technical manual - part 1 - pegasys-2 · 2018. 3. 5. · supplied operating instructions. - insert...

Technical Manual - Part 1Assembly and Operating Instructions

For all PegaSys Components

Intelligent Access Control

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Contents

1. PegaSys Terminals .................................................................................................................. 4

1.1 Functional descriptions ......................................................................................................................... 4

1.2 Technical specifications ........................................................................................................................ 51.2.1 Fitting ....................................................………..………….....……………….............................................. 51.2.2 Dimensions ...........................................………..………….....……………….............................................. 6

1.3 Assembly and installation ..................................................................................................................... 71.3.1 Preparations for installation ......................………..…......……..…............................................................. 81.3.2 Mounting to timber doors .............................…..………………................................................................ 101.3.3 Mounting to profile doors, screw-on mounting for special doors ............................................................ 131.3.4 Battery change/battery life ...........................................………................................................................ 141.3.5 Changing the lever handling ................………..………………................................................................ 151.3.6 Mounting with inside battery case ..........................………..……………….............................................. 16

1.4 Operating instructions ............………..……....…………..............………..................…........................ 181.4.1 "Teach in" series .............………..……............…...………....................................................................... 18

PegaSys "Teach in" audible and visual signals ....................................................................................... 201.4.2 RFID Series ............………..………......…………………......................................................................... 22

Card types ...............………..………......………............……….…........................................................... 26PegaSys audible and visual signals ....................................................................................................... 28

1.5 Maintenance .....................……..……….…….............………….................…......................................... 361.5.1 Cleaning instructions .......................………...…..........……………………..............…............................. 30

1.6 Project planning ....................……….....…….............………….................…......................................... 31

2. Electronic Locking Cylinders .……….………….................................................................... 32

2.1 Introduction .......................……..…………….………............................................................................ 32

2.2 Short description ...................………..………….……….........…….......................…............................. 32

2.3 Scope of delivery ..................……..………………….……............…...................................................... 332.3.1 Electronic double knob cylinder, type 1, booking possible on one side .................................................. 332.3.2 Electronic half cylinder, type 2 ................................................................................................................ 332.3.3 Electronic double knob cylinder, type 3, booking possible on both sides ............................................... 342.3.4 Electronic furniture lock, type 4 ............................................................................................................... 342.3.5 Cylinder adapter ...................................................................................................................................... 35

2.4 Technical specifications ........………..………………………................................................................. 36

2.5 Installation/dismantling .....................………..…..…..............….......................…………...................... 372.5.1 Installing the cylinder body ...................................................................................................................... 372.5.2 Installing the knob module ...................................................................................................................... 372.5.3 Dismantling the knob module .................................................................................................................. 38

2.6 Operation ......................................………..………....................................………………….................... 392.6.1 Short-time release ................................................................................................................................... 392.6.2 Daily release ........................................................................................................................................... 40

2.7 Batteries .........................................………..……...................................…………………….................... 412.7.1 Low-power adapter ................................................................................................................................. 412.7.2 Battery change ........................................................................................................................................ 422.7.3 Furniture lock .......................................................................................................................................... 432.7.4 Special signals ........................................................................................................................................ 45

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1. PegaSys Terminals

1.1 Functional descriptions

PegaSys "Teach in", max. 100 users (P 100)

• Stand-alone terminals with card• Programmable without software• Without logging

PegaSys RFID (P 100 / 300)

• Stand-alone terminals with card • Standard software: PegaSys 3000 Version 2.x• With logging• Authorisation on the credential, Network on Card®

• Writing door opening authorisations• Real time online at unlocking reader / door terminal

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1.2 Technical specifications

1.2.1 Fitting

Electronic Lockbox with coupling mechanics and reversing technology

Adapter for squarespindles

Lever spindle

Stainless steel housing Battery case

Stainless steel mounting plate for screw-on mounting and bolt-through mounting

The fittings are supplied with lever handles from the NT 181/EST 41, NT 191/EST 51,NT 291/EST 21, NT 1182/EST 1141, NT 1292/EST 1121 or 1171 series, or with pivotedsupport and additional square spindle set.

The door lever and the stainless steel exterior door plate are connected with each otherby a plain bearing with minimum tolerance and a retaining ring; a stable and mainten-ance-free construction.

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1.2.2 Dimensions

Interior door fittings PegaSys TerminalsPegaSys 2.1

for narrow profile doorsPegaSys 2.1

Lever series

Lever series fornarrow profile doors

181 series

1182 series

291 series

1292 series

191 series

1171 series

Total weight: PegaSys B 2.1, approx. 1600 gPegaSys S 2.1, approx. 1400 g

Available backset: ≥ 30mmSquare spindles: 7, 8, 8.5, 9 and 10mmCentre-to-centre 70, 72, 74, 78, 85, 88, 90 and 92mmdistance:

Protection category: Corresponds to IP 54Temperature range: -20°C . . . +60°CRel. humidity: up to 95% }Basic requirement:

Inside battery case and weather-protected case

French versionGerman version

for narrow profile doors

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1. Required tools- Cordless screw driver- Flat-bladed screw driver- Phillips screw driver- Torx screw driver- Drill, 7mm - Square hole

(from left)

2. Optional tools- Drilling template, long plate (German)- Drilling template, long plate (France)- Drilling template, short plate, rose fitting- Mounting cylinder- Flexible square hole, 3mm- Flexible screwdriver for Pin Torx- Cover plate lifter

(from left)

3. Mounting rack

1

2

3

1.3 Assembly and installation

1.3.1 Preparations for installation

4. Tool box

4

1.3.1 Preparations for mounting Scribing templates included in scope of supply!

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1 2

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Checking the door's drilled hole with calliper or gauge: Min. Ø 23mm: - If the double-profile cylinder is visible in the fitting after mounting,

mind. Ø 28mm: - If opened through the battery case in

case of an emergency, exterior fittingwithout key perforation (hidden)

- In the event of screw-on or suspensionmounting

Checking the length of thescrews, as per the table

Checking the cylinder lengthThe profile cylinder must jut out byat least 27 – 31mm (exterior fitting)and by at least 8 – 12mm (interiorfitting).

length of the screws Door thickness (TS)

45mm 37 – 41mm50mm 42 – 46mm55mm 47 – 51mm60mm 52 – 56mm65mm 57 – 61mm70mm 62 – 66mm75mm 67 – 71mm80mm 72 – 76mm85mm 77 – 81mm90mm 82 – 86mm95mm 87 – 91mm

100mm 92 – 96mm

1.3.1 Preparations for installation

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1.3.2 Mounting to timber and metal doors

1 2

Drilling door leaf for rose fitting- Set the hole gauge in acc. with the

supplied operating instructions.- Insert the hole gauge into the mortise

lock. - Drill 7 mm hole from both sides. Repeat drilling 4x for rose fittings!

3 4

Drilling door leaf for short plate- Set the hole gauge in acc. with the


lock. - Drill 7 mm hole from both sides.

Repeat drilling 2x for short plate!

Drilling door leaf for long plate (Germany)- Set the hole gauge in acc. with the

supplied operating instructions.- Insert the hole gauge into the mortise lock.

- Drill 7 mm hole from both sides.Repeat drilling 3x for long plate!The lower hole is not standardised.

Drilling door leaf for long plate(France)- Set the hole gauge in acc. with the


lock. - Drill 7 mm hole from both sides.

Repeat drilling 2x for long plate!

5 6

Lever spindle- Insert the square spindle into the lock follower (pin of the spindle on the PegaSys side, thin wall towards the lock).

- Hang fitting onto the pin of the spindleand position it against the door leaf.

Screwing on the interior fitting- With the supplied screw set, screw

on the rose fitting and plate sub- structures until they are hand-tight.

- Screw tight the set screw in the inte-rior lever handle, make sure that it isflush.

- Clamp on rose or plate covering.

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Installation of the profile cylinder - After aligning the PegaSys fitting with the mounting cylinder, install the lock cylinder.

Installation of the round cylinder- Insert the round cylinder from the in-

side and fasten it.- Fasten the interior lever handle with

the fitting.


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9

Function check - mechanical components- The gap between front metal and

striking plate should range between 2mm and 5mm.

- Use the key and check the reversingfunction.

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1.3.3 Mounting to profile doors, screw-on mounting for special doors

1 2

3

Drilling the door for the "long plate"narrow frame fitting- Slip the scribing template on the square spindle, bring it into line withthe vertical edge of the door and fix itin this position with adhesive tape.

- Mark the two drill holes and drill 7mm hole from both sides. Please note: Alternatively the holegauge can also be used. The lowerhole is not standardised.

Hanging in the narrow frame fitting- Insert the square spindle into the lock

follower (pin of the spindle on the PegaSys side, thin wall towards thelock).


Drilling the door for the "oval rose" narrow frame fitting- If no threaded holes are available yet,

centre the scribing templates and moun-ting plate in the lock follower by means of the centring gauge.

- Align the scribing template.- Mark the drill holes and drill the hole

pattern. The existing fastenings can be used for the interior fitting.

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1.3.4 Battery change/battery life

2

Battery change at the narrow frame fitting- Insert the unlocking key and remove

the battery case. - Remove old batteries and insert new

batteries in accordance with the regulations.

- Push the battery case back in until it clicks into place.

Battery change of inside battery- Loosen the battery case covering onthe inside and open the battery case.

- Remove old batteries and insert newbatteries in accordance with the regulations.

- Close battery case and install coveragain.

Battery change on the wide PegaSys - Insert the unlocking key and removethe battery case..

- Remove old batteries and insert newbatteries in accordance with the regulations. .

- Push the battery case back in until itclicks into place..

We recommend using the followingbattery types:

B 2.0 + 2.1: Energizer Lithium L91 AAS 2.0 + 2.1: Energizer Lithium L92 AAA

Battery life:PegaSys B2.x: Recommendation: Battery change aftertwo years.

PegaSys S2.x: Recommendation: Battery change afterone and a half years.Ambient temperatures, number of bookings per day, reading processesand data formats can influence thesespecifications.

1

3

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1.3.5 Changing the lever handling

1

- Use a flat-bladed screw driver to loosenthe adapter screw and then pull off theadapter.

- Separate the lock box from the squarespindle and rotate the lever handle andlock box by 180 degrees.

- Fasten the lock box and the adapter(opening at the bottom) again by tightening the screw.

- Reposition the wedges at the sides.

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1.3.6 Mounting with inside battery case / Variant 1: self-lockingfor outside area

1 2

Mounting the two-sided wide PegaSys onto the door- From the inside, tighten both base

plates onto each other. - Lead the battery cable of the interiorfitting to the outside through a drilledhole.

- Hook in the interior door plate. - Position the lever handle of the

interior door plate correctly. - Push in the square spindle from the

exterior door side through the doorlock and into the interior lever handle.

- Connect the battery cable to the electronics cable.

- Mount the exterior door plate onto thebase plate.

Mounting the two-sided narrow PegaSys onto the door- From the inside, tighten both base

plates onto each other. - Lead the battery cable of the interior

fitting to the outside through a drilledhole.

- Hook in the interior door plate. - Position the lever handle of the interior door plate correctly.

- Push in the square spindle from the exterior door side through the doorlock and into the interior lever handle.

- Connect the battery cable to the electronics cable.

- Mount the exterior door plate onto thebase plate.

AA-Batteries AAA-Batteries

For outside area : - the battery case always must

be mounted on the door inside.

Product code for the self-locking option:3050 008 000

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1.3.6 Mounting with inside battery case / Variant 2 with inserted nutsfor outside area

3 4

Single-sided, wide PegaSys- Drill holes in the door as described in

chapter 1.3.2 / 1-4. . - Determine an appropriate location

below the cover plate of the interior fit-ting and establish a connection to thefitting.

- Lead the battery cable through the dril-led hole to the outside and connectwith the electronics.

- Insert the square spindle into the lockfollower (pin of the spindle on the PegaSys side, thin wall towards thelock).


- With the supplied screw set, screw onthe rose fitting and plate substructuresuntil they are hand-tight.

- Screw tight the set screw in the interiorlever handle, make sure that it is flush.

- Clamp on rose or plate covering. - Attach the battery case cover below theinterior fitting.

This variant is only possible in com-bination with AAA batteries!

Product code for the self-locking option:3050 009 000

Single-sided, narrow PegaSys- If no threaded holes are available yet, centre the scribing templates and mounting plate in the lock follower bymeans of the centring gauge.

- Align the scribing template, mark the drill holes and drill the hole pattern.

- The existing fastenings can be usedfor the interior fitting.

- Align the backplate of the exterior fit-ting and bolt it to the door. .

- Fasten the lever handle of the interiorfitting.

- Position the lever handle of the interiordoor plate correctly and, from the ex-terior side of the door, push thesquare spindle through the door lockand into the interior lever handle.

- Lead the battery cable from the insideto the outside and connect with theelectronics cable.

- Hook in the fitting and bolt it intoplace.

- Position and fasten the covering.

This variant is only possible in com-bination with AAA batteries!

only AAA-Batteriesonly AAA-Batteries

1.4 Operating instructions

1.4.1 "Teach in“ series, proximity terminal with master initialisation card (P 100)

Properties:• Up to 100 credentials can be enrolled per terminal.

• A credential can be enrolled at as many terminals as required..

• With the master initialisation card, it is possible to: enrol newcredentials, delete some/ all of the credentials, and adjust the'door open' time.

• If the battery is almost empty, unlocking of the door will be delayed. During this time,the orange LED is on.

• The master initialisation card can only be enrolled if a reset has been implemented.For this purpose use the reset button on the rear side.

• No data is written to these credentials.

• Credential data and settings stored in the memory are retained when the batteries arechanged.

Enrolling a master initialisation cardA new master initialisation card can be enrolled by means of a hardware reset. A newenrolment procedure will automatically delete a master initialisation card that had possi-bly been enrolled before. User credential data that have been enrolled up to now, aswell as the set 'door open' time, is retained.

For this purpose, press the reset button arranged on the rear side of the terminal, holdthe master initialisation card in front of the reading unit, and then release the reset button again. As soon as the enrolment process for the new master initialisation card is finished, the status LED lights green for about three seconds.

Enrolling new user credentialsThis function allows enrolling new credentials. If a credential is enrolled twice, it is savedas credential with toggle function.

Hold the master initialisation card to the reading unit and wait until the status LED flas-hes green. The green status LED then flashes for ten seconds and the enrolment modestarts. If a user credential is held to the reading unit while the terminal is in enrolmentmode, it is enrolled. In order to confirm the enrolment of a standard credential, the greenstatus LED flashes three times. It lights green for about three seconds if a credential withtoggle function is enrolled.Afterwards you are able to enrol another credential if it is presented to the reading unitwithin ten seconds time. If the maximum number of credentials specified for this terminal is achieved, the red sta-tus LED flashes four times.

Deleting individual user credentials from the lockThis function allows deleting credentials that have already been enrolled.Hold the master initialisation card to the reading unit and wait until the status LED flas-hes green. The green status LED then flashes for ten seconds and the enrolment mode

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starts. Hold the master initialisation card again to the reading unit and wait until the sta-tus LED lights red for about three seconds. The terminal changes over to 'single' deletemode.The LED now flashes in red for 10 seconds. If you hold a user credential to thereading unit during this time and wait until the red status LED flashes twice, the creden-tial is deleted. Afterwards you are able to delete another credential if it is presented tothe reading unit within ten seconds time.

Deleting all user credentialsHold the master initialisation card to the reading unit and wait until the status LED flas-hes green. The LED now flashes in green for 10 seconds. Hold the master initialisationcard again to the reading unit and wait until the status LED lights red for about three se-conds. The terminal changes over to 'single' delete mode. The LED now flashes in redfor 10 seconds. If, during this time, the master initialisation card is now held to the rea-ding unit for at least five seconds, all user credentials that have been enrolled up to thattime are deleted. While the master initialisation card is held to the reading unit, the LEDlights red. The red status LED flashes five times to confirm that the credentials havebeen deleted.

How to adjust the 'door open' timeThis function allows adjusting the time during which the door can be opened if a stan-dard credential is used. The default setting is three seconds.If you want to change this default setting, hold the master initialisation card to the rea-ding unit. Do not remove it, but wait until the following happens: The status LED lightsgreen for about three seconds. Subsequently the LED flashes orange, in intervals of onesecond. If the card is removed after the first orange signal, the new 'door open' timeamounts to one second. If it is removed after the second flash, the 'door open' timeamounts to two seconds and so on up to 60 seconds.

How to use user credentials with standard functionIf an enrolled credential is held up to the reader unit, it opens for the specified time pe-riod. The green status LED flashes three times while the door is open. Afterwards, thedoor is automatically locked again.

If the door is already in the 'permanently open' mode, the green status LED lights threetimes to indicate that the door is already open.In this case, a credential with activated toggle ('permanently open') function is needed tolock the door again.

How to use user credentials with toggle ('permanently open') functionIf an enrolled credential of this type is presented to the reading unit, the green statusLED flashes three times. If the credential is removed while the LED is flashing, the dooropens as if a standard credential was used.If you hold the credential to the reading unit for more than three seconds or until the dooropens, the door status changes (i.e. the door remains 'permanently open' until anothercredential is presented to the reading unit) and the LED lights green for three seconds. If the door is already open, it is locked.

Unauthorised credentialsIf someone tries to open the door with an unauthorised credential, the red LED flashesthree times.

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1-5 seconds

PegaSys "Teach in" audible and visual signals

Door opening using the single door opening function

Meaning: A credential with 'single' door opening function was used to open the door. Thismessage also appears if the door status is already set to "permanently open".

Door opening using the standard/ʻtoggleʼ (door permanently open) function

Meaning: A standard/ʻtoggleʼ credential (permanently open) was used to lock the door.

Door locking using the standard/ʻtoggleʼ (door permanently open) function

Meaning: A standard/ʻtoggleʼ credential (permanently open) was used to lock the door.

No credential/no card in the antennaʼs range of action

Meaning: Although being activated, the electronics was not able to read a credential/card in front of the terminal.

Remedy: Present the card/credential for a second time to the reader.

Caution message to replace the battery

Meaning: The caution message depends on the credential type. The user is informed in duetime, i.e. if the battery voltage has dropped down to a specified level. If the batteryis empty, neither another 'low battery voltage ' message is given nor is the userable to perform any bookings. This 'low battery voltage' message is only shown if auser credential is used for identification.

Remedy: Replace the empty batteries by new ones.

No permission

Meaning: The presented credential has not been authorised to be used at this terminal.Remedy: Where applicable, change the access authorisation assigned to this credential.

Special signals:

· ·· · · ·· · · ·· ·

Enrollment mode (up to ten seconds)

Meaning: If the terminal is in enrolment mode and if there is no credential to be enrolled within the antenna's range of action, the LED flashes green for ten seconds.

Delete mode (up to ten seconds)

Meaning: If the terminal is in delete mode, and if there is no credential to be deleted withinthe antenna's range of action, the LED flashes red for ten seconds.

User information from 2.1

Credential recognition from 2.1 - Card authentication and enrolling

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Setting mode for 'door open' time (up to sixty seconds)

Meaning: The master card is presented to the reading unit while the electronics is in setting modefor adjusting the 'door open' time.

Confirming message - 'single' opening function

Meaning: The credential to the enrolled has been saved with the 'single' opening function.· ·· · · ·· · · ·· ·

Confirming message - 'permanent' opening function

Meaning: The credential to the enrolled has been saved with the 'permanent' opening function.························

User credential was deleted

Meaning: The user credential was deleted· ·· · · ·· ·

Memory for the user credentials is full

Meaning: A maximum possible number of user credentials has already been enrolled. It is not possible to enrol more credentials.

· ·· · · ·· · · ·· · · ·· ·

All user credentials were deleted

Meaning: All user credentials enrolled up to now were deleted.· ·· · · ·· · · ·· · · ·· · · ·· ·

Explanations:

· ·· ·

· ·· ·

· ·· ·

Red LEDRed LED with audible signalGreen LEDGreen LED with audible signalOrange LEDOrange LED with audible signalBlue LED Blue LED with audible signal· ·· ·

1.4.2 "RFID" Series (P 200 / 300)

System DescriptionPegaSys 3000 V.2.x is an efficient state-of-the-art software package used in the administration of PegaSys terminals.A customised user interface provides functions allowing the user to easily configure electronic door terminals and wall mount readers, assign access authorisations and write data to credentials.

The most important functions provided by the PegaSys 3000 V.2.x administration software are:

• Convenient personnel administration including the associated cre-dential management

• Administration of terminals using a broad range of configurationoptions

• Creation of time windows for specific user groups• Initialisation of terminals, production of access credentials• Printing of various lists

Door opening options

Standard openingIf a valid user credential is held to the reading unit of a terminal, the door can be openedas many times as desired within the preset time (e. g. 3 seconds). After this timeout, thedoor is locked and cannot be opened again. If the door is already in the 'permanentlyopen' mode (due to activating the 'toggle' mode or a time model), the green status LEDblinks three times to indicate that the door is already open. A door that has been openedthis way cannot be locked with a standard credential.

Standard/toggle ('permanently open') functionThe LED flashes three times if a user credential with activated standard/toggle functionis held to the reading unit. If the credential is removed while the LED is flashing, the dooropens as if a standard credential was used. The door status changes if you fail to re-move the credential while the LED is still flashing, or if the door is unlocked. The remains'permanently open' until another credential with activated 'permanent opening function' ispresented to the reading unit. If the door is already open, it is locked.

Toggle function ('permanently open')If a user credential with activated toggle function is held to the reading unit, the LEDemits a single long green flash and the door is opened permanently. If the door wasopen already, it is closed and the LED emits a single long red flash.

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Door opening on the basis of a time modelTime models allow the administrator to define the days of the week and the time atwhich a door is automatically opened and locked again. It is also possible, to determinethat the door is locked automatically, but has to be opened manually.Restrictions caused by a time modelTime models may also be used to restrict the access authorisations of persons by defi-ning the access points (terminals) and the time (day of the week and time).

Summary:

Single door authorisation <-> Group authorisationIf an access authorisation is assigned to a credential allowing its holder to open a speci-fic door, a so-called single-door authorisation is used. To assign access authorisation toa credential allowing its holder to open several doors, combine all these terminals andcreate a group. A so-called group authorisation for this group of doors is then assignedto this credential. Up to 16 single-door authorisations or up to 1024 door groups (depending on the available storage capacity) can be assigned to a credential.

Door locked

Door permanently open Door open

Automatic locking

Standard card

Toggle cardTime model

Toggle cardTime model

Format 2.0 Mifare und Legic:Door

GroupSingleDoors

RequiredBytes

Sectorsneeded

SegmentSize

256 2 48 1 70256 4 52 2 74256 8 60 2 82256 16 76 2 98512 2 80 2 102512 4 84 2 106512 8 92 2 114512 16 108 3 130768 2 112 3 134768 4 116 3 138768 8 124 3 146768 16 140 3 162

1024 2 144 3 1661024 4 148 4 1701024 8 156 4 1781024 16 172 4 194

Format 2.1(3.1) Mifare und Legic:Door

GroupSingleDoors

RequiredBytes

Sectors-needed

SegmentSize

216 2 48 1 70256 4 57 2 79256 8 65 2 87256 16 81 2 103512 2 85 2 107512 4 89 2 111512 8 97 3 119512 16 113 3 135768 2 117 3 139768 4 121 3 143768 8 129 3 151768 16 145 4 167

1024 2 149 4 1711024 4 153 4 1751024 8 161 4 1831024 16 177 4 199

Format 1.0: 2/256 (48 byte): All reading processes

Format 2.x Hitag: 2/256 (48 byte): 2.0: 2/240, 2.1: 2/200

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Possible data formats and required storage capacity

Terminal

Object codePersonalised door number

Personalised door groupsCurrent date, timeToggleTime modelBlocking listBooking memory

Credential

Object codeSingle door authorisation 1Single door authorisation 2

Authorised door groupsValidity period from - to

ToggleTime model

Sequence lock (optional)The sequence lock allows you to automatically block credentials that have been lost. This option is available for the so-called single authorisation 1. If a credential with single authorisation 1 is held up to the respective terminal, the terminal reads the "validity date" of the credential and saves it. As soon as the next credential with the same single door authorisation 1 ispresented to this terminal, the following happens:

• If the date is later than the one stored in memory, the latest 'valid from' date is savedand the door can be opened.

• If the ʻvalid fromʼ date is the same as the one that has been stored, access is allowed.• If the ʻvalid fromʼ date is older than the one stored last, access is denied.

This is a very convenient system if a person is given a single-door authorisation 1 forone door. If, however, several persons have credentialsto which the same single authorisation 1 was assigned, only one of them can be registered with the latest 'valid from' date and the others are rejected. Please note, it is the date and not the time that is material to the sequence lock. The 'valid from' datestored in the terminal memory can be reset by an initialisation process.

Credential authenticationIn order to give you an idea on what authentication at a terminal is all about, please referto the following:

From a terminal's point of view, authentication is as follows:• Several backup procedures ensure that only credentials assigned to a specific object

are accepted at the associated terminals. Is there a match between your object codeand the one of the credential?

• Is there a match between one of the single door authorisations and the personalised door number?

• Is your door number on the list of authorised door numbers?• Are todayʼs date and time within the validity period from - to?• Do you want to have a time model included?• Is the credential on the blocking list?

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Switchover to daylight saving time, leap yearThe terminals automatically switch between daylight saving time and standard time. Switching over is effected in compliance with the "Directive 2000/84/EC of the EuropeanParliament and of the Council of 19 January 2001 on summer-time arrangements".

The changeover between daylight saving time and standard time can be switched off forcountries outside the EU.The terminals can also recognise a leap year without requiring a specific initialisation.

How to block credentialsIf a credential gets lost, the administrator marks it as blocked. A blocking list card allowsdownloading the numbers of all blocked cards from the host computer to the terminals. A blocked credential can simply be activated again, if the administrator removes it fromthe list. All you have to do now, is to use your blocking list card and download the up-dated list to the terminals.

The read/ write unitThe read/ write unit allows writing data to and reading data from user credentials and system cards. For this purpose, connect the read/write unit to the host PC, put the ap-propriate card on the unit and start the desired procedure by clicking the respective button.

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Card types

User credentials (credentials)These are user-specific chip cards (e. g. Mifare or LEGIC) with at least 48 bytes memoryfor storing user data including all authorisations assigned to this card holder. Data canbe written to these credentials by means of the software of the validation readers.

Facility cardOnly the credentials and terminals assigned to a specific object should be working at thisobject. The object-specific data is downloaded from the facility card and transferred tothe installed software when the program is started for the first time. After that time, thiscard is only needed to reinstall the software.As the facility card contains all the access codes assigned to this specific object, it is recommended to keep it in safe deposit.

Door initialisation cardThis card transfers all the necessary terminal data, such as: door number, door groups,door opening times, door functions, date, time, and time models. The door initialisationcard is programmed for only one terminal. As the time stored on the card is not continu-ously updated, the door terminal is initialised on the basis of the date and time that waswritten to the card. Data uploaded from a door initialisation card will not get lost after apower failure.

Time model cardThe time initialisation card uploads the date and the time defined when the card wascreated as well as all the time models stored on card to the door terminals. Use this cardeither immediately after its creation or at the specified time and hold it to the reading unitof the door terminal. If you do not use the same time models for all the terminals, youhave to write a separate time initialisation card for each door group.

Time initialisation cardThe time initialisation card transfers the date and the time specified at the time when thecard was created. Use this card either immediately after its creation or at the specifiedtime and hold it to the reading unit of the door terminal. A time initialisation is required after power failures.

Blocking list cardIf a credential has been lost and must, therefore, be blocked, you have to earmark it asbeing blocked in the P3000 V.2.x software. All blocked credentials are entered to a 'blocking list'. The blocking list card is used to download this list from the higher-rankinghost computer to the door terminals. As the card does not contain any terminal-specificdata, it can be used at all door terminals. The data of credentials that are blocked andwhose validity has already expired are not written to the blocking list card. If a blockedcredential has to be reactivated, you have to disable the blocking via the card admini-stration software and download the updated list to the terminals using the blocking listcard.

- 26 -

Upload cardThis card allows you to read all the booking data stored in the terminal's memory andupload this data to the higher-ranking host computer. If you hold this system card to thereading unit, the booking data is transferred from the terminal to the card.

The status LED lights orange while the data is transmitted. If the data transfer has suc-cessfully been completed, the LED flashes green twice. An upload card has a capacityto buffer up to 190 (140 if Mifare and 32 if Hitag is used) of the 2,000 bookings, i.e. several upload cards are needed to read all the data from the terminal's memory. Thebookings recorded last are transmitted first. Once the booking data has successfullybeen written to the upload card, it is deleted from the terminal's booking memory. The booking data is then transferred from the card to the higher-ranking host computer.While being transmitted to the host computer, the booking data is deleted on the card.

Diagnostics cardWith the diagnostics card, an authorised service technician can read out the internal diagnostics memory.

How to ProceedAs regards new objects, we recommend proceeding as follows:• Definition of door groups• Definition of time models• Definition of terminals• Definition of the required credentials• Initialisation of terminals• Programming of credentials

- 27 -

- 28 -

1-5 seconds

PegaSys Audible and Visual Signals "RFID" (P 200 / 300)

Standard Door Opening Function

Meaning: A credential with 'single' door opening function was used to open the door. Thismessage also appears if the door status is already set to "permanently open".

Booking data entry: Valid booking performed at a single door or at a door group

Door opening using the standard/door permanently open function

Meaning: Door was opened either with a standard/toggle credential (with 'permanent dooropening' function), or on the basis of a time model.

Booking data entry: Toggle open

Door locking using the standard/door permanently open function

Meaning: Door was locked either with a standard/toggle credential (with 'permanent door opening' function), or on the basis of a time model.

Booking data entry: Toggle closed

Read/ write confirmation for system cards

Meaning: Data has successfully been read from or written to a system card.

Caution message to replace the battery

Meaning: The caution message depends on the credential type. The user is informed in duetime, i.e. if the battery voltage has dropped down to a specified level. If the batteryis empty, neither another 'low battery voltage ' message is given nor is the user able to perform any bookings. This 'low battery voltage' message is only shown if auser credential is used for identification.

Remedy: Replace the empty batteries by new ones.

No card in the antennaʼs range of action

Meaning: Although being activated, the electronics was not able to read a card in front of the terminal.

Remedy: Present the card for a second time to the reader.Booking data entry: This attempt is neither recorded nor entered to the booking memory.

Read/ write error

Meaning: Failed to read data from or write data to a system card.Remedy: Present the system card for a second time to the reader.Booking data entry: This attempt is neither recorded nor entered to the booking memory.

Special signals:

· ·· · · ·· ·

Invalid access authorisation

Meaning: This PegaSys credential does not have any valid access authorisation.Booking data entry: Credential blocked, invalid authorisation, credential no longer valid or booking

outside time window.Remedy: Where applicable, change the access authorisation assigned to this credential.

· ·· · · ·· · · ·· ·

User information from 2.1 - Card authentication and enrolling

User information from 2.1

Signal for toggle function

Signal for toggle function

- 29 -

Invalid time

Meaning: The terminal does not know the current time.Remedy: Create a time initialisation card and initialise it at the door terminal.

· ·· · · ·· · · ·· · · ·· ·

Missing door initialisation

Meaning: Failed to initialise the terminalRemedy: Create a door init card and initialize it at the terminal.

· ·· · · ·· · · ·· · · ·· · · ·· ·

Missing facility data

Meaning: Failed to initialise this terminal to meet the object-specific requirements.Remedy: Use the facility card and initialise the terminal for a second time.

· ·· · · ·· · · ·· · · ·· ·

Data Transmission

Meaning: The orange LED is on to show that a data communication is established between a system card and a reader unit. The duration depends on the amount of data to be transmitted. Afterwards, the user is informed whether the read/write procedure has beencompleted successfully, or not.

Explanations:

from PegaSys 2.1 hardware

· ·· · · ·· ·

· ·· ·

· ·· ·

· ·· ·

· ·· ·

Red LEDRed LED with audible signalGreen LEDGreen LED with audible signalOrange LEDOrange LED with audible signalBlue LEDBlue LED with audible signal

Low battery warning levelsLevel 1: Red LED (1 sec.) + corresponding booking signal (only with service flag).

Level 2: Red LED (3 sec.) + audible signal + corresponding booking signal.

Level 3: Red LED (5 sec.) + corresponding booking signal.

After a battery change or during initial operation, the positive battery status is written to five diffe-rent user credentials (from data format 2.1). When the battery status changes (low), the negative battery status is also written to the user cre-dentials five times.The same happens if the battery status changes (low) or for a change from good -> low or low -> good.

- 30 -

PegaSys fittings are made of top quality stainless steel. This stainless steel is extremelydurable and is featured by a smooth, matt-finished surface and a high resistance againstwear and tear, corrosion and abrasion.Please observe the instructions given below to avoid damaging the naturally formed pro-tective coating when handling or cleaning stainless steel products.

Do not use any ferritic auxiliaries such as steel wool, brush or abrasive paper to repairdefects on the steel surface. These materials can damage the protecting passive layerthat has been formed on the steel surface. It is there where the surface begins to cor-rode.

Professional installation and the use of adequate fasteners prevent natural, atmosphericexposure corrosion. Do not use screws that were made of or anodised with less noblemetals as fasteners.

Stainless steel products have to be cleaned at regular intervals if you want to preventimpurities or rust depositing on the surface. Simply clean the surface using adequate detergents and sufficient water for rinsing.

Besides regular cleaning, we recommend applying an additional protective coat on thesurface using adequate, commercially available preservative agents or caring oil.

We recommend testing the effect of highly aggressive fluids or chemical solutions priorto using them on stainless steel products. If in doubt, contact the manufacturer.

1.5. Maintenance

1.5.1 Cleaning instructions

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: 2

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78

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13

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- 31 -

1.6 Project planning

- 32 -

2.1 Introduction

2. Electronic Locking Cylinders

Easy-to-install, highly flexible and yet safe – these are outstanding features of this state-of-the-artelectronic locking cylinder. With the PegaSys electronic cylinders, you have purchased a cost-effective and integrable solution.

Use electronic identification media such as e.g. credentials or easy-to-handle key tags as "keys".

What else makes the PegaSys locking cylinders so unique: They "communicate" with the PegaSys RFID access control systems. Utilise available employee credentials and data stock from your access control system. Conveniently analyze the recordeddata. Write complex settings to the locking cylinders in a convenient way. The lock cylinder is functionally equal to the PegaSys.

2.2. Short description

Type 1 Type 2 Type 3 Type 4

Double-knob lockingcylinder with one electronic knob (brass, nickel-plated)

Double-knob lockingcylinder with two electronic knobs(brass, nickel-plated)

Furniture lock withknob (brass, nickel-plated)

Half cylinder with oneelectronic knob(brass, nickel-plated)

Standard length 26/26mm to max. 70/70mm (in 5mm steps)

Standard length 30/35mm (smallest unit)to max. 70/70mm

(in 5 mm steps)

Standard length30/10mm to max. 70/10mm (in 5 mm steps)

The most importantcomponents:

· Electronic knob side

· Mechanical knob side

· Cylinder body

· Fixing screw

· Batteries


· Two electronic knobsides

· Cylinder body

· Fixing screw

· Batteries

-



· Furniture lock adapter



· Cylinder body

· Fixing screw

· Batteries

- 33 -

2.3 Scope of delivery

2.3.1 Electronic double knob cylinder, type 1, booking possible on one side

+- +-

Mechanical knob

Cylinder body

Knob module

Two batteries

2.3.2 Electronic half cylinder, type 2

+- +-

Knob module

Half cylinder body

Two batteries

- 34 -

2.3.3 Electronic double knob cylinder, type 3, booking possible on both sides

+- +- +

- +-

Knob module

Cylinder body

Four batteries:

2.3.4 Electronic furniture lock, type 4

+- +-

Knob module

furniture lock adapter

Two batteries

- 35 -

2.3.5 Cylinder adapter

Cylinder

Half cylinder

Antipanic cylinder

Cylinder, CH round

Half cylinder, CH round

2.4 Technical specifications

- 36 -

Dimensions (in mm)

Cylinder

Cylinder

Dimensions of the cylinder for Euro profile locks according to DIN 18254

40 x 41

Mechanical knob 29,5 x 20

Power supply

Batteries

Battery life expectancy

Two lithium batteries per electronic knob, type CR2, 3 V

Storage life 4 years (approx.)

Open when battery isempty

Possible at any time - external power source required (low-power adapter).

Environmental conditions

Operating temperature

Storage temperature

-25 °C to 65 °C

-40 °C to 85 °C

Installation location Indoor and outdoor areas (depending on product design). In the event ofuse in outdoor areas, the general outdoor conditions must be checked.

Protection category IP 65

Also see "Low power adapter" .......................................................................................................................... 41

Contrary to the PegaSys door terminal and wall terminal (reset button), a new objectcan only be enrolled after a battery reset (within two seconds).

recommendation: Battery change after one and a half years. Ambient temperatures, number of bookings per day, reading processesand data formats can influence these specifications.Warning: In the case of Legic, this only applies for devices without wake-up circuit.

2.5.2 Installing the knob module

2.5 Installation/dismantling

Preliminary notes:• The cylinders come from the factory in the form of unassembled modules.• On delivery, the knob module is in the factory state and must be programmed before initial

operation/installation.• Information on programming and read media can be found in the PegaSys software manual.• All of the described proceedings always relate to a programmed knob module.• In the version for Mifare and Legic transponders, the knob must be "woken up" by turning it before

every step.

2.5.1 Installing the cylinder body

� Step 1: Remove the fixing screw and dismantle the existing cylinder body.

� Step 2: Insert the cylinder body and secure it with the fixing screw.

- 37 -

Typ 2, type 3, type 4For type 2, 3 and 4, the same workflow as for type 1 apply analogously.

Knob module switches to disassembly mode.

� Step 3: Insert the knob module into the cylinder body while turning it.

� Step 4: Reset the disassembly mode, i.e. hold the disassembly card or an authorised credentialin front of the knob module.

Type 1

� Step 1: "Wake up" the knob module by turning it on (if necessary).

�Step 2: Hold the disassembly card in front of the knob module.

Important:Before assembling the knob module, always check the freedom of movement of all components.

- 38 -

2.5.3 Dismantling the knob module

Type 2, type 3, type 4For type 2, 3 and 4, the same workflow as for type 1 apply analogously.

Knob module switches to disassembly mode.

� Step 3: Turn the knob module until the emergency power contacts are in the 9 o'clock position.

� Step 4: Disassemble the knob by turning it back and forth slightly while simultaneously pulling itgently.

Type 1� Step 1: "Wake up" the knob module by turning it on (if necessary).� Step 2: Hold the disassembly card in front of the knob module.

- 39 -

2.6 Operation

• For operation, appropriate credentials are required (transponder card, key or key tag).• The cylinders come from the factory in the form of unassembled modules.• On delivery, the knob module is in the factory state and must be programmed before initial

operation/installation.• Information on programming and read media can be found in the PegaSys software manual.• All of the described proceedings always relate to a programmed knob module.• Depending on the reading process, it might be necessary to "wake up" the knob by turning it.

2.6.1 Short-time release

oder

Type 1

Hold the authorised credential in front of the knob module.

A visual signal sequence indicates that the knob module is in release mode.

After the preset release time, the knob module returns to idle mode, i.e. it can turn freely again wit-hout latching/unlatching.


Also see the section on PegaSys signals.Special Signals: .................................................................................................................................. 45

or

- 40 -

2.6.2 Daily release (toggle function)

Type 1

� Hold the credential in front of the knob module until two visual-acoustic signal sequences indicatethat the locking cylinder has been permanently released.

A visual signal sequence indicates that the knob module is in release mode.

Remark regarding type 1: For this function, a credential with "permanent authorisation" is required. Further details can be found in the PegaSys software manual.

Warning: The locking cylinder is now permanently engaged, and the door can be opened and closed without a credential.

oder

� To remove the permanent function, repeat the procedure..


Also see the section on PegaSys signals.Special Signals ................................................................................................................................. 45

or

- 41 -

Type 1Using the low-power adapter, the knob module can be supplied with voltage externally at any time, so that all functions can be performed, even if the batteries are empty.

Procedure:� Insert the low-power adapter.

In doing so, ensure the correct alignment of the contact pins of the low-power adapters towards theemergency power contacts of the knob module:

� If the alignment is correct and the batteries are empty, an acoustic signal is heard.

Align the contacts with higher precision if necessary (in the case of adapters that are pushed on),i.e. hold the knob module and slightly turn the adapter.


2.7 Batteries

2.7.1 Low-power adapter

Additional step for 2.1 hardware 3-LED technology:With the suction cup, the front cover (small coverplate) can be removed

- 42 -

Type 1

� Step 1: "Wake up" the knob module by turning it on (if necessary).

� Step 2: Hold the battery replacement card in front of the knob module:

The knob module switches to battery replacement mode. The cover locking pins of theknob module are unblocked.

� Step 3: Push in the locking pins with the battery replacement tool simultaneously and remove the cover:

� Step 4: Replace the batteries:

(if the polarity is incorrect, there is no signal)

� Step 5: Repeat steps 1 and 2

2.7.2 Battery change

- 43 -

� Step 6: Push in the locking pins and reattach the knob module cover:

Ensure that the locking pins engage correctly with the cover.

� Step 7: Exit battery replacement mode, i.e. hold the battery replacement card or anauthorised transponder in front of the knob module:


Also see the section on special signals.Special Signals: .................................................................................................................................. 45

2.7.3 Furniture lock

Disassembly

� � �

- Loosen and remove the screw(s) with which the exterior knob is secured. (A)- Pull off the exterior knob. If there is a sleeve (shown with dashed lines), it also has to

be removed. (B)- Loosen the fastening screws of the furniture lock and remove the furniture lock. (C)

- 44 -

General information- Usually fits on all customary furniture locks with a 7 mm square hole.- Suitable for a door leaf thickness of 13 to 20 mm (depending on the respective lock

type).

Installation- Use figure B to check which lock type is equipped and accordingly turn the spindle of

the furniture lock adapter until it stops. (B)

- Use the supplied screws to fasten the knob module together with the furniture lock adapter. Make sure that, after the screws have been tightened, the screw heads areflush with the door leaf. If this is not the case, countersinks have to be made for thescrew heads. (C)

- Attach the furniture lock to the door leaf again, with the appropriate screws. Make surethat the spindle of the furniture lock adapter correctly fits into the square hole of the furniture lock and that it is in the basic position (dead bolt retracted) (D).

��

�

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if than

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- 45 -

2.7.4 Special signals

Function Acoustic signal Visual signal

Idle mode –

–

(Rot)

(Rot blinkend)

–

Start of programming mode

End of programming mode

Read mode (after waking)

Coupling error

–

–

Legend:

: Longer and deeper beep

: Shorter and higher beep

: LED lights up

: LED is flashing

See alsoBattery change ................................................................................................................................. 14Short-time release ............................................................................................................................. 39Daily release (permanent (toggle) function)........................................................................................ 40

(red)

(is flashing)

- 46 -

- 47 -

Ingersoll Rand Security TechnologiesBescott Crescent, WalsallWest Midlands WS1 4DL. UKTel.: +44 (0) 1922 707400Fax: +44 (0) 1922 707481www.pegasys.ingersollrand.com

Ingersoll Rand’s Security Technologies Sector is a leading global provider of products and services that make environments safe, secureand productive.The sector’smarket-leading products include electronic and biometric access-control systems; time-and-attendanceand personnel scheduling systems; mechanical locks; portable security; door closers, exit devices, architectural hardware, and steel doors and frames; and other technologies and services for global security markets.

www.ingersollrand.com

EDV-Nr. 3050132400 /01/01-2011

technical manual - part 1 - pegasys-2 · 2018. 3. 5. · supplied operating instructions. - insert...

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