Certification Exhibit FCC ID: U4A-AHGUHF00 IC: 6982A-AHGUHF00 FCC Rule Part: 15.247 IC Radio Standards Specification: RSS-210 ACS Report Number: 10-0344.W06.11.A Manufacturer: Assa Abloy Model: AH13 Manual 5015 B.U.
Aperio Hub Installation & Integration Instructions WFMN5A 11MAR 2011 EMEA Form: AAWL-260 01/31/11 Copyright © 2011, ASSA ABLOY All rights reserved. Reproduction in whole or in part without the express written permission of ASSA ABLOY is prohibited.
Table of Contents CHAPTER 1: TECHNICAL SPECIFICATIONS................................................................................................................................3 CHAPTER 2: SYSTEM OVERVIEW..................................................................................................................................................3 Introduction...............................................................................................................................................
Chapter 1: Technical Specifications Radio standard IEEE 802.15.4 Wireless Frequency Range External Antenna yy One reverse polarity SMA external antenna connector. AH20 or AH13/AH30 is certified to be used with external antenna AH-ANTENNA-1. If other external antenna should be used than AH-ANTENNA-1 from ASSA ABLOY, the antenna should be of same type (dipole) and not have larger antenna gain than 3.9dBi. yy 2400 – 2483.
Chapter 3: Install the Communication Hub Instructions Placement of the Hub Note: Note: It is For a stable and reliable radio link it is recommended that the distance between the lock and the Communication Hub is limited to 15 feet (5m). However, under good conditions (free air between the units and limited radio interference from other transmitters) it is sometimes possible to increase the distance to 35-45 feet (10-15m). Under poor conditions (heavy radio interface, etc.
AH20 Integration (Wiegand) The AH20 Communication Hub communicates to the EAC System through Wiegand data and dry contacts. To connect follow these steps: 1. Set configuration options on DIP switch (S101) 2. Connect the Wiegand signals and dry contact outputs to the EAC System (J100 and J103) 3. Connect to the supply voltage by wiring 8 to 24 V (positive voltage) and GND (ground). Note: The Communication Hub must be powered with a voltage between 8 VDC and 24 VDC.
This section provides a quick reference to DIP switch configurations for AH20 to the EAC system at use of a AH20 DIP Switch Wiegand interface. Configuration Table DIP Switch Number Label Description 1 A0 Controls use of LED Red signal to deduce access decision. ON => LED Red is used. OFF => LED Red is ignored. 2 A1 Set to OFF by default. Reserve for futer use. 3 A2 Controls addition of parity bits if required. ON => Addition of parity bits is enabled. OFF => Addition of parity is disabled.
Connections for AH20 (J103) On the AH20 four form C relays are available. The purpose of the four relays is to perform Wiegand communication with an EAC System. The relay contacts are labeled and specified as: Tamper Switch NCL: Normal Closed Main Terminal Block DPS COM: Common NOP: Normal Open RX Relay 1: DPS Battery Relay 2: RX Relay 3: Battery Alarm Output Note: Tamper output energized by default, all other outputs are de-energized by default.
AH13/AH30 DIP Switch Configuration DIP 1-DIP4: Controls RS485 addressing BIT 0-BIT 3. ON: Address bit set. OFF: Address bit NOT set. Addresses “1” to “15” are available using dip switch configuration. Each Communication Hub connected to the same RS485 bus must have a unique RS485 address. An address of “0” disables the EAC interface of the Communication Hub DO NOT use this configuration for normal installations. It also sets the Communication Hub in constant pairing mode.
Connections for AH13/AH30 A and B is the RS485 interface that should be connected to EAC system. GND is the signal ground and should be connected to EAC system GND and power supply GND. A: RS485 Data A B: RS485 Data B D1: N/C D2: N/C RED N/C GREEN: N/C GND: N/C 8-24VDC Select EAC Address The EAC address of the Communication Hub can be set in two ways: By configuration from the Aperio Programming Application. By use of the DIP switch (See Dip1-Dip4 on Page 9).
RS485 Bus Connection The RS-485 bus consists of a twisted-pair cable with a characteristic impedance of between 90 Ohm and 120 Ohms. Maximum bus length is1000m. Depending on the EAC system, a maximum of 16 units, including the EAC system, can be connected to the same bus.
Physical Hub Installation To install the Communication Hub, follow the following steps: Communication Hub Adapter Plate Installation 1. Remove the plugs from the interior of the mounting plate. 2. Secure the Communication Hub to the box with two screws. Note: Complete all Wiegand and DIP switch configuration prior to installing the Communication Hub. Note: The square box assembly requires a plaster ring to be secured to the box prior to securing the mounting plate to the assembly. 3.
Hub LED Indications The Communication Hub has a single LED that supports an optical scheme with red, green and yellow. The indication scheme is described by the two figures below: Online Aperio Lock Offline EAC Offline Aperio Lock and EAC Offline UHF Communication Green Green + One Red Flash Green + Two Red Flashes Green + Three Red Flashes Yellow + Off, Fast Flash Figure 7. Communication Hub Normal LED Indications Pairing Active Yellow Figure 8.
Notes
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