DRAUGHT PROPOSALS FOR THE INSTALLATION … THE INSTALLATION OF SECURITY SYSTEMS AT BANK OF INDIA,...

1

DRAUGHT PROPOSALS

FOR THE INSTALLATION OF SECURITY SYSTEMS

AT

BANK OF INDIA, 714 – 716 KENTON ROAD, HARROW, MIDDX

1. Intruder Alarm System

A Grade 3C intruder alarm system is proposed comprising, magnetic reed contacts to

be fitted to the two doors sets, doubler leaf front entrance doors, and single leaf rear

fire exit door (Total No.3). Anti-mask, dual technology, movement sensors (Total No.

9) are to be strategically sited throughout the premises to provide volumetric trap

detection and to provide a confirmed alarm in the event of an intruder accessing via

the front or rear, or through the ceiling slab separating the premises from the

residential property above.

Due to the premises being situated directly beneath another property it is proposed

to mount seismic shock sensors (Total No.28) each with a radial detection range of 2.5

metres to the concrete slab to detect intrusion through the slab from above, and

provide an early warning prior to entry.

It is proposed to install, double push, hold-up alarms in the Secure Cash Office, and

Greeting Desk (Total No.3).

It is proposed that the system will be connected to Southern Monitoring Services our

approved Alarm Receiving Centre via a RedCARE/GSM Grade 3, dual path signalling

system.

Works by others

Provision of 2 No. 240 volt unswitched fused spur

Provision of a dedicated analogue telephone line

Radio transmitters and receivers

Menvier intruder alarms

Revision 1

2 3

Menvier Security has a strong heritage producing high performance intruder alarm systems. For many years it has been the ‘go to’ product range for large installations with sophisticated building services integration. Its advanced zone control and extended output options enable detailed customisation of systems to meet customers’ exacting requirements.

The new Menvier range from Cooper Security builds on this history to offer the performance and flexibility customers expect. All the panels have onboard Ethernet providing a web browser interface and local networking capability. End stations have been designed to house a minimum of one 17Ah battery capacity (two in the Menvier300) and give a full range of customisable and programmable output options.

All the panels offer an enhanced range of zone options including shunt key and shuntable zones. The panels also support the configuration of zone resistance and supervision settings by individual zone to enable faster system takeover.

Menvier panels support both wired and radio expansion. The radio system used is the secure 868MHz narrowband radio solution shared with other Cooper Security products. This is carefully controlled using high performance electronics to give the greatest range and reliability available on the market.

The new Menvier range is PD6662:2010 and BS8243 compliant, giving you confidence that the systems will meet the very latest standards.

The new Menvier rangefrom Cooper Security

More powerful, more flexible, more customisable

Technology� �� All panels have 10 wired zones on the end-station and expand in 10 zone blocks making it easier to identify expanders and zone locations.

� �� The Menvier40 bus can accommodate 20 bus devices and the Menvier100 and Menvier300 can accommodate 45 devices. This gives significantly increased flexibility and system control.

�� Devices are addressed by the push of a button. This ensures two devices will never be given the same address and saves hours of onsite and diagnostic time.

� ��Enables the fast and easy location of bus-mounted devices, saving significant time on service and maintenance visits.

� �� Allows the transfer of the engineer session around the system’s keypads to speed up installation.

� �� All Menvier panels are compatible with a wide range of Cooper Security intruder peripherals see pages 8-10 for details.

� �� All the new Menvier panels have a built in web server and Ethernet connection. This enables local configuration through a web browser with all the convenience of the configuration software and profile held on the panel. It also enables local network connection of panels for onsite monitoring and building services integration.

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Menvier40 Menvier100Ideal for smaller PD6662:2010 grade 2 or 3 installations, the Menvier40 offers advanced flexibility and configuration, with 10 zones on the end-station, expandable to 40 through wired and radio expanders over five wards.

The system can accommodate 100 users each able to use PIN, Prox and remote control to set the system. The panel will also accept an additional HUD device per user. The Menvier40 is supplied for easy installation with two distinct parts, end-station for first fix and separately packaged PCB on a clip-in carrier.

400mm

320mm

101mm (incl stand off)

16mm stand off

The Menvier100 has been designed for mid-sized installations at PD6662:2010 grade 2 or 3, its 100 zones can be configured over 10 wards through radio and wired expanders. The Menvier100 accommodates 250 users and, using the radio expanders as portals, provides unrivalled hold-up device coverage and set and unset range for the remote control in addition to the PIN and prox setting options.

The panel is supplied for easy installation with two distinct parts, end-station for first fix and separately packaged PCB on a clip in carrier.

To specify state:

Intruder alarm system, compliant to PD6662:2010, grade 2 or 3 and BS8243, ten zones available on end-station expandable to 40 zones in multiples of ten using wired and radio expanders. Push button addressing and programming through a web browser interface.

Part no. Menvier40

Specification

Weight: 4.9KgPart no. Menvier40

To specify state:


Part no. Menvier100

Specification

Weight: 4.9kgPart no. Menvier100

400mm

320mm


16mm stand off

6 7

400mm

427mm


16mm stand off

Panel Menvier40 Menvier100 Menvier300

PD6662:2010 Grade 2 or 3 2 or 3 2 or 3

BS8243 Yes Yes Yes

Maximum Zones 40 100 300

Users 100 250 500

Partitions / Wards 5 10 20

Common Area Yes Yes Yes

Part Sets 3 3 3

On board wired zones 10 10 10

Batteries 1 x 17Ah 1 x 17Ah 2 x 17Ah

Networks 1 1 1

Maximum number Network Devices 20 45 45

No of radio keypads 5 10 20

Panel Relay Outputs 1 1 2

Programmable Panel Transistor Outputs 2 2 2

Maximum number of non plug by programmable outputs

40 100 300

Plugby outputs 16 16 16

Built-in Ethernet port Yes Yes Yes

External Radio Sounders 5 10 20

Number of WAM’s 5 10 20

On Board Loudspeaker Ports 1 1 2

Comms Modules ports 1 1 1

Power Available 1.5A 1.5A 3A

Aux Power Available 750mA 750mA 1.5A

Built in digicom Yes Yes No

Mandatory log events 750 1,000 1,500

Non Mandatory log events 250 250 500

End Station (H x W x D) 320mm x 400mm x101mm 320mm x 400mm x101mm 427mm x 400mm x 101mm

Calendar Timers 5 10 20

Custom Outputs 5 5 10

Technical specificationsMenvier300

To specify state:


Part no. Menvier300

The Menvier300 uses a larger metal box which can accommodate up to two 17Ah batteries. It offers 300 zone capacity across 20 wards and 500 users at PD6662:2010 grade 2 and 3. Expansion is delivered through wired expanders; EXP-W10 and EXP-PSU and radio expanders; EXP-R10 and EXP-R30.

System outputs are fully customisable using the enhanced web-server interface either directly onto the panel or over a local network connection. Like the other panels in the range the Menvier300 has a full suite of setting, unsetting and hold-up devices.

Specification

Weight: 6KgPart no. Menvier300

8 9

AccessoriesThe Menvier Range has a full complement of peripherals and detection devices to support installations. All products are compliant to the latest standards and all are compatible with the full range of panels avoiding incompatibility issues and ensuring smooth and easy installations. Radio devices all use Cooper Security’s secure 868MHz narrow band radio developed over 25 years to be the most advanced solution and ensure the signal is communicated first time every time.

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Part number Description Technical Specification Benefit739rEUR-00 Glass break transmitter (PCB only) Dimensions: 52 x 50 x 20mm Compact and discreet design739rEUR-00 Glass break transmitter with sensor Dimensions: 52 x 19 x 51mm

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Part number Description Benefit720rEUR-00 Optical smoke detector Advanced technology, photoelectric smoke720rEUR-50 Optical smoke detector with lithium battery detector

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Part number Description Technical Specification BenefitXCELW Wired PIR Coverage: 12m x 90° Offers common appearance throughout aXCELWPT Wired PIR Pet tolerant Coverage: 9m x 90° hybrid installation

Dimensions: 115 x 56 x56mmPet tolerance up to 20kg (WPT only)

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Part number Description Technical Specification BenefitCS-420 Digital PIR Coverage: 12m x 90° Small and attractive digital PIRCS-430 Digital PIR Pet tolerantCS-460 Domestic TWINTEC PIR

Pet tolerance: Up to 38kg (CS-430 only)

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Part number Description Technical Specification BenefitCS-440 Commercial Quad PIR Coverage: 15m x 90° Attractive, yet discreet PIRCS-480 Commercial TWINTEC PIR Coverage: 12m x 90°

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Part number Description Technical Specification BenefitCS-450 Ceiling mounted TWINTEC PIR Coverage: 9m diameter Attractive, yet discreet PIR

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Part number Description Technical Specification BenefitM12 4 in 1 Fire detector Dimensions: 56 x 100.5mm Detects slow burning and smouldering fires.

Recognises rapid rises in temperature4 modes of operation to suit most applications

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Part number Description Technical Specification Benefit09040-00 Internal sounder Impedance: 16ohm Compact and discreet design

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��Part number Description Technical Specification Benefit760ES Wireless sounder Dimensions: 346 x 212 x 76mm Minimum 3 years battery life760EB Working sounder (working backplate, no cover) Adjustable drill holes760DS Decoy sounder Dimensions: 346 x 212 x 76mm Built-in spirit level760DB Decoy sounder (blank backplate, no cover) The quiet installation mode allows you to install760CV Sounder cover (cover only) and set up the sounder in isolation760SB Battery pack

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�� Part number Description Technical Specification Benefit703rEUR-00 4 channel transmitter Dimensions: 105 x 150 x 30mm Connect up to 2 non radio devices

to a radio receiverOptional battery power for locationswith no mains

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� �� Part number Description Technical Specification Benefiti-KP01 Wired keypad Large 2 x 20 character display Clear and simple display

Navigation key Simple menu driven operationBuilt-in prox Easy set and unset

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� �� Part number Description Technical Specification Benefiti-RK01 Radio keypad 3 x AA batteries Setting and unsetting without wires

Built-in prox

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� �� Part number Description Technical Specification BenefitEXP-W10 10 zone wired expander 10 wired inputs, variable resistance 25% more zones per expander

4 transistorised outputs Control external equipmentPush button addressing Avoid addressing errorsBus device locator Save servicing time

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� ��Part number Description Technical Specification BenefitEXP-R10 10 zone radio expander 10 or 30 radio inputs Easy addition of detection devicesEXP-R30 30 zone radio expander 8 radio outputs Control external equipment

Push button addressing Avoid addressing errorsBus device locator Save servicing time

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�� Part number Description Technical Specification BenefitEXP-PSU 10 zone, 3Amp power supply 10 wired inputs, variable resistance Additional power and zone expansion in one box

20 programmable outputs Install fewer power supplies due to high currentCharge and maintain up to 2 x 17Ahr batteries provided

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Part number Description Technical Specification BenefitXCELR Radio PIR Coverage: 12m x 90° (XCELR) 2 x AA alkaline batteriesXCELRPT Radio PIR Pet tolerant Coverage: 9m x 90° (XCELRPT) Minimum 36 month battery life

Dimensions: 115 x 56 x 56mm Up to 4km radio rangePet tolerance up to 20kg (RPT only) Common housing wired/wireless

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Part number Description Technical Specification Benefit734rEUR-00 Door contact + shock input - white Dimensions: 90 x 35 x 24mm Compact and discreet design734rEUR-01 Door contact + External FSL contact - white Optional dual function capability734rEUR-05 Door contact + shock input - brown Simple to fit734rEUR-06 Door contact + External FSL contact - brown Exceptional radio range

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Part number Description Technical Specification Benefit738rEUR-00 Radio vibration detector - white Dimensions: 118 x 30 x 27mm Compact and discreet design738rEUR-04 Radio vibration detector - brown

10 11

All Cooper Security products are supported by the touchpoint partner programme – our professional installer support service.

Technical Supporttouchpoint offers fast technical support over the phone, by registering and entering your PIN or signing up for our phone number recognition service, your call will be answered in under 30 seconds. Our website has become an unrivalled source of information on all our products, log in securely to access technical information.

TrainingA range of training courses are available across the UK, ranging from beginner through to advanced level to provide you with proactive training to speed up installation and enhance your knowledge of our newest products.

Business Development SupportSupport for your business development is provided through online customisable literature and keypad labels and provision of materials to support promotional events.

For more information contact:

T: +44(0) 1594 541979

E: [email protected]

RADI

O TE

LEM

ETRY

HUDPart number Description Technical Specification Benefit706rEUR-00 Lone worker and HUD Dimensions: 170 x 45 x 30mm Automatically activates when horizontal for 10

seconds to protect lone workersLock to prevent accidental operation

RADI

O TE

LEM

ETRY

HUDPart number Description Technical Specification Benefit726rEUR-50 Long range HUD transmitter Dimensions: 170 x 45 x 30mm Double push button to activate HUA on726rEUR-60 HUD transmitter Dimensions: 170 x 45 x 30mm alarm panel

Lock to prevent accidental operation

RADI

O TE

LEM

ETRY

HUDPart number Description Technical Specification Benefit710rEUR-00 HUD transmitter Dimensions: 110 x 45 x 17mm Effective lightweight device with double push

buttons to activateHUA on alarm panel

RADI

O TE

LEM

ETRY

2 Way KeyfobPart number Description Technical Specification BenefitFOB-2W-4B 2 way keyfob transmitter Dimensions: 58 x 38 x 19mm Weight: 32g Long range

Battery type: Li-Mn. CR2450 Confirm system setting for enhanced securityDuration: 3 years (4 operations per day) Easily interrogate system statusRange: Minimum of 200m in free space Extended battery life

RADI

O TE

LEM

ETRY

KeyfobPart number Description Technical Specification Benefiti-FB01 4 button keyfob transmitter Dimensions: 34 x 60 x 14mm Small, multi functional keyfob

Programmable buttons: Set, Unset,Part Set or control outputs

PLUG

-ON

COM

MUN

ICAT

ORS Communicators

Part number Description Technical Specification Benefiti-DIG02 Digital communicator Fast Format Alerts user to issues by textADSL01 ADSL filter ContactID Multiformat reporting to ARC

SIA 1, 2, 3 & 3EX/SMS

PLUG

-ON

COM

MUN

ICAT

ORS Communicators

Part number Description Technical Specification Benefiti-SD02 Digital communicator Fast Format Alerts user to issues by text and/orADSL01 ADSL filter ContactID voice message

SIA 1, 2, 3 & 3EX/SMS/Speech messages Multiformat reporting to ARC

PLUG

-ON

COM

MUN

ICAT

ORS Communicators

Part number Description Technical Specification Benefiti-GSM02 GSM communicator Fast Format Alerts user to issues by text and/or

ContactID voice messageSIA 1, 2, 3 & 3EX/SMS/Speech messages Multiformat reporting to ARC

Capability and support

All Cooper logos are valuable trademarks of Cooper Industries in the U.S and other countries. You are not permitted to use Cooper trademarks without the prior consent of Cooper Industries.

www.coopersecurity.co.uk

For more information please contact Touchpoint Member Services

Low Energy

BR

O-M

EN

-40-

100-

300-

12/1

Cooper SafetyJephson Court, Tancred CloseRoyal Leamington SpaWarwickshireCV31 3RZUnited Kingdom

T +44 (0) 1594 545400E: [email protected]

Cooper SecuritySecurity HouseVantage Point Business VillageMitcheldeanGloucestershireGL17 0SZ

T: +44 (0) 1594 545400E: [email protected]

Detectorsdual technology detectors

De

tec

tors

www.pyronix.com [email protected]

KX15DTAMINDUSTRIAL / COMMERCIAL

Digital Combined Dual Element PIR and Microwave Blue Wave Technology Anti Masking Detector

Main Features

15m VolumetricSupplied

HORIZONTAL COVERAGE

15m14m

13m

12m

11m

9m

8m

7m

6M

5m

4m

3m

2m

1m2m 3m 4m 5m 6m 7m 8m 9m 11m 12m 13m 14m 15m1m 10m

10m

Features Description Benefits

Independent Mask Relay

Selectable EOL Resistors

Blue Wave Technology (BWT)Active Self Test

Remote Self Test

Patented Independent Floating Thresholds (IFT)Adjustable Sensitivity Settings

Digital Temperature Compensation

AND / OR Technology

Selectable NO or NC relay

Triple LED indicationFrequency options

X-band DRO based microwaveTamper Proof Brackets

In the event of one of the technologies being masked, the KX15DTAM will go into a mask fault condition. The mask relay will open. This can be connected to the 24hr zone of a control panelThe KX15DTAM incorporates selectable alarm resistor values of 6K8, 5K6, 4K7,1K and tamper values of 5K6, 4K7, 2K2 and 1K catering for most control panels on the market. The very latest technological development from PyronixIf there is no activation after a 5 hour period the KX15DTAM will actually self test both the PIR and microwave The same self test can be initiated at any time by using a compatible control panel. When the self test is carried out remotely the PIR relay will open momentarily, storing the initiated test in the control panel logThis technology patented by Pyronix allows the detector to respond to the environmental changes by automatically adjusting its levels of immunity to background disturbances.High sensitivity for use in areas where fast detection is requiredAdjustable sensitivity settings for installations in a more hostile environmentWhen the product is used in a hot environment this technology digitally adjusts the detector’s sensitivity allowing it to regain its range even when the external temperature equals the external body temperature of 32oC‘AND’ mode operates as a standard dual technology detector. ‘OR’ mode can switch to microwave detection only to overcome cloaking attempts and the traditional vulnerability of PIR detection in environments where the ambient temperature is equal to body temperature.The solid state relay can be selected as Normally Open (NO) or Normally Closed (NC) simply by moving the header link suppliedMicrowave - orange, PIR - green, alarm - blueThe KX15DTAM is available in 3 different frequencies

Metalised microwave housingSupplied with both wall and ceiling mount brackets which provides access for up to two 8 core cables. (Tamper kit optional)

Immediate alert in the event of a sabotage attempt

Completely eliminates the need for separate resistors, therefore reducing installation timeSee reverse for more detailed informationUnique to Pyronix, this ensures that the detector is always operating effectivelyPanel will log all activated detectors saving engineer test time

Greater stability, reduces risk of false alarm activationsEnsures suitability for most environments

Guarantees optimum performance at all times

Overcomes cloaking attempts and therefore is ideal in high security environments

Ideal for switching electrical devices

The technology activated can be easily identifiedEliminates the risk of ‘cross talk’ between detectors located within the same room / environmentEliminates back lobe radiationAllows ease of installation whilst enhancing tamper protection

Product Features

Lens Coverage

VERTICAL COVERAGE

2m 3m 4m 5m 6m 7m 8m 9m 11m 12m 13m 14m

2.4m

15m1m 10m

8574 zones7 planes

O

• Unique patented anti-masking detection• Dual Element Pyro-Electric Sensor• Blue Wave Technology• Selectable EOL (End of Line) Resistors• 15m PIR Detection Range• 5 – 15m Adjustable Microwave Detection• 0 – 1m Adjustable Mask Detection• Active Self Test• Remote Self Test Input• Patented Independent Floating Thresholds (IFT)• Adjustable Sensitivity Settings• Digital Temperature Compensation• AND / OR Technology• Selectable NO or NC Relay• X-band DRO based Microwave• Tamper Proof Brackets Included

COMPLIANCEEurope

Pyronix Dual Element

The KX15DTAM has a pyro-electric sensor containing two sensing

elements and when projected through a lens form zones as

illustrated on the right. In order for an alarm to be triggered two or

more of these zones would need to be crossed.

Technical Specifications ELECTRICALOperating Voltage 9 - 16VDC (12V nominal)Current Consumption - No Alarm State 23mACurrent Consumption - Alarm State 30mA Relay Solid State Relay Output 60VDC, 50mA, Protected Tamper Switch 12V max, 50mA maxRFI Immunity to Continuous Wave (CW) 80 – 2000MHz 75V/mRFI Immunity to Amplitude Modulation (AM) 80 – 2000MHz 25V/mRFI Immunity to Pulse Modulation (PM) 80 – 2000MHz 25V/mDTI approved frequencies: 10.680, 10.687, 10.695GHzFCC approved frequencies: 10.515, 10.525, 10.535GHzPTT approved frequencies: 9.87, 9.90, 9.91GHz

OPERATING FEATURESAlarm period of 2.5 secondsDetection Speed 0.3 - 3m/sOperating Temperature -30oC to +70oCStorage Temperature -40oC to +80oC

OPTICAL White Light Filter 6500 LuxOptics Sealed Lens Fresnel array, ‘Grooves in’ infrared compensatedProtection Ultraviolet Light FilterTilt Adjustment 0o – 12o

MOUNTINGOptimum Coverage Height 1.8-2.4m

Applications

Features

Anti-masking detection

Blue Wave Technology (BWT)

Volumetric

Dimensions

PYRONIX PRODUCT CODE FPKX15DTAM

PACKING INFORMATION Min Pack: 10 Accessories: N/A Colour: WhiteCasing: 3mm ABS Electrostatic Shielded Warranty: 5 Years Manufactured: UK

69mm 50mm

178mm

Boxed Dims 83x98x32mm

2.4m

15m

Brackets

Wall Bracket Ceiling Bracket

Applications

Ideal in high security environments where there may be a significant risk of masking. An area immediately in front of the KX15DTAM is monitored continuously and separately from its normal mode. Any intrusion into this quiet area activates the anti masking process.

This further enhances the detector's immunity to infrared noise in the environment.BWT comprises of 2 key components: 1. The new 3D optics system enables perfect focusing of the infrared signal onto the pyro-electric sensor. This allows BWT to clearly identify the positive and negative signal edges.2. Powerful software embedded into a microprocessor is used to process the received information from the pyro-electric sensor. The result of this combination is lower infrared signal noise amplification and therefore better immunity. 3. A blue LED on the KX digital detectors signifies Blue Wave Technology.

For use in EN50131-1 Systems - Environmental Class 3 Security Grade 3

Anti masking

As part of the continued development programme specifi cations may change.

Matrix, PCX, Sterling, Vocaliser, KX, Colt, ME, Magnum, Kudos, Octopus,Eclipse, Veritec, Break Glass 2000, Twin Alert, Belle and Decibell are all

trade marks of Pyronix Ltd

Benefits:High Rejection of False TriggersFlexible Mounting OptionsSimple installation and calibrationConformally coated PCB for high humidity applicationsLarge area protection using array of unitsSimple to fit EOL resistorsSelf check at power-on provides confidence of trouble free operation

Features:• EN50131-2 COMPLIANT• EN50131 ENVIRONMENTAL CLASS II• DIGITAL SIGNAL PROCESSING• MULTI-UNIT SYNCHRONISATION• LED INDICATION• DISCRETE MODE• VERY LOW CURRENT• CONTINUOUSLY VARIABLE SENSITIVITY • TUNED ALGORITHM FOR OPTIMUM

DISCRIMINATION ANALYSIS• SOLID STATE DESIGN

S h o c k S e n s o r syou can rely on

SPYDER EX

www.elmdene.co.ukINTRUDER

S p e c i f i c a t i o n s

SPYDEREX

ELMDENE INTERNATIONAL LIMITEDRodney Road, Fratton, Portsmouth PO4 8SS United Kingdom

Tel: +44 (0)23 9273 9412 Fax: +44 (0)23 9281 1631e-mail: [email protected]

www.elmdene.co.uk

SPYDEREX

Shock SensorOperating Modes (Set using on board jumper links)

• SET/UNSET OperationThe Spyder may be controlled by the SET output from acontrol panel thereby enabling automatic reset of anypreviously detected and latched alarm conditions. Ininstallations where the SET input is not used, theSpyder will behave as a normal non-latched detector.

• Latch operationWhen selected, the Spyder will display a flashing LED ifa valid alarm event has been detected since the previousUNSET to SET transition.The LED will continue todisplay the alarm event, even when the alarm relayoutput has closed after the shock has terminated.

• Discrete ModeWhen selected, the Spyder LED will remain off evenunder conditions of a valid alarm event.

• Sustain ModeWhen selected, the Spyder will only signal a valid alarm

event when it has detected a sustained series ofvibrations.This improves tolerance to normal shockevents that are not valid alarms, for example birdimpacts.

• Sensitivity RangesA high or low sensitivity range may be selected toenable the Spyder to be used in a wide range ofinstallations each having their own peculiar vibrationtransmission characteristics. Within each range, the on-board pot enables continuously variable selection ofsensitivity within that range.The pot provides a simplevisual indication to the installation engineer of thesensitivity selected.

• Multi-unit Synchronisation ModeUsing the multi-unit synchronisation feature of theSpyder, an array of detectors connected together withtheir alarm outputs in series have the facility to indicatethe first unit that has detected the alarm event. In thisinstance the first unit triggered will show a flashingLED, with all other subsequently triggered unitsshowing an alarm event with a steady LED.

SPECIFICATION

Supply 12Vdc nominal (9-15V)

Current 10mA typical

Tamper Contact 12Vdc @ 50mA

Tamper resistance 100 ohms maximum

Alarm Relay Contact 60Vdc @ 100mA

Alarm Contact Resistance 16 ohms maximum

Dimensions (mm) 90L x 25w x 21h

Weight 30 grams

COMPLIANCE

EN50131-2 (draft) Grade 2

Environmental class II

EN61000-6-3: 2001

EN50130-4: 1995

The SPYDER is a state of the art vibration and shock sensing device for protection ofcommercial and domestic properties.

The detector has been designed to meet all the requirements for installation under EN50131and is rated under Environmental Class II.

Document1 4/12/03 5:00 pm Page 1

Document1 4/12/03 5:00 pm Page 2

2

2. IP Closed Circuit Television System

A full HD CCTV system is proposed comprising a total of 10 No. 3MP cameras, 2 No.

covering the front elevation of the building, 2 No. covering the rear elevation of the

building, and 6 No. internal cameras covering the Front Entrance Doors, the Greeting

Desk, the Interlock Lobby, the Secure Safe Room, the Cashiers Office, and the Rear

Fire Exit Door.

The external cameras will be 3MP bullet cameras enclosed in a weather resistant

housing, and fitted with a 2.8 mm – 12.0 mm vari-focal lens, and infra-red illuminators

enabling the cameras to view and record in total darkness.

The internal cameras will be 3MP cameras enclosed in a discrete, mini dome housing,

and fitted with a 2.8 mm – 12.0 mm vari-focal lens, and infra-red illuminators enabling

the cameras to view and record in total darkness.

All camera images will be fed back to a 16 channel network video recorder via a

dedicated CAT5 cable network installed by ourselves. The recorder will house 4 x 4 TB

hard drives enabling full HD recording for up to 31 days. The NVR has built-in POE

enabling the cameras to be powered directly from the unit via the same CAT5 cable.

A 22” HD flat screen monitor will be installed alongside the NVR to allow the customer

to view and interrogate it. In addition, remote viewing software can be loaded onto

nominated PC workstations to allow viewing of the cameras if access rights permit.

Works by others

Provision of 2 No. 240 volt 13 amp socket

Provision of 1 No. network point with fixed TCP/IP address

Accessories

Key features

Dimensions

Available models

www.hikvision.com

DS-2CD2612F-I(S) (1.3MP)/DS-2CD2632F-I(S) (3MP) VF IR Bullet Network Camera

WDR

DIGITAL

BLC

1/3”CMOS

H.264

PoE

Scan

DS-2CD2612F-I, DS-2CD2612F-ISDS-2CD2632F-I, DS-2CD2632F-IS

* -S: 1-ch audio I/O interface, 1-ch alarm I/O interface

DS-2CD2612F-I (S) DS-2CD2632F-I (S)Camera

Image sensor 1/3” progressive scan CMOS

Min. illumination 0.01 lux @F1.2, AGC ON, 0 lux with IR 0.07 lux @F1.2, AGC ON, 0 lux with IR

Shutter time 1/25s (1/30s) ~ 1/100,000s

Lens 2.8 ~ 12 mm @F1.4, angle of view: 80° ~ 28.7° 2.8 - 12 mm @ F1.4,Angle of view: 105.2°-31.9°

Lens mount

Day & night ICR

Digital noise reduction 3D DNR

Wide dynamic range Digital WDR

Backlight compensation

Compression Standard

Video compression H.264 / MJPEG

Bit rate 32 Kbps ~ 16 Mbps

Audio compression G.711 / G.726 / MP2L2

Audio bit rate 64 Kbps (G.711) / 16 Kbps (G.726) / 32-128 Kbps (MP2L2)

Image

Max. Image Resolution 1280 × 960 2048 × 1536

Frame rate

50 Hz: 25 fps (1280 × 960), 25 fps (1280 x 720), 25 fps (704 x 576), 25 fps (640 x 480)60 Hz: 30 fps (1280 × 960), 30 fps (1280 x 720), 30 fps (704 x 576), 30 fps (640 x 480)

50Hz: 20fps (2048 x 1536), 25fps (1920 × 1080), 25fps (1280 x 720)60Hz: 20fps (2048 x 1536), 30fps (1920 × 1080), 30fps (1280 x 720)

Image settings Rotate mode, Saturation, brightness, contrast, sharpeness adjustable through client software or web browser

ROI

Network

Network storage NAS

Alarm trigger

Protocols TCP/IP,ICMP,HTTP,HTTPS,FTP,DHCP,DNS,DDNS,RTP,RTSP,RTCP,PPPoE,NTP,UPnP,SMTP,SNMP,IGMP,802.1X,QoS,IPv6,Bonjour

System compatibility ONVIF, PSIA, CGI, ISAPI

General functionalities User authentication, watermark, dual stream

Interface

Communication interface 1 RJ45 10 M / 100 M Ethernet port

Onboard storage Built-in Micro SD / SDHC / SDXC card slot, up to 64 GB

General

Operating conditions -30 °C ~ 60 °C (-22°F ~ 140 °F) humidity 95% or less (non-condensing)

Power supply 12 VDC ± 10% , PoE (802.3af)

Power consumption Max. 5.5W (7.5W with ICR on)

Ingress protection level IP66

IR range Up to 30m

Dimensions 95×105×258.6 mm (3.74” × 4.13” × 10.18”)

Weight 1200g

DS-1275ZJ

Vertical pole mount

DS-1260ZJ

Junction box

Key features

DS-2CD2532F-(I)(S) 3.0MP Mini Dome Network Camera

DS-2CD2512F- (I) (S)

Camera

Compression standard

Image

Network

Interface

General

Available models

HD Video

CMOSCMOS

1/3”

IR

Megapixel

MP Camera

3.0

3D

WDRDIGITAL

IP66

For more information: www.hikvision.com908 Canada Court

City of Industry, CA 91748Tel: 909.895.0400, [email protected]

Hikvision USA, Inc. Hikvision is constantly developing and improving products.We reserve the rights to modify product and specifications without notice.

Updated 09/06/13

Accessories

Key features

DS-7716NI-SP/16Embedded Plug&Play NVR

Video out

Audio out

Line in

RS-232 interface

VGA interface

HDMI interface

eSATA interface

LAN interface

Termination switch

RS-485 interface, Controller port,

Alarm in and Alarm out

Ground

AC 100V ~ 240V

Power

USB interface

16 network interfaces with PoE function

Rear Panel of DS-7716NI-SP/16

1.

2.

3.

4.

5.

6.

7.

8.

10.

11.

12.

13.

14.

15.

DS-7716NI-SP/16

Video/Audio input

Network

IP video input 16-ch

Remote Connection 128

Video/Audio output

5MP / 3MP / 1080P / UXGA / 720P / VGA / 4CIF / DCIF / 2CIF / CIF / QCIF

CVBS output

Frame rateMain stream: 30 fps

HDMI output1-ch, resolution:

VGA output 1-ch, resolution:

Audio output

5MP / 3MP / 1080P / UXGA / 720P / VGA / 4CIF / DCIF / 2CIF / CIF / QCIF

16-ch 4CIF

Hard disk

SATA

eSATA 1 eSATA interface

External interface

PoE

Network interface

Serial interface

USB interface

Alarm in 16

Alarm out 4

Interface

Max. Power

General

Consumption ≤ 40 W

-10 ºC ~ +55 ºC

Chassis

≤

For more information: www.hikvision.com908 Canada Court

City of Industry, CA 91748Tel: 909.895.0400, [email protected]

Hikvision USA, Inc. Hikvision is constantly developing and improving products.We reserve the rights to modify product and specifications without notice.

Updated 09/06/13

3

3. PC Based Access Control System

A Plan PC based access control system is proposed using iClass smartcard technology,

and comprising access control to a total of 7 No. doors, Double Leaf Main Front

Entrance Doors, Single Leaf Front Interlock Door, Single Leaf Rear Interlock Door,

Single Leaf Secure Safe Room Door, Single Leaf Door From Main Office to Rear Archives

Room, Double Leaf (1 ½ ) Comms Room Door, and Single Leaf Rear Fire Exit Door.

We propose to install close proximity readers using iClass smartcard technology. For

a greater level of security we are proposing combined pin-code and proximity for the

external readers and reader to the Secure Safe Room. All other readers are to be

proximity only.

All doors are to be free exit via a stainless steel egress button, and are also to have

green emergency break glass units adjacent to them for release in the unlikely event

of the system failing.

For added security, fail secure locks are to be fitted to the external front and rear

doors, and fail safe electro-magnetic locks are proposed for all internal doors.

The front and rear doors between the Front Area and the Main Office are to be set up

for as ‘interlock’ doors so that only one of the two doors can be opened at any one

time, and will not operate until the other is securely closed. Release buttons are to be

located at the Greet Desk and Cashier positions to enable the Main Front Entrance

Doors tio be released from these positions.

The system is to be managed and administered via SQL Enterprise Central Control

Plan’s own powerful management software normally loaded onto the client’s server

and administered via a nominated PC workstation on their network.

The system is to be supplied with 50 iClass smartcards that can also be used on MFDs,

cashless vending and photocopiers if required.

4

Works by others

Provision of 2 No. 240 volt unswitched fused spur

Provision of 1 No. fire alarm interface

Provision of 1 No. network point with fixed TCP/IP address

Provision of all door closers

PLAN Access Control V9.x Series SoftwareTechnical Overview

Version 9.xx

Contents

INTRODUCTION ..................................................................................................... 3 Purpose ......................................................................................................................................................... 3 PLAN Access Control .................................................................................................................................. 3 System architecture ...................................................................................................................................... 3

IMPACT ASSESSMENT ........................................................................................ 5

Field Controller Hardware (PLAN controllers) .......................................................................................... 5 Configuration ............................................................................................................................................... 5 Security/Vulnerability .................................................................................................................................. 5 Bandwidth utilisation ................................................................................................................................... 5 Direct-IP Panel Communication .................................................................................................................. 5 Bandwidth flexibility .................................................................................................................................. 6

Version 9.x Software ....................................................................................................................................... 7 Key functionality ......................................................................................................................................... 7 Software Architecture .................................................................................................................................. 7 Connectivity ................................................................................................................................................. 7 Components and services ............................................................................................................................. 8 Typical Client PC specification ................................................................................................................... 9 Client Software installation .......................................................................................................................... 9 Software upgrades ...................................................................................................................................... 10 Patch testing ............................................................................................................................................... 10 FAQ ............................................................................................................................................................ 11

Introduction

PurposeThe Purpose of this document is to introduce the reader to the PLAN access control system and it’s hardware and software architecture. Specifically the document is intended to provide information for a client IT department to assess the impact of deploying the PLAN system within the corporate IT infrastructure.

PLAN Access ControlThe PLAN range of access control equipment is a UK manufactured security management solution aimed at the corporate needs of all commercial, educational and government organisations. Flexibility in the system design means that the product can be cost effectively deployed in small applications, with just a few readers and staff, as well as meeting the large-scale needs of an entire organisation across multiple sites with thousands of readers and tens of thousands of staff.

With capabilities that extend beyond 'access control' the system includes a host of value added features (such as Photo-ID, Attendance reporting, Auto Roll-call, Guard-tour and Asset Tracking). The system can provide seamless integration with other security sub-systems such as ‘Logical’ access control, CCTV, Intruder Alarms, Paging and Intercom systems. Additionally, the PLAN software and hardware can be linked to non-security systems such as Fire Alarm, BMS, Flexi-Time, Cashless Catering and HR staff management applications.

Due to its integrity and resilience, the system has been implemented in a wide range of applications in almost all markets. In today's demanding and competitive security systems marketplace, the PLAN system takes it's place as a high end product suited to the 'large scale' enterprise-wide needs of leading companies across all sectors.

System architecture

The Key elements to the PLAN system are…

Tier 1: Operational Interface (front end software) Tier 2: Field equipment (PLANx00’s and alarm panels)Tier 3: Card reading technology and door hardware.

The PLAN system has a three tiered architecture comprising an operational/user interface (e.g. software), intelligent controller network (e.g. xPLAN400’s, 200’s etc) and local door hardware (e.g. card readers, request to exit buttons and locks etc).The controllers themselves can be connected to the front end software directly (using RS422, or, more commonly, by direct IP Ethernet. Figure 1.0 below shows a system utilising the client network for both software and controllers communications. Figure 2.0 shows a system that utilises a dedicated bus (usually installed by the security sub-contractor) for control panel comms.

Fig. 1.0 High level PLAN system schematic (direct IP panels)

Emergency ReleaseEmergency Release Emergency Release


Optional VisiPLAN Visitor Self Registration Terminal

Access Control Central Computer and Photo-ID Badging Unit

Direc tio n Sensing long ra nge hig h speed tag re ader for Hans free

acc ess c ontrol & lo ss p re vention

Long ra nge high speed Personell and Asset ta g reader fo r Loss prevention

Other User workstation Pc’s

Admin

Computer Network

Integ ration with CCTV Sub-system

Industry Standa rd TCP/IP

Ind ustry Standa rd TCP/IP

Typica l PLAN Access Control Schema tic - d irec t Ip1 205 rev a

PLAN4004-door controller


Proximity ReaderProximity Reader Proximity Reader

Proximity ReaderProximity Reader

Proximity Reader

Door Message Unit

Push to exitPush to exit Push to exit



Emergency Release

Emergency Release


Push to exit Push to exit


Fig. 2.0 High level PLAN system schematic (bus wired panels)



Optional VisiPLAN Visitor Self Registration Terminal

Access Control Central Computer and Photo-ID Badging Unit

Direc tio n Sensing long range hig h speed tag reader for Hans free

acc ess c ontrol & lo ss p re vention

Long range high speed Personell and Asset ta g reader fo r Loss prevention

Other User workstation Pc’s

Admin

Computer Network

Integ ration with CCTV Sub-system

Cat5 or 2-p air sc reened

Industry Standa rd TCP/IP

Typ ic al PLAN Access Control Schematic - dire c t cable1205 rev a



Proximity ReaderProximity Reader Proximity Reader


Proximity Reader

Door Message Unit




Emergency Release

Emergency Release


Push to exit Push to exit


Impact assessmentThe degree of impact on the IT dept is manageable based on how much integration is demanded. Support for all hardware and software applications is usually provided by the security sub-contractor. In most cases, platform support and connectivity remains the responsibility of the end user.

In figure 1.0 above it can be seen that the system will depend on the client network infrastructure in two ways… 1) The PLAN400 and PLAN200 local controllers utilise the client LAN for data communications. 2) The operator administration PCs utilise the LAN for Administration/operation of the system.

Field Controller Hardware (PLAN controllers)

ConfigurationFor direct IP communications, each control unit requires the presentation of a network point, static IP address, Subnet Mask and Gateway address. Communication is based on a single static port (10001) which can be altered if necessary.

Security/VulnerabilityThe controllers are dedicated micro-processor devices operating entirely proprietary firmware. There is no third party operating system between our device application and the hardware and all firmware code is written in-house.

The lack of a high level operating system at the door controllers means that they can not be used as a platform for viruses, or other threats to these appliances, or to the rest of the organisation.

Bandwidth utilisationThe PLAN system is designed with efficient utilisation of client bandwidth in mind. It is difficult to predict precisely the usage of the network, however, it is important to differentiate between the two key areas in which PLAN systems might make use of a client provided LAN.

1) Direct IP Control Panel communications: This involves polling of and sending messages to locally intelligent field panels which make up the system. It is these panels that are responsible for the real-time decision making and processing of card events. The operation of the system at this level does not depend on the health of the interconnecting network.

2) Host PC (Server) to Client workstation PC communications: If all administration is carried out from a single PC running the PLAN applications there is no need for a connection to the LAN. However, for large sites (especially those with multiple locations) it is normal for there to be a number of administration workstations.

Direct-IP Panel CommunicationThe PLAN software application communicates with the panels approximately every 0.1 to 0.5 seconds, depending on the information being sent. If the event processor

(see Figure 3.0) is polling for messages, and there are no messages waiting in the control panels, the communications is typically less than 100 bytes every second.

If there are messages being received from the panels (for example a card event) or commands being sent to the panels (for example a new card to be added), then more information is sent, with the polling slowing to approximately half a second cycles.

Once a poll is received at the control panel, data is transmitted from the buffer as soon as possible, this can be anything from character by character to 222 Byte lumps. There are a number of variables outside of our control such as network traffic etc.

Bandwidth flexibility Although the client network is likely to be set at 100Mb/s, the PLAN controllers require nothing like this speed for efficient communications. During installation, the engineers can set the preferred speed using the panel comms optimisation menu between 1200bp/s and 57,600bp/s.

A PLAN Controller network interface set at 1200 Baud would average about 10 Bytes per Second.

Version 9.x Software

Key functionalityThe software provides the following key functionality;

Day to day administration of card-holders and user privileges (new starters, processing lost cards, increasing user rights etc).Real-time alarm annunciation and system status reporting (acknowledging alarms, responding to alerts, cctv integration).Management control and configuration of the system (liaising with security sub-contractors during expansion works, adjusting system settings).Delivery of Reports and Auditing (responding to requests for system reports and monitoring compliance with regulatory controls).

The need to deliver this functionality directly to the personnel who need it, often requires that the system is deployed across multiple departments and therefore needs to be supported, to some extent, by the clients corporate IT infrastructure .

Note: For more details on the features and capabilities of the software please refer to sales documentation and performance specification.

Software ArchitectureThe version 9.x software is a 32bit Windows application suite designed specifically for the purpose of providing an administrative front end for the PLAN field equipment.

The software is implemented in an N-Tier architecture comprising of the following elements

1. A front-end client application, which is responsible for providing an application user interface.

2. In the case of the PLAN system, the middle-tier component provides connections to various types of services (such as the event processor) and coupling these to the client, and, to each other. These specialised server services allow users to access data and control field equipment while isolating it from the actual application.

3. The Data Tier stores the application data on a back-end database server in a RDBMS such as MS-SQL, MySQL, Firebird-SQL or others.

ConnectivityThe client system interacts with the middle-tier via a standard TCP/IP protocol. The middle-tier interacts with the backend server via standard database protocols such as SQL, ADO ODBC.

This middle-tier contains most of the application logic, translating client calls into database queries and other actions, and translating data from the database into client data in return.

The placement of processing logic on the middle tier application server provides scalability and isolation in order to handle rapidly changing business needs. In addition, this allows a more open choice of database vendors.

Advantages of this architecture (compared to conventional 2-tier client server models) include:

• The internal function of each layer is completely hidden from other layers, changes to the user interface or to the application logic are largely independent from one another, allowing one part of the system to be updated without re-deploying the entire application. In two-tier architectures, each client must be updated to reflect the changes.

• Network bottlenecks are minimised because the application layer does not transmit extra data to the client, only what is needed to handle the task.

• Database connections can be 'pooled' and a single connection can be shared by several users, this can greatly reduce the cost associated with per-user database licensing.

• Specialised server services in the ‘middle tier’ (such as the event processor service) can be located on physically different servers with only minor re-configuration. This, ‘horizontal’ scalability means that the event processor service (which handles the panel communications) can be hosted on a local machine at a remote site. Not only does this manage the server load (as the system is expanded), it also means that essential panel communications and alarm notification can take place on that site even if it becomes disconnected from the main system.

• The client application is insulated from database and network operations. The client can access data easily and quickly without having to know where data is or how many servers are on the system.

• The end-user retains database independence and is not tied to vendor-specific stored procedures. Migration from one database vendor to another requires no client re-configuration at all. Moving the database server from a physical server to a Virtual Machine can be executed more or less on the fly.

Components and servicesThe decomposition of the individual functions of the software are as follows…

V9.x Event Monitor (EvtMon.EXE) distributed Admin. client softwareV9.x Server service (FirePLANSvc.exe) connects to preferred SQL serverV9.x Event Processor Service (EPSvc.exe) connects to xPLAN controller network As discussed above, some or all of the component parts can reside on a single workstation, however, the diagram below illustrates the connectivity required between the component parts of the system.

Typical PLAN System Security Application Diagram

Admin:1 Admin:2

Database, MS-SQL, FireBirdSQL, MySQL, others

Port: 2605

Admin:3

Direct IP Panels (PLAN100, PLAN200, PLAN400, xP1M etc)

Optional ACS Help Desk

VisiPLAN Kiosk app. (Visitor Registration or

Self Enrolment)

Links to CCTV, HR, Student Data, Vending, T&A, Active Directory

etc.

IP xxx.xxx.xxx.xx1

IP xxx.xxx.xxx.xx2

IP xxx.xxx.xxx.xx3

IP xxx.xxx.xxx.xx4

IP xxx.xxx.xxx.xx5

Firewall

Typical PLAN system security application schematic diagram RP 251107 rev_b

Port: 3050 (FireBird SQL)

Port: 2605Port: 2605

V9.x Server Service(FirePLANSvc.exe)

Event Processor Service (EPSvc.exe)

Port: 10001Port: 2604

V9 Event MonitorClient application

(EvtMon.exe)

All ports listed above are the defaults for a standard installation. All ports can be altered during the installation/configuration process.

The minimum implementation of the system can be hosted on a single desk-top PC which hosts the Database, Admin Client application and the necessary server and communications services. In the diagram above, the red dotted line groups the three elements that are most often installed on a single server.

Typical Client PC specification

• Pentium IV 1 GHz or equivalent processor • 512 MB RAM • Windows 2000 Professional SP4 or XP Professional SP2 operating system • 1024 x 768 resolution • 100 MB available hard disk space

Client Software installationSince there is no dedicated database engine required at each client, or dependence on third party run-time libraries, the client software can be deployed very simply utilising a number of different packaging options.

The only aspect of the system that is likely to be utilised by all staff (the visitor registration facility) utilises a web interface and so offers the lowest possible deployment overhead.

Software upgradesPLAN Access Control System software is delivered with a perpetual license/subscription which entitles the client to all future versions of the software whether these incorporate fixes, patches enchantments new features or support for new platforms.

Patch testingOur engineering/tech support team monitor the performance of a control system which is updated automatically as soon as patches are released. Although the scenario has never occurred, should the system be adversely affected by a specific patch, or, should we receive field reports that an incompatibility has been discovered, we would aim to provide an information update or update patch within our own software to accommodate the incompatibility as soon as possible. This update would be distributed to all end-users via our dealer network.

FAQWe have many years experience in working with IT professionals who have been tasked with the job of implementing the PLAN system into their environment. We have provided a list of questions that have been raised in the hope that these might assist others… for further information please email: [email protected] .

1) Does your application install routine use "Windows Installer MSI"? No.

2) Does your application ‘require’ files to be on the local workstation? Only a single ini file.

3) What is the minimum specification of workstation required to operate your application? Client: 1GHz P4 (or equivalent), 512 MB RAM. Server: 2Ghz dual core, 1GB RAM.

4) Does your application use Audio?Client: Recommended Server: No

5) Does your application use screen colours beyond 65535/16bit?No.

6) Does your application require a screen resolution greater than 1024 x 768?Client: 1280x768 recommended, will work in 124x768. Server: No

7) Does the application use any Multi-media devices or players?Client: Only Audio through Win32 API. Server: No

8) Does the application require internet access or links?No

9) Does your application install files on the client? (or is it standalone i.e. loads and runs from CD)Yes.

10) Does your application use or record a workstation unique identifier (i.e. SID, workstation name, IP address)? If so where?Each workstation has specific settings with the server (stored according to the hostname). Each logged in user is recorded with the IP address of their workstation, but this is discarded once they log out.

11) Does the client application install any workstation specific services?No.

12) Will the application perform satisfactorily when installed on a network drive?Yes.

13)Does the application use Microsoft Visual Basic components?No.

14)Does the application use and Microsoft Data Access Components?Client: No. Server: The Server Service utilises ADO.

15) Does your application have dependencies on any other applications?Only to the database server

16) Is your application Microsoft Windows XP SP1 compliant? Does it require it?It is compliant but doesn't require it

17) Is your application Microsoft Windows XP SP2 compliant? Does it require it?It is compliant but doesn't require it

18) Is the system compatible with Microsoft Windows 2003 Server?Yes

19) Does your application require any regular updates? If so how regular and on what media?Updates are available free of charge via our dealers, however no updates are mandatory.

mailto:[email protected]

20)Does the application install any drivers? If so, are they signed?No drivers are installed

21)Does the application require Java Runtime Environment (JRE). If so, is it dependent on a specific version?No JRE required

Misc…

ClientFile structure: All files in 1 directory plus subdirectoriesRegistry settings: None Registered DLL's: NoneRegistered ocx's: NoneSet-up program: Requires between 1 and 5 configuration prompts (silent mode available).Licensing: Dependent on server licence file – no negative impact on use of an un-licensed system.

ServerFile structure: Files are split across other dependent application directoriesRegistry settings: Some unique settings requiredRegistered DLL's NoneRegistered ocx's: NoneSet-up program: Requires between 1 and 5 configuration promptsLicensing: Dependent on licence file

An introduction to PLAN Access Control Systems The PLAN range of access control equipment is a UK manufactured security management solution aimed at the corporate needs of general commercial organisations, healthcare, police/government, educational and

financial institutions. Flexibility in the system design means that the product can be cost effectively deployed in small applications, with just a few readers and staff, as well as meeting the large-scale needs of an entire

organisation across multiple sites with thousands of readers and tens of thousands of staff.

With capabilities that extend beyond ‘access control’ the system features a host of value added capabilities (such as Photo-ID Badging, Visitor Management, Time and Attendance reporting, Mobile Mustering, Guard-

tour and Lone Worker Monitoring and Asset Tracking/Loss prevention). The system offers award winning seamless integration with, and between, other security sub-systems such as Logical Access, CCTV (including digital video

recording), Intruder Alarms, Paging and Intercom systems. Additionally, the PLAN software and hardware can be linked to non-security systems such as the Fire Alarm, BMS, Third Party T&A, Cashless Catering, Active

Directory and Human Resource staff management applications. In today's demanding and competitive security systems marketplace, the

PLAN product range takes it's place as a high end product suited to the 'large scale' enterprise-wide needs of leading companies across all commercial sectors.

Due to its integrity and resilience, the system has been implemented in a wide range of applications and is appropriate for any application where an

organisation has one or a number of mission critical facilities to secure.

Schematic

Virtual Control Room

Dedicated cable or client LAN

xPLAN Software

Touch Screen Visitor Registration

xPLAN400 xPLAN200 xPLAN400

WiFi Connection

PoE Ethernet

© Access Control Services Ltd, 20-26 High Street, Greenhithe, Kent. DA9 9NN. Tel: +44(0)1322 370777 www.xplan.com

RELATED PART NO‘S xP2M

xP2M/PSU xP2M/PSU/ip

xP2M/PSU/WiFi

DESCRIPTION xP2M 2-door (read-IN/RTE-OUT) controller. FEATURES: 2 card reader inputs 50,000 Card holders/2,000 Event Transaction Memory Fire Alarm override input Local Time Profiles Shut-down profiles TCP/IP LAN or WiFi comms option Rs422/RS485 Communications Local Alarm I/O Reader Tamper and PSU Fail inputs Optional Enclosure with Built-in PSU Multiple reader Formats Time controlled Card plus PIN LCD Message Reader Support 5-Year Warranty

At the heart of every PLAN system, is a network of field control units. To maintain the highest level of system fault tolerance, each controller is a complete, fully functional, 1, 2 or 4 reader integrated access control and alarm monitoring system in its own right. This means that the system can continue functioning at 100% capability even when disconnected from the Central Control System, e.g. when "off-line", the system continues to allow only valid cardholders through their selected doors & at their authorised times. The controller will also store card and alarm events in the cyclical memory until communications are restored at which time, the controller will inform the main PC of all access control decisions made while off-line. The full range of PLAN multi-door controllers can be mixed and matched throughout an installation as required. The XP2M, 2-door (2-reader), controller is a high specification access control system designed for use with any of the wide range of card/PIN readers available. It can control 50,000 personnel as standard as part of a network using theV9.x central control software. Standard door alarm monitoring features include an input for the controlled door, with outputs to indicate when doors have been forced open or left ajar. Each XP2M features 3 extended alarm inputs for monitoring third-party equipment and standard alarm input devices (such as PSU Failures, door contacts and PIR's). The system memory and real-time clock both have on-board battery backup. The XP2M has been designed as a convenient retro-fit unit and is supplied as a PCB module for installation into existing enclosures. The panel can make use of existing infrastructure such as card readers, PSU’s and cables. The optional 3-Amp PSU also has an output for the connection of a rechargeable battery to maintain operation of the system in a complete power failure. The XP2M has the power to perform the most demanding access control tasks plus the inherent flexibility to make light work of simpler jobs.

For more information visit aperiogateway.com or call +44(0)1322 370777

Typical PLAN Access Control System Schematic – Direct IP/Ethernet

Data

base, M

S-S

QL, O

racle

,

MyS

QL, oth

ers

Optional H

elp

Desk

Vis

iPLA

N K

iosk a

pp.

(Vis

itor

Regis

tration o

r

Self E

nro

lment)

Lin

ks to C

CTV

, H

R,

Stu

dent D

ata

, V

endin

g,

T&

A, Logic

al A

ccess,

Active D

irecto

ry e

tc.

Fir

ew

all

Industr

y S

tandard

TC

P/IP

Desk-t

op A

dm

in P

C’s

RELATED PART NO‘S xPLAN400

xPLAN400/PSU xPLAN400/PSU/ip

DESCRIPTION xPLAN400 4-door access control unit with extended A larm Monitoring FEATURES: 4 card reader inputs, 16 supervised extended alarm inputs, >50,000 Card holders, 128 Local Time Profiles, Fire Alarm override input, Shut-down and override profiles, RS422/RS485/TCPIP LAN and WiFi communications options, LCD/Keypad for Local programming interface, Support for multiple reader formats, Built-in 3.0 Amp PSU charger, Time controlled Door Operation (Free/Bolt/Card plus PIN), 5-Year Warranty.

At the heart of every PLAN system, is a network of xPLAN field control units. To maintain the highest level of system fault tolerance, each controller is a complete, fully functional, 1, 2 or 4 door integrated access control and alarm monitoring system in its own right. This means that the system can continue functioning at 100% capability even when disconnected from the Central Control System, e.g. when "off line", the system continues to allow only valid cardholders through their selected doors & at their authorised times. The controller will also store card and alarm events in the cyclical memory until communications are restored, at which time, the controller will inform the main PC of all access control decisions made while off-line. xPLAN400/200 and xP1M controllers can be mixed and matched throughout an installation as required. The PLAN400, 4-door, controller is a high specification access control system designed for use with any of the PLAN range of card/PIN readers. The system can be used in stand-alone mode, or, as part of a network using the xPLAN central admin software. It can control over 50,000 personnel as standard (with upgrade options available for larger numbers). For stand -alone applications, programming of the xPLAN400 is achieved using the integral keypad and LCD with a system of self prompting menus. Standard door alarm monitoring features include an input for each controlled door, with outputs to indicate when doors have been forced open or left ajar. Each xPLAN400 features 16 extended alarm inputs for monitoring third party equipment and standard alarm input devices (such as door contacts and PIR's). These circuits are supervised with end of line resistors to prevent tampering or bypass attempts. The system memory and real-time clock both have on-board battery backup. The 3-Amp PSU also has an output for the connection of a rechargeable battery to maintain operation of the system in a complete power failure. The PLAN400 has the power to perform the most demanding access control tasks plus the inherent flexibility to make light work of simpler jobs. Any user, at any time, has the option to take advantage of the xPLAN network facility and connect their system(s) to a PC running xPLAN software which can control hundreds of doors at different locations from a central point.

TECHNICAL SPECIFICATION: Enclosure Construction Powder coated lockable steel cabinet Dimensions 370mm (H) x 360mm (W) x 140mm (D) Weight 8.25 Kg Power Input 100 240v ~ 1.6A 50/60 Hz Output Integral 12vDC PSU/Charger unit fused @ 3.0 Amps

Reader Supply Power 0.8A @ 5v DC (200mA per reader port - adjustable +5 %) or 12vDC direct* Lock Supply Power 2.0A @ 12vDC (4 x switched negative supply electronically fused at 500mA per lock output)*

* See connection diagrams for further information

Environmental Operating Temp 0 oC to +40 oC Storage -10 oC to +50 oC Humidity 10% to 80% (non-condensing relative humidity) Interfaces Communications RS422/RS485/RS232/TCP-IP Reader Interface Wiegand or 'Clock and Data' Protection Over voltage protection and transient suppression on all inputs. Sales/Support Contacts For more information visit xplan.com or call 01322 370777

PLAN400 PRODUCT OVERVIEW: The PLAN400 controller is designed to be a flexible 4-door access control system, capable of stand -alone or networked operation. The system can control up to 50,000 personnel (expandable), has 128 time profiles and alarm monitoring options on all 4 doors with four separate alarm output relays. Each unit features 16 extended alarm inputs for monitoring third party equipment and standard alarm input devices (such as door contacts and PIR's). These circuits are supervised with an end of line resistor to prevent tampering or bypass attempts. The real-time clock and system memory are both battery backed on the circuit board and using the built-in PSU charger option (if fitted) all systems are also backed up against mains failure. Mains supplies are filtered and suppressed to protect against noise and surges. When off-line, events are logged in the system RAM and the last 2000 transactions will be buffered until they can be up-loaded to the host system when comms is restored. A local information review option allows event log and detailed configuration data to be viewed or downloaded to a PC (via an RS232 port). Four 12vDC electronically fused switched negative lock outputs are provided… these are rated at 500mA per door. A separate supply is easily installed for higher powered strikes or different voltage requirements and voltage free contacts (1.25 A @ 30vDC) are available as a standard built-in alternative. The xPLAN400 controller is housed in a lockable steel cabinet, with provision for cable entry through the rear panel or side walls. Inside the circuit board, keypad and display are mounted on a removable inner lid. All external connections to the main board utilise demountable terminal blocks. The system is compatible with most types of card reader… technologies supported range from Mag-stripe, Wiegand Swipe and Proximity through the more sophisticated Biometric and Contactless Smart Card solutions. The controller has built-in enhanced support for the latest in multiple-reading long range RFID tagging.

iCLASS® 13.56 MHz contactless smart cards and readers make access control more powerful, more versatile and offer enhanced security through data encryption and mutual authentication between the card and reader.

iCLASS readers are user-friendly, delivering the same convenience and reliability of HID’s world-renowned Prox technology, with state-of-the-art features, driven by evolving industry requirements.

Upgrading from Prox to iCLASS technology has never been so simple. All iCLASS readers provide the same wiring connections, low-current consumption and 5 to 12 volt operation as our Prox readers. Additionally, you can transfer your Prox format and user identification numbers to iCLASS credentials, making the change completely transparent to your access control system.

Key FeaturesFormat Portability - Upgrading is completely transparent since the same Prox format and user identification numbers are brought across to your iCLASS credentials, including HID Corporate 1000 formats. Also, Elite custom key program is available for a higher level of security.Secure - All RF data transmission between the card and reader is encrypted using a secure algorithm. By using industry-standard encryption techniques and advanced key management systems, iCLASS reduces the risk of compromised data or duplicated cards.Interoperability - iCLASS is based on international ISO interoperability standards providing compatibility with many popular card technologies (ISO 15693, ISO 14443A and ISO 14443B). Optimal Read Range Performance - An auto-tuning feature automatically adjusts the reader for optimal read range performance on any mounting surface.

13.56 MHz Contactless Smart Card ReadersPlug-n-play with new and existing access control systems

Simple Upgrades - iCLASS readers have the same wiring connections, same low-current consumption and same 5 to 12 volt operation as our Prox readers.

Multiple Applications - HID Connect offers over 70 technology partners which have embedded iCLASS technology into their products providing a single card solution for all your application requirements.

GSA approved - Included in the U.S. General Services Administration (GSA) FIPS 201 Approved Products List.

ACCESS flexibility.

iCLASS®

R10, R15, R30, R40 Readers13.56 MHz Contactless

Security 64-bit authentication keys are extremely secure. Readers and cards require matching keys to function. All RF data transmission between the card and reader is encrypted using a secure algorithm. The key management system reduces the risk of compromised data or duplicated cards.

Elite Custom Keys Custom keys provide the highest level of security, where cards and readers are uniquely matched to individual sites or customers, and are non-interchangeable. Combining Elite custom keys with our Corporate 1000 can offer companies a scalable solution that can be implemented in facilities worldwide.

Audiovisual Indication Audio sounder provides various tone sequences to signify access granted, access denied, power up and diagnostics. Visually impaired cardholders can easily distinguish between access granted and access denied. A high-intensity light bar provides a clear visual status indication in red, green or amber, even in bright sunlight. Note: Light bar will illuminate amber when a FIPS 201 / PIV card is

read.

Features

ACCESS experience. hidglobal.com

© 2009 HID Global Corporation. All rights reserved. HID, the HID logo, and iCLASS are trademarks or registered trademarks of HID Global in the U.S. and/or other countries. All other trademarks, service marks, and product or service names are trademarks or registered trademarks of their respective owners. Rev. 05/2009

R10 R15 R30 R40

* Model Numbers

6100B (Wiegand)6108B (Clock-and-Data)

6109B (Transit)

6140A (Wiegand)6148A (Clock-and-Data)

6149A (Transit)


6119B (Transit)


6129B (Transit)

** Read Range iCLASS Card : Up to 3.25”

iCLASS Key/Tag : Up to 1.5”MIFARE / DESFire Card (CSN) :

Up to 2.0”

iCLASS Card: Up to 3.5”iCLASS Key/Tag : Up to 1.5”

MIFARE / DESFire Card (CSN) : Up to 2.0”

iCLASS Card : Up to 4.0”iCLASS Key/Tag : Up to 2.0”


iCLASS Card : Up to 4.25”iCLASS Key/Tag : Up to 2.0”


Mounting The R10 and R15 are physically our smallest readers and are ideally suited for mullion-mounted door installations, U.S. single-gang J-box or any flat surface

(Reader will not cover junction box).

The R30 is 83.8 mm (3.3”) square reader is designed to mount to and cover standard European and Asian back

boxes.

The R40 is designed to mount and cover single gang switch boxes primarily used in the United States and includes a slotted mounting plate for European and Asian

back box spacing.

Dimensions 1.90” x 4.04” x .90” 4.83 cm x 10.26 cm x 2.86 cm

1.9˝ x 6.10” x .90˝ 5.0 cm x 15.5 cm x 2.5 cm

3.30” x 3.30” x .85” 8.38 cm x 8.38 cm x 2.16 cm

3.30” x 4.80” x .95” 8.38 cm x 12.19 cm x 2.41 cm

Power Supply 5-16 VDC, Linear supply recommended

Current Requirements 50/75 mA @ 12 VDC

Operating Temperature -31º to 150º F (-35º to 65º C)

Operating Humidity 5% to 95% relative humidity non-condensing

Transmit Frequency 13.56 MHz

Cable Distance Wiegand/Clock-and-Data Interface 500ft (150m) 22 AWG

Card Compatibility

•15693 - read only; 2k bit (256 Byte), 16k bit (2k Byte), 32k bit (4k Byte) iCLASS credentials, CSN•14443B - read only; 2k bit (256 Byte), 16k bit (2k Byte), 32k bit (4k Byte) iCLASS credentials

•14443A - read only; MIFARE® and DESFire (serial number)US Government PIV

FeliCa IDm

Environmental IP55

Certifications UL294/cUL (US), FCC Certification (US), IC (Canada), CE (EU), C-tick (Australia, New Zealand), SRRC (China), MIC (Korea), NCC (Taiwan), MIC ( Japan), iDA (Singapore), RoHS

Housing Material UL94 Polycarbonate

Warranty Warrantied against defects in materials and workmanship for life. (See complete warranty policy for details.)

* Consult How To Order Guide for specific ordering instructions**Dependent upon installation conditions.

Easily Interfaced The reader’s Wiegand output easily interfaces with most existing Wiegand and Clock-and-Data protocol access control panels. The reader reads standard proximity format data from HID iCLASS® cards and will output data as encoded. When reading ISO 14443A cards (MIFARE®/ DESFire®), the reader can be configured to output 26-bit, 32-bit (MSB), 32-bit (LSB), 34-bit, 40-bit or 56-bit Wiegand formats based on the CSN (card serial number).

Indoor/Outdoor Design Rugged, weatherized polycarbonate enclosure, designed to withstand harsh environments, provides reliable performance and resistance to vandalism.

OptionsColors - Black or Gray Key Management - Standard or CustomSelectable Output Type (for MIFARE cards)Termination Options: 18” Pigtail or Terminal StripProgrammable LED/Beeper operation Accessory - Security Tool; 04-0001-03Transit - Enable FeliCa IDm(Please see “How to Order Guide” for a description of optionsand associated part numbers).

MKT-R10_R15_R30_R40_B_DS-ENFor best results, pleaseprint on recycled paper.

HID Global Offices:

Europe, Middle East & AfricaHaverhill Business Park Phoenix Road Haverhill, Suffolk CB9 7AE England Tel: +44 (0) 1440 714 850Fax: +44 (0) 1440 714 840

Asia Pacific19/F 625 King’s RoadNorth PointIsland EastHong KongTel: +852 3160 9800Fax: +852 3160 4809

CorporateNorth America 15370 Barranca PkwyIrvine, CA 92618 U.S.A.Tel: 1 800 237 7769 Tel: +1 949 732 2000Fax: +1 949 732 2360

Latin AmericaCircunvalacion Ote. #201 B Despacho 2Col. Jardines del MoralLeon 37160, Gto. MexicoTel: +52 477 779 1492Fax: +52 477 779 1493

The multiCLASS™ family of card readers is designed for customers upgrading their current card system from the most popular proximity technologies to iCLASS® credentials. With the RP40, RPK40 and RP15 readers, the customer has the ability to transition to smart cards over time while incorporating the use of multiple card technologies within a single building or across multiple facilities.

The multiCLASS reader line provides enhanced security through mutual authentication and data encryption. HID, Indala and other popular proximity technologies are supported by multiCLASS. Save on system configuration costs by keeping system upgrade simple. Whether reading proximity, iCLASS or multi-technology cards, identical user identification data formats are sent to the panel. Unlike competitor products, HID multiCLASS readers support all HID and Indala Proximity formats, including Corporate 1000, long and FlexSecur.

Only the multiCLASS family of products provides true iCLASS security, the ease of proximity technology, the power of smart cards and the confidence of choosing HID, the worldwide leader in access control.

Unique Read Selection Enable iCLASS, proximity or both technologies at the same time. Multiple data outputs available when multi-technology card is presented depending on preference. Configuration cards configure the reader to custom installation requirements. Reads: 125 kHz – HID, Indala or AWID Proximity

13.56 MHz – iCLASS, ISO 15693 CSN (MyD, ICODE, Tag-it), ISO 14443A CSN (MIFARE® DESFire®), US Government PIV, ISO 14443B CSN, FeliCa™ IDm, CEPAS CAN or CSN

Seamless Upgrade Same HID and Indala Proximity reader features and format compatibilities.Matching Reader and Credential formats for EM4102 and iCLASS.

Same wiring, power and interface as many popular proximity readers in the market today. All Corporate 1000 formats can be migrated. For additional security, our iCLASS Elite program is available with iCLASS credentials. Wiegand or Clock-and-Data outputs easily interface with existing access control panels.The RPK40 combines a contactless card presentation with a personal identification number (PIN) to support dual factor authentication of identity.The RP15 is a mullion form factor drop-in replacement for the HID MiniProx.

13.56 MHz Contactless and 125 kHz Proximity Card Readers • 6125, 6136, 6145

Simple Migration – From the most popular proximity technologies to iCLASS®.

GSA-approved – Included in the U.S. General Services Administration (GSA) FIPS 201 Approved Products List.

Dual Factor Authentication (RPK40 only) – Combine contactless card presentation with a PIN.

ACCESS upgrade.

multiCLASS ™ RP15, RP40 and RPK40 Readers

MULTI-TECHNOLOGY

TRANSITION SOLUTION

13.56 MHz Contactless

ACCESS experience. hidglobal.com

64-bit authentication keys are extremely secure. Readers and cards require matching keys to function. All RF data transmission between the card and reader is encrypted, using a secure algorithm. The key management system reduces the risk of compromised data or duplicated cards.

Custom keys provide the highest level of security, where cards and readers are uniquely matched to individual sites or customers, and are non-interchangeable. Combining Elite custom keys with our Corporate 1000 can offer companies a scalable solution that can be implemented in facilities worldwide.

Audio sounder provides various tone sequences to signify access granted, access denied, power up and diagnostics. Visually impaired cardholders can easily distinguish between access granted and access denied. A high-intensity light bar provides a clear visual status indication in red, green or amber, even in bright sunlight. (Note: Light bar will illuminate amber when a PIV/FIPS 201 card is read.)

Features

© 2010 HID Global Corporation. All rights reserved. HID, the HID logo, and iCLASS are trademarks or registered trademarks of HID Global in the U.S. and/or other countries. All other trademarks, service marks, and product or service names are trademarks or registered trademarks of their respective owners. Rev. 04/2010

RP40 multiCLASS™ Reader RPK40 multiCLASS™ Reader with Keypad

RP15 multiCLASS™ Mullion-mount Reader

*Model Number6125C (Wiegand)

6123C (Clock-and-Data)6124C (Transit)

6136C (Wiegand)6133C (Clock-and-Data)

6134C (Transit)

6145C (Wiegand)6143C (Clock-and-Data)

6144C (Transit)

**Read Range

iCLASS Card: 4.0 - 4.5” (10.2 - 11.4 cm) iCLASS Key/Tag: 1.0 - 2.0” (2.5 - 5.0 cm)

HID Prox ISO Card: 2.5 – 3.5” (6.5 - 9.0 cm) HID Prox Clamshell Card: 3.5 – 4.0” (9.0 - 10.0 cm)

HID Prox Keyfob/Tag: 1.0 – 2.25” (2.5 - 5.5 cm) Indala Proximity ISO Card: 1.5 – 2.0” (4.0 - 5.0 cm)

Indala Proximity Clamshell Card: 1.75 – 2.25” (4.5 - 5.5 cm) Indala Proximity Keyfob/Tag: 1.0 – 1.75” (2.5 - 4.5 cm)

iCLASS Card: 3.5 – 4.25” (9.0 - 11.0 cm)iCLASS Key/Tag: 1.0 – 1.5” (2.5 - 4.0 cm)

HID Prox ISO Card: 2.5 – 3.5” (6.5 - 9.0 cm) HID Prox Clamshell Card: 3.5 – 4.0” (9.0 - 10.0 cm)HID Prox Keyfob/Tag: 1.25 – 1.75” (3.2 - 4.5 cm)

Indala Proximity ISO Card: 1.5 – 2.0” (4.0 - 5.0 cm)Indala Proximity Clamshell Card: 1.75 – 2.25” (4.5 - 5.5 cm)

Indala Proximity Keyfob/Tag: 1.0 – 1.25” (2.5 - 3.2 cm)

iCLASS Card 3.0 - 3.25” (7.5 - 8.3 cm)iCLASS Key/Tag: 1.0 – 1.5” (2.5 - 4.0 cm)

HID Prox ISO Card: 2.5 – 3.5” (6.5 - 9.0 cm) HID Prox Clamshell Card: 3.5 – 4.0” (9.0 - 10.0 cm)HID Prox Keyfob/Tag: 1.25 – 1.75” (3.2 - 4.5 cm)

Indala Proximity ISO Card: 1.5 – 2.0” (4.0 - 5.0 cm)Indala Proximity Clamshell Card: 1.75 – 2.25” (4.5 - 5.5 cm)Indala Proximity Keyfob/Tag: 1.0 – 1.25” (2.5 - 3.2 cm)

Mounting

A three-part reader makes installation easier. Mounting plate attaches to U.S./EU/Asian back box, 52-60 mm screw hole spacing (vertical or horizontal), or to any flat surface. Reader body fits onto mounting plate. Cover fits over reader body,

secured with a screw. An auto-tuning circuit provides consistent read ranges on various mounting surfaces with

minimal reduction on metal surfaces.

Mounting plate attaches to U.S./EU/Asian back box, 52-60 mm screw holespacing (vertical or horizontal). Keypad

reader housing latches onto mounting plate, secured with a screw. An optional spacer can be used for surface mount installations. Mounting on metal can affect optimal read

range and we recommend the use of our spacer to maxi-mize read range.

Mounting plate attaches to mullion, door frame, U.S. single-gang J-box or any flat surface. (Reader will not cover junc-

tion box.) Reader body snaps onto mounting plate, secured with a screw. Identical mounting holes as the HID MiniProx.

Dimensions 3.3” x 4.8” x .95” (8.4 cm x 12.2 cm x 2.4 cm) 3.3” x 4.8” x 1.05” (8.4 cm x 12.2 cm x 2.7 cm) 6.1” x 1.9” x 0.9” (15.6 cm x 4.8 cm x 2.3 cm)

Weight 8.8 oz (249.5 g) 9.1 oz (258 g) 5.9 oz (166 g)

Power Supply 5 to 16 VDC. Linear supply recommended

*** Current Requirements 55 mA AVG, 141 mA PEAK @ 12 VDC 85 mA AVG, 169 mA PEAK @ 12 VDC 55 mA AVG, 114 mA PEAK @ 12 VDC

Operating Temperature -31º to 150º F (-35º to 65º C)

Operating Humidity 5% to 95% relative humidity non-condensing

Transmit Frequency 125 kHz and 13.56 MHz

Cable Distance Wiegand/Clock-and-Data Interface 500 ft (150 m) 22 AWG

Card Compatibility

125 kHz Proximity• HID or Indala proximity cards, keyfobs, and tags • AWID Credentials • EM4102 Credentials

13.56 MHz contactless smart cards• ISO 15693 - read only; 2k bit (256 Byte), 16k bit (2k Byte) and 32k bit (4k Byte) iCLASS Credentials, serial number

• ISO 14443A - read only; MIFARE and DESFire® (serial number) • ISO 14443B - read only; 2k bit (256 Byte), 2k bit (256 Byte), 16k bit (2k Byte) and 32k bit (4k Byte) iCLASS Credentials, serial number • FeliCa IDm, CEPAS CAN/CSN • US Government (PIV) ****

Certifications UL294/cUL (US), FCC Certification (US), IC (Canada), CE (EU), C-tick (Australia, New Zealand), SRRC (China), MIC (Korea), NCC (Taiwan), MIC ( Japan), iDA (Singapore), RoHS

Housing Material UL94 Polycarbonate

Environmental IP55

Family Model RP40N-6408-300, RP40D-6408-300,RP15N-6407-300, RP15D-6407-300, 6136AxN, 6136AxD and 6136AxA

Warranty Warrantied against defects in materials and workmanship for life. (See complete warranty policy for details.)

*Consult How to Order Guide for specific ordering instructions.**Dependent upon installation conditions*** Add 25 mA to AVG current when reader is populated with HID Prox module; add 40 mA to AVG current when reader is populated with Indala Prox module.**** iCLASS RPK40 Revision C readers are not currently approved for FIPS 201 functionality. See iCLASS RPK40 Revision B readers for US Government compliant readers.

Easily Interfaced The reader’s Wiegand output easily interfaces with most existing Wiegand protocol access control panels. The reader reads standard HID format data and will output data as encoded. When reading MIFARE® cards, the reader can be configured to output 26-bit, 32-bit, 34-bit, 37-bit, 40-bit, or 56-bit Wiegand formats, based on the card serial number.

Indoor/Outdoor Design Rugged, weatherized polycarbonate enclosure, designed to withstand harsh environments, provides reliable performance and resistance to vandalism. A tamper switch in reader housing facilitates the notification of a tamper alarm.

OptionsColors - Black or Gray Key Management - Standard or EliteSelectable Output Type (for MIFARE cards)Termination Options: 18” (46 cm) PigtailProgrammable LED/Beeper operation Accessory - Security Tool; 04-0001-03Prox - HID and AWID or IndalaTransit - Enable FeliCa IDm

Security

MKT-iCLASS_RP-SERIES_C_DS-EN

Elite Custom Keys

Audiovisual Indication

HID Global Offices:

Europe, Middle East & AfricaHaverhill Business Park Phoenix Road Haverhill, Suffolk CB9 7AE England Tel: +44 1440 714 850Fax: +44 1440 714 840

Asia Pacific19/F 625 King’s RoadNorth PointIsland EastHong KongTel: +852 3160 9800Fax: +852 3160 4809

CorporateNorth America 15370 Barranca PkwyIrvine, CA 92618 U.S.A.Tel: 1 800 237 7769 Tel: +1 949 732 2000Fax: +1 949 732 2360

Latin AmericaCircunvalación Ote. #201 B Despacho 2Col. Jardines del MoralLeon 37160, Gto. MexicoTel: +52 477 779 1492Fax: +52 477 779 1493

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