dorma health care range

Electro-Magnetic Door Closers

17

Free Swing devicesavailable:DORMA TS 99EN2-5

DORMA TS 73 EMFEN4/5/6

DORMA BTS 80 FLBEN4/5/6

Hold Open devicesavailable:DORMA EMF Channel withDORMA Cam Action Closers

DORMA TS 73 EMF EN4/5/6

DORMA BTS 80 EMBEN4/5/6

Approved Document MApproved Document B

The DORMA CS80 Magneo

features a unique magnetic

linear drive. It is virtually

silent in operation making

it ideal for use in areas of

patient care.

BST Curved Sliding Doors are ideal for creating a lobby situation to

help control heat loss from the building

5

Electro-Magnetic Door Closers

17

Free Swing devicesavailable:DORMA TS 99EN2-5

DORMA TS 73 EMFEN4/5/6

DORMA BTS 80 FLBEN4/5/6

Hold Open devicesavailable:DORMA EMF Channel withDORMA Cam Action Closers

DORMA TS 73 EMF EN4/5/6

DORMA BTS 80 EMBEN4/5/6


health care range

ARCHITECTUR AL IRONMONGERSSECURITY SPECIALISTS

2

Guidance and DesignSolutions for Internal

PrOVIDIng SOlUtIOnS FOr tODaY’S healthcare BUIlDIngS

Automatic doors are the ideal solution to access into and around a building to meet the spirit of the Equality Act. Approved Document M states:

“A powered door opening and closing system, either manually controlled or automatically operated by sensors, is the most satisfactory solution for most people.”

Automatic doors provide a means of opening and closing doors without the need for physical effort. For many people who lack physical ability or staff who are pushing trolleys or wheelchairs, heavy manual doors can be a barrier to access. Automatic doors remove that barrier.

3

Guidance and DesignSolutions for Internal

Automatic Sliding Doors

The DORMA ES200sliding door is anexcellent access solutionand ideal in areas ofheavy traffic.

The ES200 can be usedinternally or externally, as singleor bi-parting doors, and can betelescopic and curved. It can belinked to an access control systemif you wish to restrict entry toauthorised personnel only.

4

DOrMa eS200

The DORMA ES200 sliding door is an excellent access solution and ideal in areas of heavy traffic. The ES200 can be used internally or externally, as single or bi-parting doors, and can be telescopic and curved. It can be linked to an access control system if you wish to restrict entry to authorised personnel only.


The DORMA CS80 Magneofeatures a unique magnetic linear drive. It is virtually silent in operation making it ideal for use in areas of patient care.

BST Curved Sliding Doors are ideal for creating a lobby situation tohelp control heat loss from the building

5The DORMA CS80 Magneo features a unique magnetic linear drive. It is virtually silent in operation making it ideal for use in areas of patient care.

BST Curved Sliding Doors are ideal for creating a lobby situation to help control heat loss from the building.

The DORMA CS80 Magneofeatures a unique magnetic linear drive. It is virtually silent in operation making it ideal for use in areas of patient care.

BST Curved Sliding Doors are ideal for creating a lobby situation tohelp control heat loss from the building

5

aUtOMatIc SlIDIng DOOrS

DOrMa cS80 MagneO BSt cUrVeD SlIDIng DOOrS

4


7

The ED250 comes with aslide arm or projecting armdependant on whether theunit is mounted on the pull or push side respectively.For double doors, a singlecontinuous cover can be usedwith a pair of operators.

DOrMa eD 100

The new DORMA ED 100 is perfect in areas of low traffic or where the normal operation of the door is a manual operation. The ED 100 allows automatic operation of the door by those who need assistance. This can either be done by use of a push pad or patients who require assistance opening the door can be provided with a remote control.

7

The ED250 comes with aslide arm or projecting armdependant on whether theunit is mounted on the pull or push side respectively.For double doors, a singlecontinuous cover can be usedwith a pair of operators.

aUtOMatIc lOw energY DOOrS & aUtOMatIc SwIng DOOrS

Effortless opening and closing – at a constant speed. Advanced electronics with self-learning microprocessor control ensure optimal power. Automatic and Low Energy swing door operators from DORMA therefore satisfy a broad range of demands. Dependably, conveniently and with visual allure.

5


Automatic Swing Doors

The DORMA ED 250swing door is perfect forboth new doors or retrofitted to existing doors.The unit is suitable forboth internal and external use.

The material required to producean ED 250 has been reduced by40% compared to our previousgeneration of swing dooroperators. The lower weight has apositive effect on the shipping ofgoods and thus reducesunnecessary CO2 emissions.

6

DOrMa eD 250

The DORMA ED 250 swing door is perfect for both new doors or retro fitted to existing doors. The unit is suitable for both internal and external use.

The ED 250 comes with a slide arm or projecting arm dependent on whether the unit is mounted on the pull or push side respectively. For double doors, a single continuous cover can be used with a pair of operators.

The material required to produce an ED 250 has been reduced by 40% compared to our previous generation of swing door operators. The lower weight has a positive effect on the shipping of goods and thus reduces unnecessary CO2 emissions.

To compliment the state of the art range of DORMA Automatic and Low Energy Swing Door Operators, DORMA can provide your project with a complete door system to complete your entrance. Available in robust “Framed” or the visually appealing “Frameless” design, DORMA has a solution to meet your design and performance requirements.

6

Door Controls for Healthcare

A series of HealthTechnical Memoranda(HTM) providespecifications and designguidance on buildingcomponents for healthbuildings in addition toBuilding Regulations.Ironmongery is coveredunder HTM59 and itstarts with the followinggeneral guidance:-

2.1 Ironmongery represents avery small proportion of thecapital cost of any building, butit can have a disproportionateeffects on the users’ perceptionof the building and thesatisfaction they feel in its use.To be satisfactory, ironmongerymust be:-• appropriate to its function • of the right grade and quality • well designed and unobtrusive • correctly fitted• properly maintained

2.2 Health buildings are used bya wide cross-section of people –both general public and staff –ranging from the young and able-bodied to the elderly and infirm.But, by virtue of their function, it is likely that healthcarefacilities have a higher proportionof physically weakened anddisabled users coming throughtheir doors than any other type of building.

10

The DORMA RST has a unique and special swiveling action, elegant design and excellent space-saving characteristics. The supporting structure and the open door occupy only a hand’s breadth, and even at its maximum, the sweep of the door is only a few centimetres outside the door line.

They satisfy high requirements in terms of their functional and operational reliability and – as their method of operation corresponds to that of swing doors – they can be installed in escape routes without any modification. If the operator is not switched on, the leaves can be operated manually without difficulty.

DOrMa rSt

7

Door Controls for Healthcare

A series of HealthTechnical Memoranda(HTM) providespecifications and designguidance on buildingcomponents for healthbuildings in addition toBuilding Regulations.Ironmongery is coveredunder HTM59 and itstarts with the followinggeneral guidance:-

2.1 Ironmongery represents avery small proportion of thecapital cost of any building, butit can have a disproportionateeffects on the users’ perceptionof the building and thesatisfaction they feel in its use.To be satisfactory, ironmongerymust be:-• appropriate to its function • of the right grade and quality • well designed and unobtrusive • correctly fitted• properly maintained

2.2 Health buildings are used bya wide cross-section of people –both general public and staff –ranging from the young and able-bodied to the elderly and infirm.But, by virtue of their function, it is likely that healthcarefacilities have a higher proportionof physically weakened anddisabled users coming throughtheir doors than any other type of building.

10

A series of Health Technical Memoranda (HTM) provide specifications and design guidance on building components for health buildings in addition to Building Regulations. Ironmongery is covered under HTM59 and it starts with the following general guidance:

2.1 Ironmongery represents a very small proportion of the capital cost of any building, but it can have a disproportionate effects on the users’ perception of the building and the satisfaction they feel in its use. To be satisfactory, ironmongery must be:-

• Appropriate to its function• Of the right grade and quality• Well designed and unobtrusive• Correctly fitted• Properly maintained

2.2 Health buildings are used by a wide cross-section of people – both general public and staff – ranging from the young and able bodied to the elderly and infirm. But, by virtue of their function, it is likely that healthcare facilities have a higher proportion of physically weakened and disabled users coming through their doors than any other type of building.

DOOr cOntrOlS FOr healthcare


8

0

50

40

30

20

10

0 20 40 60 80 100 120 140 160Door opening angle Degree

180

Torq

ue

Controlled door closing device EN 1154

Manufacturer: Dorma Standard installationModel: TS93 B EN 2-5Sample: B 1Size: 35000 cycles

Nm Third Party Testing Torque Curve

12

Approved Document Mand BS8300

The requirement is that a person isnot disadvantaged in gainingaccess into and around a building.The specific performance ofdoorsets in meeting thisrequirement is detailed withinApproved Document M (ADM) inEngland and Wales / Section 3 inScotland / Part R in NorthernIreland, of the Building Regulationsand BS8300: 2001, incorporatingAmendment No.1.

This states:“…a doorset must produce anopening force of below 30Nbetween 0º and 30º and below22.5N between 30º and 60º…”.On a fire door this must beachieved at minimum springstrength of EN3.Not all door closers available in themarket can meet the criteria.

All DORMA door closers carry thirdparty test evidence to demonstratetheir ability to enable doorsets tocomply with the requirements ofADM and BS8300.

Delayed ActionDelayed Action allows the door tostay open longer allowing morepeople or slow moving ‘traffic’through the door before it beginsto close. With Delayed Action, thedoor is opened and then delays for

a set period of time before closing.The delay is adjustable by valveand can be adjusted to suit eachapplication. This can be veryuseful, allowing easy movement ofpatients who may be on a bed,trolley or in a wheelchair. Delayedaction when applied to thesesituations prevents damage to thedoor in addition to ease of use bythe operator and ease of movementthrough the door.

BackcheckBackcheck ensures the safedeceleration and restraint of a doorwhich has been aggressively openedthereby protecting both the door andthe surrounding area. This can be asignificant factor in reducing the

overall building maintenance costsas walls, doors and projectingironmongery will not have to berepaired and replaced as often. MostDORMA door closers feature“Thinking Backcheck” which allowsa door to be fully opened throughnormal operation without incurringany increased resistance. If however the door is thrown open inan abusive manner, the “ThinkingBackcheck”, which is directlyproportional to the acceleration ofthe door when operated, will cushionand arrest the door at 85º to 90º toprevent damage to any adjacent wall,door furniture or the door itself.

Further considerations in selecting door closers

FIre DOOrS

The majority of doors within a Healthcare Facility will be fire doors. Their purpose is to prevent the spread of fire through a building. As such it is literally a ‘matter of life or death’ that such doors are securely closed should a fire occur. It is therefore vital that the correct ironmongery is specified which ensures that fire requirements are met in addition to access requirements.

there are 3 main considerations in specifying the correct door controls within a healthcare project• Does it satisfy the fire regulations?• Will it enable doorsets to meet the requirements of ADM/BS 8300?• Does it meet the requirements of HTM59?

It is therefore essential that the door closer is• CE marked to BS:EN 1154• CERTIFIRE approved (as detailed in HTM59)• Produces an opening force of 30N or less between 0º and 30º of opening and

22.5N or less between 30º and 60º of opening when fitted at size EN3 (minimum size for a fire door under BS:EN 1154)

BS:en1154 cOntrOlleD clOSIng DeVIceS

The DORMA Door Closers listed within this brochure are all CE Marked to BS:EN 1154. All closers have also been cycle tested to over 1 million cycles without showing any appreciable wear.

certIFIre aPPrOVeD

CERTIFIRE is an independent approvals board for the testing of fire doors and all associated ironmongery. It is worth noting that an approved door will become invalid if approved ironmongery is not fitted. All DORMA Door Closers are CERTIFIRE approved.

It is therefore crucial that when selecting ironmongery for Healthcare Projects that products not only comply with Product Standards but also enable ease of use by all users within any Healthcare Facility.

FIRE REGULATIONS

3DORMA

FIRE REGULATIONSBS EN 1154 Controlled Door Closing DevicesThis gives the minimum performance levels for door closing devices, in relation to door width and mass. It also classifies closers for general suitability for use on fire doors, safety in use, and corrosion resistance. Closers must complete 500,000 opening and closing cycles without loss of performance or significant wear. The standard requires that closers fitted to fire doors be no less than size EN 3. Adjustable closers must be able to achieve this as a minimum. All DORMA Door Closers are CE Marked to BS EN1154.

Building RegulationsApproved Document B in England and Wales, (Section 2 in Scotland and Part S in Northern Ireland) requires Third Party Fire Test Certification (such as CERTIFIRE). All DORMA door closers, locks and panic hardware have been fire tested and approved by CERTIFIRE to ensure that they are fit for purpose.

THE FIRE SAFETY ORDER (FSO) 2005

With the introduction of the FSO, the Fire Certificate was abolished, leaving the risk assessment and proof of compliance in the hands of the building owner or other reasonable person. Instead of inspecting premises and issuing certificates, the Fire Service now performs spot checks to ensure compliance with the regulations.

Failure to comply could result in a fine or imprisonment (or both) and would invalidate any building insurance.

The risk assessment includes checking all fire doors and emergency exit doors to see if they meet the requirements of the new FSO. Please contact DORMA as we can assist you in carrying out the risk assessment.

DOOR CLOSERS and third party fire testing

CERTIFIRE is a third party certification authority originally set up by Warrington Fire Research and BSI. It specialises in certification for a wide range of passive fire protection products which includes fire doors and their hardware.

To gain CERTIFIRE approval for use on a fire door:

• Items of door hardware must have been included in successful fire door tests • They must be independently tested against the relevant BS EN or BS, to ensure their durability and safety • They must be manufactured on quality assured production lines registered under an ISO 9000 regime

These three requirements give confidence to specifiers, regulating authorities and purchasers, that all relevant aspects of the product have been assessed.

DetailsCERTIFIRE approval does not give carte blanche for the use of an item of hardware on any fire door. Check the following:

CF No. Certificate number issued by CERTIFIRE ITT120 Suitable for timber fire doors MM240 Suitable for uninsulated metal doors IMM240 Suitable for insulated metal doors

The number indicates that some items may be suitable for doors up to 120 mins fire resistance, whereas others may be suitable for up to 240 mins.

Check CertificatesDORMA is always willing to supply copies of certificates relating to their products. Certificates give details of any extra intumescent protection required in the locality of some mortised items. DORMA supplies such extra protection as ready cut gasket packs for those products which require them.

BS EN 1155 Electrically powered hold open devices for swing doors. Covers both electro-magnetic devices incorporated into door closers, and hold open magnets. To comply, the devices must be capable of both manual and electric release. Any door closing element must comply with BS EN 1154 - controlled door closing devices.

Since July 2013, it became law for all product that falls under the Harmonised EN standard to be CE Marked before it can be made available on the Market and a Declaration of Performance , (DoP), must be produced. If a DoP certificate cannot be produced then the CE Mark becomes invalid.

All DoP’s for DORMA CE Marked Products can be found here: www.dorma.com/gb/dop

FIRE REGULATIONS

3DORMA



















Backcheck

Backcheck ensures the safe deceleration and restraint of a door which has been aggressively opened thereby protecting both the door and the surrounding area. This can be a significant factor in reducing the overall building maintenance costs as walls, doors and projecting ironmongery will not have to be repaired and replaced as often. Most DORMA door closers feature “Thinking Backcheck” which allows a door to be fully opened through normal operation without incurring any increased resistance. If however the door is thrown open in an abusive manner, the “Thinking Backcheck”, which is directly proportional to the acceleration of the door when operated, will cushion and arrest the door at 85º to 90º to prevent damage to any adjacent wall, door furniture or the door itself.

FUrther cOnSIDeratIOnS In SelectIng DOOr clOSerS

8

9

0

50

40

30

20

10


180

Torq

ue




12









Further considerations in selecting door closers

aPPrOVeD DOcUMent M anD BS 8300

The requirement is that a person is not disadvantaged in gaining access into and around a building. The specific performance of doorsets in meeting this requirement is detailed within Approved Document M (ADM) in England and Wales / Section 3 in Scotland / Part R in Northern Ireland, of the Building Regulations and BS 8300: 2001, incorporating Amendment No.1. This states:

“…a doorset must produce an opening force of below 30N between 0º and 30º and below 22.5N between 30º and 60º…”.

On a fire door this must be achieved at minimum spring strength of EN3. Not all door closers available in the market can meet the criteria. All DORMA door closers carry third party test evidence to demonstrate their ability to enable doorsets to comply with the requirements of ADM and BS 8300.

0

50

40

30

20

10


180

Torq

ue




12









Further considerations in selecting door closersDelaYeD actIOn

Delayed Action allows the door to stay open longer allowing more people or slow moving ‘traffic’ through the door before it begins to close. With Delayed Action, the door is opened and then delays for a set period of time before closing. The delay is adjustable by valve and can be adjusted to suit each application. This can be very useful, allowing easy movement of patients who may be on a bed, trolley or in a wheelchair. Delayed action when applied to these situations prevents damage to the door in addition to ease of use by the operator and ease of movement through the door.


9

10

caM actIOn DOOr clOSerS

The traditional type of door closer is known as a rack and pinion closer which must be used with a projecting scissor arm. However DORMA recommends the selection of cam action door closers instead of these for two reasons:

• Due to their unique cam action they can achieve the requirements of ADM and BS 8300* compliance within a greater tolerance than traditional rack and pinion door closers. This is particularly important as hinges and intumescent seals will provide additional resistance to opening and closing.

• Cam action closers have been especially designed for use with slide arm and channels. Traditional rack and pinion door closers can only operate efficiently with standard projecting scissor arms. This combination of slide arm and channel with cam action will result in ease of operation by all users, is less vulnerable to abuse and vandalism and will therefore lead to improved life cycle costs.

ALL DOOR CLOSERS for the BS8300/ADM* Applications must be power adjustable by spring and conform to BSEN1154

Whilst BS8300 and ADM* state maximum opening force requirements in respect of the door closer, the complete doorset must be compliant with this opening force. A Torque Curve shows the opening and closing forces throughout the opening and closing cycle in Nm from initial opening through and beyond 60º of opening. They allow calculation of tolerances the door closer will allow for resistance from other fitted items, such as door seals and hinges, and site conditions.

All the DORMA closers detailed in this guide have been third party tested using pivots as detailed in BS EN 1154 (maximum resistance 0.4Nm).

High quality accompanying ironmongery such as hinges, latches and intumescent seals should be selected in order to keep the resistance added to the door set to a minimum. BS EN 1935 details the maximum allowable resistance provided by hinges, however no such standard currently exists for door seals. Contact manufacturers directly for information on the resistance of their ironmongery.

This torque graph shows the results from an independent test for the DORMA TS93 cam action closer, demonstrating how the opening force at 0º to 30º degrees of the door opening angle starts at less than 30N and rapidly falls away to less than 22.5N for the remainder of the opening cycle.

This measurement was taken at power setting EN 3, the minimum requirement for fire doors as detailed in BS EN 1154. For non-fire resisting doors the closer can be set to a lower power setting and therefore the opening forces will be even lower.

*Section 3 in Scotland, Part R in Northern Ireland Original graph provided by MPA

WHICH DORMA DOOR CONTROL?

2

There are two main considerations in specifying door controls: • Does it meet the requirements of the Equality Act 2010? • And if applied to a fire door - Does it satisfy the fire regulations? This brochure will help you select the correct door control for your application.

EQUALITY ACT 2010The Equality Act places a duty upon service providers to remove the physical barriers that prevent people with disabilities from accessing a service. The Special Education Needs & Disability Act (SENDA) details this requirement for schools and educational institutions.

The specific performance of door closers in meeting this requirement is detailed within the Building Regulations: BS8300: 2009 and Approved Document M (ADM) in England and Wales, Section 3 in Scotland and Part R in Northern Ireland. These state that:

“…a door closer must produce an opening force of below 30N between 0º and 30º degrees and below 22.5N between 30º and 60º degrees…”.

Not all door closers available in the market can meet the criteria, DORMA door closers carry third party test evidence to demonstrate their ability to produce low opening forces and help doorsets meet the requirements of BS8300 and ADM*.

0

50

40

30

20

10


180

Torq

ue


INTRODUCTIONFIRE REGULATIONS

3DORMA



















DOrMa tS 93 en2-5 caM actIOn clOSer

• Adjustable thinking backcheck• Adjustable delayed action• CERTIFIRE approved for 2 hours on timber doors and 4 hours on metal doors CF119

aDM/BS 8300* compliance:• Minimum door width when fitted at size EN3 = 767mm• Opening force at the leading edge when fitted at size EN3 on a 926mm wide door = 24.85N

DOrMa tS 92 en1-4 caM actIOn clOSer

• CERTIFIRE approved for 2 hours on timber doors and 4 hours on metal doors CF119


DOrMa ItS 96 en2-4 caM actIOn clOSer

• Concealed door closer• CERTIFIRE approved for 1 hour on timber doors and 4 hours on metal doors CF140


DOrMa ItS 96 en3-6 caM actIOn clOSer

• Concealed door closer• CERTIFIRE approved for 1 hour on timber doors and 4 hours on metal doors CF140


Approved Document B

Approved Document M

* Also Section 3 in Scotland & Part R in N. Ireland.

11

rack anD PInIOn DOOr clOSerS

DOrMa tS 83 en2-5

• Adjustable thinking backcheck• Adjustable delayed action• CERTIFIRE approved for 2 hours on timber doors and 4 hours on metal doors CF118


DOrMa tS 73 V en2-4

• Adjustable thinking backcheck• CERTIFIRE approved for 2 hours on timber doors and 4 hours on metal doors CF117


DOrMa tS 72 V en2-4 / tS 72 V Bc en2-4

• Adjustable thinking backcheck (TS 72 V BC only)• CERTIFIRE approved for 2 hours on timber doors and 4 hours on metal doors CF268

aDM/BS 8300* compliance:• Minimum door width when fitted at size EN3 = 833mm• Opening force at the leading edge when fitted at size EN3 on a 926mm wide door = 26.99NALL DOOR CLOSERS for the BS8300/ADM* Applications

must be power adjustable by spring and conform to BSEN1154








2






0

50

40

30

20

10


180

Torq

ue


INTRODUCTION

FIRE REGULATIONS

3DORMA



















FlOOr SPrIngS

Floor springs are another alternative to overhead door closers and are suitable for single or double action doors. They provide ease of operation and as they are concealed within the floor - good protection against door closer abuse or vandalism. The DORMA Floor springs listed within this brochure are all CERTIFIRE Approved and CE Marked to BS:EN 1154.

DOrMa BtS 75V en1-4

• Universal for single or double action doors• Backcheck• Optional adjustable delayed action model available• CERTIFIRE approved for 1 hour on timber doors and 4 hours on

metal doors CF127

aDM/BS 8300* compliance:• Minimum door width when fitted at size EN3 = 767mm• Opening force at the leading edge when fitted at size EN3 on a

926mm wide door = 24.85N









2






0

50

40

30

20

10


180

Torq

ue


INTRODUCTION

FIRE REGULATIONS

3DORMA




















12

Situations when you would prefer not to keep the door closed

Electro-Magnetic Hold Open DevicesWhen electro-magnetic hold opendevices are fitted to doors theydramatically help to improveaccess in and around anybuilding, particularly in corridors.

They allow doors to be held openduring normal use and closeupon activation of the fire alarmor power failure (fail safe). Onceactivated, the door closer willclose the door and then performas a normal door closer until thealarm is de-activated or thepower restored. Ideal for corridorswith heavy ‘traffic’.

All the DORMA electro-magneticdevices listed within thisbrochure are CERTIFIREApproved and CE Marked to BS EN1155 (Electronicallypowered hold-open devices forswing doors).

They are perfect for meeting therequirements of ADM andBS8300*.

In addition they reduce the lifecycle costs as the doors are rarelyoperated other than for periodicalmaintenance checks, or if thepower is switched off at night.


16

electrO-MagnetIc Free SwIng DeVIceS

When electro-magnetic free swing devices are fitted to doors they allow doors to be operated without the user feeling any resistance from the door closer mechanism. In addition to this they allow the door to be left in any position, performing as if the door had no closing device fitted.

Upon activation of the fire alarm or power failure (fail safe) the Free Swing device will close the door from any position it was left in, and then perform like a normal door closer until the alarm is de-activated or the power restored.

Ideal for situations such as care homes where room occupants do not want to feel cut off and would like their door left open (despite the fact it is a fire door). With conventional door closers, people often resort to wedging the door open which is highly dangerous. Free Swing door closers ensure the door can be left safely ajar.

All the DORMA free swing devices listed within this brochure are CERTIFIRE Approved and CE Marked to BS:EN 1155. As a free swing door closer operates with no opening resistance it is compliant with the requirements of ADM and BS 8300*.

electrO-MagnetIc hOlD OPen DeVIceS

When electro-magnetic hold open devices are fitted to doors they dramatically help to improve access in and around any building, particularly in corridors.

They allow doors to be held open during normal use and close upon activation of the fire alarm or power failure (fail safe). Once activated, the door closer will close the door and then perform as a normal door closer until the alarm is de-activated or the power restored. Ideal for corridors with heavy ‘traffic’.

All the DORMA electro-magnetic devices listed within this brochure are CERTIFIRE Approved and CE Marked to BS:EN 1155 (Electronically powered hold-open devices for swing doors). They are perfect for meeting the requirements of ADM and BS 8300*.

In addition they reduce the life cycle costs as the doors are rarely operated other than for periodical maintenance checks, or if the power is switched off at night.


SItUatIOnS when YOU wOUlD PreFer nOt tO keeP the DOOr clOSeD

13

Situations when you would prefer not to keep the door closed

Electro-Magnetic Hold Open DevicesWhen electro-magnetic hold opendevices are fitted to doors theydramatically help to improveaccess in and around anybuilding, particularly in corridors.

They allow doors to be held openduring normal use and closeupon activation of the fire alarmor power failure (fail safe). Onceactivated, the door closer willclose the door and then performas a normal door closer until thealarm is de-activated or thepower restored. Ideal for corridorswith heavy ‘traffic’.

All the DORMA electro-magneticdevices listed within thisbrochure are CERTIFIREApproved and CE Marked to BS EN1155 (Electronicallypowered hold-open devices forswing doors).

They are perfect for meeting therequirements of ADM andBS8300*.

In addition they reduce the lifecycle costs as the doors are rarelyoperated other than for periodicalmaintenance checks, or if thepower is switched off at night.


16

Free SwIng DeVIceS

DOrMa tS 99

• Free-swing function from a door opening angle of >0°• Door widths up to 1250 mm• For single- and double-leaf doors• Suitable for barrier-free buildings• Maximum degree of user safety

DOrMa tS 73 eMF

• Proven solution offering controlled hold-open / free swing• Door widths up to 1100 / 1250 / 1400 mm• For single & double leaf doors• Easy installation• Wide range of applications

DOrMa BtS 80 FlB

• Free swing floor spring, (0-180 degrees)• Easy to install• CERTIFIRE Approved• CE Marked (Cert no.127)• Can be used on fire and smoke check doors• Hold open devices tested to EN 1155

hOlD OPen DeVIceS

DOrMa eMF channel

• Suitable for the TS 93, TS 92 and TS 91 Cam Action Door Closers• Perfect solution for all applications• Appropriate for door widths up to 1250mm and 1600mm• For single or double leaf doors• Adjustable sweep and latching speed• EMR electro-magnetic hold-open with integral smoke detector version available• CERTIFIRE approved for fire doors - CF119

DOrMa tS 73 eMF

• Proven solution offering controlled hold-open / free swing• Door widths up to 1100 / 1250 / 1400 mm• For single & double leaf doors• Easy installation• Wide range of applications

DOrMa BtS 80 eMB

• Floor-Concealed Door Closer with Electromagnetic Hydraulic Hold Open• Concealed installation• Multipoint hold open• Mechanical backcheck• Suitable for Single and Double Action Doors

tS 99

tS 73 eMF

BtS 80 eMB









2






0

50

40

30

20

10


180

Torq

ue


INTRODUCTION

FIRE REGULATIONS

3DORMA



















Approved Document B

Approved Document M


14

Panic Hardware

Panic hardware fitted to the final exit doors of a healthcare building has to combine therequirements for safety in allowing egress at any time and yet security, in preventing unauthorised entry or unauthorised egress.

Final exit doors are oftenmisused as they can provide a‘shortcut’ to other areas withinthe grounds; this oftencompromises security, especiallyif they do not lock correctly afteruse. Even an authorised user mayexperience difficulty in lockingthe doors correctly.

It is therefore critical that panicdevices are capable of selflocking correctly on everyoperation and the simplest wayto ensure this is by usingPullman type latches.

18

These latches operate on thesame principle as a latch withina mortice lock. When the doorcloses they engage onto thestrike plate fitted to the frame,thus avoiding the need tomanually engage the panicdevice into its locked positionafter use.

As a door closer should be usedon such doors, operation issimple and easy in respect of thedoors becoming secure after use;the door closer will close thedoor and the panic device willautomatically lock. Anti-thrustdevices on the Pullman Latchesensure they deadlock onceengaged.

In addition to these standardsafety and security features,further options are available.

Operation by swipe card or otherelectronic device is also possibleto gain authorised access or evenegress. Electronic Bolt retraction(ES) automatically unlocks thedevice when electronic accessdevices are used. This meansthat no lever or knob is requiredexternally, reducing the chancesof vandalism or forced entry. Onlya pull handle and cylinder (ifrequired for manual override) isrequired externally. The DORMAAD4000 series of panic hardwareare also available with alarms toinform staff immediately of anyunauthorised use.

Some final exit doors may berequired to be kept open atcertain times of the day, hereDogging devices can be operatedwhich keep the latcheswithdrawn and allow access to allusers from either side withouthaving to operate the panicdevice or any external lever.Dogging is available as astandard feature if required. For additional security, CylinderDogging (CD) can be used.

The DORMA Panic HardwareDevices listed within thisbrochure are all CE Marked to BS EN1125.

19

PH Series:DORMA PHB 3000 Touchbar

DORMA PHA 2000 Crossbar

AD4000 series touchbar

PHA2000 crossbar

AD Series:DORMA AD 4300 Panic Latch

DORMA AD 4400 Panic Bolt

DORMA AD 4100 ConcealedPanic Bolt

The AD series of touchbar panichardware is extremely robust. It can be easily linked to variousoptions such as electronic boltretraction or a battery alarmdevice.

CERTIFIRE approved for 1 houron timber doors and 4 hours onmetal doors CF279

The PH series is a modular panichardware system which uses thesame chassis for either a paniclatch or a panic bolt. The panicbolt application also allows theoption of 2 or 3 point locking foradded security. Panic latchesmay be changed into panic boltswith the addition of of rods andlatches or vice-versa.

CERTIFIRE approved for 1 houron timber doors and 4 hours onmetal doors CF319/CF318

Approved Document B

PanIc harDware

Panic hardware fitted to the final exit doors of a healthcare building has to combine the requirements for safety in allowing egress at any time and yet security, in preventing unauthorised entry or unauthorised egress.

Final exit doors are often misused as they can provide a ‘shortcut’ to other areas within the grounds; this often compromises security, especially if they do not lock correctly after use. Even an authorised user may experience difficulty in locking the doors correctly. It is therefore critical that panic devices are capable of self locking correctly on every operation and the simplest way to ensure this is by using Pullman type latches.

These latches operate on the same principle as a latch within a mortice lock. When the door closes they engage onto the strike plate fitted to the frame, thus avoiding the need to manually engage the panic device into its locked position after use.

FIRE REGULATIONS

3DORMA



















Approved Document B

15

Panic Hardware

Panic hardware fitted to the final exit doors of a healthcare building has to combine therequirements for safety in allowing egress at any time and yet security, in preventing unauthorised entry or unauthorised egress.

Final exit doors are oftenmisused as they can provide a‘shortcut’ to other areas withinthe grounds; this oftencompromises security, especiallyif they do not lock correctly afteruse. Even an authorised user mayexperience difficulty in lockingthe doors correctly.

It is therefore critical that panicdevices are capable of selflocking correctly on everyoperation and the simplest wayto ensure this is by usingPullman type latches.

18







19




PHA2000 crossbar








Approved Document B

As a door closer should be used on such doors, operation is simple and easy in respect of the doors becoming secure after use; the door closer will close the door and the panic device will automatically lock. Anti-thrust devices on the Pullman Latches ensure they deadlock once engaged.

In addition to these standard safety and security features, further options are available.

Operation by swipe card or other electronic device is also possible to gain authorised access or even egress. Electronic Bolt retraction (ES) automatically unlocks the device when electronic access devices are used. This means that no lever or knob is required externally, reducing the chances of vandalism or forced entry. Only a

pull handle and cylinder (if required for manual override) is required externally. The DORMA AD4000 series of panic hardware are also available with alarms to inform staff immediately of any unauthorised use.

Some final exit doors may be required to be kept open at certain times of the day, here Dogging devices can be operated which keep the latches withdrawn and allow access to all users from either side without having to operate the panic device or any external lever. Dogging is available as a standard feature if required. For additional security, Cylinder Dogging (CD) can be used.

The DORMA Panic Hardware Devices listed within this brochure are all CE Marked to BS:EN 1125.

The PH series is a modular panic hardware system which uses the same chassis for either a panic latch or a panic bolt. The panic bolt application also allows the option of 2 or 3 point locking for added security. Panic latches may be changed into panic bolts with the addition of of rods and latches or vice-versa.

CERTIFIRE approved for 1 hour on timber doors and 4 hours on metal doors CF319/CF318

The AD series of touchbar panic hardware is extremely robust. It can be easily linked to various options such as electronic bolt retraction or a battery alarm device.

CERTIFIRE approved for 1 hour on timber doors and 4 hours on metal doors CF279

DOrMa PhB 3000 tOUchBarDOrMa Pha 2000 crOSSBar

DOrMa aD 4300 PanIc latchDOrMa aD 4400 PanIc BOltDOrMa aD 4100 cOncealeD PanIc BOlt

Pha2000 crossbar

aD4000 series touchbar







19




PHA2000 crossbar








Approved Document B







19




PHA2000 crossbar








Approved Document B


16

DORMA Deadlock

• Retraction of bolt with key only• CERTIFIRE approved for 1 hour

on timber doors and 4 hours on metal doors†

DORMA WC Sashlock

• Lever operates latch both sides.Turn operates deadbolts one side only (emergency release on outside)

• CERTIFIRE approved for 1 hour on timber doors and 4 hours on metal doors†

Locks

Under ADM and BS8300*, locks arerequired to have a minimum backset of55mm and centres of 72mm (distancefrom lever handle follower to key centre)to ensure ease of operation. The DORMA Premier Locks detailed are all availablewith either 55mm or 60mm backsets and all have72mm centres.

Locks should have a lowengagement force to assistdoorset compliance with ADMand BS8300*.

Additional resistance from thelatchbolt during closing canresult in the door not closingfully, particularly as door closingforces are adjusted to theirminimum in order to obtain low opening forces.

Increasing the closing force toensure the latchbolt engagescorrectly may well result in the opening forces exceedingthose required by ADM andBS8300*.

20

DORMA Sashlock

• Lever handle and key operation• Nightlatch function as standard

(latchbolt can be withdrawn by cylinder operation)


DORMA Latch

• Lever handle operation• CERTIFIRE approved for 1 hour


DORMA Nightlatch

• Lever one side only. Retraction of latch with key only on the other side

• 55mm or 60mm backset• CERTIFIRE approved for 1 hour


† CERTIFIRE certification requires intumescent to be used on 1 hour timber doors, these packs are available from DORMA and ensure correct performance if subjected to fire. No intumescent is required for 1/2 hour timber doors or for metal doors.


lOckS

DORMA locks offer compelling benefits thanks to assured high quality and functional integrity in combination with long service lifetimes. Through high grade materials, careful manufacturing and a comprehensive quality management system, these products are able to satisfy all technical requirements.

Under ADM and BS 8300*, locks are required to have a minimum backset of 55mm and centres of 72mm (distance from lever handle follower to key centre) to ensure ease of operation.

The DORMA Premier Locks detailed are all available with either 55mm or 60mm backsets and all have 72mm centres.










2






0

50

40

30

20

10


180

Torq

ue


INTRODUCTION

FIRE REGULATIONS

3DORMA



















Approved Document B

Approved Document M

DORMA Deadlock

• Retraction of bolt with key only• CERTIFIRE approved for 1 hour


DORMA WC Sashlock



Locks

Under ADM and BS8300*, locks arerequired to have a minimum backset of55mm and centres of 72mm (distancefrom lever handle follower to key centre)to ensure ease of operation. The DORMA Premier Locks detailed are all availablewith either 55mm or 60mm backsets and all have72mm centres.

Locks should have a lowengagement force to assistdoorset compliance with ADMand BS8300*.

Additional resistance from thelatchbolt during closing canresult in the door not closingfully, particularly as door closingforces are adjusted to theirminimum in order to obtain low opening forces.

Increasing the closing force toensure the latchbolt engagescorrectly may well result in the opening forces exceedingthose required by ADM andBS8300*.

20

DORMA Sashlock

• Lever handle and key operation• Nightlatch function as standard

(latchbolt can be withdrawn by cylinder operation)


DORMA Latch

• Lever handle operation• CERTIFIRE approved for 1 hour


DORMA Nightlatch


• 55mm or 60mm backset• CERTIFIRE approved for 1 hour




DOrMa SaShlOck

• Lever handle and key operation• Nightlatch function as standard• (latchbolt can be withdrawn by cylinder

operation)• CERTIFIRE approved for 1 hour on timber

doors and 4 hours on metal doors†

DOrMa latch

• Lever handle operation• CERTIFIRE approved for 1 hour on timber


DOrMa nIghtlatch


• 55mm or 60mm backset• CERTIFIRE approved for 1 hour on timber


DOrMa DeaDlOck

• Retraction of bolt with key only• CERTIFIRE approved for 1 hour on timber


DOrMa wc SaShlOck




17

DORMA Premier Locks areprepared to take ‘bolt through’lever fur niture which isconsidered essential forhealthcare projects.

The DORMA Premium LeverFurniture range has bolt-through�xings as the lever often takes a great deal of body weight assome people with disabilities will lean heavily on door furniture for support.

The Premium range exceeds the recommended minimum lever diameter of 19mm, whichtogether with a ‘return to door’design ensures the lever can be operated by those withimpaired dexterity.


21

Locks should have a low engagement force to assist doorset compliance with ADM and BS 8300*.

Additional resistance from the latchbolt during closing can result in the door not closing fully, particularly as door closing forces are adjusted to their minimum in order to obtain low opening forces.

Increasing the closing force to ensure the latchbolt engages correctly may well result in the opening forces exceeding those required by ADM and BS 8300*.

DORMA Premier Locks are prepared to take ‘bolt through’ lever furniture which is considered essential for healthcare projects.

The DORMA Premium Lever Furniture range has bolt through fixings as the lever often takes a great deal of body weight as some people with disabilities will lean heavily on door furniture for support.

DORMA Premier Locks areprepared to take ‘bolt through’lever fur niture which isconsidered essential forhealthcare projects.

The DORMA Premium LeverFurniture range has bolt-through�xings as the lever often takes a great deal of body weight assome people with disabilities will lean heavily on door furniture for support.

The Premium range exceeds the recommended minimum lever diameter of 19mm, whichtogether with a ‘return to door’design ensures the lever can be operated by those withimpaired dexterity.


21

The Premium range exceeds the recommended minimum lever diameter of 19mm, which together with a ‘return to door’ design ensures the lever can be operated by those with impaired dexterity.


18

Manage your space

22

Manage your space

22

Manage your space

22

19

Manage your space

22 23

The lightweight panels (up to 50% lighter than conventionalmovable walls) makes it easy for anyone to move the systeminto position.

The ComforTronic control system automatically extends thesound insulation sealing strips to ensure a perfect seal everytime – no need for manual winding.

With increasing demandsfor adaptable spacemanagement withinhealthcare establishments,movable walls offer theideal solution.

They enable wards to bedivided according to specificneeds creating privatetreatment rooms, bedrooms or open wards.

DORMA MOVEO is a uniquesystem which offers anunprecedented lightweight,flexible and easy to operatemovable wall solution withsound insulation up to 55dB

Moveo Glass

This unique systemincorporates glass panelsto ensure privacy when itis needed or to allow lightto flood through.

Manage your space

22

23

The lightweight panels (up to 50% lighter than conventionalmovable walls) makes it easy for anyone to move the systeminto position.

The ComforTronic control system automatically extends thesound insulation sealing strips to ensure a perfect seal everytime – no need for manual winding.

With increasing demandsfor adaptable spacemanagement withinhealthcare establishments,movable walls offer theideal solution.

They enable wards to bedivided according to specificneeds creating privatetreatment rooms, bedrooms or open wards.

DORMA MOVEO is a uniquesystem which offers anunprecedented lightweight,flexible and easy to operatemovable wall solution withsound insulation up to 55dB

Moveo Glass

This unique systemincorporates glass panelsto ensure privacy when itis needed or to allow lightto flood through.

Manage YOUr SPace

With increasing demands or adaptable space management within healthcare establishments, movable walls offer the ideal solution. They enable wards to be divided according to specific needs creating private treatment rooms, bedrooms or open wards.

Moveo is a unique system which offers an unprecedented lightweight, flexible and easy to operate movable wall solution with sound insulation up to 55dB

The lightweight panels (up to 50% lighter than conventional movable walls) makes it easy for anyone to move the system into position.

The ComforTronic control system automatically extends the sound insulation sealing strips to ensure a perfect seal every time – no need for manual winding.

MOVeO glaSS

This unique system incorporates glass panels to ensure privacy when it is needed or to allow light to flood through.


nOrwIch 61-67 St. Benedicts Street, Norwich, NR2 4PD Tel: 01603 216500 Fax: 01603 216510 Email: [email protected]

cOlcheSter 11 Grange Way, Whitehall Industrial Estate, Colchester, CO2 8HG Tel: 01206 877488 Fax: 01206 877480 Email: [email protected]

IPSwIch Unit 2-3, Dencora Business Centre,Whitehouse Road, Ipswich, IP1 5LTTel: 01473 292810 Fax: 01473 292818 Email: [email protected]

ac leIgh SecUrItY61-67 St. Benedicts Street, Norwich, NR2 4PD Tel: 0800 2797453Fax: 01603 216514Email: [email protected]

www.acleigh.co.uk

dorma health care range

Documents

dorma es200the dorma

dorma ts 99en2

ideal solution

building5the dorma cs80

areas of patient

heavy manual doors

unique magnetic linear

access control systemif