Atch_8-CAFB_Hardware_Specifications_Guideline-_2011.pdf

CANNON AIR FORCE BASE

DOOR HARDWARE SPECIFICATION GUIDELINE

PERFORMANCE SPECIFICATION

SECTION 08 71 00

Edit Date: September 2011

For

SSGT Brandon Trujillo 109 Engineers Way

Cannon AFB, NM 88103

CANNON AIR FORCE BASE

DOOR HARDWARE SPECIFICATION GUIDELINE

PERFORMANCE SPECIFICATION

SECTION 08 71 00

Edit Date: September 2011

The purpose of this booklet is to support the Cannon Air Force Base building standards for door hardware. The Base maintains the following hardware and is currently stocking replacement parts. The products listed in this booklet are to be used without substitution on new construction and modernization projects unless products are listed in this package as an alternate.

It is the intent of this booklet to provide guidelines for the architect's specification section 08 71 00, for product groups and the hardware schedule. It remains the architect's responsibility to coordinate these products to meet the applicable building codes, life safety codes, and ADA requirements.

Section 08 71 00 door hardware preamble must specify the following:

Door and frame prep Before hardware installation, verify that all doors and frames are properly prepared to receive the specified hardware. Hollow metal frames shall be prepared for ANSI strike plates per A115.1-2 (4-7/8" high), hinge preps will be mortised and reinforced with a minimum of 8 gauge reinforcement material for closer installation. Hollow metal doors shall be properly prepared and reinforced with a minimum of 16 gauge material for either mortised or cylindrical locks as specified. It is preferred that all hollow metal doors receiving door closers have 12 gauge reinforcement. If this is not possible, the use of sex bolts is mandatory.

Wood doors shall be factory prepared to receive the scheduled hardware.

Hardware installation The manufacturer's representatives shall make themselves available for inspection and/or approval, of the installation of their products upon request of the owner’s representative and/or architect. Hardware installed incorrectly must be reported to the architect prior to the architect's final punch list.

Specification Service J. Karen Hill, AHC/CDC, CSI, CDT 480.239.2424 Lise C Allard, AHC/CSI 602.684.7558 Copyright © 2001

SPECIFICATION GUIDELINE

Cannon Air Force Base - STANDARDS – Substitutions or Alternates not permitted

Edit Date: SEPTEMBER 2011

DOOR HARDWARE

Description Manufacturer Model/Series Finish

Hanging Devices

All hinges provided shall be provided by one manufacturer. No exposed bearing raceways will be permitted. Hinge type, sizes and quantity per leaf shall be as per the manufacturer’s recommendations listed in the front of their catalogue. Doors requiring anti-friction hinges, including but not limited to Fire Doors, doors with self closing devices, entrance doors, and doors with high usage, shall use a concealed bearing system. The concealed bearing system utilized shall surpass the ANSI/BHMA A156.1 “Standard For Butts & Hinges” Grade 1 test criteria for all hinge sizes and weights (standard & heavy duty). All Concealed Bearing hinges shall be covered in writing by a Limited Lifetime Warranty guaranteeing the building owner that the product will not fail during the operational life of the building provided the manufacturer’s recommended installation instructions are followed.

Mortise Hinges Hager “Made in America”

All Exterior Doors shall have Commercial Grade Heavy Duty Ball Bearing Non Removable Pin Hinges

All Interior High Traffic doors must have Commercial Grade Heavy Duty Ball Bearing Hinges (if swinging out

– must have non-removable pins)

All Interior Light Duty Doors shall have Commercial Grade Ball Bearing Hinges (if swinging out – shall have non-removable pins)

Alternate Bommer “Made in America”

Alternate Must be “Made in America”

Securing Devices

Cylindrical lever type locksets must be extra heavy duty type with 2-3/4 inch backset, or greater as specified, with a 9/16 inch throw latchbolt. Provide locksets with 7-pin interchangeable core. Locksets and latchsets must conform to ANSI A156.2, Series 4000, Grade 1, and be UL listed. Locksets and cores to be of the same manufacturer to maintain complete lockset warranty. Locksets and latchsets with levers must fit modified ANSI A115.2 door preparation. Locksets to have anti-rotational studs that are thru-bolted. Keyed lever shall not have exposed “keeper” hole. Each lever to have independent spring mechanism designed to control the lever only. Outside lever sleeve to be seamless, of one piece construction, made of a hardened steel alloy. Keyed lever to be removable only after core is removed, by authorized control key, to allow access to knob “keeper”. Hub, side plate, anti-rotational studs to be a one-piece casting with a shrouded locking lug. Locksets outside locked lever must withstand 1400 inch pounds of torque. In excess of that, a replaceable part will shear, not allowing entry by lever.

Permanent core face must be the same finish as the lockset finish.

Edit Date: SEPTEMBER 2011

DOOR HARDWARE

Description Manufacturer Model/Series Finish

Preferred Lock Set Best 9K Varsity Series 15D Trim 626

8K Knobs 4D Trim 630 for Dorms

* Lock Function Room type 9K-AB Office Faculty, Administration, Offices 9K-AB Office Entrance 9K-C Communicating Communicating doors between rooms 9K-R Classroom Conference Rooms.

9K-D Storeroom Storage, Mech., Elect. rooms.

9K-D Storeroom Maintenance, Closets 9K-OL Privacy Bathroom 9KW7DEU–RQE Electrified Hard Wired Card Access Interior Doors 9KG7DV-MS-LM-SH Stand Alone Card Access (Barracks) 9KZ7DV-15KP-SH Stand Alone no audit trail requirement

*FINAL DECISIONS AS TO FUNCTIONS OF LOCKSETS PER ROOM TYPE WILL BE

DETERMINED BY OWNER

Alternate No Substitute

Cylinders: Best 1E72 Rim Cylinders 626 1E74 Mortise Cylinders 626

Auxiliary Locks Best 83T-S or 48H7R

Bathroom (Exterior/Interior) (Used with Push/Pull) 626

Key System Best Removable/Interchangeable Core 626 7-pin PATENTED CORMAX MX8 Keyway

KEYS ARE THE PROPERTY OF THE GOVERNMENT

Provide construction cores and keys during the construction period. Construction control and operating keys and cores shall not be part of the Owner’s permanent keying system or furnished on the same keyway (or key section) as the Owner’s permanent keying system.

Permanent cores and keys (prepared according to the accepted keying schedule) will be furnished to the Owner. All cylinders shall be 7-pin Patented Cormax MX8 keyway, interchangeable core. Permanent keys and cores shall be stamped with the applicable key mark for identification. These visual key control marks or codes will not include the actual key cuts. Permanent keys will also be stamped “Do Not Duplicate.” Grand Masterkeys, Masterkeys and other Security keys shall be transmitted to the Owner by Registered Mail, return receipt requested.

SHIP CORES & KEYS TO:

LOCKSHOP SSGT Brandon Trujillo

109 ENGINEERS WAY

CLOVIS, NM 88103

Edit Date: SEPTEMBER 2011

DOOR HARDWARE

Description Manufacturer Model/Series Finish

2 each Operating Keys per Lock “Fed Gov Property” 4 each Control Key 9 each Construction Operating Keys 4 each Construction Control Keys 20 each Additional Cores 5 each Padlocks 41B772L WC 1 each Key Cabinet 10% expansion x Best MX8

Alternate No Substitution

Padlocks Best 41B772L WC

Sesamee Combination Padlocks

Exit Device Precision 2103 x 1703Ax SN rim device 630 FL2108 x V4908A SN Fire rated rim device 630

On pairs of Exterior doors, use key removable mullion KR822 with one 2101 SN and one 2103 x 1703A SN On pairs of Fire rated doors, use key removable mullion KR822 with one FL-2101 SN and one FL-2108 x

V4908A SN

On pairs of doors where Vertical Rods are being used, use surface 2200 series less bottom rods on non exterior openings.

Electrified Exit DevicePrecision ELRTS2103 X 4903A (Card Access Non Rated)

ELRTSFL2108 x V4908A (Card Access Rated Doors) ELR-151 with Battery Back-UP EPT-5 Power Transfer

Coordinator Trimco 3094 x 3090 Brackets (as required) 626

• Use coordinator where required by fire code Such as Pairs of Rated doors to Mechanical Rooms where locks are used.

Flush Bolts Trimco 3810 Automatic for metal doors 626 3815 Automatic for wood doors 626 3915 Manual for metal doors(Storage/Utility)626 3913 Manual for wood doors 626

Use automatic flush bolts where required by fire code

Edit Date: SEPTEMBER 2011

DOOR HARDWARE

Description Manufacturer Model/Series Finish

Closing Device

Closer LCN 4040 EDA 689

• Delayed Action Arm, Stop Arm, Compression

• Hold Open Arms on all non-rated doors

• All door frames to be reinforced

Alternate Stanley D4550 EDA 689

• Delayed Action Arm, Stop Arm, Compression

• Hold Open Arms on all non-rated doors

• All door frames to be reinforced

**ADA Operators

NABCO-GYROTECH

Low Energy Heavy Duty Operator

Existing Doors to have Radio Frequency Actuators

**FINAL DECISIONS AS TO LOCATION WILL BE DETERMINED BY OWNER

Stops & Holders

Magnetic Holders Rixson 990 Series 630 Concealed wiring where possible

Overhead Holder ABH Preferred where possible

4000Series (36” +) Overhead concealed Heavy Duty 630

Door Stops Trimco 1270CX /1270CV Wall stop

(Interior Concrete Wall) 630 1210 Interior floor 626 1209 Exterior floor BLK 1220-5 Door Holder (non rated doors) 626

• Allow for maximum swing of doors

• Backing required at wall stops

Edit Date: SEPTEMBER 2011

DOOR HARDWARE

Description Manufacturer Model/Series Finish

Figure A Figure B

Future Electronic Access

On Main Exterior Doors of each Buildings, Double Door Frames must be supplied with conduit in accordance with Figure A. Single Door Frames must be supplied with conduit in accordance with Figure B.

Barracks On Barracks, use Battery Operated Card Readers with Audit Trails, BASIS G (with audit trails)

45HG7TV-15MS-626 – MX8

to include the following parts:

SES-NETBOOK

SES-USB

SES-MEM

SES-DB9CON

S3K-IDEXPRESS-K-SWS

NTDMSR20633BA

BASD-CAB

VPA-PVC (500)

VPD-CLN

Encoder KIOSK Card Management Encoding System

Alternate – NO SUBSTITUTION

Edit Date: SEPTEMBER 2011

DOOR HARDWARE

Description Manufacturer Model/Series Finish

Also, where Owner requires, use Biometrics (Iris-Finger Scans).

Hangers and Com Rooms

EZ Keypads (no audit trails) 93KZ7DV-15PK S3 626 SH

Accessories

Kick Plate Trimco Locker Rooms shall have kick plates on both

Side of doors KO050 10”x2”LDW x .050” Thick x B3E (sgl.door) 630

KO050 10”x1” LDW x .050” Thick x B3E (pr.doors) 630

Push / Pull Plate Trimco 1001-3-8 / or / 4x16 (CFC where required) 630

Lock Protector Trimco 5002 630

Threshold Pemko 172A/171A (1/2” Saddle threshold) 628

• Architect to coordinate with project conditions

Weather Seal Pemko 309AP or 315CR (at head and jambs ) 628 57AV or 315CN (at sill on door – surface mount)

Door Silencers Trimco 1229A (Metal frames) Gray 1229B (Wood frames) Gray

Astragal Pemko 357C or 305CN

• Where required by fire code

• Astragal by door manufacturer at HM door.

Drip Guard Pemko 346C 4” ODW (Exterior doors exposed to rain) 628 www.hagerco.com

ARCHITECTURAL HINGES

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FIVE KNUCKLE HINGES (CONTINUED)

BB1191

Ball Bearing - Standard Weight Brass with stainless steel pin (ANSI A2112) or stainless steel with stainless steel pin (ANSI A5112)

BB1279

Ball Bearing - Standard Weight Steel with steel pin (ANSI A8112)

• Two ball bearings

• Non-rising removable pin with button tip and plug

• 5” x 5” (127 mm x 127 mm) and 4-1/2” x 4-1/2” (114 mm x 114 mm) BB1279 available with two different leaf sizes

• 3-1/2” x 3-1/2” (89 x 89 mm) BB1279 available with reversible hole pattern

• For use on medium weight doors or doors requiring medium frequency service

Hinge Size Gauge of Metal

Hole Count

Screw Size

Inches mm Machine Wood

3-1/2 x 3-1/2 89 x 89 0.119 6 1/2 x 10-24 1 x 9

4 x 4 102 x 102 0.129 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 4 114 x 102 0.134 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 4-1/2 114 x 114 0.134 8 1/2 x 12-24 1-1/4 x 12

5 x 4 127 x 102 0.145 8 1/2 x 12-24 1-1/4 x 12

5 x 4-1/2 127 x 114 0.145 8 1/2 x 12-24 1-1/4 x 12

5 x 5 127 x 127 0.145 8 1/2 x 12-24 1-1/4 x 12

6 x 4-1/2 152 x 114 0.160 10 1/2 x 1/4-20 1-1/2 x 14

6 x 5 152 x 127 0.160 10 1/2 x 1/4-20 1-1/2 x 14

6 x 6 152 x 152 0.160 10 1/2 x 1/4-20 1-1/2 x 14

WTBB1191

Ball Bearing - Standard Weight - Wide Throw Brass with stainless steel pin (ANSI A2112) or stainless steel with stainless steel pin (ANSI A5112)

WTBB1279

Ball Bearing - Standard Weight - Wide Throw Steel with steel pin (ANSI A8112)

• Wide throw

• Two ball bearings

• Non-rising removable pin with button tip and plug

• For use on medium weight doors or doors requiring medium frequency service

Hinge Size Gauge of Metal

Hole Count

Screw Size

Inches mm Machine Wood

3-1/2 x 5 89 x 127 0.119 6 1/2 x 10-24 1 x 9

3-1/2 x 6 89 x 152 0.119 6 1/2 x 10-24 1 x 9

4 x 5 102 x 127 0.129 8 1/2 x 12-24 1-1/4 x 12

4 x 6 102 x 152 0.129 8 1/2 x 12-24 1-1/4 x 12

4 x 7 102 x 178 0.129 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 5 114 x 127 0.134 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 6 114 x 152 0.134 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 7 114 x 178 0.134 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 8 114 x 203 0.134 8 1/2 x 12-24 1-1/4 x 12

5 x 6 127 x 152 0.145 8 1/2 x 12-24 1-1/4 x 12

5 x 7 127 x 178 0.145 8 1/2 x 12-24 1-1/4 x 12

5 x 8 127 x 203 0.145 8 1/2 x 12-24 1-1/4 x 12

LMH0114

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ARCHITECTURAL HINGES

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FIVE KNUCKLE HINGES (CONTINUED)

BB1168

Ball Bearing - Heavy Weight Steel with steel pin (ANSI A8111)

BB1199

Ball Bearing - Heavy Weight Brass with stainless steel pin (ANSI A2111) or stainless steel with stainless steel pin (ANSI A5111)

• Four ball bearings

• Non-rising removable pin with button tip and plug

• 5” x 5” (127 mm x 127 mm) and 4-1/2” x 4-1/2” (114 mm x 114 mm) BB1168 available with two different leaf sizes

• For use on heavy weight doors or doors requiring high frequency service

Hinge Size Gauge of Metal

Hole Count

Screw Size

Inches mm Machine Wood

4-1/2 x 4 114 x 102 0.180 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 4-1/2 114 x 114 0.180 8 1/2 x 12-24 1-1/4 x 12

5 x 4 127 x 102 0.190 8 1/2 x 12-24 1-1/4 x 12

5 x 4-1/2 127 x 114 0.190 8 1/2 x 12-24 1-1/4 x 12

5 x 5 127 x 127 0.190 8 1/2 x 12-24 1-1/4 x 12

6 x 4-1/2 152 x 114 0.203 10 1/2 x 1/4-20 1-1/2 x 14

6 x 5 152 x 127 0.203 10 1/2 x 1/4-20 1-1/2 x 14

6 x 6 152 x 152 0.203 10 1/2 x 1/4-20 1-1/2 x 14

8 x 6 203 x 152 0.203 16 1/2 x 1/4-20 1-1/2 x 14

8 x 8 203 x 203 0.203 16 1/2 x 1/4-20 1-1/2 x 14

WTBB1168

Ball Bearing - Heavy Weight - Wide Throw Steel with steel pin (ANSI A8111)

WTBB1199

Ball Bearing - Heavy Weight - Wide Throw Brass with stainless steel pin (ANSI A2111) or stainless steel with stainless steel pin (ANSI A5111)

• Wide throw

• Four ball bearings

• Non-rising removable pin with button tip and plug

• For use on heavy weight doors or doors requiring high frequency service

Hinge Size Gauge of Metal

Hole Count

Screw Size

Inches mm Machine Wood

4-1/2 x 5 114 x 127 0.180 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 6 114 x 152 0.180 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 7 114 x 178 0.180 8 1/2 x 12-24 1-1/4 x 12

4-1/2 x 8 114 x 203 0.180 8 1/2 x 12-24 1-1/4 x 12

5 x 6 127 x 152 0.190 8 1/2 x 12-24 1-1/4 x 12

5 x 7 127 x 178 0.190 8 1/2 x 12-24 1-1/4 x 12

5 x 8 127 x 203 0.190 8 1/2 x 12-24 1-1/4 x 12

LMH0114

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ARCHITECTURAL HINGES

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BEARING OPTIONS

When using steel based hinges, special options are available such as stainless steel pins, stainless steel bearings and stainless steel raceways.

Ball Bearing (BB) - Ball bearings are engineered to throw the knuckle weight against specially hardened steel raceways, which ride on the bearing surfaces. The one-piece cup protects the bearings from moisture and dust. The cup supports no weight so it is not subjected to functional friction, pressure or wear. Lateral wear is minimized because the pin is held against thrust by the hardened steel top and bottom raceways.

The bearing units are securely press-fit to the leaf knuckle to prevent loss when the hinge is disassembled.

Oilite Bearings (OB) - The oilite bearing is made of porous metal that has been press-formed and impregnated with oil.

The slight pressure and heat generated when the door is operated causes the oil to come to the surface of the bearing causing the surface to be slick and smooth.

Anti-Friction Nylon Bearings (AB) - These are made of resilient engineering plastics that provide a self-lubricant and very strong bearing surface. The nylon acts as a cushion for the door yet it allows the door to flow smoothly on the surface of the nylon with an extremely low wear factor.

ARCHITECTURAL FINISH SyMBOLS Powder Coat Finishes

Note: Available only on architectural grade full mortise plain bearing hinges, full mortise ball bearing hinges, both standard and heavy weight, in both steel and brass material.

B.H.M.A. Symbol Base Material

*US3SC only available on AB800, AB850, and CB1191.

CARE AND MAINTENANCE

• Hinges must be free swinging without any binding. The use of shims to align hinges, if required, is satisfactory.

• Hinges should be well greased and checked on a regular basis for lubrication. We recommend that hinges used in commercial, high-frequency applications or those in extreme environmental conditions be lubricated annually to ensure quiet operation and long life.

• Standard hinges are best lubricated by removing the pin, applying a generous coating of lithium grease, and reinserting the pin by driving it completely down to the shoulder of the pin head.

• Hospital Tip (HT) hinges that have fixed hinge pins have an oil port on the knuckle for the purpose of lubrication.

• Water displacing sprays such as WD-40 are not recommended for hinge lubrication.

• To remove dirt, simply wipe with a soft damp cloth. Abrasive cleaners or lacquer thinner should not be used to clean the surface of hinges. To do so will void any warranty for the product.

Hager Description Steel Brass & Bronze

Stainless Steel

HEWI#

L1 Flat Black 693 693 N/A N/A

L2 Dark Bronze 695 695 N/A N/A

L3 Medium Bronze 694 694 N/A N/A

LS

Luma Sheen®

Aluminum Paint 689 689 N/A N/A

13P White N/A N/A N/A 1

14P Off White N/A N/A N/A 5A

15P Grey N/A N/A N/A 5

33P Yellow N/A N/A N/A 14

34P Red N/A N/A N/A 33

35P Green N/A N/A N/A 6

36P Blue N/A N/A N/A 52

83P Black N/A N/A N/A 8

84P Olive N/A N/A N/A 62

85P Brown N/A N/A N/A 9

86P Burgundy N/A N/A N/A 30

87P Dark Green N/A N/A N/A 60

88P Dark Blue N/A N/A N/A 50

Hager Description Steel Brass & Bronze

Series Stainless Steel

2C Plain Zinc Plate 603 N/A N/A

H2H Mechanical Galvanized; steel only

N/A N/A N/A

3 Bright Brass 632 605 N/A

3A Bright Brass - Unlacquered N/A N/A N/A

3SC*

Brass SecureCoat® Stainless Steel Lifetime Finish

N/A N/A N/A

4 Satin Brass 633 606 N/A

5 Satin Brass, Antique 638 609 N/A

9 Bright Bronze 637 611 N/A

9A Bright Bronze, No Lacquer N/A N/A N/A

10 Satin Bronze 639 612 N/A

10A Antique Bronze, Lacquered 641 N/A N/A

10B Antique Bronze, Oiled 640 613 N/A

10D Black Nickel, Oiled N/A N/A N/A

14 Bright Nickel 645 618 N/A

14B Black Nickel, Bright N/A N/A N/A

15 Satin Nickel 646 619 N/A

15A Antique Satin Nickel, Highlighted

647 620 N/A

17A Black Nickel, Dull 648 621 N/A

26 Bright Chromium Plated 651 625 N/A

26D Satin Chromium Plated 652 626 N/A

32 Stainless Steel Metal, Bright N/A N/A 629

32D Stainless Steel Metal, Satin N/A N/A 630

P Prime Coat 600 600 N/A

PS Plain Steel N/A N/A N/A www.hagerco.com

ARCHITECTURAL HINGES

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Electric Hinges (Continued) Another important point to remember, an electrically modified hinge is for low voltage power transfer only (48 volts or under). Higher voltages are not allowed because of the potential dangers. Also a consideration is the Amperage rating of the power transfer hinges. Hager hinges include amperage ratings of 3.5 AMPS/continuous duty and 16.0 AMPS/ intermittent duty (pulse).

Normally, modifications are made to full mortise hinges. For other applications, consult Hager Engineering for availability.

It is recommended that the CENTER HINGE LOCATION be used with all electrically modified hinges.

Hager Companies recommends the use of a mortar box or jamb box in order to protect the wire terminations on the inside of the frame. If this box is not used, the grout that may be poured into the frame will destroy the wiring and usually void the warranty on the product.

Swaging Swaging is a slight offset of the hinge leaf at the barrel. This offset permits the leaves to come closer together when the door is in the closed position. If the hinge were to be left in the natural state after the knuckle was rolled, the hinge would be referred to as a “flatback”. A flatback hinge has a gap between the leaves of approximately 5/16” (7.9 mm). This would allow heat and air-conditioning to escape, not to mention the unsightly gap between the door and frame.

The swaging on standard weight and heavy weight full mortise hinges provides 1/16” (1.6 mm) clearance between the leaves when the leaves are in the closed position.

Full mortise hinges used on beveled doors will affect lockside clearance, especially for wide throw applications.

Security Features Three additional features that are commonly used are: Non- Removable Pin (NRP), Safety Stud (SH), and Reverse Security Stud (RSS). These features are intended as deterrents only.

Non-Removable Pin The Non-Removable Pin (NRP) has a small set screw in the body of the barrel. This set screw is tightened down against the pin.

The pin has a groove in the position where the set screw makes contact, allowing the set screw to seat. The set screw is positioned so it cannot be reached unless the door is opened. If pin removal is necessary, the set screw is merely removed and the pin tapped from the bottom in the usual manner.

Safety Stud The Safety Stud (SH) 3/16” (4.8 mm) projection is a feature that places a stud on one leaf and a locking hole on the other leaf.

When the door is closed, the stud is anchored into the opposite leaf. Even if the hinge pin is removed, the door is secure because the leaves are locked together.

Reverse Security Stud The Reverse Security Stud (RSS) 7/16” (11.1 mm) projection is a feature that has a stud projecting from the back of both leaves into the reinforcing plate of both the frame and the door. It is intended to keep the hinge locked in place from abuse of battering or trying to shear the hinge and screws.

This feature is primarily used in prisons and psychiatric areas.

E2 E1S E2/E1S Exposed Electric Hinge Modification

EMN ETW ETM

Concealed Electric Hinge Modification

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HEAVY DUTY LOCKS-KNOBS

2 HEAVY DUTY

• Quick, economical rekeying with the BEST original interchangeable core.

• Knobs machined from brass or bronze bar stock.*

• Rotating knob face provides for easy hand of door change without removing the knob.

• No keeper hole on keyed knobs for added security.

• Keyed knob removable only after the core is removed.

• The tactile or knurled knob feature designed for blind, safety and accessibility applications.

• The optional breakaway feature prevents the lockset from being overpowered by a wrench.

• 9⁄16" throw, deadlocking latch.

• Spin free knob feature permits the lock to be operated only by use of a key.

• Friction insert inside rose resists loosening.

• Steel retractor with low friction bearings for smooth, wear resistant operation.

• Long bearing length in chassis for smooth, wear resistant operation.

* All knob styles feature solid extruded knob material.

Products covered by one or more of the following patents:

U.S. CANADA

4,843,852 4,424,691 D289,369 1,179,855 4,262,507 4,428,212 D290,085 1,184,773 4,312,201 4,428,570 1,184,774 4,318,558 4,779,908 1,194,057 4,342,478 4,444,034 1,196,359 4,435,967 4,496,178 1,229,358 4,394,821 4,550,581 1,241,980 4,437,695 4,655,059 1,327,279

UL Listed for both Canada and the US.

FEATURES

F E A

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Certification Features Specifications How To Order Functions....................................................................4-5 Special Functions ......................................................6-7 Special Features

Trim Variations Shipping Weights Sample Specifications Patented Keying Deadlocking Latches Strikes/Door Preparation Service Equipment

PagePageTABLE OF CONTENTS

The 8K Cylindrical Lock meets or exceeds the following standards:

Certification

ANSI A156.2 Series 4000, Grade 1 as certified in Builder Hardware ManufacturersAssociation directory ascomplying with this standard. (Formerly FF-H-00106C Series 161.)

Underwriters Laboratories Listed by Underwriters Laboratories for use on 3 hour, A label single swinging doors. GYJT Builders Hardware-Single point Locks or Latches.

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8K Cylindrical

LOCKS - KNOBS 3

see pages. 4–7 see page 9 see page 10 see page 3

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SSPECIFICATIONS

** Must specify key mark and number of keys or designate L/C for less core.

see page 8

Materials: Internal parts are brass or corrosion treated steel.

Chassis: 2 1⁄16" diameter to fit 2 1⁄8" hole in door.

Backset: 2 3⁄4" standard, 3 3⁄4" and 5" available.

Latch: 9⁄16" throw. Front 2 1⁄4 x 11⁄8" beveled. Latch housing fits 1" hole in edge of door.

Knobs: Diameter– 2 1⁄8" ; Projection from door– 2 7⁄8" #4, #6 Knob Material - Machined from solid brass or bronze.

Roses: All roses are brass or bronze reinforced with steel liner. Roses are threaded to chassis. “A”– round, 3 3⁄8" diameter;

“C”– round, 2 9⁄16" diameter; “D”– convex round, 3 3⁄8" diameter “E”– special trim for 2 1⁄8" to 3" thick doors

Door Thickness: Adjustable from 1 3⁄8" to 2" standard. Special “E” trim for 2 1⁄8" to 3" doors available. The “B” style square trim is for doors 1 3⁄4" to 2" only.

Strike: (STK)– 2 3⁄4" x 1 1⁄8" with curved lip and box standard (ANSI A115.3) (S3)– 4 7⁄8" x 1 1⁄4" with curved lip and box available (ANSI A115.2) (S3-7/8)– Conforms to ANSI A115.2 for 1 3/4" doors.(4 7⁄8" x 1 7⁄8" flat)

Latch & Strike Screws: (STK) Strike Package– (1) 2 3⁄4" Strike plate, (4) #8-32 / #8-16 x 3⁄4" Phillips flat head screws.

8KS3 Strike Package–(1) 4 7⁄8" Strike plate, (2) #8-32 / #8-16 x 3⁄4" Phillips flat head screws, (2) #12-24 / #12-12 x 3⁄4"

Phillips flat head screws. Security head machine screws and driver can be ordered for added security.

Finish: 605– bright brass, clear coated; 606– satin brass, clear coated; 611– bright bronze, clear coated; 612– satin bronze, clear coated; 613– oxidized satin bronze, oil rubbed; 625– bright chromium plated; 626– satin chromium plated; 690– dark bronze coated

83K 7 AB 4 A STK 626

Series Core Function Knob Rose Strike Finishes Options

Housing Code Style Style Package

83K– 2 3⁄4" 0– keyless AB– entrance 4– round A– 3 3/8" STK–standard 605 606 BRK– breakaway (#4, #6) 84K– 3 3⁄4" 7– 7-pin D– storeroom 6– tulip C– 2 9/16" S3–ANSI 611 612 KNL– knurled (#6 knob) 85K– 5" housing L– privacy D– convex S3-7/8– 7/8" flat 613 625 LL– lead lined accepts N– passage E– thick strike 626 690 SH– security head screws all Best R– classroom (not shown) SPN– spin free (D&W function) cores etc. split finish (#4, #6 knobs) is available TAC– tactile knob (#4, #6) Note: specify inside ( l ), outside (O), or both (B) for KNL, TAC options

3/4– 3/4" throw latch

HOW TO ORDER

L M HAMPTON

4 HEAVY DUTY

T F90

AB

F109(F81x F82)

F U

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IO

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D F86

E F92

H F93

HJ

C F88

G F91

FUNCTIONS

R F84

NOTE: Turning the key in either the inside OR the outside, locks or unlocks both sides

Function & Diag. Description Outside Knob Inside Knob ANSI No. Latch operated by Locked by Unlocked by Locked by Unlocked by

Single Keyed Entrance • Rotating the inside knob, • Pushing the inside button, • Turning the key in the Cannot be locked Always unlocked

OR OR outside knob, OR

• Rotating the outside knob— • Pushing and turning the • Rotating the inside knob, only when the inside inside button (Turning the OR push button is out button keeps the outside • Closing the door—(only OR knob locked until button is when the button is not

• Turning the outside key turned back and released) turned, this applies for each operation)

Storeroom • Turning the key in the Always locked Cannot be unlocked Cannot be locked Always unlocked outside knob, OR

• Rotating the inside knob

Service Station • Rotating the inside knob, • Pushing the inside button, • Turning the key in the Cannot be locked Always unlocked OR OR outside knob, OR

• Rotating the outside knob- • Pushing and turning the • Rotating the inside only when the inside inside slotted button knob, OR slotted push button is out (Turning the button keeps • Closing the door-(only

• Turning the key in the outside the outside knob locked when the button is not knob until button is turned back turned, this applies and released) for each operation)

Hotel Guest Rm. • Rotating the inside knob, Always locked • Key block feature is Cannot be locked Always unlocked OR released by:

• Turning the key in the outside • Rotating the inside knob- only when the inside knob, OR

• push button is out, OR • Closing the door

• Removing the core with a • Removing the core with a control key and using a control key and using a special emergency key special emergency key

NOTE: Pushing the inside button projects an “occupied” indicator in the outside knob and blocks all operating keys.

Hotel Guest Rm. • Rotating the inside knob, OR Always locked • Key block feature is Cannot be locked Always unlocked

• Turning the key in the outside released by:

knob-only when the inside • Rotating the inside push button is out, OR knob, OR

• Removing the core with a • Closing the door control key and using a special emergency key

NOTE: Pushing the inside button blocks all operating keys, but no “occupied” indicator is projected.

Classroom • Rotating the inside knob, OR • Turning the key in the • Turning the key in the Cannot be locked Always unlocked

• Turning the key in the outside outside knob outside knob knob, OR

• Rotating the outside knob when not locked by key

Dormitory • Rotating the inside knob, OR • Turning the key in the • Turning the key in the Cannot be locked Always unlocked

• Rotating the outside knob outside knob, OR outside knob, OR when not locked by key • Pushing the button on the • Rotating the inside knob or push button inside knob (only when locked by push button), OR

• Closing the door (only when locked by push button) Double Keyed*

Apartment* • Rotating the inside knob, OR Turning the key in the inside Turning the key in the Cannot be locked Always unlocked

• Rotating the outside knob knob inside knob when not locked by inside key, OR

• Turning the key in the outside knob

Store lock* • Rotating the outside knob • Turning the key in the • Turning the key in the • Turning the key • Turning the key when not locked by key inside knob, OR inside knob, OR in the inside in the inside OR • Turning the key in the • Turning the key in the knob, OR knob, OR

• Rotating the inside knob outside knob outside knob • Turning the key • Turning the key when not locked by key in the outside in the outside knob knob

*ATTENTION: Locksets that secure both sides of the door are controlled by building codes and the Life Safety Code. In an emergency exit situation, failure to quickly unlock the inside knob could be hazardous or even fatal.

L M HAMPTON

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L M HAMPTON

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LOCKS - KNOBS 5

F80

W F87

L F76

N F75

NX

F89

P F77

Y

1DT

2DT

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SFUNCTIONS

Function & Diag. Description Outside Knob Inside Knob

ANSI No. Latch operated by Locked by Unlocked by Locked by Unlocked by

Communicating * • Turning the key in the Turning the key in the Turning the key in the Turning the key in Turning the key inside knob, OR outside knob outside knob the inside knob in the inside knob

• Turning the key in the outside knob, OR

• Rotating the inside or outside knob (if unlocked)

NOTE: Turning the key in either knob, locks or unlocks its own knob independently.

Institutional * • Turning the key in the inside Always locked Cannot be unlocked Always locked Cannot be unlocked knob, OR

• Turning the key in the outside knob

Keyless Privacy • Rotating the inside knob, Pushing the inside button • Rotating the outside Cannot be locked Always unlocked

OR slotted button, OR

• Rotating the outside knob • Rotating the inside knob, only when the inside push OR button is out • Closing the door

Passage • Rotating the inside knob, Cannot be locked Always unlocked Cannot be locked Always unlocked

OR

• Rotating the outside knob

Exit • Turning the inside knob Always locked Cannot be unlocked Cannot be locked Always unlocked

Patio • Rotating the inside knob, • Pushing the inside button • Rotating the inside knob Cannot be locked Always unlocked

OR OR

• Rotating the outside knob- • Closing the door only when the inside push button is out

Exit • Rotating the inside knob Cannot be locked Always unlocked

Single This is a single, surface-mounted knob for an inactive door or a non-latching door Dummy Trim

Double This is a through-bolt mounted pair of matching knobs for an inactive door or a non-latching door Dummy Trim

*ATTENTION: Locksets that secure both sides of the door are controlled by building codes and the Life Safety Code. In an emergency exit situation, failure to quickly unlock the inside knob could be hazardous or even fatal.

LOCKS - KNOBS 9

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STRIM VARIATIONS

Knob-4 Rose-C Knob-4 Rose-DKnob-4 Rose-A

Knob-6 Rose-C Knob-6 Rose-DKnob-6 Rose-A

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SSHIPPING WEIGHTS

The chart below gives the approximate shipping weight for standard functions of 8K lockset. This weight includes the weight of the lockset with the #4 style knob, “A” style rose, latch, strike package, and box. Listed separately are the approximate weights for “with core” and “less core” shipments.

Lock Case Shipping Shipping Function Quantity Weight Weight

Nomenclature With core Less Core

Y 12 36 lbs 36 lbs.

N 12 44 lbs. 44 lbs.

L,P 12 47 lbs. 47 lbs.

AB,D,E,H,HJ,R,T 12 49 lbs. 47 lbs.

C,G,S,W 12 55 lbs. 51 lbs.

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HEAVY DUTY LOCKS - LEVERS

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TABLE OF CONTENTS

Features Specifications How to Order Trim Variations Options/Features Service Equipment

Function Descriptions . . . . . . . . . . . . . . . . . . . . . . . . .6-9 Shipping Weights 9K Sample Specifications Patented Keying Deadlocking Latches Strikes & Door Preparation

9K FEATURES

The innovative design of the slotted key release cam and locking lug assembly create maximum attack resistance. Amazingly, though damaged, the lock still allows key access. In addition, the lever is fully functional from the inside.

The hub-mounted torsion spring and strong retractor springs help prevent lever sag and offer a smooth and snappy operation.

Strong retractor springs provide resistance to lever sag.

Strong through-bolt mounting studs increase torque resistance.

Heavy rose liner material is highly attack resistant.

The outside lever sleeve is a seamless one piece construction made of a hardened steel alloy that provides additional reinforcement in the locking lug slot.

For versatile applications, lever by knob trim variations are available.

Interchangeable core allows for quick re-keying and customized masterkeying.

Lost Motion feature available allowing lever movement between 45º – 60º without engaging retractor assembly.

No exposed keeper hole in exterior lever -adds security.

New zinc hubs with a shrouded locking lug, guaranteeing higher quality and increased torque resistance.

Rose locking pin and rose assembly design offers great torque resistance.

It prevents the locking pin from twisting, bending, or breaking under attack.

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14– curved return

15– contour angle return

16– curved no return

Certifications– UL Listed:

Listed by Underwriter's Laboratories for use on 3 Hr, A label single swinging doors (4'x10'). GYJT Builders Hardware-single point locks or latches.

American National Standard: ANSI A156.2, Series 4000 Grade 1 (formerly FF-H-106C Series 161.)

Finish– BHMA US DESCRIPTION 605 3 bright brass 606 4 satin brass 611 9 bright bronze 612 10 satin bronze 613 10B oxidized satin bronze, oil rubbed 618 14 bright nickel plated 619 15 satin nickel plated 622 19 flat black 625 26 bright chromium plated 626 26D satin chromium plated 690 20 dark bronze

Backset– 2 3/4" standard, 3 3/4" and 5" available.

Chassis– Critical latch and chassis components are brass or corrosion-treated steel. 2 1/16" diameter to fit 2 1/8" hole in door (Conforms to ANSI A115.2). Lost Motion feature available as an option.(see page 11 for special features)

Door thickness– Available for 1 3/4" to 2 1/4" doors.

Spacers available for 1 3/8" doors.

UL Listed for both Canada and the US.

Latch– Solid brass 9/16" throw. Front 2 1/4" x 1 1/8" beveled.

Lever handles– Lever handles are a high-quality zinc alloy. Trim components are brass or bronze.Body is approximately 1 5/8" in diameter; Handle is approximately 4 3/4" long (from center-line of chassis). #14 and #15 levers conform to California Administrative Code Title 19 and Title 24. All three styles of levers conform to the Illinois Accessibility Standard.

Mounting– In addition to standard door preparation (ANSI A115.2 for 1 3/4" doors), two additional holes are needed for through-bolts. Through-bolts require two 5/16" diameter holes located at 12 o'clock and 6 o'clock positions. A drill jig is provided to insure accuracy of the holes. (see KD303 on back page).

Projection on door– Approximately 2 3/4" when mounted on 1 3/4" door.

Roses– C - 3" Convex D - 3 1/2" Convex K - 3" Convex - no ring L - 3 1/2" Convex - no ring

Strike– STK: Conforms to ANSI A115.2 (2 3/4" x 1 1/8" with curved lip & box). S3: Conforms to ANSI A115.2 for 1 3/4" doors (4 7/8" x 1 1/4" with curved lip).S3-7/8: Conforms to ANSI A115.2 for 1 3/4" doors (4 7/8" x 1 7/8" flat)

Products protected by one or more of the following patents:

U.S.: Canada:

D290,085 4,437,695 4,428,212 1,184,773 4,843,852 4,318,558 4,428,570 1,194,057 4,262,507 4,496,178 4,779,908 1,229,358 5,116,170 Other products patent pending.

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IC

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* Handles are made from a zinc alloy, and have been plated to be equivalent in appearance to the finishes listed.

For information on 9K non IC products please refer to Best’s non-IC keying products brochure.

pages 4-5 page 11pages 6-9

AL– abrasive lever LL– lead lined LM– lost motion RQE– request to exit SH– security head screws TL– tactile lever 3/4– 3/4" throw latch 7/8" LTC– flat lip strike NOTE: specify inside (I), outside (O), or both (B) for AL,TL options

Options

605 606 611 612 613 618 619 622 625 626

93K 7 AB 15 D S3 626

Backset Core

Housing Function

Code Lever Style

Rose Style

C– 3" convex D– 3 1/2" convex K– 3" convex

- no ring L– 3 1/2" convex -no ring

Strike Package

STK– 2 3/4"

ANSI

S3– 4 7/8"

ANSI

S3– 7/8- 7/8" flat strike

Available Finishes*

HOW TO ORDER

SPECIFICATIONS

H O

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93K– 2 3/4" 94K– 3 3/4" 95K– 5"

0– keyless 7– 7 pin housing accepts all Best cores

AB– entrance D– storeroom L– privacy N– passage R– classroom Etc.

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TRIM VARIATIONS

LEVER & TRIM DIMENSIONS

14C 15C 16C

14D 15D 16D

14K 15K 16K

14L 15L 16L

6 H E AV Y D U T Y L

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S FUNCTIONS

• Rotating the inside lever, OR

• Turning the key in the outside lever-only when the inside push button is out,OR

• Removing the core with a control key and using a special emergency key

Pushing the inside button projects an “occupied” indicator in the outside lever and blocks all operating keys.

• Rotating the inside lever, OR

• Rotating the outside lever—only when the inside push button is out, OR

• Turning the key in the outside lever

Corridor

*ATTENTION: Locksets that secure both sides of the door are controlled by building codes and the Life Safety Code. In an emergency exit situation, failure to quickly unlock the inside lever could be hazardous or even fatal.

G

F91

Always unlocked• Pushing the inside button, OR

• Pushing and turning the inside button. Turning the button keeps the outside lever locked until the button is turned back

• Turning the key in the outside lever, (only when the button is not turned) OR

• Rotating the inside lever, (only when the button is not turned).

OR

• Closing the door (only when the button is not turned)

Cannot be locked

Pushing the inside button blocks all operating keys, but no “occupied” indicator is projected.

Turning the key in either the inside or the outside, locks or unlocks both sides.

Double Keyed* Functions

• Turning the key in the outside lever, OR

• Rotating the inside lever

• Rotating the inside lever, OR

• Rotating the outside lever-only when the inside push button is out. OR

• Turning the key in the outside lever

• Rotating the inside lever, OR

• Turning the key in the outside lever-only when the inside push button is out, OR

• Removing the core with a control key and using a special emergency key

• Rotating the inside lever,OR

• Turning the key in the outside lever, OR

• Rotating the outside lever when not locked by key

• Rotating the inside lever, OR

• Rotating the outside lever when not locked by key or push button

• Rotating the inside lever, OR

• Rotating the outside lever when not locked by key, OR

• Turning the key in the outside lever

• Rotating the outside lever when not locked by key, OR

• Rotating the inside lever when not locked by key

Always fixed

• Pushing the inside button, OR

• Pushing and turning the inside button. Turning the button keeps the outside lever locked until the button is turned back

Turning the key in the outside lever

• Turning the key in the outside lever, OR

• Pushing the button on the inside lever

Turning the key in the inside lever

• Turning the key in the inside lever, OR

• Turning the key in the outside lever

Cannot be unlocked

• Turning the key in the outside lever, OR

• Rotating the inside lever, OR

• Closing the door-only when the button is not turned, OR

• Turning back the slotted button

Key block feature is released by:

• Rotating the inside lever, OR

• Closing the door

• Turning the key in the outside lever, OR

• Rotating the inside lever (only when locked by push button),OR

• Closing the door (only when locked by push button)

Entrance

AB

F109

Storeroom

D

F86

Service Station

E

F92

Hotel Guest Rm.

H

F93

Hotel Guest Rm.

HJ

Classroom

R

F84

T

F90

Dormitory

C

F88

Storeroom *

Always unlockedCannot be locked

Always unlockedCannot be locked

Always fixed Always unlockedCannot be locked

• Turning the key in the inside lever, OR

• Turning the key in the outside lever

Always fixed Key block feature is released by:

• Rotating the inside lever, OR

• Closing the door

Always unlockedCannot be locked

Turning the key in the outside lever

Always unlockedCannot be locked

Always unlockedCannot be locked

Always unlockedCannot be lockedTurning the key in the inside lever

• Turning the key in the inside lever, OR

• Turning the key in the outside lever

• Turning the key in the inside lever, OR

• Turning the key in the outside lever

DescriptionFunction & Diag.

(ANSI No.) Locked by Unlocked by Locked by Unlocked by

Inside LeverOutside Lever Latch operated by

Single Keyed Functions

L M HAMPTON

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O C K - L E V E R S 7

*ATTENTION: Locksets that secure both sides of the door are controlled by building codes and the Life Safety Code. In an emergency exit situation, failure to quickly unlock the inside lever could be hazardous or even fatal.

Single Dummy Trim

2DT

DescriptionFunction & Diag.

(ANSI No.) Locked by Unlocked by Locked by Unlocked by

Inside LeverOutside Lever Latch operated by

Communicating*

S

F80

Institutional*

W

F87

Keyless Functions Privacy

L

F76

Passage

N

F75

Exit

NX

F89

Patio

P

F77

Exit

Y

Double Dummy Trim

1DT

• Turning the key in the inside lever, OR

• Turning the key in the outside lever, OR

• Rotating the inside or outside lever (if unlocked)

Turning the key in either lever, locks or unlocks its own lever independently.

• Turning the key in the inside lever, OR

• Turning the key in the outside lever

• Rotating the inside lever

OR

• Rotating the outside lever only when the inside push button is out

• Rotating the inside lever, OR

• Rotating the outside lever

Rotating the inside lever

• Rotating the inside lever, OR

• Rotating the outside lever only when the inside push button is out

Rotating the inside lever

This is a single, surface-mounted lever for an inactive door or a non-latching door

This is a through bolt mounted pair of matching levers for an inactive door or a non-latching door

Turning the key in the outside lever

Always fixed

Pushing the inside button

Cannot be locked

Turning the key in the outside lever

Cannot be unlocked

Always fixed

• Rotating the outside slotted button, OR

• Rotating the inside lever, OR

• Closing the door.

Always unlocked

Always fixed

Pushing the inside button

Cannot be locked

Turning the key in the inside lever

Turning the key in the inside lever

Always fixed Cannot be unlocked

Cannot be locked Always unlocked

Always unlocked

Cannot be locked Always unlocked

• Rotating the inside lever, OR

• Closing the door

Cannot be locked Always unlocked

Cannot be locked Always unlocked

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IN

• Rotating inside lever, OR

• Rotating outside lever only when not locked by inside or outside key

Intruder • Turning key in the inside lever, OR

• Turning the key in the outside lever

• Turning key in the inside lever, OR

• Turning the key in the outside lever

Cannot be locked Always unlocked

Double Keyed Functions (Continued)

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IDH MAX® &

ELECTROMECHANICAL LOCKS

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IDH MAX® – INTRODUCTION

40HW electrified functions ..............................................8-9 8KW/9KW electrified specification 8KW/9KW electrified how-to-order 8KW/9KW electrified functions Trim variations Electrified accessories ................................................12,13 Terminology 1W electric switch lock introduction Optional boxes 1W electric switch lock how-to-order 1W electric switch locks................................................15-19

TABLE OF CONTENTS

IDH MAX® introduction IDH MAX® features IDH Max® and IDH Max® 1300 comparison chart HM, KM, HW & KW options 40HM IDH MAX® specifications, how-to-order 40HM IDH MAX® functions 93KM IDH MAX® specifications 93KM IDH MAX® how-to-order 93KM IDH MAX® functions 40HW electrified specification 40HW electrified how-to-order

PagePage

The IIDH MAX® from Stanley Security Solutions offers convenience and efficiency for your electrified lock applications. Instead of installing reader devices, installing electrified strikes, installing door contacts and installing request-to-exit devices, you can now install the IDH MAX® in cylindrical or mortise lock applications. With IDH MAX® all of the formerly separate equipment needed to control access are self-contained in a single installation. The complexity of multiple wire runs is drastically reduced.

You can let Stanley Security Solutions show you how to MAXimize your access control system with the IDH MAX®! For the name and location of your local office, visit our web site at www.stanleysecuritysolutions.com. IDH MAX® and W series locks (with the exception of the IDH Max® 1300) are compatible with Stanley’s NT500 and B.A.S.I.S. Acess Control Systems.

Magnetic Stripe Electronic Lock Features

• Durable material has teflon-like characteristics for increased life and wear resistance

• Variable read rate allows for easy usage

Proximity Card Reader Features

• HID and Motorola/Indala proximity cards supported

• UL listed for GYQS Electrically controlled single point locks or latches.

• Usable in all environmental/exterior applications.

1300 Option Features

• Eliminates need for small panel interface module

• Eliminates reader interface board

• Incorporates 3 modules into a single electronics board inside

IDH Max escutcheon trim

• Connects directly to ACP via 2 wire RS485 connection

IDH MAX® – FEATURES

IDH Max® Features

• Includes latch and door position indicator, RQE switch.

• The 1300 option eliminates the need for a RIM (reader interface module) which is embedded behind the escutcheon

• Requires only one 4 conductor wire run

• Reduces number of components installed and visible at the door (PIR, RQE push buttons and door contacts)

• Installation time is reduced

• The RQE switch senses the inside lever/knob rotation.

• All of the door components are housed in one manufacturer's hardware

• With the elimination of components, only the lockset is visible at the door

• The reader is integrated into the lockset escutcheon

• Available in magnetic stripe and proximity readers

• Available in all popular lever/knob styles and finishes

• Operates with BEST interchangeable core as a mechanical override

• Integrates with many manufacturer's on-line EAC equipment

Mortise Features

• Lock case meets the requirements as listed in the ANSI/

BHMA A156.13 standard for Series 1000, Grade 1 Operational and Grade 2 Security locks

• UL listed for GYQS Electrically controlled single point locks or latches for use on 3 hr, A label doors (4' x 10' ). The listing applies for bother U.S. and Canadian applications

• Door contact, request-to-exit, and latch status sensors positioned inside lock case

• The 1300 option eliminates the need for a RIM (reader interface module) which is embedded behind the escutcheon

• The door contact magnet is installed behind the strike and out of site (except when deadbolt option is ordered)

• All sensors are all standard in IDH Max mortise locks

• The heavy duty design of the mortise lock makes easy field maintenance and reduces risk of part failure

Mortise Features (continued)

• Twist off lever spindle design protect internal lock parts from damage and failure.

• Oil impregnated stainless steel 3/4" anti-friction latchbolt reduces door closing force and wear.

Cylindrical Features

• Non-handed levers allow for ease of installation

• Lock chassis meets the requirements as listed in the ANSI/

BHMA A156.2, standard for Series 4000 Grade 1 locks

• UL listed for GYQS Electrically controlled single point licks or latches for use on 3 hr, A label single doors (4' x 10') GYJB.

The listing applies for both U.S. and Canadian applications

• Request-to-exit sensor positioned inside lock trim

• The ISC (Intelligent System Controller) is embedded behind the escutcheon secured and out of site

• Request-to-exit and door contact sensors are standard in

IDH MAX cylindrical locks

OMECHANICAL LOCKS 3

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TIDH MAX® & IDH MAX® 1300 COMPARISON CHART

1. Prep door for IDH MAX®

2. Run single 4 conductor wire for IDH MAX®

3. Install IDH MAX®

4. Install electrified hinge

5. Mount control panel

* Operates with any control panel hardware, including B.A.S.I.S.

control panels.

1. Prep door for IDH MAX®

2. Run single 4 conductor wire for IDH MAX® 1300

3. Install IDH MAX® 1300 which includes Intelligent System

4. Install electrified hinge

** Operates with B.A.S.I.S.