ipu-8, 1-reader orbit, 2-reader orbit, i/o orbit · pdf file3 ipu-8, 1-reader orbit, 2-reader...

Keyprocessor® BV

IPU-8, 1-reader Orbit,2-reader Orbit, I/O Orbit

Installation instruction

Keyprocessor® BVAmsterdam, Juli 2008

Doc. IPU8022ENProd. V. 1.00

Rev. 04

IContent

Content

1 Introduction 1

................................................................................................................................... 11.1 Keyprocessor

................................................................................................................................... 11.2 About the installation instruction

2 Installation 2

................................................................................................................................... 22.1 IPU-8

......................................................................................................................................... 3Certification 2.1.1

......................................................................................................................................... 4Connections 2.1.2

......................................................................................................................................... 5User interface 2.1.3

......................................................................................................................................... 6Power supply 2.1.4

......................................................................................................................................... 7Firmware updates 2.1.5

................................................................................................................................... 72.2 Orbit terminals

......................................................................................................................................... 81-reader Orbit, 2-reader Orbit 2.2.1

......................................................................................................................................... 9I/O Orbit 2.2.2

......................................................................................................................................... 9Certification 2.2.3......................................................................................................................................... 10Connections 2.2.4......................................................................................................................................... 10Power supply 2.2.5

................................................................................................................................... 102.3 Installation diagnosis

......................................................................................................................................... 11Environment instellingen 2.3.1

......................................................................................................................................... 12Test profi device communications and functionality 2.3.2

3 Technical specifications 16

................................................................................................................................... 163.1 Technical specifications of IPU-8

................................................................................................................................... 193.2 Technical specifications 1-Reader Orbit

................................................................................................................................... 203.3 Technical specifications 2-Reader Orbit

................................................................................................................................... 213.4 Technical specifications I/O Orbit

4 Appendix 23

Index 0

1 IPU-8, 1-reader Orbit, 2-reader Orbit, I/O Orbit

1 Introduction

1.1 Keyprocessor

Keyprocessor BV

Paasheuvelweg 201105 BJ Amsterdam

TelephoneSales: 020-4620700Service: 020-4620740

FaxSales: 020-4620799Service: 020-4620753

E-mail: [email protected]: http://www.keyprocessor.com

In case of malfunctions, please contact your dealer.

1.2 About the installation instruction

This installation instruction is to be used with IPU-8, 1-reader Orbit, 2-reader Orbit,I/O Orbit. IPU-8 is the abbreviation for 'iProtect Processing Unit - 8'. It is thesuccessor of the Stellar.

Amsterdam, Juli 2008.

http://www.keyprocessor.com

2Installation

2 Installation

2.1 IPU-8

iPU-8 (iProtect Processing Unit - 8) is the new substation of Keyprocessor. It is thesuccessor of the Stellar. iPU-8 is provided with the ucLinux operating system. iPU-8has a 32bit 66MHz processor with 16MB RAM and 16MB Flash.

The iPU-8 is also provided with a fast 10/100 Ethernet interface. It is possible toenter a net mask.


iPU-8 is mounted in an aluminium profile, which can be clicked directly onto astandard 35 mm installation rail. The iPU-8 board is moulded into PUR syntheticresin.

Compatibility with iProtect:

Use iPU-8 with iProtect of at least version 6.03.20!

Compatibility with Stellar:

iPU-8 has the same connectors as Stellar ('plug-compatible'). Software of Stellardoes not run on the iPU-8. For the iPU-8 there are special software versionsavailable.

2.1.1 CertificationThe IPU-8 meets all requirements of CE and the rules set by the FCC. IPU-8 is anunintentional radiator and complies with titel 47 van de Code of FederalRegulations (CFR), part 15 B (computer devices).

Operation is subject to the following two conditions:

1. The device may not cause harmful interference;2. The device must accept any interference received, including interference that

may cause undesired operation.

The IPU-8 complies to the ‘Directive on the Restriction of the Use of CertainHazardous Substances in Electrical and Electronic Equipment 2002/95/EC’(RoHS).

4Installation

2.1.2 ConnectionsThe cabling, with iPU-8 as its centre, creates a star-network. This iPU-8 version isfully adapted to the cabling (UTP or STP) in a modern building with RJ45connectors.

The iPU-8 has 4 ports to enable its own control.

· '10/100 Base-T' serves for connecting to the network.

· 'PRT1' serves for connecting a pc or laptop on short distance (max. 15 meter).

· 'PRT2' serves for connecting a converter to bus-based systems like a parking line,entrance/exit terminals and cashier.

· 'Dig. Input' serves for connecting two tamper inputs (cabinet and cover).


You can connect maximal 8 terminals (1-reader Orbit, 2-reader Orbit or I/O Orbit)to the iPU-8.

Behind all connectors are diagnostic LEDs for a visual check.

2.1.3 User interfaceAn user interface like iProtect is required to ensure that a specific card gains accessat a specified card reader.

6Installation

2.1.4 Power supply

For the power supply there is the following option:· a 18V DC supply (1,6A for 100-240V)

iPU-8 is also equipped with a supply circuit for the correct power supply of arechargeable battery of 2 Ampere-hours. The power plug of IPU-8 is removable, sothat this can easily be disconnected from the supply during the installation phase.

Note:1. Use a 12 volt lead battery.2. The connection of the power supply (more than +15 Volt) to the battery input

of iPU-8 can seriously disrupt the supply circuit.3. The power supply of the iPU-8 must not be used as lock feed.

The two adc converters are used to measure the voltage of both the power supplyand the battery.

There are no longer jumpers on the iPU-8. The battery is charged continuously(except during the battery voltage measurement).

There is a LED indication (red/green) for the activity state of the emergency powersupply.


2.1.5 Firmware updatesFor making a new iPU-8 work with iProtect it has to be provided with a firmwareupdate. The firmware of a functioning iPU-8 is updated automatically.

Post of new firmware is executed through port 80.

· Make connection by PuTTY software· Login with: atlas and kp4700

Because iPU-8 receives software from the server, you have to check the connectionbetween them:· iprotect.iekey.com% ping <ip-address iPU-8><enter>· <ip-adres iPU-8> is alive (message if proper connection)· iprotect.iekey.com% dlpro77 <ip-address iPU-8><enter> (iPU-8 is provided

of software)

After the download it can take several seconds before the prompt appears again.· iprotect.iekey.com% ping <ip-address iPU-8><enter>· <ip-address iPU-8> is alive (message if proper connection)

2.2 Orbit terminals

Communication between IPU-8 and the terminal takes place via 4-ply RS422. Ofcourse, other cables can also be used, if a proper changeover to the RJ45-connectoris realised at IPU-8 and at the terminal.

In this module there are also ground cable interfaces, so that the RJ422communication is better protected against external influences.

The Orbits is mounted in an aluminium profile that can be clicked directly onto astandard 35 mm installation rail. The IPU-8 board is moulded into PUR syntheticresin.

A maximum cable distance of 1,200 metres can exist between iPU-8 and an Orbit.

8Installation

2.2.1 1-reader Orbit, 2-reader Orbit1-reader Orbit

The 1-Reader Orbit forms the reader interface for all digital card readers. 1-ReaderOrbit processes bits and bytes coming from the card reader into a recognisablecode. (For example, for the magstripe protocol this card data is STX ssss kkkk ETXIRC).

In addition, 1-Reader Orbit facilitates communication with IPU-8 according to theProfibus standard. 1-Reader Orbit has two solid state outputs and four digitalinputs, to be used for loop, button, closed-door-sensing or other applications. Thedistance to the card reader can be a maximum of 20 meter.

2-reader Orbit

The 2-reader Orbit connects two card readers. This 2-reader Orbit has two-timefour inputs and two-time two outputs. The profile in which the electronics are


mounted is 240 mm in length.

2.2.2 I/O Orbit

The I/O Orbit is an interface for digital inputs and outputs. Examples of applicationsof the I/O Orbit are loop, button and door-closed sensing, calling in emergencycentres or other applications.

The I/O Orbit is equipped with 12 inputs / outputs which can be configured usingthe appropriate software. It is possible to connect cables with pull relief and shieldto the aluminium profile of the I/O Orbit.

Communication between iPU-8 and the I/O Orbit takes place via RS422 using theProfibus protocol.

2.2.3 CertificationThe Orbits have been tested thoroughly by an independent institute and meet allCE-requirements.The Orbits comply to the ‘Directive on the Restriction of the Use of CertainHazardous Substances in Electrical and Electronic Equipment 2002/95/EC’(RoHS).

10Installation

2.2.4 ConnectionsMagnetic contacts and loop detectors can be connected directly to Orbit. Fourentrances are available for this purpose. Only limited cabling is required, as Orbit isinstalled such a short distance from a door or barrier.

Orbit has two outputs to link direct voltage (DC). One is used to control a door lock,while the second could, for example, be used to control a light or siren.

The outputs are solid-state relais which are always open in their resting state.

Recommendation: Apply a mechanical relay to control and open the door locks,when using closed-circuit current in High Security applications. When this kind ofrelay has been used, the doors will not be opened automatically in case the ReaderOrbit is somehow tampered with.

2.2.5 Power supplyFor the power supply there are the following options:· a 18V DC power (1,6A for 100-240V) · a 24V power via a built-in battery (1,8 A for 100-240V)

The earth of the input (230 V) is connected with the earth of the output.

The supply connection of the different Orbits is not removable.

The power supply can be used for the lock feed.

2.3 Installation diagnosis

An installation diagnosis is possible with a pc/laptop or a 'Orbit checker'.

For a diagnosis with a pc or laptop there is an installation diagnosis menu, 'iPU-8diagnostics'. It is not necessary to download all settings via a user interface. Afterconnecting the hardware, without an exchange being present, it can be checked,locally via a simple terminal in VT100 mode, whether all hardware is operational.There are many different programs, like Procomm, which can emulate a VT100terminal on a PC. Using a simple laptop, diagnostics can be logged in via the serialport in IPU-8.

The VT100 terminal is connected to the IPU-8 diagnostic RS232 port (SC00),whereby the serial communication of the terminal is set at 9600 baud, 8 databits, no parity and 1 stopbit.

When after starting up ucLinux the line ‘Hit any key within 5s to run IPU-8diagnostics...’ appears and a key is pressed within five seconds, then the


diagnostics programme is started.The main menu has the following appearance:

--- iPU-8 diagnostics V1.00 ---

1) Environment settings 2) Test serial ports (loopback) 3 Test profi-device communications 4) Test profi-device functionality 5) Show board revision and test diag leds & inputs 6) Test Power 7) Test EEPROM 8) Test RTC 9) Test Watchdog q) Start application r) Restart system

Enter menu option:

Screen 1: Main menu IPU-8 Diagnostics

Only options 1, 3, 4, 6, q and r are applicable for the installer.

2.3.1 Environment instellingenIf option 1 is selected from the main menu of the IPU-8 Diagnostics programme, itis possible to see and alter the environment options. The following options arerelevant:

· IP_ADDRESS - the IP-address of the IPU-8;· GATEWAY_ADDRESS - the gateway address if the communication passes via a

router;· NETMASK - for a distinction between the local Ethernet traffic and Ethernet

traffic via a router.

Note: to activate these settings reboot the system. Use option (r) and do notrestart IPU-8 by discharging the voltage.

EEprom system partition v1.04 (9 Dec. 2004)

SERIAL_NUMBER=58943 MACaddress=00:c0:30:01:e6:3f IP_ADDRESS=192.168.1.101 GATEWAY_ADDRESS=0.0.0.0 NETMASK=255.255.255.0

Hit any key to continue...

Screen 2: Overview Environment settings

Enter new environment setting : > IP_ADDRESS=192.168.1.55

12Installation

OK : <IP_ADDRESS=192.168.1.55>


Screen 3: Adding/altering environment setting

2.3.2 Test profi device communications and functionalityIf in the main menu of the IPU-8 Diagnostics programme option 3, Test profi devicecommunications, is chosen, the user is taken to the Profibus DP communicationtest screen (screen 4).This allows the user to set per port whether a Profibusappliance is connected and if so, which slave that is. Whether there iscommunication (connected/disconnected) can be found under CommunicationStatus. The identification number of the appliance in question, as well as thehardware and software version numbers, are also displayed on this screen.

--- Profibus DP communication test ---

Comm. status Ident no. Hw/Sw version ------------ --------- --------------- 1) Profi slave 1 Connected 0xfffd IE-ORBRD2 V1.03 2) Profi slave 1 Connected 0xfffd IE-ORBRD2 V1.03 3) Profi slave 1 Connected 0xfffd IE-ORBRD2 V1.03 4) No profi-dev. Disconnected 5) No profi-dev. Disconnected 6) No profi-dev. Disconnected 7) No profi-dev. Disconnected 8) No profi-dev. Disconnected

1..8) : toggle device type S) : toggle start/stop Q) : Quit

Screen 4: Profibus communication test

If in the main menu of the IPU-8 Diagnostics programme option 4, Test profi-devicefunctionality, is chosen, the user can test whether the connected equipment itself isfunctioning properly. The user is first asked to enter the port to which the applianceto be tested is connected. Next, the various types of equipment which can beconnected are displayed. In the next example option 2, Profi DP reader-2, has been selected:

--- Device functionality test ---

Enter the device to test 1..8) : 1

1) Profi DP reader-1 2) Profi DP reader-2 3) Profi DP io


Enter the device type : Profi DP reader-2

Enter slave no. 1)..4) (CR=1) : 1

MT interface or Wiegand interface [M/W] for reader 1 ? : M

MT interface or Wiegand interface [M/W] for reader 2 ? : M

Continue [Y] ? :

Screen 5: Device functionality test

In this screen the user is first asked to enter the slave number. In case of theappliance being a Parking Connection Board, a value between 1 and 4 can beentered. In all other cases, the slave number is 1. Then the user is asked to enter the interface type (MT or Wiegand). Finally, if it isconfirmed that all input is correct, and the user wants to continue, the next screenwill display the options and status of the selected appliance:

--- Profibus DP orbit reader test, no. 5 ---

1) Output R1-0: On 2) Output R1-1: On 3) Output R2-0: On 4) Output R2-1: On 5) RdrLED R1 6) RdrLED R2

Input R1-0: Off 128 Input R1-1: Off 128 Input R1-2: Off 128 Input R1-3: Off 128 Input R2-0: Off 128 Input R2-1: Off 128 Input R2-2: Off 128 Input R2-3: Off 128

reader : R1: 29748424 08 State : Data exch.

1)... : toggle output state or flash lezerled S) : stop

Screen 6: Device functionality test, options and status of a reader Orbit

In the screen above the in and outputs can be tested. Via keys 1 through 4 theoutputs can be turned on and off. It is possible to test the reader LEDs via key 5 or6 (five times turned on or off quickly). When a card is presented to one of the readers, the card data will be displayed inthe field Reader. R1 indicates that Reader 1 has been reading a card; R2 indicatesthat Reader 2 has read the card. The number against the card number that hasbeen read (here 08) records the number of digits the card number is composed of.

Note: The inputs and outputs on the 1-Reader Orbit and 2-Reader Orbit hardwareare numbered from 0. This numeration is taken up in iPU-8 Diagnostics. However,in the descriptions in the manuals that go with the diverse appliances thenumbering might start from 1.

When carrying out an I/O test, it is important the I/O direction, i.e. input or output,is set correctly. Next, press S, Start, to enter the selection and view the status.

--- Profibus DP orbit io test, no. 4 ---

Data direction Inputstate/cnt Output settings -------------- ---------- --- --------------- 1) Output On 128 On 2) Output On 128 On 3) Output On 128 On 4) Output On 128 Off

14Installation

5) Output Off 128 Off 6) Output On 128 Off 7) Output Off 128 Off 8) Output On 128 Off 9) Output On 128 Off A) Output Off 128 Off B) Output Off 128 Off C) Output Off 128 Off

State Data exch.

1..9,A..C) : toggle output state S) : stop

Screen 7: Device functionality test, options and status of an I/O Orbit

Via opton 5, Show board revision and test diag leds & inputs, in the main menu ofthe iPU-8 Diagnostics programme, the user reaches the Onboard Led Test menu(screen 8).The 2 inputs on the UTP connector (dig I/O) can be tested. When an input is madethe Board line will go from 1 to 0. When the input is disconnected it returns to 1.Connections:

7=GND8=GND5=Left LED; line 1; wall contact4=Right LED; line 0; cover contact

--- Onboard LED test ---

Board ID =1 Board line 0 =1 Board line 1 =1

Flashing LED4 to LED1 +++


Screen 8: Onboard LED test

Via option 6, Test Power, in the main menu of the iPU-8 Diagnostics programme,the user reaches the Power test screen (screen 9).

--- Power test ---


Vbatt = 13.2 V, Vpower= 20.8 V


Screen 9: Power test

Via option q, Start application, one can stop this iPU-8 Diagnostics programme.

Via option r, Restart system, one can restart the iPU-8 so that for example the newenvironment settings can become active.

16Technical specifications

3 Technical specifications

3.1 Technical specifications of IPU-8

HousingMaterials: Aluminium extrusion profile.

Electronics moulded in PUR resin.Dimensions: 240 x 120 x 30 mm (L x B x H).

Assembly Click onto a 35 mm assembly rail (NEN-EN 50022).

Control Via Keyprocessor system iProtect (version 6.03.20 orhigher).

CommunicationSwitchboard:

Ethernet port:Ethernet=Prt 1(From left)

1 Communication port for connection with the exchange:RJ45 socket (UTP-ethernet (TCP/IP)).

Pin 1 = transmit data + Pins 4 and 5 = not usedPin 2 = transmit data - Pin 6 = receive data –Pin 3 = receive data + Pins 7 and 8 = not usedLeds 1 and 2 on board behind the connector indicateincoming or outgoing communication.

'PRT 1':Console RS232 PRT1:

Console=Prt 2(From left)

1 Diagnostic port for connection with PC or laptop:RJ45 socket (RS232), maximum distance 45 foot.Pin 1 = CTS in Pin 4 = TXPin 2 = RTS out Pin 5 = RXPin 3 = do not connect Pin 6 = do not connectPins 7 and 8 = GNDLeds 1 and 2 on board behind the connector indicateincoming or outgoing communication.

'PRT 2':RS232 PRT2:

RS232=Prt 3(From left)

1 Communication port for connection with PC:RJ45 socket (RS232), maximum distance 45 foot.Pin 1 = CTS in Pin 4 = TXPin 2 = RTS out Pin 5 = RXPin 3 = do not connect Pin 6 = do not connect Pins 7 and 8 = GNDLeds 1 and 2 on board behind the connector indicateincoming or outgoing communication.

'Dig. input':Digital entry 1 and 2:

DigIN=Prt 4(From left)

1 Port with RJ45 socket:Pin 4 = dig in 0Pin 5 = dig in 1Pins 7 and 8 = GNDThe leds on-board behind the connector indicate wetherthe digital ports are open or closed.

Terminals (RS422): 8 Ports for connection with terminal (reader) interface:


RJ45 socket, Profibus, maximum distance 1,200 m.Pin 1 = TXB Pins 4 and 5 = do not connectPin 2 = TXA Pin 6 = RXAPin 3 = RXB Pins 7 and 8 = GNDOptional 4 ports also as RS232Leds 1 and 2 on board behind the connector indicateincoming or outgoing communication.

LEDs: 4 LEDs for communication detection.

Power supplyVoltage: 16,5 - 24 Volt.

Consumption: At 17 Volt: max 700 mA, including 250 mA for the chargeof the accu.At 24 Volt: max 600 mA, including 250 mA for the chargeof the accu.

Emergency power supply:Battery connection (12 V, 2 Ah).Consumption 500 mA max, when main supply isdisconnected.

Recommended: Universal IPU-8 power supply. Do not use this powersupply for other equipment at the same time.

Environment Temperature: -20°C to +60°C (in operation).

Card readers It is possible to set different types of readers:

Reader types: Magnetic card reader.Keyprocessor reader (SL4).Proximity reader.

Quantity: Maximum of 16 readers per IPU-8.Connection: Via terminal reader interface.


3.2 Technical specifications 1-Reader Orbit

HousingMaterials: Aluminium extrusion profile, electronics moulded in PUR

resin.Dimensions: 140 x 90 x 30 mm (L x B x H).

Assembly Click onto a 35 mm assembly rail, according to NEN-EN50022.

CommunicationRS422 (to IPU-8):

Port for connection with IPU-8:RJ45 socket, Profibus, maximum distance 1,200 metresPin 1 = RXB Pin 5 = do not connectPin 2 = RXA Pin 6 = TXAPin 3 = TXB Pin 7,8 = GND (common)


Pin 4 = do not connectInputs: 1 digital reader input

4 digital inputs (max. 28 V DC), default values:Input 1 loop contact Input 3 door sensingInput 2 button Input 4 optional/spare

Outputs: 3 outputs: two outputs max 1A DC / 28V, defaultNormally Open; one output reader LED control.

LEDs: 1 LED for power indication.2 LEDs for communication detection.6 LEDs for I/O status.

Power supply 1-Reader Orbit can supply 5 Volt readers with 200 mAmax.

Voltage: 8 to 28 Volt DC (can be powered by the lock feed).Consumption depends onthe type of used reader:

Examples:At 12 Volt: max 250 mA, includes reader consumption of200 mA at 5.1 V.At 24 Volt: max 130 mA, includes reader consumption of200 mA at 5.1 V.For proxlezers PX 007A/B:At 12 Volt: 125 mA, includes reader consumption of 50mA at 5.1 Volt.At 24 Volt: 70 mA, includes reader consumption of 50mA at 5.1 Volt.

EnvironmentTemperature: -20°C to +60°C (in operation).



Quantity: Maximum 1 reader per 1-Reader Orbit.Distance reader –1-Reader Orbit:Distance 1-Reader Orbit –IPU-8:

Maximum 20 metres.

Maximum 1,200 metres.

3.3 Technical specifications 2-Reader Orbit





Port for connection with IPU-8:RJ45 socket, Profibus, maximum distance 1,200 metresPin 1 = RXB Pin 5 = do not connectPin 2 = RXA Pin 6 = TXAPin 3 = TXB Pin 7,8 = GND (common)


Pin 4 = do not connectInputs: 2 digital reader inputs

2 x 4 digital inputs (max. 28 V DC), default values:Input 1 loop contact Input 3 door sensingInput 2 button Input 4 optional/spare

Outputs: 2 x 2 outputs: 2 x 1 output max 1A DC/28V, defaultNormally Open; 2 x 1 output reader LED control.


Power supply 2-Reader Orbit can supply 5 Volt readers with 200 mAmax/reader.

Voltage: 8 to 28 Volt DC (can be powered by the lock feed).Consumption depends onthe type of used reader:

Examples:At 12 Volt: max 500 mA, includes reader consumption of200 mA/reader at 5.1 V.At 24 Volt: max 260 mA, includes reader consumption of200 mA/reader at 5.1 V.For proxlezers PX 007A/B:At 12 Volt: 250 mA, includes reader consumption of 50mA/reader at 5.1 Volt.At 24 Volt: 140 mA, includes reader consumption of 50mA/reader at 5.1 Volt.

EnvironmentTemperature: -20°C to +60°C (in operation).



Quantity: Maximum 2 readers per 2-Reader Orbit.Distance reader –2-Reader Orbit:Distance 2-Reader Orbit –IPU-8:

Maximum 20 metres.

Maximum 1,200 metres.

3.4 Technical specifications I/O Orbit





Port for connection with IPU-8: RJ45 socket, Profibus, maximum distance 1,200 metres.Pin 1 = RXB Pin 5 = do not connectPin 2 = RXA Pin 6 = TXAPin 3 = TXB Pin 7,8 = GND (common)


Pin 4 = do not connectInputs: 12 digital inputs (max. 28 V DC) / outputs (each max. 1A

DC/ 28 V default Normally Open), can be defined by thesoftware.


Power supplyVoltage: 8 to 28 Volt DC (can be powered by the lock feed).

Consumption: Examples:At 12 Volt: max. 200 mA.At 24 Volt: max. 110 mA.

Environment Temperature: -20°C to +60°C (in operation).

Card readersDistance Orbit – IPU-8: Maximum 1,200 metres.


4 Appendix

· Installation reader Orbit nr 971117/4· Installation 2-reader Orbit nr 971140/0· Installation I/O Orbit nr 971134/0· Installation iPU-8 nr 76000210/2· Connections iPU-8/iProtect nr 76000019/5· Connections iPU-8/KP1550R nr 76000022/7· Connections iPU-8/TC9010-TC9040-

Validation Nodenr 76000021/8

· Connections TC9010/TC9040/Validation Node

nr 76000037/2

· reader Orbit - Connections Overview nr 76000003/1· iPU-8 Diagnostics(DTE) Adapter nr 76000042/1· iPU-8 RS232 Modem (DCE) Adapter nr 76000043/2· Connections SL4 reader--Host nr 76000020/3· Conn. PX007Z/MF(SNR) <---> reader

Orbit/KP1550/KP700nr 76000101/4

· Connection BC600 --> reader Orbit nr 76000096/2· Connection to/from RJ45 Module (RS422) nr 971133/3· Dual Line Monitor nm DLMtextNE/3· Dual Line Monitor nr 76000033/1· reader Orbit + Dual Line Monitor nr 76000034/2· I/O Orbit + Dual L. Mon. (6L) Indiv. Tamper

Signalnr 76000035/1

· I/O Orbit + Dual L. Mon. (10L) CommonTamper

nr 76000036/1

ipu-8, 1-reader orbit, 2-reader orbit, i/o orbit · pdf file3 ipu-8, 1-reader orbit, 2-reader...

Documents