RF output to AX1014 on AEpacks ____________________________________________ 8 3.2.2. RF output to Nedap XS readers for AEOS integration _____________________________ 9 3.2.3. RF output to Nedap XS readers at a WinXS system _______________________________ 9 3.3. Wiegand _______________________________________________________________________ 9 3.3.1. Wiegand formats _________________________________________________________ 10 3.3.2.
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11. Known problems ____________________________________________________________________ 20 11.1. Convexs/Invexs to AP1002 ________________________________________________________ 20 11.2. Convexs/Invexs to Nedap readers with AM badges _____________________________________ 20 11.3. Convexs/Invexs to AP4003 using RS485 _____________________________________________ 20 11.4. Convexs/Invexs to AP4003 using RS485 Tamperswith / PIN _____________________________ 20 11.5.
Availability Invexs 170 readers: The Invexs can read Mifare, DESFire and Nedap cards, and is equipped with keypad and / or a display. Following Invexs 170 readers are available (with white or black back plane, Screen / display only on request)
Beeper also can be controlled by hardware or configuration. Power must be supplied additionally to the Convexs/Invexs. Not all Nedap AEpacks have RS485 on board. Check the used AEpacks. Use the AX1012 to convert RS232 to RS485. • RF output To be connected to AEOS Nedap reader AEpacks (e.g.
If the data read is been translated to another code (e.g. Wiegand) you can state for each Nedap customer code a specific Wiegand customer code (or another Wiegand code). (Keep in mind if this makes any sense!) 2.2.
Using Convexs converters (AX1014 / AB350) enables re-use of existing cabling (both for antenna and LED’s) The RF output is to be used if the Convexs/Invexs have to be connected to the former Nedap XS readers (Accessor/SimpleXS) or the Nedap AEpacks.
XS reader. If beside the Mifare still the Nedap XS cards are used, the Eprom at the XS readers must be capable of reading both factory codes. The chosen XS code may not be used already with existing XS cards.
2 For the Accessor III / SimpleXS / AC3/2TR the AB350 must be applied 3 Existing cabling can be re-used when the Nedap antenna is replaced by the Convexs 4 Power is supplied to the Convexs by the RF signals on A1 and A2, no additional Power Supply is needed.
Configuration is not loaded, error has occurred. 7.1. Nedap reader Configuration file The Configuration file can be uploading to the Nedap reader by: • Using AEmon, the Convexs/Invexs is connected to the AEOS reader AEpack (APx003rs485NR, the Convexs/Invexs must have the RS485NR output protocol) At AEmon in the Hardware view the connected Convexs/Invexs reader(s) are available.
• Reader read key: FC9011EE5339 With this default configuration (file NR9000.cfg and NR9001.cfg) the Convexs/Invexs acting for XS cards as a normal antenna, and can be connected to AEpacks (on RS485NR) or Nedap reader AEpacks (with AX1014) or XS readers (with AB350).
Available reader firmware Pay attention that not for all output protocols suitable firmware is available at the applied readers. The Nedap RF badge can always be used on Nedap readers. Wiegand formats can always be used on APx003 series with corresponding firmware.
In case the Convexs/Invexs reader is connected to Nedap readers (e.g. AP4001 or AP1001) with output Nedap RF badge the AM badges (A, B, C, D, G codes) will not be read on the Nedap reader. In this cases use as output the Nedap RF data.
AEreco cards enquiry information For this part check the document AEreco cards enquiry Information (available on www.nedap.net). This document described the necessary data (regarding to Mifare cards) for making a configuration file with AEreco. Document History Date Changes 11-04-2011 Invexs 190 to AB350/AX1014 needs additional GND, FCC changed...