old baseplate

5. Install New QEL Baseplate Assembly

5a Attach existing center case to new baseplate using two screws

5b Install new slic pin

5c Install pushpad

6. Install mechanism case

7. Prepare dogging cover for HD dogging key (if applicablle and only on panic devices).

7a Locate and drill hole

8. Drill Wire Access Hole (if required)

9. Attach Exit Device to Door

For more detailed installation instructions for specific Exit Devices, visit the Support area of the Allegion website at www.allegion.com/us

10. Confirm Equipment Compatibility
The QEL is compatible with the following equipment (refer to individual instructions as needed):

• PS900-SERIES POWER SUPPLIES – PS902, PS904, PS906, PS914
• 900-SERIES OPTION BOARDS – 900-2RS, 900-4R, 900-4RL, 900-2Q
• PS873 POWER SUPPLY PLUS 871-2, 871-2Q, 873-4TD/AO OPTION BOARDS

11. Route Two Wires from QEL Exit Device to Power Supply

Note: Power wires to QEL are not polarized.

12. Install 900-2Rs, 4Rl, or 4R Option Board(s) into Power Supply

12a Review Available 900 series Option Board Mounting Locations (Gray)

12b Plug Option Board Cable into any Available Option Connector.

12c Secure Board(s) with Screws

Notes:

1. 24VDC output setting required when QEL device connected
2. 2. If installing board in location 2 or 3, rotate board 180°
3. The QEL is compatible with an existing 900-2Q board if currently installed.
4. Latchbolt retraction of (2) sequenced QEL’s requires more than 1 second to complete.
5. When powering multiple components, verify that the amperage requirements of all components combined does not exceed the power supply output rating.

13. Connect Input and Output Wires to Option Board (2RS Shown)

14. Check Operation

• Activate each input and verify all QEL devices operate properly.
• If any device does not operate properly, see step 15 for troubleshooting.

15. If Necessary, Troubleshoot Operation (LED is only visible with the mechanism cover removed)

*For information about adjusting exit devices, you can find their installation instructions in the support area at www.allegion.com/us or call Technical Services at 1-877-671-7011

16. Check Mechanical Operation

1. Make sure device is not dogged for SD-QEL / HD-QEL.
2. Depress pushbar and make sure latch bolt retracts and extends fully (see Figure 1).
3. If latch bolt does not retract or extend fully, adjustments may be required per the device installation instructions.

1. Make sure device is not dogged for SD-QEL/HD-QEL.
2. Depress pushbar. Door should begin to open with pushbar depressed halfway.
3. Close door. Top latch should be secure. If two point latch, bottom latch should be secure as well.
4. If device does not function as described in steps 2 and 3, adjustments may be required per the device installation instructions.

Any HD Device

1. Fully depress pushbar.
2. Insert hex dogging key and turn clockwise.
3. Release pushbar and verify latchbolt remains retracted.
4. Fully depress pushbar.
5. Insert hex dogging key and turn counter clockwise.
6. Release pushbar and verify latchbolt extends fully.

Customer Service

Call: 1-877-671-7011

Visit: www.allegion.com/us

© Allegion 2020
Printed in U.S.A.
24908394 Rev. 10/20-e

For an improved installation experience, follow the link below or scan the QR code for online interactive instructions, warranty, and reference information.

https://instructions.allegion.com/instr/86/2110

Phillips screwdriver Don’t use a power drill!

U.S.A.: 888-805-9837
Canada: 800-900-4734
Mexico: 018005067866

You may have to adjust your bolt length. Make sure the slot in the bolt is centered in the hole.

Need Help?
See “Help with Step 1” in the online instructions. The link is on the back cover or the third page of this guide.

If you have a window next to your door, you may not be able to use the longer wood screws to install the reinforcer.

Need Help?
Trouble installing the strike reinforcer? See “Help with Step 2” in online instructions.

Route the cable through the door BELOW the bolt. Align the tailpiece as shown and push the touchscreen onto the door.

Is it hard to install the touchscreen?
Is the tailpiece not installing correctly?
If the hole through your door seems too small, you may need to remove the spacer. See the online instructions.

Phillips screwdriver
Don’t use a power drill!
You may damage your lock!

Route the cable below the bolt and through the hole on the bottom of the backplate. Secure the backplate with screws.

If the bump on the tailpiece doesn’t align with the slot in the back of the inside assembly, make sure your thumbturn is vertical (up and down). Tuck the wire into the channel.

Install the lower screw first.

Phillips screwdriver
Don’t use a power drill!
You may damage your lock!

1. 1. 1. Open your door!
      2. Enter one of the two default user codes. The codes are located on the back of this guide and on the back of the inside assembly. You need to remove the inside assembly to see the label.
      3. Your lock will enter a setup routine.

When the bolt stops moving, setup is complete.

Need Help? 
If the bolt doesn’t extend or retract during testing, see the online instructions and make sure spindle is aligned properly.

1. 1. 1. Close your door.
      2. Extend and retract the bolt using the inside thumbturn.
      3. Make sure the bolt retracts smoothly. If it doesn’t your door and frame may not be aligned.
      4. Open your door.
      5. Extend the bolt using the inside thumbturn.
      6. Now enter a user code at the touchscreen to check that the bolt retracts.

1. 1. 1. Place your smart home system or panel into enrollment mode (see documentation for that device for details).
      2. Remove the battery cover.
      3. Press then release button.
      4. A yellow flashing light indicates enrollment is in progress.
      5. A solid green light indicates successful enrollment.

A red light indicates an enrollment issue, try repeating steps 1-3.

To lock your door just tap the logo.

You can also lock your door by entering a user code while the door is closed or by turning the thumbturn toward the door edge.

To unlock your door enter a user code.

You can also unlock your door from inside by turning the thumbturn away from the door edge.

If you have forgotten your programming code, you can restore the default codes. If you want to move the lock to a different door, you need to restore default settings. Move the lock to the new door, and then set it up again.

1. 1. 1. Disconnect your batteries.
      2. Press and hold down the  logo.
         While you are pushing the logo, reconnect your batteries.
      3. Test your lock with one of your default codes, located on the back of this guide.

Access step-by-step instructions and help.

https://instructions.allegion.com/instr/86/2110

© Allegion 2018
Printed in U.S.A.
P518-669 Rev. 06/18-b

Allegion

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

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

2 REPLACEMENT PARTS AND SYSTEM COMPONENTS

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

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

4 OPERATOR INSTALLATION

4.1 Remove control box from mounting bracket, then remove Motor/Gearbox from bracket

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
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

5 WIRING

CAUTION

• Make sure all wires are properly dressed and secured to prevent interference
• Route all wiring away from moving parts, sharp edges, and heat sources
• Use copper conductors only
• Do not modify the factory wiring or connect into existing electrical circuits or devices

5.1 Refer to the appropriate wiring diagram for the standard control box (Page 22) or the diagram supplied for custom applications. And connect the following cables

• Ground cable (Ground the operator properly with the earth from main supply
• Hall effect Cable (do not wrap the hall effect cable around the motor cable)
• Motor power cable (do not wrap the motor cable around the hall effect cable)
• Control box power cable

5.2 Connect Activate, Safety, Key switch, and lock accessories as needed. Refer to the accessory instruction/s for any accessories used. Do not connect any remote activating device to the door unless it is located within line of sight of the door
5.3 When wiring is complete go to “Arm and cover installation” on page 8

6 ARM AND COVER INSTALLATION

WARNING

• Keep hands, clothing, wires, tools, ETC away from the operator motor when the operator is turned on

6.1 Make sure the operator power switch is turned OFF
6.2 Install a jumper across the control box MAIN ACT T28 and COMMON T27
6.3 Turn the operator power switch on. The operator motor will activate and drive to the full open position.
6.4 Attach the arm to the operator spindle loosely with the 8-mm socket head screw (for push systems ensure adjusting boss is inserted correctly).

6.5 Attach the arm to the door
6.5.1 For push systems attach the push arm shoe to the door

6.5.2 For pull systems, slide the pull arm roller into the track, insert a track cap on each end of the track, and attach the track to the door.

6.6 Adjust the arm
6.6.1 For pull systems, remove the locking screw from the arm
6.6.2 For the push system remove the locking screw from the arm

6.7 Keep the door in the full open position and adjust the arm length as necessary to align the door at 90 degrees from closed. When the arm is adjusted to the correct length, tighten up the 8mm socket head screw that secures the arm to the operator spindle and ensure this is secure, then tighten the arm locking screw
6.8 Turn off the power operator switch. The door closes
6.9 Remove the jumper from the control box T27, T28
6.10 Test the operator (See operational check” on page 11) and continue with step 6. 10
6.11 Adjust the operator as required( see “Operator Adjustment” on page 12) and continue with step
6.12 Snap optional end cap insert (from screw bag) into the end cap opposite the on/off switch.
6.13 Install the cover assembly on the operator
6.14 Release the operator for service ( see “Release for Service” on page 14)

7 OPERATIONAL CHECK

7.1 Set the Key switch to Auto (1 Way) and turn on the operator power switch
7.2 Activate the operator using the activation device, the operator will perform one sizing cycle
Sizing cycle: Occurs after a legitimate activation signal is received, after power has been turned on. During the size cycle, the door opens and closes one time.
7.2.1 If the door does not open at all during sizing cycle
7.2.2 Check door for binding
7.2.3 If an electromechanical lock is being used, check that the lock disengages before the operator opens the door.
7.2.4 Check fuses, Circuit breakers, and connections.
7.2.5 Adjust the operator and check door operation (See “Operator Adjustment on page xx)

Opening speed 75%
Back check speed 75%
Hold open time delay Minimum
Latch position Maximum
Closing speed 50%
SW1, 2, 3, 4 OFF

If the door does not open fully during size cycle check the door for binds

Increase the back check speed slightly and check door operation continue increasing back check speed until door opens fully

7.3 If the door slams open decrease the back check speed slightly and check door operation. Continue decreasing back check speed until the door opens without slamming
7.4 After the sizing cycle is complete and the door is closed, apply a maintained activation signal and check that the door remains open while the signal is applied.
7.5 If a door safety device is being used:
7.6 Door open safety
When the door is in the closed position activate the safety device, then try to activate the door the door should remain closed.
Activate the door, as the door is opening activate the safety device the door should stop, and then slowly drive to the full open position.
7.7 Door close safety
Activate the door then maintain activation of the safety device, the door should open and remain open.
As the door is closing, activate the safety device, the door should re-open to the open position, time out and then close.
7.8 When the door is operating properly, continue with step 6.10 on page 9

8 OPERATOR ADJUSTMENT

See table below and diagrams on page 18 for operator feature adjustment. After adjustment, cycle the door
several times and check for proper operation, then continue with step 6.11 on page 9.

NOTE
Adjust operator for the slowest operation practical in accordance with the latest AS_5007 standards for powered doors for pedestrian access and egress.

Opening speed 5 sec’s or more

Closing speed 3 sec’s or more

9 RELEASE FOR SERVICE

9.1 Remove all tools, installation equipment, and debris from the vicinity of the door.
9.2 Install all safety, traffic control, and instruction labels on the door as required by the latest AS_5007 Standard. Failure to do this leaves the installer LIABLE for any accident that might occur. This must be done.
9.3 Verbally instruct the owner or person in charge of the proper operation of the door.
9.4 Instruct the owner or person in charge to routinely inspect the door for the following

• Occasional damage
• Developing problems
• Minor preventative maintenance

9.5 Instruct the owner or people in charge who and where to call for service and maintenance when required.

IMPORTANT
Make sure to install all safety, traffic control and instruction decals on the door as required

10 LCN AU9100 (Briton 2500) V4 SOFTWARE

10.1 OPERATION

10.1.1 Sizing

From start up (size) the door will activate from morning entry (24Hrs,T9, T10) regardless of key switch position, 1 Way input (T27,T28) with key switch in one way. 2 Way input (22, T23) with key switch in two way, or key switch Hold Open. The first movement will be in the open direction – The speed of the sizing cycle is automatic and cannot be set from a potentiometer the door drives opened to the full open position where the system sets the counter to full open. The door closes at close speed then latch up to closed position where the system sets the counter for closed position. From these two parameters opened and closed position the system calculates all the other parameters it requires for normal operation i.e. latch position back check position etc.

• Notes
  If the encoder is connected for opposite direction or faulty or disconnected the door will operate erratically continuously opening ½ way closing latching and re-opening. This will continue to occur until power is switched off

10.1.2 Auto Reverse on open

The auto reverse open is set from the backcheck position pot. This sets the level of current required to trip the door as it is opening.

Normal operation
Key switch, activation, morning entry/fire alarm, locking, and safety.

10.1.3 Standard operation

Upon a legitimate activation signal the door accelerates up to open speed, monitoring the current load on the drive output. (If the current reaches a level above the set datum the door will stop and close). The door travels at the set speed (Potentiometer setting) until it reaches the set backcheck position, where the speed (Potentiometer setting) is decreased to back check speed. When the door stops at hold open position the system sets the hold open speed and holds the door open until activation and or timer is cleared. The door will then close at close speed, (Potentiometer setting) up to latch position (Potentiometer setting). Where the speed is decreased by driving the motor in the open direction (fixed setting), the power is set such that the spring will overcome this power and continue to allow the door to close up to the closed position. During the open cycle the safe opening (T1, T2) is active and the Safety side Adj Pot sets the angle at which the sensor is redundant, this can be set from Closed up to back check position. During the closing cycle the safe closing (T5, T6) is active and the Activate side Adj pot sets the angle the sensor is redundant, this can be set from Opened up to a few degrees of closed position.

General
24Hr operates the door regardless of key switch position the door will drive open and remain in the open position as long as the contact is made (Program 4 is the exception) Key switch position OFF no activation or safety operates. Electric lock operates when door closed dependant upon function selection Electric lock operation is set from the function selector the time delay is fixed Key switch Position 1 Way the activation from internal Activate (T27, T28) safety operates. Electric lock operates when door closed dependant upon function selection Key switch Position 2 way the activation from internal Activate (T27, T28) and external Activation (T22, T23) safety operates. Electric lock does not operate when door closed Key Switch H.O The door operates to the open position and remains in the open position safety is by passed (If safety activated the door will open slowly)

10.2 FUNCTION SELECTION

10.2.1 Standard (0)

Operates as a standard door with electric lock operating in OFF and 1 WAY

• Eyetech Activation T5, T6 (Closing Cycle)
• Eyetech Safety T1, T2 (Opening Cycle)
• F/A T9, T10
• 1 Way T27, T28
• 2 Way T22, T23
• Door open T14
• Key switch off T12
• T8 Not Used

10.2.2 Lock in OFF Only (1)

Operates as a standard door with electric lock operating in OFF only.
This selection will give a fast activation in Auto or 1 Way from closed as there is no delay for lock operation.

10.2.3 Lock in 1 Way Only (2)

Operates as a standard door with electric lock operating in 1 Way only

10.2.4 PNG in OFF (3)

Operates as a standard with Push & Go operating in key switch OFF

10.2.5 Door closes and Unlocks in Fire Alarm (4)

Operates as a standard Fire Alarm Normally closed if open circuit door closes and will remain Unlocked

10.3 FUNCTION CHART

10.4 CONTROL BOX SETUP

10.5 LCN AU9100 (Briton 2500) ii WIRING

10.6 LCN AU9100 (Briton 2500) ii Terminal Block

Table of contents

Electronics Connected locks
Home automation Schlage Connect™                   4

Electronic locks
Schlage Touch™ deadbolts & locks                       5
Keypad locks FE285 handlesets                             6-7

Mechanical locks
Schlage deadbolts & handlesets                              8-9
Schlage knobs & levers                                           10
Schlage decorative collections                                 11
Schlage J Series                                                        12-13

Multi-family
Schlage programmable electronic deadblt               14
Schlage electronic interconnected lock                    15
Multi-family readers and credentials                        16
Mechanical interconnected locks                             17
Mechanical deadbolts                                              18-19

Builders hardware                                                    20-21

2 • Allegion • Architectural guide

Residential electronic deadbolts and locksets

Connected deadbolts & levers

BE469NX Camelot (CAM)

BE469NX Century(CEN)

BE468NX Camelot (CAM)

BE468NX Century(CEN)

      BE369NX Camelot (CAM)

FE599NX Camelot x Accent Lever

Schlage connected locks use Z-Wave®, a wireless technology that makes your house smarter, safer, and far more convenient. When these locks are paired with a compatible Z-Wave® home automation system, homeowners can remotely control, manage, and monitor access to their home*.

ANSI A156.36-2010 (deadbolt only)

• Grade 1
• Autothrow deadbolt is activated from outside by pressing the Schlage button
• Deadbolt automatically retracted from outside by entering valid user code
• Key can be used to unlock as backup
• Built-in Alarm Technology alerts home owners to potential security threats

BE468NX – Connect™ deadbolt

• Grade 2
• Autothrow deadbolt is activated from outside by pressing the Schlage button
• Key can be used to unlock as backup

ANSI A156.2-2003

• Grade 2
• Locks manually operated from outside after entering valid user code

ANSI A156.36-2010

• Grade 2
• Locks manually operated from outside after entering valid user code

*Home automation features are dependent upon the system provider Z-Wave is a registered trademark of Zensys Inc, and/or its subsidiaries.

Finishes

Standard features / configurations

** Z-Wave is a registered trademark of Zensys Inc, and/or its subsidiaries. Warranty: 3 year electronics, limited lifetime mechanical and finish

Door preparation

Residential electronic deadbolts and locksets

BE Series Schlage Touch™ non-connected deadbolts

BE375 Series Camelot

BE375 Series Century

FE Series Schlage Touch™ non-connected levers