Orbit

Installation instruction

Possible configurations

Mounting

Connections

2

Impressum

October 2010,

Keyprocessor BV

Paasheuvelweg 20

1105BJ Amsterdam

www.keyprocessor.com

Tel.: +31-20-4620700

This manual represents the knowledge at the above mentioned time. Keyprocessor works non-

stop to improve her products. For the most recent technological information please contact your consultant or dealer.

Content overview

Impressum ................................................................................................................... 2 Content overview .......................................................................................................... 2 1 Product description.......................................................................................... 3 1.1 Certification ................................................................................................ 3 1.2 Reader Orbits ............................................................................................. 3 1.2.1 Orbit-1....................................................................................................... 3 1.2.2 Orbit-2....................................................................................................... 4 1.3 Orbit I/O .................................................................................................... 4 2 Possible configurations..................................................................................... 5 3 Installation ..................................................................................................... 7 3.1 Mounting on rail (NEN-EN 50022).................................................................. 7 3.2 Connection with reader ................................................................................ 8 3.3 Connection with network device .................................................................... 9 3.4 Connection with inputs and outputs ..............................................................10 3.4.1 Inputs.......................................................................................................10 3.4.2 Outputs.....................................................................................................10 3.4.3 Default inputs and outputs at Orbit-1............................................................11 3.5 Connecting the power .................................................................................12 4 LED’s ............................................................................................................12 5 Installation diagnosis ......................................................................................12 6 Technical specifications ...................................................................................13 6.1 Orbit-1......................................................................................................13 6.2 Orbit-2......................................................................................................14 6.3 I/O-Orbit...................................................................................................14

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1 Product description

Orbit is a substation between the access and security network of iProtect™ Aurora. Orbit is

controlled by a network device (Stellar/iPU-8/Polyx ND+).

Orbit 1 and Orbit 2 communicate with 1 respectively 2 card readers and control the locking and unlocking of the door, which the readers have been assigned to.

Orbit has an aluminium extrusion profile. The electronics is cast into PUR synthetic resin. You can fix cables with pull support and shield to the Orbit.

Orbit can be used from -20°C to +60°C.

1.1 Certification

The Orbits are entirely tested by an external institute and comply to the CE demands.

The Orbits also comply to the ‘Directive on the Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment 2002/95/EC’ (RoHS).

1.2 Reader Orbits

1.2.1 Orbit-1

Orbit-1 is the substation between a digital card reader and the network device.

Orbit-1 has two outputs and four digital inputs.

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1.2.2 Orbit-2

Orbit-1 is the substation between the digital card readers and the network device.

Orbit-1 has four outputs and 8 digital inputs.

1.3 Orbit I/O

Orbit I/O is the substation between network device and 12 digital inputs and outputs.

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2 Possible configurations

8x IN,

4x OUT

12x

I/O 4x IN, 2x OUT

Ethernet TCP/IP

8x IN, 4x OUT

12x I/O

4x IN,

2x OUT

Ethernet TCP/IP

6

8x IN, 4x OUT

12x I/O

4x IN,

2x OUT

Ethernet TCP/IP

(only 2 Orbits per Polyx!)

7

3 Installation

3.1 Mounting on rail (NEN-EN 50022)

The Orbits are mounted in an aluminium profile which can be clicked on a default 35 mm

installation rail.

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3.2 Connection with reader

You can connect Clock/Data- and Wiegand card readers on Orbits. On a Orbit-2 you can even

connect a combination (a Clock/Data- AND a Wiegand card reader).

You can only can connect card readers to an Orbit which transmit maximally 18 characters.

Note! If you don’t know the technical data of the connected card reader, contact for further

investigation the helpdesk of Keyprocessor BV.

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3.3 Connection with network device

Orbit communicates with the network device via a 4 wire RS422 connection (Profibus). The

pins are:

Pin 1 = RXB Pin 5 = do not connect

Pin 2 = RXA Pin 6 = TXA

Pin 3 = TXB Pin 7,8 = GND (common)

Pin 4 = do not connect

The maximal distance between Orbit and network device (Stellar, iPU-8 or Polyx ND+) is 1.200

meter.

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3.4 Connection with inputs and outputs

The inputs and outputs of the Orbit can be configured by software.

3.4.1 Inputs

Orbit has inputs for loops, for a push button at a reception or security centre and magnetic

contacts for door opening status and lock status.

3.4.2 Outputs

Orbit has outputs for switching direct current (DC). One output is used to control the door lock,

while the other can be used for controlling a light or siren.

The outputs are solid state relais (FET), which are in idle state “Normally Open” (max. 1A DC /

28V).

Recommendation: Apply a mechanical relay for controlling the door locks when using idle

current in High Security applications. If the reader-Orbit is being sabotaged, the doors will not

open automatically in this case.

Pull support of the Orbit

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3.4.3 Default inputs and outputs at Orbit-1

For the Orbit-2 this pattern is repeated for reader 2.

3

3: door status

4

4: lock status

5

5: lock control

6

6: alarm

Outputs

1 1: loop

Inputs

2

2: push button

12

3.5 Connecting the power

You can connect 8 to 24VDC to the power connection of the Orbit.

You can use the power supply of the door lock for feeding the Orbit.

Note! Connections of the Orbit are not short cut proof. Make sure all connections are

connected correctly.

4 LED’s

The LED (LD1) above the network connection indicates the current communication with the

network device (right). The LED (LD9) above the power supply indicates the connected voltage

(left).

5 Installation diagnosis

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

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6 Technical specifications

6.1 Orbit-1

Housing

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

Execution: Aluminium extrusion profile, electronics cast in PUR synthetic resin.

Power supply

Voltage: 8 to 24 Volt DC (can be fed by lock power supply)

Consumption 2 Watt

Reader connection

Voltage 5.1V

Maximal power consumption 200mA

Communication

RS422 RJ45 socket, RS422.

Pin 1 = RXB Pin 5 = do not connect

Pin 2 = RXA Pin 6 = TXA

Pin 3 = TXB Pin 7,8 = GND (common)

Pin 4 = do not connect

Inputs and Outputs 4 Inputs and 2 Outputs.

solid state relay (FET) idle state: Normally Open.

max. 1A DC / 28V

Environment

Temperature: -20°C to +60°C

Card reader

Card reader type: Clock/Data or Wiegand

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6.2 Orbit-2

Housing

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

Execution: Aluminium extrusion profile, electronics cast in PUR synthetic resin.

Power supply

Voltage: 8 to 24 Volt DC (can be fed by lock power supply)

Consumption 2 Watt

Reader connection

Voltage 5.1V per card reader

Maximal power consumption 200mA per card reader

Communication

RS422 RJ45 socket, RS422.

Pin 1 = RXB Pin 5 = do not connect

Pin 2 = RXA Pin 6 = TXA

Pin 3 = TXB Pin 7,8 = GND (common)

Pin 4 = do not connect

Inputs and Outputs 8 Inputs and 4 Outputs.

solid state relay (FET) idle state: Normally Open.

max. 1A DC / 28V

Environment

Temperature: -20°C to +60°C

Card reader

Card reader type: Clock/Data or Wiegand

6.3 I/O-Orbit

Housing

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

Execution: Aluminium extrusion profile, electronics cast in PUR synthetic resin.

Power supply

Voltage: 8 to 24 Volt DC (can be fed by lock power supply)

Consumption 2 Watt

RS422 RJ45 socket, RS422.

Pin 1 = RXB Pin 5 = do not connect

Pin 2 = RXA Pin 6 = TXA

Pin 3 = TXB Pin 7,8 = GND (common)

Pin 4 = do not connect

Inputs and Outputs 12 Inputs/outputs

solid state relay (FET) idle state: Normally Open.

max. 1A DC / 28V

Environment

Temperature: -20°C to +60°C