Table of contents General information......................Short description....................... Scope of delivery ...................... Target group ......................Intended use ......................Safety........................Abbreviations ......................Cable lengths and cable types.................. System overview........................Installation ..........................Connecting the terminal.................... Testing and configuring the terminals................14 Maintenance and Cleaning....................15 Opening and closing the housing ................
1 General information 1 General information 1.1 Short description The IF-800 online wired terminals are designed for access control and person identification via credential and smartphone. They are components of the flexible security solutions from Interflex for protecting buildings and company premises against unauthorized access. With the coverings available as accessories, they can be used in both industrial and architecturally significant indoor and outdoor environments.
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1 General information Suitable Interflex coverings can be ordered as accessories: Item number Description Color 75-800-0104 W11 Outdoor 75-800-0150 eVAYO White 75-800-0151 eVAYO Black Coverings are also available for integrating IF-800 into some suppliers’ switch systems: Manufacturer/Series Item number Version Gira/TX_44 75-800-0081...
1 General information 1.3 Target group This document is solely intended for experts and people trained in electrical engineering. Only perform the actions described in this document if you belong to this target group. Interflex Datensysteme GmbH is not liable for any damages caused by improper installation or initial operation.
1 General information 1.6 Abbreviations Alternating Current CIDR Classless Inter-Domain Routing Direct Current DIP switch Switch in IC design, connections in two rows (Dual In-line Package) Electromagnetic Compatibility Electrostatic discharge Ground IEEE Institute of Electrical and Electronics Engineers NC contact Normally closed contact NO contact Normally open contact...
2 System overview In long cables, voltage losses can impair the functionality of the connected device. Therefore, do not use cables longer than specified in the table. Wire the +5 V and GND lines with two cores each for a cable length > 50 m. 2 System overview This figure shows a possible scenario in connection with a IF-4072 controller.
3 Installation Installation site Note the following recommendations: Permitted ambient conditions for the device Minimum distance of 10 cm between the connecting cables and the nearest power cable Installation height 1100 mm Minimum spacing for RFID and Bluetooth devices If several RFID devices are installed too close together, they may interfere with one another.
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3 Installation Connecting the terminal to the I/O controller board Terminals are connected to the power supply, door sensors, control elements and the RS485 bus cable via the I/O controller board. Jumpers Bridge 1 for connecting an additional Bridge 4 for relay contact I/O controller board Jumper: top NO, bottom NC Bridge 5 for external anti-tamper switch...
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3 Installation Data cable to the terminal board of the Power supply with one cable pair terminals connected each Cable to power supply RS485 data line Relay output with one cable pair Control line with 2 floating inputs and connected each one relay output Functional grounding and shield connected to the same terminal...
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3 Installation Connecting the terminal to the I/O controller board It is possible to connect up to two I/ O controller boards for connecting additional terminals and controlling floating status contacts. COM- COM- COM+ COM+ Connecting an additional I/O controller board If more than two inputs or more than one relay are required, you can connect a second I/O controller board (accessory).
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3 Installation Synchronizing the reader and setting the LED Structural conditions may require the reader to be fine-tuned. To do so, a field indicator is required (order no. 75-99-0004). Adjusting screw for fine tuning the reader Anti-tamper switch 3-pin DIP switch for setting the LEDs 1.
4 Testing and configuring the terminals Setting the device address The address switch is used to set the hardware address: Switches Address 1 OFF* Address 2 Address 3 Address 4 Address 5 Address 6 Address 7 Address 8 * not required if connected to a terminal 4 Testing and configuring the terminals The terminals are configured and tested using the connected controller and the OC-Task software.
5 Maintenance and Cleaning 5 Maintenance and Cleaning Terminals do not require maintenance. Conduct the device tests prescribed by law. NOTICE Damage due to improper installation of the terminal Use of inappropriate cleaning agents may damage the terminal. a) Do not use any of the following agents for cleaning: alcohols, aliphatic hydrocarbons, oils, fats, concentrated mineral acids, aromatic or halogenated hydrocarbons, esters, ethers, and ketones.
6 Technical specifications 6 Technical specifications Power supply Power consumption Max. 3 VA Nominal voltage 18 V AC/24 V DC Fuse PTC resistor Equipment Credential reader RFID: MIFARE® Classic/DESFire, LEGIC® advant/prime Bluetooth® Read range RFID max. 2 cm, Bluetooth® optional Frequency range/Transmitting RFID (13,56 MHz): 13,553 MHz to 13,567 MHz/ power...
7 Disposal Housing material Depending on the covering Color Depending on the covering Weight 0.5 kg 7 Disposal Once its service life comes to an end, the device must be disposed of properly as electronic waste. You can dispose of the device yourself or return it to the supplier.
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