TECH FASS APS 400 NREM 76 User Manual

Network reader modules

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NREM 76
Network reader modules
User's guide
© 2004 – 2015, TECH FASS s.r.o., Věštínská 1611/19, 153 00 Prague, Czech Republic, www.techfass.cz, techfass@techfass.cz
(Date of release: 2015/07/23, valid for FW version 2.79)

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Summary of Contents for TECH FASS APS 400 NREM 76

  • Page 1 NREM 76 Network reader modules User’s guide © 2004 – 2015, TECH FASS s.r.o., Věštínská 1611/19, 153 00 Prague, Czech Republic, www.techfass.cz, techfass@techfass.cz (Date of release: 2015/07/23, valid for FW version 2.79)
  • Page 2: Table Of Contents

    1 Content 1 Content ........................2 2 Product Description ....................3 NREM 76 module ....................3 NREM 76E module ....................3 NREM 76.BTW and NREM 76.BTW module ............3 3 Technical parameters ....................4 Product version ....................4 Technical features ....................4 Special accessories .....................
  • Page 3: Product Description

    2 Product Description NREM 76 reader modules are designed for connection to the APS BUS of the APS 400 identification system. Up to 64 reader modules NREM 76 can be connected to a single MCA 168 controller. The reader modules are available in various modifications differing in the way of usage. 2.1 NREM 76 module Reader module for general use designed for applications with remote antenna module, see Pic.1.
  • Page 4: Technical Parameters

    3 Technical parameters 3.1 Product version Module features Catalogue Product designation Product housing number    NREM 76 – TF 54476200 LK 80, no antenna    Designed for KU 68 NREM 76E – TF 54476000   ...
  • Page 5: Special Accessories

    3.3 Special accessories AEM 12 51400300 Antenna module for hidden assembly (no buzzer or LED) AEM 12.1 51400301 Antenna module for hidden assembly (buzzer present, no LED) AEM 13 51400400 Antenna module with a ferrite coil for Targha panels WIO 22 51901200 Remote control module, 2x relay Table 3: Special accessories...
  • Page 6: Nrem 76 Mechanical Design

    3.5 NREM 76 mechanical design Weight 0.033 kg Operating temperature -10°C  +40°C Humidity Max. 75%, non-condensing Environment Indoor Dimensions 81x81x25 mm Table 4 a): NREM 76 mechanical design 3.6 NREM 76E mechanical design Weight 0.018 kg Operating temperature -10°C  +40°C Humidity Max.
  • Page 7: Installation

    4 Installation 4.1 Terminals and jumpers ANT1 ANT2 Supply voltage +13,8 V BP + BP - Supply voltage 0 V Input 1 Input 2 150Ω BIAS A IO Port 3 BIAS B Alarm output Wiegand DATA 0 Wiegand DATA 1 A cable - RS 485 line B cable - RS 485 line Relay C...
  • Page 8: Led Indicators

    4.2 Standard connection (recommended, not obligatory) Input 1 Door contact, active when door closed Request to exit button or handle contact, active when button or Input 2 handle pressed Output 1 Door lock control (relay) Output 2 AUX functions (transistor output +5 V/5mA) + yellow LED External tamper (Standard operating mode) I/O Port External reader buzzer control (op.
  • Page 9: Setting Parameters Of The Reader Module

    5 Setting parameters of the reader module 5.1 HW address setting HW address setting is defined by the configuration of address jumpers X2.1 ÷ 6, see tab. 11, tab. 5. Address X2.1 ● ○ ● ○ ● ○ ● ○ ●...
  • Page 10: Configurable Parameters

    5.2 Configurable parameters Parameter Possible range Default setting Enabling of emergency function YES / NO Address on a communication line 1 64 Internal reader configuration Configurable Standard Standard / Wiegand Input / Standard Operating mode Wiegand Output All parameters are given by programming through the MCA 168 control module, see http://www.techfass.cz/files/aps_400_config_en.pdf Table 12: Configurable parameters 5.3 Reader module parameters setting...
  • Page 11: Read Id Media Format

    6.3 Read ID media format 6.3.1 EM Marin ID media format The EM Marin ID media format can be changed into selected 24, 32 or 40 bits length of ID code. The default length is 40 bits. This setting is only changed when unifying of the ID media codes length is required –...
  • Page 12: Reading Synchronization

    Individual signals function in WIEGAND output operating mode is described in table 14. Input 1 Beeper control (0 V active) Input 2 Yellow LED control (0 V active) Tamper signaling; it follows the alarm state of tamper Output 1 (relay) sensors (tamper signal = relay switched on) Table 14: Signal function in WIEGAND operating mode Since the...

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