Nedap N V CONVEXSM Inductive Proximity RFID Cardreader User Manual Convexs InstallSheet E v7

N. V. Nederlandsche Apparatenfabriek NEDAP Inductive Proximity RFID Cardreader Convexs InstallSheet E v7

Contents

manual quick start

Date : 11 April 2011 Version: 7 This information is furnished for guidance, and with no guarantee as to its accuracy or completeness; its publication conveys no licence under any patent or other right, nor does the publisher assume liability for any consequence of its use; specifications and availability of goods mentioned in it are subject to change without notice; it is not to be reproduced in any way, in whole or in part, without the written consent of the publisher. © Nedap N.V., IDEAS P.O. Box 103 NL-7140 AC GROENLO The Netherlands Page 1 of 4 Part.no.: 526865648 28 28 41 8,5 4.5 Convexs 80 Nedap Mifare dual technology readers GENERAL The Convexs reader enables smooth migration to Mifare card technology in existing Nedap XS, Nedap AEOS and third party systems. The Convexs MN80 reads both Mifare and Nedap cards, the Convexs M80 Mifare cards only. The Convexs output can be set to either Wiegand, XS RF modulation or (encrypted) RS485 protocol. The Convexs MD80 reads Mifare DESFire cards. Functionality and output is determined by the configuration of the Convexs reader. The configuration is defined using the programm AEreco, and deployed by the configuration card or via AEmon. (More information about configurations can be found in the Convexs_Invexs_InstallGuide_E.) Three LED’s (red, green, blue) and beeper are included. The Convexs 80F can be flush mounted (indoor / outdoor) in a electrical mounting box. Light (Gray) and Dark (Charcoal) fronts are available. Dimensions: Convexs 80: 80 x 80 x 32 mm, Convexs 80F: 80 x 80 x 27 mm. MOUNTING PROCEDURE CONVEXS For mounting the Convexs the removable backside must be placed on a wall. For removing the backside of the Convexs gently push the two lips at top and bottom towards the middle and remove the backside. After the cable is connected to the front (see ‘Connections’) the front of the Convexs has to be clicked on the backside. MOUNTING PROCEDURE CONVEXS F The Convexs F is opened by using the 2 small holes at the bottom and then lifting the bottom side up. It can be mounted in a electrical mounting box. Take care of the additional foam gasket and mounting direction (drain for releasing eventually collected moisture must be on bottom side). Attention: Don’t mount the Convexs F in a metal environment (Mifare detection and Nedap AM detection can fail). For these applications use the Convexs with the additional Protectors. ® Installation sheet80 80 Convexs 80 32 Convexs Convexs F 11 16 Ǿ 62.8 Convexs 80F 62.8 Ǿ 3.2 3.4x5.5 60
Convexs 80 series © Nedap N.V. Convexs 80 series Installation sheet Page 2 of 4 R GND UL*/NA* / BEEP CONNECTIONS The Convexs is not hot-swappable, so when making or changing connections be sure the power is switched Off. Remark: • Cable shield must be connected to Power GND of Convexs (A2) and GND of external device (or metal case). • If connected to a 120kHz RF device (AEOS Nedap reader AEpack or XS device) the power is supplied by the Convexs adapters (AX1014 for AEpacks, AB350 for the XS device). Existing antenna cabling can then be reused for connecting the ConveXS. • UL*, NA* and BEEP are Open Collector to GND. If the Convexs adapters are used, the original UL and NA signals are converted to the UL* and NA*. LED INDICATORS REARSIDE There are two LED’s available: Blue for Status (of the application), Green for Identification LED INDICATORS FRONTSIDE At the front a three colour LED is positioned at the middle of the Convexs. Depending of the used configuration the function of these LED’s can differ: • Green LED: Card is been authorised (UL led) • Red LED: Card is not authorised (NA led), controller is stand-by • Blue LED: Blinks fast: No configuration is availabele at this Convexs (present Configuration card or load Configuration first). Continuously ON: Determined by configuration: E.g. Reader stand-by. (Blue LED is activated if UL is OFF and NA is more than 1 sec OFF) Remark: Function of LED’s and Beeper is controlled by used application settings of Convexs. Green and Red LED can be controlled by hardware signals (A8 and A10) or RS485NR, Blue LED indirectly by UL and NA, if this setting is activated (configuration). Beeper can be controlled by hardware signal (A7), RS485NR or software (configuration). ID (green) Blinking Card detected ST: STATUS (blue) Slow blinking Application running (operating) Fast blinking Downloading or error during loading 2 short flashes Application present but not active 3 short flashes No application present Convexs Function A1 Power / XSMOD Power in (10-30VDC) / XS modulator (120kHz) A2 POWER GND/Shield Power Ground A3 A (-) RS485 A4 B (+) RS485 A5 D0 Wiegand Data 0 A6 D1 Wiegand Data 1 A7 BEEP Beep input A8 UL* UL led input A9 GND Led Common Ground A10 NA* NA led input Convexs Rear view
Convexs 80 series © Nedap N.V. Convexs 80 series Installation sheet Page 3 of 4FIRMWARE Pay attention that the firmware loaded in the Convexs together with the configuration determines functionality and protocols. Default (from factory) the Convexs handles the credentials on several simultaneously ways: • XS cards as: RS485NR, RF badge • Mifare cards (CSN) as: RS485NR, RF data SYSTEM CONFIGURATIONS (how to connect Convexs readers) Remark: Configurations can be determined by using the configuration card. Attention: Check the Convexs_Invexs_InstallGuide chapter 10 vailable reader Firmware) for the compatibility for the used readers. TAMPER SWITCH This tamper switch is an optical device, which is triggered by the amount of light. Depending on the applied configuration the result of activating the tamper switch can differ. BEEPER INDICATIONS Beeper is also used for indication of loading the configuration: • High sound beep (‘happy sound’): Configuration is loaded correct, second high sound beep indicates that this configuration can be used at this Convexs • Low sound beep (‘unhappy sound’): Configuration is not correct loaded or no configuration available at startup. Convexs uses existing antenna cabling (Coax + 3*0,25qmm for LED’s). On each AEpack-RF interface an AX1014 (Convexs adapter) must be added. Connections: see AX1014 RF interface AEpacks Accessor III / SimpleXS AX1014 AX1014 AX1014 AX1014 AX1014 AB350 RF interface XS systems Convexs uses existing antenna cabling (Coax + 3*0,25qmm for LED’s). On each XS reader-RF interface an AB350 (Convexs adapter) must be added. Connections: see AB350 To APx003 readers with RS485 special encrypted protocol. (LED’s and beeper are controlled over the RS485 communication) AEOS RS485 interface - Third party systems - AEOS Wiegand Wiegand interface Wiegand output can be connected to Third party systems (or to AEOS Wiegand readers). LED’s and beeper are controlled by hard wiring.
Convexs 80 series © Nedap N.V. Convexs 80 series Installation sheet Page 4 of 4SPECIFICATIONS Product nr: See table below: (e.g. Convexs MN80FG = 9856390) Surface mounted Flush mounted G C FG FC Credentials Convexs M80xx 9856250 9895400 9856420 9895540 Mifare Convexs MD80xx 9856900 9895680 9857060 9895710 Mifare - DESFire Convexs MN80xx 9856110 9895850 9856390 9895990 Mifare - Nedap Convexs MND80xx 9896210 9896040 9896350 9896180 Mifare - Nedap – DESFire Gray Charcoal Flush, Gray Flush, Charcoal Gray=Light, Charcoal=Dark Dimensions: Convexs: 80 x 80 x 32 mm, Convexs F: 80 x 80 x 27 mm Protection: Convexs: IP54, Convexs F: IP65 Weight: ± 100 gr Power Supply: 10VDC – 30VDC Power consumption: 70mA@12VDC, 35mA@24VDC Environment: Temperature: Operating: -20 – 55 °C, Storage: -30 – 65 °C Relative humidity: 10 – 93% non condensing Tamper switch: Optical Communication: RF Modulator (120 kHz for AX1014 or AB350) Wiegand Data 0 and Data 1 (protocol depending of configuration) RS485 (Encrypted AEOS protocol to APx003, (firmware APx003rs485NR) / RS485 plain Inputs: Beeper Open collector to GND, max 20mA (Beep ON / OFF, controlled by application or hardware) UL* led Open collector to GND, max 20mA NA* led Open collector to GND, max 20mA Indicators: UL (green) NA (red) ,MD (blue) Antennas (internal): Antenna 1: 120 kHz, Nedap XS compatible (PM and AM cards). Detection distance UniXS card: 8 cm Antenna 2: 13,56 MHz, Mifare compatible Detection distance Mifare card: 6 cm Mifare EV1 card: 3 cm R&TTE: Hereby, Nedap N.V., declares that these type Convexses are in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC CABLE SPECIFICATIONS RS485: 2 x 2 x 0,25mm² shielded, max cable length: 1000 meter, cable capacity <= 100pF/meter UL/GND/NA: 3 x 0,25mm², max cable length: 50 meter XS MOD / GND: Coax RG58U, max cable length: 50 meter Or 5 x 0,25mm² shielded, max cable length: 50 meter, cable capacity <= 100pF/meter Wiegand: 4 x 0,25mm² shielded, max cable length: 150 meter, depending on receiving device. MORE INFORMATION: For more detailed information contact your local Nedap supplier or check the internet site. FCC and IC CERTIFICATIONS Convexs MN80(F)X, Convexs MND80(F)X (X is G or C) for USA according to Part 15 with FCC ID: CGDCONVEXS Convexs MND80G for Canada according to RSS-210 with IC ID: 1444A-CONVEXS Convexs M80(F)X, Convexs MD(F)X for USA acc. To Part 15 FCC ID: CGDCONVEXSM Part 15.19(3) Labelling This device complies with part 15 of the FCC Rules and to RSS210 of Industry Canada. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. Cet appareil se conforme aux normes RSS 210 exemptés de license du Industry Canada. L'opération est soumis aux deux conditions suivantes: (1) cet appareil ne doit causer aucune interférence, et (2) cet appareil doit accepter n'importe quelle interférence, y inclus interférence qui peut causer une opération non pas voulu de cet appareil. Les changements ou modifications n’ayant pas été expressément approuvés par la partie responsable de la conformité peuvent faire perdre à l’utilisateur l’autorisation de faire fonctionner le matériel.

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