SE LP10 - Access Control Solutions from ASSA ABLOY

SE LP10 

Mortise Lock 

Installation Instructions 

A8113C (M1) 

2/14 

Copyright © 2014, Sargent Manufacturing Company, an ASSA ABLOY Group company. 

All rights reserved. Reproduction in whole or in part without the express written 

permission of Sargent Manufacturing Company is prohibited.

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9 

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Table of Contents 

Warning ....................................................................................3 

General Description..................................................................4 

Technical Specifications..........................................................4 

Electrical Specifications...........................................................4 

Parts Breakdown......................................................................5 

Installation Instructions...........................................................7 

Wiring Diagrams.....................................................................15 

UL294 Compliance..................................................................18 

Mechanical Operational Check..............................................19 

Electrical Operational Check..................................................19 

Copyright © 2014, Sargent Manufacturing Company, an ASSA ABLOY Group company. All rights reserved. 

Reproductions in whole or in part without express written permission of Sargent Manufacturing Company is prohibited. 

02/15/14 

1 

Warning 

!! 

Changes or modifications to this unit not expressly approved by the party 

responsible for compliance could void the user’s authority to operate the equipment. 

FCC: 

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of 

the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential 

installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used 

in accordance with the instructions, may cause harmful interference to radio communications. However, there is no 

guarantee that interference will not occur in a particular installation. If this equipment does cause harmful Interference 

to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged 

to try to correct the interference by one or more of the following measures: 

• Reorient or relocate the receiving antenna. 

• Increase the separation between the equipment and receiver. 

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. 

• Consult the dealer or an experienced radio/TV technician for help. 

Industry Canada: 

This Class B digital apparatus meets all requirements of the Canadian Interference Causing Equipment Regulations. 

Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this 

device must accept any interference received, including interference that may cause undesired operation. 

Cet appareillage numérique de la classe B répond à toutes les exigences de l’interférence canadienne causant des 

règlements d’équipement. L’opération est sujette aux deux conditions suivantes: (1) ce dispositif peut ne pas causer 

l’interférence nocive, et (2) ce dispositif doit accepter n’importe quelle interférence reçue, y compris l’interférence qui 

peut causer l’opération peu désirée. 

“This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment 

should be installed and operated with minimum distance 20cm between the radiator and your body. This transmitter 

must not be co-located or operating in conjunction with any other antenna or transmitter.” 

Under Industry Canada regulations, this radio transmitter may only operate using an antenna of a type and maximum 

(or lesser) gain approved for the transmitter by Industry Canada. To reduce potential radio interference to other users, 

the antenna type and its gain should be so chosen that the equivalent isotropically radiated power (e.i.r.p.) is not more 

than that necessary for successful communication. 

Observe precautions for handling electrostatic sensitive devices. 

A8113C • 800-810-WIRE (9473) • www.sargentlock.com 3

SE LP10 Mortise Lock 

2 

3 

General Description 

The SARGENT SE LP10 mortise lock* is designed to interface with existing Wiegand Electronic Access 

Control (EAC) panels. The reader requires 5-16 VDC for power and supports multiple high and low frequency 

credentials. SE LP10 is backed by SARGENT’s Grade 1 hardware. The mortise lock comes with Request to 

Exit (RX) and Door Position (DPS) monitoring inside the lock body. It is available as 12-24 VDC. The SE LP10 

reader provides visual (LED) and audible indicators of lock state (locked/unlocked). 

*Patent Pending 

Technical Specifications 

• Latch - Stainless steel 3⁄4” projection one-piece 

• Deadbolt - One-piece hardened stainless steel 

• Guardbolt - Stainless steel, non-handed 

• Handing - Easily field reversible without opening case 

• Case - 12 gauge heavy duty wrought steel 

• Outside lever controlled by compatible credential 

• Field-selectable to Fail Safe or Fail Secure 

• Door position switch (DPS) within lock body 

• Inside lever provides RX signal and retracts latch 

and deadbolt 

• Locks furnished for 1-3/4” doors. Other door 

thicknesses require confirmation with factory. 

• UL and CUL listed for use on Fire Doors 

• Listed to UL 294 (Access Control System Units) 

within the U.S. only 

• Wire from EAC Panel to door must be shielded 

with drain terminated at EAC Panel controller 

4 

Electrical Specifications 

Wiegand Access 

Control System 



Total 

One-Way 

Length of 

Wire Run (ft) 

12/24VDC System 

• Reader Draw = .140 Amp @12V 

• Actuator Draw = .015 Amp continuous 

• Maximum (2) locks per 1 Amp power supply 

(1/2 Amp current draw) 

Load Current @ 12VDC 

1/4A 1/2A 3/4A 1A 1-1/4A 1-1/2A 2A 3A 

100 20 18 16 14 14 12 12 10 

150 18 16 14 12 12 12 10 — 

200 16 14 12 12 10 10 — — 

250 16 14 12 10 10 10 — — 

300 16 12 12 10 10 — — — 

400 14 12 10 — — — — — 

500 14 10 10 — — — — — 

750 12 10 — — — — — — 

1,000 10 — — — — — — — 

1,500 10 — — — — — — — 

Wire Gauge Charts 

Total 

One-Way 

Length of 

Wire Run (ft) 

McKinney 

Electric 

Hinge 


Load Current @ 24VDC 

1/4A 1/2A 3/4A 1A 1-1/4A 1-1/2A 2A 3A 

100 24 20 18 18 16 16 14 12 

150 22 18 16 16 14 14 12 10 

200 20 18 16 14 14 12 12 10 

250 18 16 14 14 12 12 12 10 

300 18 16 14 12 12 12 10 — 

400 18 14 12 12 10 10 — — 

500 16 14 12 10 10 — — — 

750 14 12 10 10 — — — — 

1,000 14 10 10 — — — — — 

1,500 12 10 — — — — — — 

02/15/14 

HID, the HID logo, iCLASS SE, iCLASS, and Edge are trademarks or registered trademarks of HID Global in the U.S. and/or other countries. All other trademarks, 

service marks, and product or service names are trademarks or registered trademarks of their repsective owners. 

4 

A8113C • 800-810-WIRE (9473) • www.sargentlock.com


5 

Parts Breakdown 

Lever Hand Reverse Door 

6 

4 3 5 

3 

3 

2 

1A 

1* 2 

2 

2 

2 

10 

11 

9 

7 

Tools Required: 

• #2 Phillips screwdriver 

• Push pin (provided) 

• T10 Torx Driver 

• 3/32” drill bit 

12* 





• 1” bore 

• 2-1/8” bore 

A8113C • 800-810-WIRE (9473) • www.sargentlock.com 5 

7 

15 

13 


14 

8 

15 

14 

02/15/14 Copyright © 2014, Sargent Manufacturing Company, an ASSA ABLOY Group company. All rights reserved. 

Reproductions in whole or in part without express written permission of Sargent Manufacturing Company is prohibited.


Parts Breakdown (Continued) 

Lever Hand Reverse Door 

ITEM PART # Description Req. 

1* 52-4524 SE Reader Assembly- Black 1 

52-4525 SE Reader Assembly- Gray 

52-4528 FIPS SE Reader Assembly- Black (200 bit Wiegand output) 

52-4529 FIPS SE Reader Assembly- Gray (200 bit Wiegand output) 

52-4567 FIPS SE Reader Assembly- Black (75 bit Wiegand output) 

52-4568 FIPS SE Reader Assembly- Gray (75 bit Wiegand output) 

1A -- SE Mounting Plate 1 

2 52-4539 Screw Pack 1 

3 52-4542 Fire Block Kit 1 



4 52-1359 Trim Bezel- Black 1 

52-1360 Trim Bezel- Gray 

5 52-5218 Inside Mounting Plate 1 

6 52-5196 Inside Escutcheon With Thumb Turn 1 

82-0706 Inside Escutcheon Without Thumb Turn 

7 -- Reference SE LP10 Catalog For Available Lever Styles 1 

8 -- Reference SE LP10 Catalog For Available Rose Styles 1 

9 82-3211 Trim Pack 1 

79-2162 DL Trim Pack 1 

10 -- Rosette Spring Assembly 1 

11 -- Cylinder (Size 41) 1 

12* Lock Body "M1-82270-12/24 VDC x Finish" w/out Deadbolt, Fail Safe 1 

"M1-82271-12/24 VDC x Finish" w/out Deadbolt, Fail Secure 1 

"M1-82272-12/24 VDC x Finish" w/out Deadbolt, Fail Safe, Both Levers Lock 1 

"M1-82273-12/24 VDC x Finish" w/out Deadbolt, Fail Secure, Both Levers Lock** 1 

"M1-82280-12/24 VDC x Finish" w/ Deadbolt, Fail Safe 1 

"M1-82281-12/24 VDC x Finish" w/ Deadbolt, Fail Secure 1 

"M1-82282-12/24 VDC x Finish" w/ Deadbolt, Fail Safe, Both Levers Lock 1 

"M1-82283-12/24 VDC x Finish" w/ Deadbolt, Fail Secure, Both Levers Lock** 1 

13 82-0579 Outside Faceplate w/ Deadbolt 1 

82-0578 Outside Faceplate w/out Deadbolt 1 

14 82-0110 Strike Plate 1 

15 77-4236 Lock Body and Strike Screw Pack 2 

16 A8123 Field Prep Template (not shown) 1 

17 4702 Door Manufacturer Template (not shown) 1 

18 A8113A Installation Instructions (not shown) 1 

19 A8129 Outside Field Prep Template (not shown) 1 


**CAUTION: Not recommended for use on any door used for Life Safety Egress 

02/15/14 

6 



6 

Installation Instructions 

1 Door Preparation 

A. Verify Hand and Bevel of Door 

Stand on outside of locked door when determining door hand. 

Left Hand 

Hinges Left. 

Open Inward. 

“LH” 

Left Hand 

Reverse Bevel 

Hinges Left. 

Open Outward 

“LHRB” 

Fig. 1A 

Right Hand 

Hinges Right. 

Open Inward. 

“RH” 

Right Hand 

Reverse Bevel 

Hinges Right. 

Open Outward 

“RHRB” 

B. Door Preparation 

Prepare door according to appropriate template. If necessary, refer to website 

www.intelligentopenings.com. 

• Prior to installation, make sure all holes are free of burrs, debris, and sharp edges. 

• If doors are not properly reinforced per ANSI 115.2, commercially available reinforcements 

should be installed. 

• Templates: 

Pre-drill Holes (2 places) 

Outside Cylinder Hole 

(70/71, 72/73, 80/81, 

82/83 functions only) 

o Field Template: A8123 and A8129 (ships with product). 

o Door Manufacturer’s Template: 4702 metal and wood door. 

Lever Handle Hole 

Pre-drilled and/or 

Tapped Holes (2 Places) 

Outside of Door 

Mortise 

Area 

Fig. 1B 

(Wood Door Shown) 


Inside of Door 

Pre-drill Holes (4 places) 

Inside Wire Hole 

Thumb Turn Hole 

Lever Handle Hole 




2 How to Change Hand of Lock body 

A. Reverse Lock Hand 

Red surface of locking piece must face the 

outside/locked side of door. To rotate locking 

piece (Fig. 2A): 

1. Position lock body with red surface of 

locking piece visible. 

2. Insert blade type screwdriver into locking 

piece slot to rotate locking piece toward 

back of lock body. 

3. Rotate the locking piece 180° until RED 

surface is on opposite side. 

Note: Red indicates locked side (outside). 

Locking Guide Slot: 

Red color indicates 

locked side. 

Fig. 2A 

Push In 

Right Hand 

Lock Shown 

B. Reverse Latch Hand 



02/15/14 

Beveled surface of latch must face strike (Fig. 2B). 

The deadlatch is self adjusting. 

To change hand of latchbolt: 

1. Insert screwdriver into the spade 

shaped slot. 

2. Rotate screwdriver 90º to push latch out 

until back of latch clears lock front; then 

rotate latch 180º. 

Latch will then re-enter lock body. 

Note: Latch cannot be unscrewed. 

3 Configure the DIP Switch Settings 

IMPORTANT: The 3-position DIP-switch settings 

located at the bottom of the mortise lock body 

must be set prior to lock installation. 

1 2 3 

DIP Switch 

RH & RHR 

8 

Handing 

Triangular Slot 

LH & LHR 

Check Polarity: 

Verify + (red wire) 

Normally 

Open 

RX Output 

Normally 

Closed 

Fig. 2B 

Actuator Operation 

Fail Safe 

Latchbolt 

Fail Secure 



4 Install Lock body 

1. Wires and connectors go into the mortised area and out of the inside cylinder hole. 

2. Insert mortise lock body into mortise door preparation. 

3. Carefully feed wires from mortise lock through the non-cylinder side hole of the door preparation. 

4. Hold lock body loosely in place with (2) lock body screws (wood or metal depending on type of door). 

Note: Do not completely tighten screws at this time. 


(2) #12-24 x 1/2” 

Flat Head Philips 

Screws (Metal Doors) 


(2)#12 x 1-1/4” Flat 

Head Wood Screws 

(Wood Doors) 

Fig. 4 




5 Installation of Card Reader and Inside Mounting Plate 

NOTE: Feed mortise connectors through the corresponding hole on the 

mounting plate. 

1. Attach the mounting plate using the two lower screws ONLY (Fig. 5A). 

2. For fire-rated doors only, install fire shield (Fig. 5B). 

3. Attach reader backplate to the fire shield using two #8 x 1/2” Phillips flat 

head self drill screws (Fig. 5B). 

4. Fit trim bezel around the reader. Ensure access hole in the bezel aligns 

with screw hole on reader. The reader should be mounted so the holes 

face the bottom of door. 

5. Align top of reader with top of backplate. Pivot reader down until seated. 

Guide wires as needed to avoid pinching. 

6. Secure the reader with (1) #6-32 x 3/8” Phillips or anti-tamper security torx 

screw to the mounting plate (Fig. 5C). 


(2) 8-32 x 3/8” 

Phillips Flat 

Head Self- 

Drilling Screw 


Fig. 5A 



Reader 

Backplate 

Fig. 5B 

Fire Shield 

Reader Cable 

Fig. 5C 

Trim Bezel 

02/15/14 

10 



6 Wire Connections 

1. Connect ElectroLynx (4 and 8 pin) from the door harness to 

P1 and P2 on the reader assembly. See Figure 6A. 

Note: Connectors only go on one way. 

2. Connect 2-pin connector from lock body to P4 (2-pin) on 

reader harness. 

3. Connect 6-pin connector from lock body to P3 (6-pin) on 

reader harness. 

4. Carefully tuck ElectroLynx connectors into 1 inch hole in 

door. See photo in Figure 6B. 

Notes: Neatly fold the wires into the remaining space to 

prevent pinching wires when mounting escutcheon. Do 

not tuck extra mortise lock body wires back inside the lock 

body cylinder hole. Do not offset connectors and be sure 

they are completely seated. 

Fig. 6B 

Fig. 6A 

7 Fire Plate Installation and Earth Ground Connection 

1. Remove lower right screw from mounting plate. Feed screw through green/yellow 

ground wire ring terminal. Reinstall screw. Ensure that green/yellow wire points toward top of 

door in order to avoid interference with escutcheon 

2. Install the fire plate to the mounting plate. Use caution not to trap wires between pad and 

mounting plate. Fasten plate with two #8 x 1 1/4” Phillips pan head self-drilling screws. 

Note: For non-fire rated doors, omit fire plate. 


Fig. 7A 


Fig. 7B 




8 Outside Cylinder Installation 

NOTE: Verify that the lock body wires do not contact any moving parts as cylinder and deadbolt move. 

1. Verify orientation of cylinder so that SARGENT logo is right-side up (Fig. 8A). 

2. Withdraw the key about 25% out of the cylinder before inserting into the escutcheon (Fig. 8B). 

3. Rotate cylinder until it is nearly flush with the edge of rosette and the SARGENT 

logo is positioned correctly (Fig. 8A). 

Note: Do not attempt to tighten all the way. 

4. Tighten the cylinder clamp set screw to prevent 

unscrewing of the cylinder (Fig. 8C). 

5. Test cylinder function: 

• 70/71/72/73 Function: 

Key retracts latch. 

• 80/81/82/83 Function: 

Key retracts latch and projects 

and retracts deadbolt. 

• Ensure smooth operation of 

latchbolt and deadbolt. 

NOTE: Use lever handle holes 

to manipulate mortise to ease 

thread engagement of cylinder. 


Cylinder Set Screw 

Phillips 

Screwdriver 



IMPORTANT: Position cylinder so that the 

SARGENT logo is positioned correctly. 

Correct 

Fig. 8A 

Incorrect 

Fig. 8B 

Fig. 8C 

02/15/14 

12 



9 Inside Outside Lever and Inside Adapter Plate Assembly 

1. With outside lever horizontal, insert the mounting post through outside of door and lock body. 

Make certain the lever spindle is properly engaged inside the lock body (Fig. 9A). 

2. On the inside of the door, insert spindle into square hole of mortise lock (Fig. 9B). 

3. Slide inside adapter and plate 

assembly over spindle and 

loosely secure with (2) 8-32 X 5/8” 

Phillips oval head and lock washer 

machine screws. 

Be sure to rotate the set screw hole 

so the hole (Studio Collection only) 

faces the hinge side and seat inside 

spindle fully into the lock body. 

4. Securely tighten the 

lock body screws. 


Lock Body 

Screw 


8-32 X 5/8” 

Phillips Oval 

Head and 

Lock Washer 

Machine 

Screw 

Fig. 9A 

Fig. 9B 

10 Install Inside Escutcheon Assembly 

1. Carefully and neatly fold back lock body wires. 

2. For locks equipped with deadbolts, align inside escutcheon 

turn lever with slot in lock body. Adjust wires as necessary 

to ensure they are clear of inside escutcheon. Seat inside 

escutcheon against door. 

3. Tighten the inside escutcheon securely to the mounting 

plate with the Phillips flat head machine screws provided. 

Use 8- 32 x 5/8” for the top of the escutcheon and the 8- 

32 x 1/4” screws for the bottom of the escutcheon located 

under the turn lever. 

4. Be sure the turn assembly and the deadbolt function 

properly. 


Fig. 10 


8-32 X 5/8” 

Phillips 

Flat Head 

Undercut 

Machine 

Screw 

8-32 X 1/4” 

Phillips 

Flat Head 

Undercut 

Machine 

Screw 




11 Install Inside Rose and Inside Lever Assembly 

1. Rotate the inside rose first counter clockwise 

to seat the threads then clockwise to 

securely tighten. 

2. Slide lever handle onto spindle until fully 

seated. Be sure handle is horizontal and 

facing the hinge side of the door. Push lever 

onto spindle so minimum gap is visible. 

3. Tighten the set screw securely with 

a 1/8” hex wrench. 

4. Before closing the door, test that the 

lever is functional and ensure 

smooth operation of the 

latchbolt and deadbolt. 

Spindle 

Rose 

Set Screw 


Fig. 11A 

Inside Lever 

Fig. 11B 

12 Attach Front Plate 



1. Attach front plate with (2) 8-32x1/4” flat head screws 

and tighten securely. 

Fig. 12 


(2) 8-32x1/4” 

Flat Head Screws 

02/15/14 

14 



7 

Wiring Diagrams 

Product 8 PIN CONNECTOR 4 PIN CONNECTOR 

1-Black 2-Red 3-White 4-Green 5-Orange 6-Blue 7-Brown 8-Yellow 9-Violet 10-Gray 11-Pink 12-Tan 

ACCESS CONTROL DEVICES: SE LP10 Mortise, ElectroLynx wire Color / Function assignments 

SARGENT - 

SE LP10, 

Mortise 

12VDC 

(Reader) 

WIE- 

GAND 

WIE- 

GAND 

NEG POS DATA_1 DATA_0 NO COM REF. 

*DIA- 

GRAMS 

RX RX EGND OPTION 12/24 VDC 

(LOCK RELAY) 

REF. 

*DIA- 

GRAMS 

DPS 

(NC) 

DPS 

(COM) 

NEG POS DPS DPS 

*Diagrams on following pages 

The SE LP10 reader can be configured for various modes of LED and beeper operation. HID programming 

cards are supported to configure the behavior for LED and beeper activity. (Call 1-800- 

810-WIRE (9473) for details.) Along with the programming cards, the OPTION wire can be connected 

within the panel and the lock in order to enable some of the listed features. See chart below: 

Default Operation Mode: 

• Red LED ‘ON’ when powered. 

• Presenting a 13.56MHz or 125 kHz credential causes LED to briefly 

turn green and then return to red state. 

• Presenting a FIPS 201 PIV credential causes LED to turn amber as 

credential is authenticated. Reader emits a short beep when credential 

is successfully read. 

• Reference *Diagram #1 as a function of power requirement (12VDC 

or 24VDC). 

Note: OPTION wire is unconnected. 

PIN 8 (Yellow – OPTION) 

PIN 6 (Blue – RX COM) 

PIN 4 (Green – Data 0) 

PIN 1 (Black – Reader NEG) 

PIN 3 (White – Data 1) 

PIN 5 (Orange – RX NO) 

PIN 7 (Brown - EGND) 

Optional Operation Mode: 

• Connect selected option wire from reader to ElectroLynx cable pin 8 

Note: For fire rated doors solder sleeve (P/N 52-1373) to be applied 

to desired lead 2.5” from base of reader. See diagram for application. 

• Connect Yellow OPTION wire from ElectroLynx cable to desired EAC 

panel control line. 

Reference Diagram #2 

• As appropriate, use configuration card to activate desired mode on 

reader. 

Reader Wire Color 

YELLOW 

BLUE 

ORANGE 

BROWN 

VIOLET 

Optional Function Chart 

Contact Factory For Reader Configuration Card Requirements 

Functional Assignment 

Beeper Control 

Hold Control 

GREEN LED Control 

RED LED Control 

Tamper Detect (open collector output from reader) 

ElectroLynx P1-8. Use appropriate configuration card to activate function on reader. 

Note: When Yellow OPTION wire is tied directly into EAC panel relay, no 

AC signals should be applied on wire or door reader performance will be 

impacted. 


PIN 4 (Tan –DPS NC ) 

PIN 2 (Gray – Lock POS) 

PIN 1 (Violet – Lock NEG) 

PIN 3 (Pink – DPS) 

Note: NC= Normally Closed 

NO= Normally Open 

Wire 

Strip 1/4” 

Solder Sleeve 

Overlap wires as shown. Use heat gun to set wires. 




Typical SE LP10 Mortise Application Diagram (12/24VDC Lock) 

DIAGRAM #1 – MODE 1: OPTION WIRE NOT USED = RED LED ON WHEN POWERED 

Standard Application Shown - For Alternative Applications Contact 1-800-810-WIRE (9473) 

Reader Electronics Requires 5 to 16VDC Filtered and Regulated 


• Reader Draw = .140 Amp 


• Maximum (2) locks per 1 Amp power supply (1/2 Amp current draw) 

120 VAC 

Input 

Black (Hot) 

H N G 

12/24VDC 

- + 

White (Neutral) 

Green (Gnd) 

Lock body 

Power Supply 

(By Others) 



12 Conductor 

ElectroLynx Harness 

From McKinney 


QC12 Electric 

Hinge From 

McKinney 

READER NEG - Black, 1 

READER POS - Red, 2 

DATA 1 - White, 3 

DATA 0 - Green, 4 

RX (NO/NC) - Orange, 5 

RX (COM) - Blue, 6 

*EGND- Brown, 7 

OPTION - Yellow, 8 

LOCK NEG - Violet, 9 

LOCK POS - Gray, 10 

DPS (NC) - Pink, 11 

DPS (COM) - Tan, 12 

Not Used 

*IMPORTANT: Pin 7 must be tied to earth ground in the access control panel. 

Failure to follow proper ESD safe grounding procedures could lead to equipment failure. 

(-) 

(+) 

DATA 1 

DATA 0 

RX 

RX 

DPS 

DPS 

12VDC 

Use (NC) for 

Fail Safe 

Operation 

(NO) Fail 

Secure 

Operation 

Electronic 

Access 

Control 

Panel 

(By Others) 

Lock Relay 

02/15/14 

16 



Typical SE LP10 Mortise Application Diagram (12/24VDC Lock) 

DIAGRAM #2 – MODE 2: OPTION WIRE TO EAC PANEL = EAC PANEL CONFIGURABLE 

Standard Application Shown - For Alternative Applications Contact 1-800-810-WIRE (9473) 

Reader Electronics Requires 5 to 16VDC Filtered and Regulated 


• Reader Draw = .140 Amp 


• Maximum (2) locks per 1 Amp power supply 

(1/2 Amp v current draw) 

120 VAC 

Input 

Black (Hot) 

H N G 

12/24VDC 

- + 

White (Neutral) 

Green (Gnd) 

Lock body 

Power Supply 

(By Others) 

12 Conductor 


From McKinney 


QC12 Electric 

Hinge From 

McKinney 





RX (NO/NC) - Orange, 5 


*EGND- Brown, 7 









(-) 

(+) 

DATA 1 

DATA 0 

RX 

RX 

12VDC 

OPTION 

DPS 

DPS 

Use (NC) for 

Fail Safe 

Operation 

(NO) Fail 

Secure 

Operation 

Electronic 

Access 

Control 

Panel 

(By Others) 

Lock Relay 




8 

UL294 Compliance 

SE LP10 8200 UL294 Application Diagram 

UL294 Requirements 

• HID EDGE E400 or ES400 

• POE Injector Altronix Netway1 

• SARGENT 3540 / Securitron BPS-24-2 

• HES 2001M MOV / Bridge (Optional) 

• OPTION Wire Use as Required 



12 Conductor 


From McKinney 


QC12 Electric 

Hinge From 

McKinney 





RX (NO) - Orange, 5 


EGND- Brown, 7 


Use as Required 


Red 


Red/Green 

Tape Purple/Black 


Wires (Unused) 


120 VAC 

To NC Fire Alarm Contacts 

H 

F2 

FA 

F1 

H 

N 

G 

120 VAC Input Fire Alarm Contacts 

HES 

24 VDC Positive Outputs 

24 VDC Negative Outputs 

2001M 

P1 

P2 

P3 

P4 

R1 

R2 

R3 

R4 

Black 

Black 


Wiring in accordance with the NEC, ANSI/NFPA 70 

Fail secure installations are subject to approval of local AHJ 

P22 GND 

P23 PWR 

P23 DATA 1 

P23 DATA 0 

P106 REX (+) 

P106 REX (-) 

P105 DS COM 

P105 DS NO 

ALTRONIX NETWAY1 

ALTRONIX 

POWER INPUTS 

NON-POLAR 

P106 DOOR MON (+) 

P106 DOOR MON (-) 

Fail secure installations shall permit use of Listed panic hardware to allow emergancy 

exit from the protected area. 


*UL294 is a United States based standard. 

ALTRONIX 

RJ45 PORTS 

IN 

IN used for 

Networking/ 

Monitoring 

Connection 

CAT5e OR 

GREATER 

CABLE 

RJ45 

PORT 

HID EDGE E400/ 

ES400 

OUT 

02/15/14 

18 



9 

Mechanical Operational Check 

For 82280-82283 & 82270-82273 Function mortise locks with cylinders: 

1. Insert key into cylinder and rotate: There should be no friction against 

lock case, wire harness or any other obstructions. 

2. The key will retract the latch: Key should rotate freely. 

3. When the deadbolt is thrown: Ensure that the key retracts both the 

deadbolt and the latch. 

4. Inside lever: When used, ensure it retracts both the latch 

and deadbolt (if provided). 

5. Close door: Ensure latch and deadbolt fully extend 

and do not bind. 

10 

Electrical Operational Check 

Note: Once electrical wiring has been successfully 

completed according to proper application, perform 

the following steps: 

1. Ensure lock is interfaced with Wiegand Test Box (WT1) 

to verify installation & wiring up to the point of hinge (frame side) 

2. Turn power ON. 

3. Present compatible credential and verify LED and 

sounder activity. 

4. Verify valid card read on WT1 or at the EAC panel. 

5. Verify system operation functions; i.e., when credential 

is presented to reader, the door should unlock. 

If the lock fails to operate when DC voltage is applied: 

1. Remove power. 

2. Confirm the polarity of the supply (i.e., ‘+’ is positive). 

If the lock is functioning opposite to the desired fail-safe or fail-secure 

operation: 

1. Remove power and check the “Fail” condition by attempting 

to rotate the outside lever (e.g. if fail-secure, the outside lever should be 

rigid with power removed). 

2. If the function is incorrect, remove the lock and repeat section 6, step 3 

(Dip Switch configuration). 




SARGENT Manufacturing 

100 Sargent Drive 

New Haven, CT 06511 USA 

800-727-5477 • www.sargentlock.com 

Founded in the early 1800s, SARGENT ® is a market leader in locksets, cylinders, door closers, exit devices, 

electro-mechanical products and access control systems for new construction, renovation, and replacement applications. 

The company’s customer base includes commercial construction, institutional, and industrial markets. 


Reproduction in whole or in part without the express written permission of Sargent Manufacturing Company is prohibited. 

ASSA ABLOY is the global leader in door opening solutions, dedicated to 

satisfying end-user needs for security, safety and convenience. 

A8113C - 2/14

SE LP10 - Access Control Solutions from ASSA ABLOY

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