SINCE1843

T hesecret ofthiscompany's successis anopenone—onewordtellsitall andthatonewordis— EXCELLENCE.

Frederick Trenck Stanley FounderofStanleyWorks

180+ Years of Expertise

2021

Stanley Black&Deckerbecameofficial partnerofMcLarenF1Team

4 D

2024-2033

Bellwethergainedthe10-year solelicenseofSTANLEYSMSbusinesses inGreaterChina&ASEAN

2014

Exclusive doorautomation supplierof the WaterCubeforAPECSummit2014&The Winter Olympic Game 2022 in Beijing

2015

STANLEY became the _commercial hardwareprovider of Shanghai Disneyland.

中

2010

STANLEYacquired Black& Decker, the U.S. wellknown manufactureroftoolsand hardware.

2014

Stanley Black&Deckerbecame FC Barcelonaofficial parterner.

2005

STANLEY acquired PHI (U.S. premier panic devicemanufacturer)

2002

STANLEYacquired BEST(U.S.premierdoor lockmanufacturer)

STANLEY史丹利

1993

STANLEY launched GreaterChina&SEA markets

1969

STANLEY tools first landed on the moonwith Neil Armstrong by Apollo 11.

1930

STANLEY introduced the firstautomatic doorto the world,and consistentlykept leading position in'the market.

1930

The STANLEYWorks invented the world's first tape measurer.

1899

The STANLEYWorks invented theworld's first ball bearing hinge.

1857

STANLEY Rule& Level Company established by Henry Stanley.

1843

FrederickStanleyestablished STANLEYboltsManufactory (later STANLEY Works).

· 180-Year Expertise in Architectural Hardware & Access Technologies

· S&p 500 listed Enterprise (Code: SWK) ： 5 0 0 0 0 + global employees,business spreads in over 200 countries world widely

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STANLEY

BHMAA156.13-2005-Mortiselock

1. SCOPE

1.1This Standard establishes requirements for Mortise Locks and Latchesand includes operational tests,security tests,cycle tests,finish tests,material evaluation tests and dimensional criteria.

1.2Tests described in this Standard are performed under laboratory conditions.In actual usage,results may vary because of installation,maintenance,and environmental conditions.

1.3When mortise locks and latches are used in fire door assemblies,they shall have been tested and listed for use in fire doors byaNationally Recognized IndependentTestingLaboratory(NRTL)and shall be under an in-plant follow-up inspection service.

1.4Grade Qualifications (Also see Appendix A)

1.4.1Two classifications of Grades are described in this Standard.Manufacturers shall indicate separately,for bothan Operational Grade and a Security Grade level of mortise locks and latches.The minimum acceptable grade level for Operational and Security grades shall be a grade 3.

1.4.1.1 Operational Grades shall meet the requirements of Sections 9,11,12 and 13.

1.4.1.2 Security Grades shall meet the requirements of Section 10.

1.4.2Any function shall be tested for qualification under Operational Grades and all other functions shall be considered as meeting the criteria provided the lock case and operating partsare of the same construction as that of the lock previously tested.

1.4.3Function F21 or a similar function with dead bolts and function FO4ora similar function withoutdead bolts to be certified shall be tested with the trim for qualification under Security Grades.All other functions where access is prevented shall be considered as meeting the criteria provided the lock case and operating parts are of the same construction as that of the lock previously tested.

2. DEFINITIONS

2.1Backset The distance from the edge of the door measured at the centerline of the door thickness to the centerline of the cylinder or spindle.

2.2 Bolts

2.2.1Auxiliary Dead LatchA lock component which，when actuated,automatically locks a projected latch bolt against return by end pressure.

2.2.2Dead Bolt A lock component which protrudes from,or is withdrawn into the lock front by action of the lock mechanism.When the door is closed and the dead bolt is thrown,it extends into a hole provided in the strike,locking the door and does not return with end pressure.

2.2.3Latch Bolt A lock component having a beveled end which projects from the lock front in its extended position,but is forced back into the lock case by end pressure or drawn back byaction of the lock mechanism.When the door isclosed,the latch bolt projects into a hole provided in the strike, holding the door in a closed position.

2.3Cylinder The subassembly of a lock containing a plug with a keyway and cylinder body with a tumblermechanism.

2.3.1Cylinder Body The portion of a cylinder that surrounds the plug and contains the tumbler mechanism.

2.3.2Cylinder Plug A component of the cylinder within the body which is actuated when the correct key is inserted.

2.3.3Cylinder Housing The portion of a lock that surrounds and retains the cylinder body.It is often part of a lock case. 2.3.4Interchangeable Core Acylinder that is removed from the lock with a designated key. 2.3.5Cylinder Guard Material surrounding the otherwise exposed portion of a cylinder to protect the cylinder from wrenching,cutting,pulling or prying. 2.4Display Key A key for guest rooms used as sample rooms or when extra security is required.This key locks a single guest room against other keys except emergency or shutout key. 2.5 Emergency Key A key that operates all guest room locks even when locked from the inside. 2.6Emergency Release The component of a privacy,bedroom or bath lock receiving a blank key or other device which when actuated enables entry from the outside. 2.7Indicator Button The component of a hotel guest room lock which indicates on the outside that the dead bolt has been projected. 2.8 Lock Front A plate fastened to the edge of the door through which the bolts pass. 2.9Loiding Insertion of apiece of shim material between the door and jamb at the latch bolt location to attempt forcible retraction of the latch bolt. 2.10 Mortise Lock orLatch A lock or latch fiting into a mortised cavity prepared in the edge of a door. The bolts (see 2.2)are operated by knobs,levers,turns,thumb pieces,paddles or cylinders engaging the mortise lock or latch through holes prepared in the faces of the door. 2.11 Push Button Mechanism A mechanical mechanism used in place of a key and cylinder. 2.12Recessed CylinderAcylinder where the cylinder head is flush with,or recessed below,the outside surface of the trim to protect the cylinder from wrenching,cuting,pulling or prying. 2.13 Strike A mortised or surface mounted plate fastened to the door frame into which the bolts project. 2.14 Strike Box A housing used in back of a strike to enclose the bolt or bolt openings. 2.15 Thumb Piece A lever projecting from a handle pressed by the thumb to retract a latch bolt. 2.16 Turn The component that projects or retracts a dead bolt or latch bolt by turning.Sometimes called a turn piece. 3. GENERAL 3.1Cylinders Cylinders used in Mortise Locks shall meet the performance requirements for cylinder types found in ANSI/BHMA A156.5-2001-2001 for Auxiliary Locks and Associated Products.

3.1.1Other Mechanisms are permited to be used in lieuof cylinders providing the performance and security criteriaare equivalent to thatofcylinders.

3.2Tolerances Where only minus tolerances are given,the dimensions are permitted to be exceeded at the option of the manufacturer.

3.3Door Preparation Mortise Locks and Latches shall fit the door edge and frame preparation as specified in ANSI/DHIA115.1-1990 for Steel Doors andFrames and A115.W1-1988(R1995) for Wood Doors.

BHMAA156.13-2005-Mortiselock

11. CYCLETESTS

Three locks shallbe tested and a failure of one in any test shallconstitute a failure of the cycle test.

11.1 The locks shall meet the requirements of 9.1 through 9.7and shall be installed in a mechanically operated test door (paragraph 8.4.2).The test door shall have a 10 lbf ( 4 4 ~ { N } ) load at 30 in.( 7 6 0 ~ {mm } ) ± 1 / 1 6 in. ( 1 . 6 {mm } ) from its hinge point or equivalent moment loading the door against its stop.

11.2 Locks with knobs that operate in both directions shall be operated in a clockwise direction for 100,000 cycles and in a counterclockwise direction for the next 1Oo,ooO cycles alternatelyuntil the total requirement of paragraph 11.4 has been met.Locks with levers or unidirectional knobs shallbe operated in one direction only.Test entry handle sets using the cycle mount test fixture for entry handle sets (see figure1l).The test door shall be operated atarate not to exceed 3O cycles per minute for levers or knobs and a rate not to exceed 10 cycles per minute for locks with thumb pieces.Locks with levers shall be operated at 2 in.( 5 1 ~ {mm } minimum from the lever spindle in the direction of door opening.

11.3Locks with paddles are permitted to be tested from either the push or the pull side for the entire test. Test locks with paddles usingcycle mount test fixture for paddles,see figure 12.The fixture shall be operated at a rate of30 cycles per minute maximum.

11.4 Cycle requirements Grade 1:1,000,000 Grades 2 and 3: 800,000

11.5 At 5 0 % of the Cycle Test,repeat Operational Tests 9.1 through 9.7.Values shall meet the requirementsspecified in11.5.1.

11.5.1Requirements

Features

·Certifiedto ANSlA156.13 Grade1 GB12955-200890mins fire rated
·Case- Heavy wrought steel, 6-1/16"( 1 5 4 \mathsf {mm } ) high\*4-1/2"(114mm) deep\*1"(25mm) wide
·Latchbolt- Stainless steel, 3 / 4 " ( 1 9 \mathsf {mm } ) throw
·Deadbolt- Stainless steel, 1 " ( 2 5mm ) throw
·Auxiliary Latchbolt-Stainlesssteel, 5 / 8 " ( 1 5 . 5mm ) throw
·Backset- 2 { - } 3 / 4 " ( 7 0 {mm } ) （204号
·Door thickness-For door 2 " ( 5 0 \mathsf {mm } ) thick

WarrantyInformation

10 Years Warranty

StandardLevers

STANLEY

Features

·Certified to ANSI A15613 Grade 1 GB12955-2008 90mins fire rated
·Case- Heavy wrought steel,6-1/16"( 1 5 4 \mathsf {mm } ) high\*4-1/2"(114mm) deep\*1"(25mm) wide
·Latchbolt- Stainless steel, 3 / 4 " ( 1 9 \mathsf {mm } ) throw
·Auxiliary Latchbolt- Stainless steel, 5/8"(15.5mm) throw
·Backset- 2 { - } 3 / 4 " ( 7 0 {mm } ) （20
·Door thickness-For door 2 " ( 5 0 \mathsf {mm } ) thick
·VIlltage options-12V or 24V (AC/DC)
·All EU functions-Electrically Unlocked (Fail Secure)
·All EL functions- Electrically Locked (Fail Safe)
·EU/EL reversible
·Request to Exit Switch available
·Door Position Monitor Switch available
·Latchbolt Monitor Switch available
·Deadbolt Monitor Switch available

WarrantyInformation

1Years Warranty

STANLEY

BS EN 12209 Lock

DHFBest practice guide: Mechanically operated locks,latchesand locking platesto BSEN12209

Digit 1 Category of use

Three categories of use are identified: - grade 1: low frequency of use by people with a high incentive to exercise care and a small chance of misuse, e.g. internal residential doors - grade 2: medium frequency of use by people with some incentive toexercisecare butwhere thereis some chance of misuse,e.g.internal ofice doors - grade 3: high frequency of use by public or others with little incentive to exercise care and with a high chance of misuse, e.g. public doors

Digit 2 Durability

Twelve grades are identified with minimum figures for deadbolt and snib operation,and latch bolt operation with and without side load,as shown. The side load is applied to the latch bolt when it is being withdrawn

Digit3

Doormassand closing force

Nine grades are identified with maximum figures for closing forceatvariousdoormassesasshown. Note:closing force is froma standing_start:i.e. fully extended latch bolt in contact with striking plate at start of test

Maximum Doormass closing force up to100kg p to200kg at ove 200kg 15N Grade 7 Grade8 Grade9 25N Grade 4 Grade5 Grade 6 50N Grade 1 Grade 2 Grade 3 ↑ Digit 4 Fire resistance

-grade O:not approved for use on fire/smoke door assemblies - grade 1: suitable for use on fire/smoke door assemblies tested to EN1634-1 etc. Note1.A grade1 classificationmeans only that the lock has been designed for use on fire/smoke control doors; the actual fire performance achieved (e.g.fire integrity of 30 minutes on a partially glazed timber door etc.) wil be contained in a separate fire test report.

Note 2.Where a product is intended for fire/smoke door use (i.e. a " 1 " in box 4), it must be possible to demonstrate compliance with the Essential Requirements of the Construction Products (Amendments) Regulations. It is recommended that the product should bear the CE mark (see section on CE marking).

Digit 5 Safety

No requirement, but note: a lock or latch conforming to this standard can,at the same time,also be part of an exit device conforming to EN179 or EN1125.

Digit 6

Corrosion resistance

Eight grades are identified with neutral salt-spray (NSS) corrosion resistance grades from EN1670:1998,with and without temperature resistance as shown:-

Digit 7

Securityand drill resistance

Sevengradesareidentifiedwithminimumfigures for requirements relating to physical attack,with or without drilling of the lockcase,as shown:-

Digit 8

Field of door application

Fifteen gradesare identified for differing applicationshinged or sliding doors with rim or mortice locks with eitherkeyless egress from inside or key locking from bothsides.The grading determineswhich application is appropriate. Inaddition, there isa requirement that lock/latch should notbe removable fromoutside or, for gradesK to R, from insideusing"standard" tools. Grades H and P require support for the lockcase when installed.

BS EN 12209 Lock

ryoe9 Ty pe of key operation and locking
Nine gradesare identified for differing types of key
operation (see table).The grading determines how the
lock is assessed for deadlocking requirement as shown.
In addition,there is a maximum key torque operating
requirement of 1.5 Nm and a minimum key strength
requirement of 2 . 5 N m （20
grade O:Not applicable;
grade A: cylinder lock or latch; manually locking;
grade B: cylinder lock or latch; automatically locking;
grade C: cylinder lock or latch; manually locking with intermediate locking;
grade F: lever lock or latch; manually locking;
grade G: lever lock or latch; automatically locking;
grade H: lever lock or latch; manually locking with intermediate locking;
grade L: lock or latch without key operation; manually locking;
grade M:lock without key operation; automatically locking.

Digit 10 Type of spindle operation

Five gradesare identified:-

- grade O: lock without follower
- grade 1: lock with sprung lever or knob
- grade 2: lock with light unsprung lever
- grade 3: lock with heavy unsprung lever
- grade 4: lock with manufacturer's own specification
furniture

ODigit 11 Key identification

Ninegradesare identified relatingtothenumberof differs and levers. Grade O relates to a latch with no locking action: -

Note:Thisapplies only to lever locks:cylinders are assessed to BS EN1303:1998

·Example

This indicates a mechanically operated lock and locking plate intended for use in situations where there is an incentive to excercise care; that will withstand a durability of 200.000 cycles with a 10N side load on the latch bolt on a door of up to 2 0 0 ~ \mathsf {kg } in mass; that will close with a maximum force of 25N; that is suitable for use on a fire/smoke resisting door; that has no safety requirement; that has moderate corrosion resistance overa temperature range of -20 to + 8 0 ^ { \circ } ; that has high security and drill resistance; that is alever mortise lock with manual locking; that is suitable for unsprung furniture; and that has five detaining elements with a minimum of 10.000 differs.

STANLEY

Features

·Non-handed commercial mortise lock set ·Reversible latch bolt allows installation on either left or right handed doors ·Applicable to both wood& metal doors,packed with both wood and metal screw packs ·Conforms to requirements of EN 12209 Tested to GB12955-2008 90 minutes fire rated ·Function-The latchbolt is operated by lever orcylinder The deadbolt is operated by cylinder.The deadbolt can be thrown and retracted from one side or from both by keyor thumbturndependingon thecylinderselected (double cylinder or single cylinder).The cylinder can retract thedeadbolton the first turnand the latchbolt on the second turn

2 Years Warranty

WarrantyInformation

Features

·Non-handed commercial mortise lock set ·Reversible latch bolt allows installation on either left or right handed doors ·Applicable to bothwood&metal doors,packed with both wood and metal screw packs ·Conforms to requirements of EN 12209 Testedto GB12955-200890minutes firerated ·Function -The latchbolt is operated by lever from both sides. No cylinder and key

STANLEY

Features

·Non-handed commercial mortise lock set ·Reversible latch bolt allows installation on either left or right handed doors ·Applicable to both wood & metal doors,packed with both wood and metal screw packs ·Conforms to requirements of EN 12209 Testedto GB12955-200890minutesfirerated ·Function -The deadbolt can be thrown and retracted from one side or from both by key or thumbturn depending on the cylinder selected (double cylinders or single cylinder)

WarrantyInformation

2 Years Warranty

Features

·Non-handed commercial mortise lock set ·Reversible latch bolt allows installation oneitherleftor right handed doors ·Applicable to both wood& metal doors,packed withbothwoodandmetal screwpacks ·Conforms to requirements of EN 12209 Testedto GB12955-200890minutesfirerated ·Function -The latchbolt is operated from inside by leverand fromoutside byturningcylinder.Acatch operated from the lock forend will hold the latch in the withdrawn position

STANLEY

Features

·Non-handed commercial mortise lock set ·Reversible latch bolt allows installation oneither leftor right handed doors ·Applicable to both wood& metal doors,packed with both wood and metal screw packs ·Conforms to requirements of EN 12209 Testedto GB12955-200890minutes fire rated ·Function-The latchbolt is operated by lever the latchbolt only can be locked by cylinder outside, Inside leveralways free

Features

·Non-handedcommercial mortise lockset ·Reversible latch bolt allows installation on either left or right handed doors ·Applicable to both wood& metal doors,packed with both wood and metal screw packs ·Conforms to requirements of EN12209 Tested to GB12955-2008 90 minutes fire rated ·Function -The latchbolt is operated by lever.The deadbolt is thrown and retracted from one side or both sides by the operation of cylinder or thumbturn. Both latchbolt and deadbolt can be retracted simultaneously from inside by turning the lever

STANLEY

Features

·Non-handed commercial mortise lockset ·Reversible latch bolt allows installation oneitherleftorright handed doors ·Applicable to both wood& metal doors,packed with both wood and metal screw packs ·Conforms to requirements of EN12209 Tested to GB12955-2008 90 minutes fire rated ·Function -The latchbolt is operated by lever.The deadbolt is operated from inside by turning the thumbturn.The outside of the door can be fitted withan indicator or emergency release

Features

·Non-handed commercial mortise lock set ·Reversible latch bolt allows installation oneither leftorright handed doors ·Applicable to both wood & metal doors,packed withbothwoodandmetalscrewpacks ·Conforms to requirements of EN 12209 Testedto GB12955-200890minutesfirerated ·Function -The deadbolt is thrown and retracted by the operationof cylinder，the doorcanbe pushed and pulled on both sides,suitable for double action swing doors

STANLEY

Features

·Non-handed commercial mortise lockset ·Reversible latch bolt allows installation oneitherleftorrighthanded doors ·Applicable to both wood& metal doors,packed with both wood and metal screw packs ·Conforms to requirements of EN12209 Testedto GB12955-200890minutesfirerated ·Function -Function-The smallformat deadbolt can be thrown and retracted from one side or from both by key or thumbturn depending on the cylinder selected (double cylinders or single cylinder).

Features

·Non-handed commercial European Narrow Stile Sash Lock
·Reversible latch boltallows installation on either left or right handed doors
·Applicable to wood,metal & Aluminium doors, packed with screw kit
·Suitable for rebated&non-rebated doors
·Square forend
·Function-The deadbolt is operated by cylinder The deadbolt can be thrown and retracted from one side or from both by key or thumbturn depending on
the cylinder selected (double cylinder or single
cylinder)

STANLEY

Features

·Construction: Brass cylinder
·Available in 45mm (Half-cylinders), 6 0mm （204号 7 0mm 8 0 m { m } ，90mmand \scriptstyle 1 0 0 { \mathsf {mm } } lengths
·Available in Double cylinder,Cylinder thumb-turn &WC cylinders
·Complies with EN 1303:2005.
·Available in masterkey and non-masterkey versions.
·Brass pins with Satin Nickel finish.
·Brass keys with Satin Nickel finish.

Configuration Options

·Brass Euro Cylinderwith3standard keys ·Set Screw

\* Consult Stanley Technical Services for 9 0 / 1 0 0 {mm } lengths&master key options

WarrantyInformation

2 Years Warranty

K Series Levers

Features

·Standardstainlesssteel levers for Mortise locks in various designs ·Rose mounted hollow levers with matching escutcheons ·All rose and escutcheon fixings are concealed by push-on covers ·Each lever is supplied with corrosion resistant 8 \mathsf {mm } spindle for long lasting operation ·Lever,rose,and escutcheon assemblies are fixed through bolt for durability

Features

·Narrow Stile stainless steel levers for Europeanmortise locks in various designs offering the most popular lever styles. ·Narrow Stile Rose mounted hollow levers with matching escutcheons. ·All rose and escutcheon fixings are concealed by push-on covers. ·Each lever is supplied with corrosion resistant （20 8 \mathsf {mm } spindle for long lasting operation. ·Lever,rose,and escutcheon assemblies are fixed through bolt for durability.

WarrantyInformation

2 Years Warranty

STANLEY

S Series Levers

Features

·Standardstainlesssteel leversfor Mortise locks in various designs ·Rose mounted solid levers with matching escutcheons ·All rose and escutcheon fixings are concealed bypush-oncovers ·Each leverissuppliedwith corrosion resistant （204号 8 \mathsf {mm } spindle for long lasting operation ·Lever,rose,and escutcheonassemblies are fixed throughbolt fordurability

Dimensions

·Lever handles are 1 . 0 \mathsf {mm } thick ·Applicable door thickness 3 8 \mathsf {mm } - 5 0 \mathsf {mm } ·Lever core hole:8mmx 8mm

STANLEY

DOORCLOSER

1. SCOPE

1.1This Standard contains requirements for dor dosers surface mounted,concealed in the door, overhead concealed and concealed in the floar.Also incluced are pivots for flocr closers Criteria for conformance incluce cycle,operational,closing force and finish tests. Optional tests which shall be specified separately are also included

1.2Tests inthis Standardare performed under neutral air pressire laboratory conditionsand between 60 and 85 degrees F.Inadual usage results vary because of installation,maintenance and envronmental conditions. Actual closer performance is afeded by fluctuating ambient conditions such as wind and pressire differentials, consult factory for recommendations.

1.3Use on Fire Doors Adoor doser used on labeled fire doar assemblies shall belisted or labeled bya nationallyrecogrized independent testing laboratoryand be subjed toaperiodc in-plant follow-up service. Consult theauthority havingjurisdiction for the appropriate fire test requrements

2. GENERAL

2.1Referencetoother StandardsANSI Standards referencedlinthis Standard areavailable fromthe American National Standards Institute,11 West 42nd Street,New York,NY1003and wwwbuildershardware.com

2.2Type Numbers This Standard has been prepared to standardize docr dosers and controls by type requirementsand performance levels Only those type numbers shown in this Standard shallbe used.For explanation of identifyingnumbers, see11.14.

2.3Manufacturer's Catalogs Consult manufadurer's caalogs for construction details and special conditions relating to accesries

2.4Tolerances All values which do not carry spedfic tolerances or are not marked maximum or minimumshall have the following tolerances: Numberof cyclesshall be minimum Linea' dimensions shall be± 1/16 in ( 1 . 6 ~ \mathsf {mm } ) .Pounds or pound force shall 6 e ± 2 % The scribed lines for degree of opening shall be. A toleranceof ± 2 degrees F shall be applied to temperature call outs.

2.5Sl Units All dimensions are expressd first in US urits with Sl urit (metric) equivalents given in parentheses Sl urits are approximate.

2.6All ClosersDoor closers shall be categorized as listed in the following groupings by their performance requirements

5.TESTPROCEDURESPART2:INTERMEDIATECYCLETEST

Note on Spring Force Adjustment: Once spring force is set,adjust allspeed regulating valves for a door closing time froma90 degree opening to between 3and6 seconds.Maintain this time during the cycling by re-regulating if necessary.

5.1For Surface or Concealed-in-Door Closers without Backcheck,Grades 1,2,3(PT1,PT2,PT3)

Setup Mount door closer. (Reference Figure 6.) Open both the general and latch speed regulating valves and adjust the spring force.Mechanically open the door to 90 degrees and release allowing the door closer to close the door. One opening and closing constitutes one cycle.

Test Cycle door with the door closer maintaining control over the door for: For Grade1(PT1),run 1,000,000 cycles fora total of1,004,000 cycles For Grade2(PT2),run 500,000 cycles fora total of 504,000 cycles For Grade 3(PT3),run 496,000 cycles for a total of 500,000 cycles

5.2For Concealed-in-Floor or Overhead Concealed Closerswithout Backcheck,Grades 1,2,3 (PT5,PT6,PT7)

SetupMount door closer. (Reference Figure 6.)Open both the general and latch speed regulating valves and adjust the spring force,where applicable.

Test Mechanically open the door to 90 degrees and release allowing the door closer to close the door. One opening and closing constitutes one cycle.Cycle door with the door closer maintaining control over the door for:

For Grade1(PT5),run1,000,000 cycles fora total of1,004,000 cycles For Grade2(PT6),run 500,000 cycles fora total of 504,000 cycles For Grade3(PT7),run 496,000 cycles fora totalof 500,000 cycles

5.3For Surface or Concealed-in-Door Closers with Backcheck,Grades 1,2,3(PT1,PT2,PT3)

Setup 1 Mount door closer and open both the general and latch speed regulating valves.Set the closing force.Fully open backcheck valve.The backcheck function is tested by the actuating means of the test apparatus pushing the doorto 50O degrees maximum door opening.The actuating means must push with a velocity sufficient to propel the door toa minimum opening angleof110 degrees with the backcheck valve fully open.

Test1Adjust the backcheck valve to provide an observable reduction in the door opening speed between 60 degrees and 85 degrees of door opening and the door shall be completely stopped at a maximum of 90 degrees.Cycle the door closer as listed below:

For Grade 1(PT1),run 1Oo,Oo0 cycles with the backcheck control functional.

For Grade 2(PT2),run 50,oo0 cycles with the backcheck control functional.

Setup2 Mount door closer.(Reference Figure 6.）Open both the general and latch speed regulating valves,turn off backcheck control,and adjust the spring force.

Test2 Mechanically open the doorto 90 degrees and release allowing the door closer to close the door. One opening and closing constitutes one cycle.Cycle door with the door closer maintaining control over the door for: ForGrade1(PT1),run40o,000 cycles with backcheck control disengaged foratotal of504,0oo cycles. ForGrade2(PT2),run 200,0 cycles with backcheck control disengaged fora total of254,0o0 cycles. For Grade 3(PT3),run 496,000 cycles with backcheck control disengaged fora total of 50o,0o0 cycles.

5.4 Concealed-in-Floor or Overhead Concealed Closers with Backcheck,Grades 1,2,3(PT5,PT6, PT7)

Setup1With the door closer mounted both the general and latch speed regulating valves.Set the closing force.Open backcheck valve.The backcheck function is tested by the actuating means of the test apparatus pushing the door to 50 degrees maximum door opening.The actuating means must push with a velocity sufcient to propel the door to a minimum opening angle of 110 degrees with the backcheck valve fully open.

Test1Adjustthe backcheck valve to provide an observable reduction in the door opening speed between 60 degrees and 85 degrees of door opening and the door shall be completely stopped ata maximum of 90 degrees.Cycle the doorcloser as listed below:

For Grade 1(PT5),run 10o,0o0 cycles with the backcheck control functional.

For Grade 2(PT6),run 50,0o0 cycles with the backcheck control functional.

Setup2 Mount door closer.(Reference Figure 6.) Open both the general and latch speed regulating valves,turn off backcheck control,and adjust the spring force.
Test2Mechanically open the door to 90 degrees and release allowing the door closer to close the door. One opening and closing constitutes one cycle.Cycle door with the door closer maintaining control over the door for:
For Grade1(PT5),run 40o,000 cycles with backcheck control disengaged fora total of504,0oo cycles. For Grade 2(PT6),run20o,000 cycles with backcheck control disengaged fora total of254,0oo cycles. For Grade 3 (PT7),run 496,000 cycles with backcheck control disengaged fora total of 50o,0oo cycles.

Features

·CertifiedtoANSl A156.4 Grade1
ANSIUL/10C3 hours fire rated
·Closing & latching speed adjustable.
·Available with standard arm or hold open arm. ·Backcheck Action
·Delayed Action.
·Suitable for Door size 1-6，door weight 1 5 - 3 0 0 \mathsf {kg } ·Max door width 1470mm
·Max opening angle： 1 8 0 ^ { \circ }
·Finish: Sliver

\* Hold Open Arm not suitable for fire rated doors \* Consult Stanley Technical Services for door closer accessories

STANLEY

Features

·Certified to ANSl A156.4 Grade1
ANSI UL/10C3 hours fire rated
China XF93-2004 fire protection
·Closing & latching speed adjustable.
·Available with standard arm or hold open arm. ·Backcheck Action
·Delayed Action.
·Suitable for Door size 1-6,door weight 15-150kg ·Max door width 1470mm
·Max opening angle: 1 8 0 ^ { \circ }
·Finish: Sliver

Construction Details

·Cast aluminum body ·Steel arms

\* Hold Open Arm not suitable for fire rated doors \* Consult Stanley Technical Services for door closer accessories

BoxSymbol 国Grade/Type 3Range/Options (3/4）

The icon above is fora product which r.-.ade3 in the Category of Use classification,where EN1154 stipulates two possible grades;3 or 4. Full details on the ABHM graphic icons system can be found on this CD oratwww.abhm.org.uk

Digit 1 Category of use

Forall internal and external doors for use by the public and others,with little incentive to take care,i.e.where there is some chance of misuse of the door. - grade3:For closing doors from at least 1 0 5 ^ { \circ } open - grade 4:Forclosing doors from 1 8 0 ^ { \circ } open Note 1:Grade 4 classification assumes standard installation according to the manufacturer's instructions. Note 2:For applications subject to extremes of abuse, orforparticular limitations of openingangle,door closers incorporating a backcheck function or provision ofaseparate doorstop should be considered.

Digit2

Number of test cycles

Onlyone test duration is identified for door closers
manufactured to thisstandard:
- grade 8: 500 000 test cycles

Digit3

Test doormass/size

Seven test doormass gradesand related doorcloserpower sizesare identified according to table1of this standard. Where a door closer provides a range of power sizes both the minimumand the maximum sizesshall be identified. Table1

Note 1: The door widths given are for standard installations. In the case of unusually high or heavy doors, windy or draughty conditions, or special installations, a larger power size of door closer should be used.

Note2:The test doormassesshownareonlyrelated todoor closer power sizes for the purpose of the test procedure.These test door massesare not intended to indicate maximum values for actual use.

Digit 4

Fire behaviour

Two grades of fire behaviour are identified for door closingdevices manufactured to this standard: - grade O:Not suitable for use on fire/smoke door assemblies - grade 1:Suitable for use on fire/smoke door assemblies, subject tosatisfactoryassessment of thecontribution of the door closer to the fire resistance of specified

fire/smokeassemblies.Suchassessmentisoutsidethe scopeof thisEuropeanStandard (SeeEN1634-1).

Digit5 Safety

All doorclosersarerequiredtosatisfythe Essential Requirement of safety in use.Therefore only grade 1 is identified.

Digit 6

Corrosion resistance

Five grades of corrosion resistance are identified according to EN1670:

- grade O:No defined corrosion resistance
- grade 1: Mild resistance
- grade2:Moderate resistance
- grade 3: High resistance
- grade4:Very high resistance

·EXAMPLE:

Thefollowingmarkingdenotesaclosercapableof opening to at least 1 0 5 ^ { \circ } ,and with ranging power size from size2 to size 5.

Notethatas the4thdigit iszero,suchacloserwould notbesuitable for firedooruse.

温 8 函 海 + 心 3 8 2-5 0 1 0 (3/4) (8) （0-8) (0/1) (1) (0-4)

·MARKING

Thestandard requires that each door closerand separatelysuppliedaccessorymanufacturedto the standard shall be marked with the following:

a)Themanufacturer'sname or trademark orother means of identification
b)Product model identification
c) The six digit classification listed above
d) The number of the European Standard (BS EN 1154)
e) The year and week of manufacture (may be coded)

· CE marking

Doorclosers intended foruseon fireresistingdoors andsmokecontroldoorsarecoveredbya ConstructionProductsDirectivemandate issuedby theEuropean Commission.Consequently,this standardisregardedasa“harmonised"standardand compliance with it,supportedbysuitableevidence, allowstheapplicationof the CEmark.

Asclosersforfire/smokedoorshaveacriticalsafety function,applicationof theCEmarkwillrequire the involvementofanotifiedcertificationbodytoprovide verificationofthecomplianceclaims.Thiswillinvolve initialtype-testingoftheproducttoEN1154,initial inspectionofthemanufacturer'sfactoryproduction controlandcontinuingsurveillanceandapprovalof thefactoryproductioncontrol.Onsatisfactory fulfilmentofthesetasks,thenotifiedbodyissuesan ECCertificateofConformitywhichthenpermitsthe manufacturertodeclarecomplianceandaffixtheCE markingto hisproduct.

BSEN1154DoorCloser

3.0 Commentary 3.1General

The England and Wales Building Regulations:Approved Document Brequires thatalfre doors (with theexceptionof locked cupboard/duct doors) be fitted with an appropriate self-closing device.

Controlled doorclosing devices intended foruseonfireresistingand smokecontroldoorsarecovered bya Construction Products Directive mandate issued by the European Commision.Consequently,BS EN1154 is regarded as ‘harmonised'andcompliance with it,supported bysuitable evidence,alowsapplicationof the CEmark.Itis strongly recommended that,once these productsareavailable,onlycontrolleddoorclosingdevicesbearing the CEmark should be specified.

Closingcontrolsareavailableinarangeofstrengths (commonly refered toassizes)whichrelate totheavailable power toclose the door.Theminimumperformance requirementsare laid down in BS EN1154-Building hardwareControlled door closing devices-and include levels of mechanical eficiency,suitable door widthand mass.

Thefollowing table,extracted fromBSEN1154shows therangeof doorcloserpowersizesand related parameters:

Furtherreading:Controlleddoorclosingdevices

Clearly,animportantfactoris theclosingmoment;afiredoormustbeclosedtobeefectiveand situations mayarise which dictate thatastrongerclosershouldbespecified (e.g.airpressureorfitedsmokeseal considerations).Whilst his deals withthedemandofthefiredoor,itwillinevitablybringconflictfrom theuserintermsofthegreatereffortrequired to open the door.

A door mustbeeasyforoccupants ofthe building toopen,particularlywhere thereare large numbers ofold,young or infirm people.When used inconjunction withalatcheddoorassembly,there is no need for the closerto exert any greater force thanthatrequired toovercome the latchandanyseals.If,however,theforceisonlymarginaly inexcessof thatrequiredtoovercomethelatchresistanceandanyseals,thenreasonablyhigh levelsofmaintenancewillberequired to ensure thatthe latch/sealresistance does not overcome the closer force.When considering the spring pressure,the anticipated degree of maintenance should also be taken into account.

Door closing devices which incorporate spring pressureadjustment provide avery useful way of adjusting the closing forceoninstalation tosuit theparticularsiteconditions encountered.Theadjustmentshould,however,beused with care,bearing inmind the needs ofadequate closing force and the efects on the user.Smokeseals cansometimes preventthedoorcloserfrom fulyclosing thedoor,considerable forcebeing requiredtodeflectorcompresstheseal, particularlyif theyarenotcorrectly instaledandmaintained.Verycarefulconsiderationshouldbegiven tothese issues whenspecifying closing controlstoensure thatextraspring strength is notappliedjusttoovercomepoorsealeffciency.

BSEN1154 states thatdoorclosersof less than powersize3are notconsideredsuitableforfiredoorsdueto their low closing moments,especially at 9 0 ^ { \circ } . It requires that power adjustable closers should be capable of adjustment to at least power size 3.

BSEN1154permitsdelayedactioncloserstobeusedonfire-resistingdoorsets,butitis importantthatanydelayset is no more than that required for its use (e.g.fortheease of elderlyor disabled persons)and is never more than 25 seconds.

STANLEY

Features

·Certifiedto EN1154 Grade8
China XF93-2004 fire protection
·Closing& latching speed adjustable.
·Available with standard arm or hold open arm ·Backcheck Action
·Suitable for Door size 2-5，door weight 45-100kg ·Max door width 1 2 0 0 \mathsf {mm } （204
·Max opening angle： 1 8 0 ^ { \circ }
·Finish: Sliver